Bump SP1Beefy (#370)

docs/pages/developers/network/relayer.mdx

@@ -175,15 +175,23 @@ max_rpc_payload_size = 150000000
 # misuse can cause the rpc to be overloaded with queries
 # initial_height = 1000
 
-# (Optional) Frequency in seconds to poll the chain 
+# (Optional) Frequency in seconds to poll the chain
 # for new state machine update events
 # poll_interval = 10
 
+# (Optional) Hyperbridge's consensus state id
+# Only add this if relaying to a solochain.
+# Relaying between solochains and parachains with the
+# same relayer instance is not supported.
+# For Paseo Testnet: PAS0
+# For Polkadot Mainnet: DOT0
+# consensus_state_id = "PAS0"
+
 # Relayer config, required
 [relayer]
-# Define your profitability configuration. 
+# Define your profitability configuration.
 # 0 -> 0% i.e relay all requests, even unprofitable ones.
-# 1 -> 1%. ie fees provided for requests must be 
+# 1 -> 1%. ie fees provided for requests must be
 # profitable by at least 1%. etc.
 minimum_profit_percentage = 0
 
@@ -195,23 +203,25 @@ withdrawal_frequency = 86400
 # defaults to $100
 minimum_withdrawal_amount = 100
 
-# If not empty, tesseract will only deliver requests 
+# If not empty, tesseract will only deliver requests
 # to the specified state-machines
 delivery_endpoints = [
     "EVM-11155111",
     "EVM-421614",
     "EVM-11155420",
     "EVM-84532",
-    "EVM-97"
+    "EVM-97",
+    "SUBSTRATE-myid",
+    "POLKADOT-2100"
 ]
 
-# (Optional) 
+# (Optional)
 # If not empty, will filter requests to be delivered
 # by originating module identifier (eg contract address/pallet ids)
 # module_filter = []
 
-# (Optional) 
-# How frequently to retry unprofitable or 
+# (Optional)
+# How frequently to retry unprofitable or
 # failed messages in seconds.
 # If this is value not supplied retries will not be enabled.
 # unprofitable_retry_frequency = 600
@@ -256,9 +266,9 @@ consensus_state_id = "ETH0"
 
 # Etherscan api key for querying the
 # state machine's native token price.
-# Do note that ethereum and all 
+# Do note that ethereum and all
 # its L2's use ETH as the native token
-# So they can all share the same key 
+# So they can all share the same key
 #
 # Bsc on the other hand uses the BNB token
 # and would need its own API key from bscscan
@@ -268,7 +278,7 @@ etherscan_api_key = ""
 ismp_host = ""
 
 # (Optional)
-# Maximum block range that should be used to query eth_getLogs 
+# Maximum block range that should be used to query eth_getLogs
 # in a single rpc call. if this parameter is not supplied,
 # the range will not be split into smaller chunks
 # and will be queried at once. This might be needed
@@ -278,7 +288,7 @@ ismp_host = ""
 # hex-encoded private key for the relayer account on this chain
 signer = ""
 
-# (Optional) 
+# (Optional)
 # Maximum number of concurrent requests to be used for tx tracing.
 # If not supplied will trace entire tx batches at once.
 # This increases tracing speeds by tracing txs concurrently
@@ -287,20 +297,20 @@ signer = ""
 # If using an rpc provider, ensure that they support a
 # large number of `debug_traceCall` requests/sec.
 #
-# Note: if you use the same provider for all your endpoints 
+# Note: if you use the same provider for all your endpoints
 # then a very high request/sec threshold is required (> 1000 / sec)
 #
 # eg 5 transactions would be traced concurrently on this client
 # tracing_batch_size = 5
 
-# (Optional) 
+# (Optional)
 # Percentage buffer to add to gas prices
 # to increase likelihood of the transactions
 # going through e.g 1%, 2%
 # gas_price_buffer = 1
 
 # (Optional)
-# The execution client implementation, 
+# The execution client implementation,
 # only Geth or Erigon are fully supported
 # The possible values: "Geth" | "Erigon"
 # If this field is not set, the default is "Geth"
@@ -312,7 +322,7 @@ signer = ""
 # misuse can cause the rpc to be overloaded with queries
 # initial_height = 1000
 
-# (Optional) Frequency in seconds to poll the chain 
+# (Optional) Frequency in seconds to poll the chain
 # for new state machine update events
 # poll_interval = 10
 
@@ -333,6 +343,7 @@ hashing = "Blake2"
 rpc_ws = "ws://127.0.0.1:9944" # example endpoint
 
 # The consensus state identifier for this chain on hyperbridge.
+# "PARA" for parachains
 consensus_state_id = "PARA"
 
 # (Optional)
@@ -344,13 +355,13 @@ consensus_state_id = "PARA"
 # Unneeded if the chain uses unsigned extrinsics for pallet-ismp
 # signer = ""
 
-# (Optional) Frequency in seconds to poll the chain 
+# (Optional) Frequency in seconds to poll the chain
 # for new state machine update events
 # poll_interval = 10
 
 # (Optional) initial height
 # This sets the height at which to start querying messages,
-# This exists for testing and development, 
+# This exists for testing and development,
 # misuse can cause the rpc to be overloaded with queries
 # initial_height = 1000
 ```

evm/script/DeployHostUpdates.s.sol

@@ -11,7 +11,7 @@ import {BaseScript} from "./BaseScript.sol";
 import "../src/modules/HandlerV1.sol";
 
 import {SP1Beefy} from "../src/consensus/SP1Beefy.sol";
-import {SP1Verifier} from "@sp1-contracts/v2.0.0/SP1VerifierPlonk.sol";
+import {SP1Verifier} from "@sp1-contracts/v4.0.0-rc.3/SP1VerifierGroth16.sol";
 import {SP1Beefy} from "../src/consensus/SP1Beefy.sol";
 
 contract DeployScript is BaseScript {
@@ -20,44 +20,44 @@ contract DeployScript is BaseScript {
     function run() external {
         vm.startBroadcast(uint256(privateKey));
 
-        // SP1Verifier verifier = new SP1Verifier();
-        // SP1Beefy consensusClient = new SP1Beefy(verifier);
+        SP1Verifier verifier = new SP1Verifier();
+        SP1Beefy consensusClient = new SP1Beefy(verifier);
 
         // HandlerV1 handler = new HandlerV1();
-        BeefyV1 consensusClient = new BeefyV1{salt: salt}();
-
-        if (host.toSlice().startsWith("ethereum".toSlice())) {
-            HostParams memory params = EvmHost(ETHEREUM_HOST).hostParams();
-            params.consensusClient = address(consensusClient);
-            // params.handler = address(handler);
-            EvmHost(ETHEREUM_HOST).updateHostParams(params);
-        } else if (host.toSlice().startsWith("arbitrum".toSlice())) {
-            HostParams memory params = EvmHost(ARBITRUM_HOST).hostParams();
-            params.consensusClient = address(consensusClient);
-            // params.handler = address(handler);
-            EvmHost(ARBITRUM_HOST).updateHostParams(params);
-        } else if (host.toSlice().startsWith("optimism".toSlice())) {
-            HostParams memory params = EvmHost(OPTIMISM_HOST).hostParams();
-            params.consensusClient = address(consensusClient);
-            // params.handler = address(handler);
-            EvmHost(OPTIMISM_HOST).updateHostParams(params);
-        } else if (host.toSlice().startsWith("base".toSlice())) {
-            HostParams memory params = EvmHost(BASE_HOST).hostParams();
-            params.consensusClient = address(consensusClient);
-            // params.handler = address(handler);
-            EvmHost(BASE_HOST).updateHostParams(params);
-        } else if (host.toSlice().startsWith("bsc".toSlice())) {
-            HostParams memory params = EvmHost(BNB_HOST).hostParams();
-            params.consensusClient = address(consensusClient);
-            // params.handler = address(handler);
-            EvmHost(BNB_HOST).updateHostParams(params);
-        } else if (host.toSlice().startsWith("gnosis".toSlice())) {
-            HostParams memory params = EvmHost(GNOSIS_HOST).hostParams();
-            params.consensusClient = address(consensusClient);
-            // params.handler = address(handler);
-            EvmHost(GNOSIS_HOST).updateHostParams(params);
-        } else {
-            revert("Unknown Host");
-        }
+        // BeefyV1 consensusClient = new BeefyV1{salt: salt}();
+
+        // if (host.toSlice().startsWith("ethereum".toSlice())) {
+        //     HostParams memory params = EvmHost(ETHEREUM_HOST).hostParams();
+        //     params.consensusClient = address(consensusClient);
+        //     // params.handler = address(handler);
+        //     EvmHost(ETHEREUM_HOST).updateHostParams(params);
+        // } else if (host.toSlice().startsWith("arbitrum".toSlice())) {
+        //     HostParams memory params = EvmHost(ARBITRUM_HOST).hostParams();
+        //     params.consensusClient = address(consensusClient);
+        //     // params.handler = address(handler);
+        //     EvmHost(ARBITRUM_HOST).updateHostParams(params);
+        // } else if (host.toSlice().startsWith("optimism".toSlice())) {
+        //     HostParams memory params = EvmHost(OPTIMISM_HOST).hostParams();
+        //     params.consensusClient = address(consensusClient);
+        //     // params.handler = address(handler);
+        //     EvmHost(OPTIMISM_HOST).updateHostParams(params);
+        // } else if (host.toSlice().startsWith("base".toSlice())) {
+        //     HostParams memory params = EvmHost(BASE_HOST).hostParams();
+        //     params.consensusClient = address(consensusClient);
+        //     // params.handler = address(handler);
+        //     EvmHost(BASE_HOST).updateHostParams(params);
+        // } else if (host.toSlice().startsWith("bsc".toSlice())) {
+        //     HostParams memory params = EvmHost(BNB_HOST).hostParams();
+        //     params.consensusClient = address(consensusClient);
+        //     // params.handler = address(handler);
+        //     EvmHost(BNB_HOST).updateHostParams(params);
+        // } else if (host.toSlice().startsWith("gnosis".toSlice())) {
+        //     HostParams memory params = EvmHost(GNOSIS_HOST).hostParams();
+        //     params.consensusClient = address(consensusClient);
+        //     // params.handler = address(handler);
+        //     EvmHost(GNOSIS_HOST).updateHostParams(params);
+        // } else {
+        //     revert("Unknown Host");
+        // }
     }
 }

evm/src/consensus/SP1Beefy.sol

@@ -32,7 +32,7 @@ contract SP1Beefy is IConsensusClient, ERC165 {
     using HeaderImpl for Header;
 
     // SP1 verification key
-    bytes32 public verificationKey = bytes32(0x0071ba110ada2601c43635dabd6abea7180d3132fd75df662cac13505ade1f5d);
+    bytes32 public verificationKey = bytes32(0x004609733a0366baf52880d2a058a858c8c83479d4b1fca39c1a14666375419f);
 
     // Sp1 verifier contract
     ISP1Verifier internal _verifier;
@@ -58,8 +58,8 @@ contract SP1Beefy is IConsensusClient, ERC165 {
     }
 
     /*
-    * @dev Given some opaque consensus proof, produce the new consensus state and newly finalized intermediate states.
-    */
+     * @dev Given some opaque consensus proof, produce the new consensus state and newly finalized intermediate states.
+     */
     function verifyConsensus(
         bytes calldata encodedState,
         bytes calldata encodedProof

evm/test/SP1BeefyTest.sol

@@ -15,7 +15,7 @@
 pragma solidity 0.8.20;
 
 import "forge-std/Test.sol";
-import {SP1Verifier} from "@sp1-contracts/v3.0.0/SP1VerifierGroth16.sol";
+import {SP1Verifier} from "@sp1-contracts/v4.0.0-rc.3/SP1VerifierGroth16.sol";
 import {ISP1Verifier} from "@sp1-contracts/ISP1Verifier.sol";
 
 import "../src/consensus/SP1Beefy.sol";
@@ -52,12 +52,12 @@ contract SP1BeefyTest is Test {
 
     function testPolkadotVerifier() public view {
         bytes
-            memory proof = hex"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";
+            memory proof = hex"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";
 
         bytes
-            memory publicInputs = hex"0000000000000000000000000000000000000000000000000000000000000020a2f65237d65bf11eaf9883b0c994bc18a95ab47b43b572d7aff843b432973c9b000000000000000000000000000000000000000000000000000000000000019068ac81e3764c16d937384d2efebff4111285fda59d98dde537b309aeb0832d9100000000000000000000000000000000000000000000000000000000000000800000000000000000000000000000000000000000000000000000000000000001e7cfa25980d95567aa5b02809fb9e3485b1c54296b3ff471a70d12ef5314edd1";
+            memory publicInputs = hex"00000000000000000000000000000000000000000000000000000000000000209b5eebd2ca5ae7248ba20456bd8866e6a233ea23c4079303c5b19971f05c40c900000000000000000000000000000000000000000000000000000000000001f38055badaa1bf16bbbb8cd6fe066815bb9e1f23ae46d9641cb88d88aeff1b9569000000000000000000000000000000000000000000000000000000000000008000000000000000000000000000000000000000000000000000000000000000016482008a0af7995d30781c057b8decb26eac6bcebf646283fe386a919b833822";
 
-        bytes32 verificationKey = bytes32(0x0071ba110ada2601c43635dabd6abea7180d3132fd75df662cac13505ade1f5d);
+        bytes32 verificationKey = bytes32(0x004609733a0366baf52880d2a058a858c8c83479d4b1fca39c1a14666375419f);
 
         ISP1Verifier(address(sp1)).verifyProof(verificationKey, publicInputs, proof);