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ctfe_bench.d
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ctfe_bench.d
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/+
// TODO list:
- import declarations
// - UFCS
// - Optional parens on function calls
- Struct literals
- Static struct data
- debug declarations
- Some of the built-in array operations
- Missing object.d (no string, size_t, hash_t alias.)
- (static) foreach
- __ctfe
+/
//Written in the D programming language
/**
CTFE benchmark, stresses both perfomance and memory usage.
Codepoint set and trie are tools for efficient character class manipulation.
The code does typical Unicode character sets manipulations.
*/
/+import std.algorithm, std.range, std.typetuple, std.format;
import core.bitop;
enum Iterations = 1;
// @safe:
// public:
//wrappers for CTFE
@trusted void insertInPlaceAlt(T)(ref T[] arr, size_t idx, T[] items...)
{
if(__ctfe)
arr = arr[0..idx] ~ items ~ arr[idx..$];
else
insertInPlace(arr, idx, items);
}
//ditto
@trusted void replaceInPlaceAlt(T)(ref T[] arr, size_t from, size_t to, T[] items...)
in
{
assert(to >= from);
}
body
{
if(__ctfe)
arr = arr[0..from]~items~arr[to..$];
else //@@@BUG@@@ in replaceInPlace? symptoms being sudden ZEROs in array
{
//replaceInPlace(arr, from, to, items);
size_t window = to - from, ilen = items.length;
if(window >= ilen)
{
size_t delta = window - ilen;
arr[from .. from+ilen] = items[0..$];
if(delta)
{//arrayops won't do - aliasing
for(size_t i = from+ilen; i < arr.length-delta; i++)
arr[i] = arr[i+delta];
arr.length -= delta;
}
}
else
{
size_t delta = ilen - window, old = arr.length;
arr.length += delta;
//arrayops won't do - aliasing
for(size_t i = old - 1; i != to-1; i--)
arr[i+delta] = arr[i];
arr[from .. from+ilen] = items[0..$];
}
}
}
//$(D Interval) represents an interval of codepoints: [a,b).
struct Interval
{
uint begin, end;
///Create interval containig a single character $(D ch).
this(dchar ch)
{
begin = ch;
end = ch+1;
}
/++
Create Interval from inclusive range [$(D a),$(D b)]. Contrary to internal structure, inclusive is chosen for interface.
The reason for this is usability e.g. it's would force user to type the unwieldy Interval('a','z'+1) all over the place.
+/
this(dchar a, dchar b)
{
assert(a <= b);
begin = a;
end = b+1;
}
///
@trusted string toString()const
{
auto s = appender!string();
formattedWrite(s,"%s..%s", begin, end);
return s.data;
}
}
/+
$(D CodepointSet) is a data structure for manipulating sets
of Unicode codepoints in an efficient manner.
Instances of CodepointSet have half-reference semantics akin to dynamic arrays,
to obtain a unique copy use $(D dup).
+/
struct CodepointSet
{
enum uint endOfRange = 0x110000;
uint[] ivals;
//Add an $(D interval) of codepoints to this set.
@trusted ref CodepointSet add(Interval inter)
{
debug(fred_charset) writeln("Inserting ",inter);
if(ivals.empty)
{
insertInPlaceAlt(ivals, 0, inter.begin, inter.end);
return this;
}//assumeSorted is @system
auto svals = assumeSorted(ivals);
auto s = svals.lowerBound(inter.begin).length;
auto e = s+svals[s..svals.length].lowerBound(inter.end).length;
debug(fred_charset) writeln("Indexes: ", s," ", e);
if(s & 1)
{
inter.begin = ivals[s-1];
s ^= 1;
}
if(e & 1)
{
inter.end = ivals[e];
e += 1;
}
else //e % 2 == 0
{
if(e < ivals.length && inter.end == ivals[e])
{
inter.end = ivals[e+1];
e+=2;
}
}
debug(fred_charset)
for(size_t i=1;i<ivals.length; i++)
assert(ivals[i-1] < ivals[i]);
replaceInPlaceAlt(ivals, s, e, inter.begin ,inter.end);
return this;
}
//Add a codepoint $(D ch) to this set.
ref CodepointSet add(dchar ch){ add(Interval(cast(uint)ch)); return this; }
//Add $(D set) in this set.
//Algebra: this = this | set.
ref CodepointSet add(immutable CodepointSet set)
{
debug(fred_charset) writef ("%s || %s --> ", ivals, set.ivals);
for(size_t i=0; i<set.ivals.length; i+=2)
add(Interval(set.ivals[i], set.ivals[i+1]-1));
debug(fred_charset) writeln(ivals);
return this;
}
//this = !this (i.e. [^...] in regex syntax)
@trusted ref CodepointSet negate()
{
if(empty)
{
insertInPlaceAlt(ivals, 0, 0u, endOfRange);
return this;
}
if(ivals[0] != 0)
insertInPlaceAlt(ivals, 0, 0u);
else
{
for(size_t i=1; i<ivals.length; i++)
ivals[i-1] = ivals[i];//moveAll(ivals[1..$], ivals[0..$-1]);
ivals = ivals[0..$-1];
if(!__ctfe)
assumeSafeAppend(ivals);
}
if(ivals[$-1] != endOfRange)
insertInPlaceAlt(ivals, ivals.length, endOfRange);
else
{
ivals = ivals[0..$-1] ;
if(!__ctfe)
assumeSafeAppend(ivals);
}
assert(!(ivals.length & 1));
return this;
}
/+
Test if ch is present in this set, in $(BIGOH LogN) operations on number
of $(U intervals) in this set.
+/
@trusted bool opIndex(dchar ch)const
{
auto svals = assumeSorted!"a <= b"(ivals);
auto s = svals.lowerBound(cast(uint)ch).length;
return s & 1;
}
//Test if this set is empty.
@property bool empty() const pure nothrow { return ivals.empty; }
//Write out in regular expression style [\uxxxx-\uyyyy...].
@trusted void printUnicodeSet(R)(R sink) const
if(isOutputRange!(R, const(char)[]))
{
sink("[");
for(uint i=0;i<ivals.length; i+=2)
if(ivals[i] + 1 == ivals[i+1])
formattedWrite(sink, "\\U%08x", ivals[i]);
else
formattedWrite(sink, "\\U%08x-\\U%08x", ivals[i], ivals[i+1]-1);
sink("]");
}
//Deep copy this set.
@property CodepointSet dup() const
{
return CodepointSet(ivals.dup);
}
//Full covered length from first codepoint to the last one.
@property uint extent() const
{
return .empty(ivals) ? 0 : ivals[$-1] - ivals[0];
}
//Number of codepoints stored in this set.
@property uint chars() const
{
//CTFE workaround
uint ret;
for(uint i=0; i<ivals.length; i+=2)
ret += ivals[i+1] - ivals[i];
return ret;
}
//Troika for built-in hash maps.
bool opEquals(ref const CodepointSet set) const
{
return ivals == set.ivals;
}
//ditto
int opCmp(ref const CodepointSet set) const
{
return cmp(cast(const(uint)[])ivals, cast(const(uint)[])set.ivals);
}
//ditto
hash_t toHash() const pure nothrow @safe
{
hash_t hash = 5381+7*ivals.length;
if(!empty)
hash = 31*ivals[0] + 17*ivals[$-1];
return hash;
}
//Random access range of intervals in this set.
@trusted @property auto byInterval() const
{
const(uint)[] hack = ivals;
return cast(const(Interval)[])hack;
}
}
/*
$(D CodepointTrie) is 1-level $(LUCKY Trie) of codepoints.
Primary use case is to convert a previously obtained CodepointSet
in order to speed up subsequent element lookup.
---
auto input = ...;
Charset set;
set.add(unicodeAlphabetic).add('$').add('#');
auto lookup = CodepointTrie!8(set);
int count;
foreach(dchar ch; input)
if(lookup[ch])
count++;
---
$(D prefixBits) parameter controls number of bits used to index last level
and provided for tuning to a specific applications.
A default parameter of 8 works best in common cases though.
*/
struct CodepointTrie(uint prefixBits)
if(prefixBits > 4)
{
static if(size_t.sizeof == 4)
enum unitBits = 2;
else static if(size_t.sizeof == 8)
enum unitBits = 3;
else
static assert(0);
enum prefixWordBits = prefixBits-unitBits, prefixSize=1<<prefixBits,
prefixWordSize = 1<<(prefixWordBits),
bitTestShift = prefixBits+3, prefixMask = (1<<prefixBits)-1;
size_t[] data;
ushort[] indexes;
bool negative;
//debugging tool
/+ @trusted debug(fred_trie) static void printBlock(in size_t[] block)
{//@@@BUG@@@ write is @system
for(uint k=0; k<prefixSize; k++)
{
if((k & 15) == 0)
write(" ");
if((k & 63) == 0)
writeln();
writef("%d", bt(block.ptr, k) != 0);
}
writeln();
}
//ditto
@trusted debug(fred_trie) void desc() const
{//@@@BUG@@@ writeln is @system
writeln(indexes);
writeln("***Blocks***");
for(uint i=0; i<data.length; i+=prefixWordSize)
{
printBlock(data[i .. i+prefixWordSize]);
writeln("---");
}
}+/
public:
//Create a trie from CodepointSet $(D set).
@trusted this(in CodepointSet s)
{
if(s.empty)
return;
const(CodepointSet) set = s.chars > 500_000 ? (negative=true, s.dup.negate()) : s;
uint bound = 0;//set up on first iteration
ushort emptyBlock = ushort.max;
auto ivals = set.ivals;
size_t[prefixWordSize] page;
for(uint i=0; i<CodepointSet.endOfRange; i+= prefixSize)
{
if(i+prefixSize > ivals[bound] || emptyBlock == ushort.max)//avoid empty blocks if we have one already
{
bool flag = true;
L_Prefix_Loop:
for(uint j=0; j<prefixSize; j++)
{
while(i+j >= ivals[bound+1])
{
bound += 2;
if(bound == ivals.length)
{
bound = uint.max;
if(flag)//not a single one set so far
return;
//no more bits in the whole set, but need to add the last bucket
break L_Prefix_Loop;
}
}
if(i+j >= ivals[bound])
{
enum mask = (1<<(3+unitBits))-1;
page[j>>(3+unitBits)]
|= cast(size_t)1<<(j & mask);
flag = false;
}
}
debug(fred_trie)
{
printBlock(page);
}
uint npos;
for(npos=0;npos<data.length;npos+=prefixWordSize)
if(equal(page[], data[npos .. npos+prefixWordSize]))
{
indexes ~= cast(ushort)(npos>>prefixWordBits);
break;
}
if(npos == data.length)
{
indexes ~= cast(ushort)(data.length>>prefixWordBits);
data ~= page;
if(flag)
emptyBlock = indexes[$-1];
}
if(bound == uint.max)
break;
page[] = 0;
}
else//fast reroute whole blocks to an empty one
{
indexes ~= emptyBlock;
}
}
}
//Test if contains $(D ch).
@trusted bool opIndex(dchar ch) const
{
assert(ch < 0x110000);
uint ind = ch>>prefixBits;
if(ind >= indexes.length)
return negative;
return cast(bool)bt(data.ptr, (indexes[ind]<<bitTestShift)+(ch&prefixMask)) ^ negative;
version(none)//is in fact slower (on AMD Phenom)
{
auto ptr = cast(const(ubyte)*)data.ptr;
return ((ptr[(cast(size_t)indexes[ind]<<prefixBits) + ((ch&prefixMask)>>3)]>>(ch&7))&1) ^ negative;
}
}
}
alias CodepointTrie!8 Trie;
template Iota(int N){
static if(N > 1)
alias TypeTuple!(Iota!(N-1), N) Iota;
else
alias TypeTuple!N Iota;
}
void main()
{
void ctTest(int i)(){
enum word = CodepointSet.init.add(unicodeAlphabetic).add(unicodeMn).add(unicodeMc)
.add(unicodeMe).add(unicodeNd).add(unicodePc);
static wordTrie = Trie(word);
static nonWordTrie = Trie(word.negate());
static upperCaseTrie = Trie(unicodeLu);
}
foreach(v; Iota!(Iterations)){
ctTest!v();
}
}
//============================================================================
// TABLES AND STATIC DATA
//============================================================================
immutable(CodepointSet) unicodeLu = CodepointSet([
0x00041, 0x0005b,
0x000c0, 0x000d7,
0x000d8, 0x000df,
0x00100, 0x00101,
0x00102, 0x00103,
0x00104, 0x00105,
0x00106, 0x00107,
0x00108, 0x00109,
0x0010a, 0x0010b,
0x0010c, 0x0010d,
0x0010e, 0x0010f,
0x00110, 0x00111,
0x00112, 0x00113,
0x00114, 0x00115,
0x00116, 0x00117,
0x00118, 0x00119,
0x0011a, 0x0011b,
0x0011c, 0x0011d,
0x0011e, 0x0011f,
0x00120, 0x00121,
0x00122, 0x00123,
0x00124, 0x00125,
0x00126, 0x00127,
0x00128, 0x00129,
0x0012a, 0x0012b,
0x0012c, 0x0012d,
0x0012e, 0x0012f,
0x00130, 0x00131,
0x00132, 0x00133,
0x00134, 0x00135,
0x00136, 0x00137,
0x00139, 0x0013a,
0x0013b, 0x0013c,
0x0013d, 0x0013e,
0x0013f, 0x00140,
0x00141, 0x00142,
0x00143, 0x00144,
0x00145, 0x00146,
0x00147, 0x00148,
0x0014a, 0x0014b,
0x0014c, 0x0014d,
0x0014e, 0x0014f,
0x00150, 0x00151,
0x00152, 0x00153,
0x00154, 0x00155,
0x00156, 0x00157,
0x00158, 0x00159,
0x0015a, 0x0015b,
0x0015c, 0x0015d,
0x0015e, 0x0015f,
0x00160, 0x00161,
0x00162, 0x00163,
0x00164, 0x00165,
0x00166, 0x00167,
0x00168, 0x00169,
0x0016a, 0x0016b,
0x0016c, 0x0016d,
0x0016e, 0x0016f,
0x00170, 0x00171,
0x00172, 0x00173,
0x00174, 0x00175,
0x00176, 0x00177,
0x00178, 0x0017a,
0x0017b, 0x0017c,
0x0017d, 0x0017e,
0x00181, 0x00183,
0x00184, 0x00185,
0x00186, 0x00188,
0x00189, 0x0018c,
0x0018e, 0x00192,
0x00193, 0x00195,
0x00196, 0x00199,
0x0019c, 0x0019e,
0x0019f, 0x001a1,
0x001a2, 0x001a3,
0x001a4, 0x001a5,
0x001a6, 0x001a8,
0x001a9, 0x001aa,
0x001ac, 0x001ad,
0x001ae, 0x001b0,
0x001b1, 0x001b4,
0x001b5, 0x001b6,
0x001b7, 0x001b9,
0x001bc, 0x001bd,
0x001c4, 0x001c5,
0x001c7, 0x001c8,
0x001ca, 0x001cb,
0x001cd, 0x001ce,
0x001cf, 0x001d0,
0x001d1, 0x001d2,
0x001d3, 0x001d4,
0x001d5, 0x001d6,
0x001d7, 0x001d8,
0x001d9, 0x001da,
0x001db, 0x001dc,
0x001de, 0x001df,
0x001e0, 0x001e1,
0x001e2, 0x001e3,
0x001e4, 0x001e5,
0x001e6, 0x001e7,
0x001e8, 0x001e9,
0x001ea, 0x001eb,
0x001ec, 0x001ed,
0x001ee, 0x001ef,
0x001f1, 0x001f2,
0x001f4, 0x001f5,
0x001f6, 0x001f9,
0x001fa, 0x001fb,
0x001fc, 0x001fd,
0x001fe, 0x001ff,
0x00200, 0x00201,
0x00202, 0x00203,
0x00204, 0x00205,
0x00206, 0x00207,
0x00208, 0x00209,
0x0020a, 0x0020b,
0x0020c, 0x0020d,
0x0020e, 0x0020f,
0x00210, 0x00211,
0x00212, 0x00213,
0x00214, 0x00215,
0x00216, 0x00217,
0x00218, 0x00219,
0x0021a, 0x0021b,
0x0021c, 0x0021d,
0x0021e, 0x0021f,
0x00220, 0x00221,
0x00222, 0x00223,
0x00224, 0x00225,
0x00226, 0x00227,
0x00228, 0x00229,
0x0022a, 0x0022b,
0x0022c, 0x0022d,
0x0022e, 0x0022f,
0x00230, 0x00231,
0x00232, 0x00233,
0x0023a, 0x0023c,
0x0023d, 0x0023f,
0x00241, 0x00242,
0x00243, 0x00247,
0x00248, 0x00249,
0x0024a, 0x0024b,
0x0024c, 0x0024d,
0x0024e, 0x0024f,
0x00370, 0x00371,
0x00372, 0x00373,
0x00376, 0x00377,
0x00386, 0x00387,
0x00388, 0x0038b,
0x0038c, 0x0038d,
0x0038e, 0x00390,
0x00391, 0x003a2,
0x003a3, 0x003ac,
0x003cf, 0x003d0,
0x003d2, 0x003d5,
0x003d8, 0x003d9,
0x003da, 0x003db,
0x003dc, 0x003dd,
0x003de, 0x003df,
0x003e0, 0x003e1,
0x003e2, 0x003e3,
0x003e4, 0x003e5,
0x003e6, 0x003e7,
0x003e8, 0x003e9,
0x003ea, 0x003eb,
0x003ec, 0x003ed,
0x003ee, 0x003ef,
0x003f4, 0x003f5,
0x003f7, 0x003f8,
0x003f9, 0x003fb,
0x003fd, 0x00430,
0x00460, 0x00461,
0x00462, 0x00463,
0x00464, 0x00465,
0x00466, 0x00467,
0x00468, 0x00469,
0x0046a, 0x0046b,
0x0046c, 0x0046d,
0x0046e, 0x0046f,
0x00470, 0x00471,
0x00472, 0x00473,
0x00474, 0x00475,
0x00476, 0x00477,
0x00478, 0x00479,
0x0047a, 0x0047b,
0x0047c, 0x0047d,
0x0047e, 0x0047f,
0x00480, 0x00481,
0x0048a, 0x0048b,
0x0048c, 0x0048d,
0x0048e, 0x0048f,
0x00490, 0x00491,
0x00492, 0x00493,
0x00494, 0x00495,
0x00496, 0x00497,
0x00498, 0x00499,
0x0049a, 0x0049b,
0x0049c, 0x0049d,
0x0049e, 0x0049f,
0x004a0, 0x004a1,
0x004a2, 0x004a3,
0x004a4, 0x004a5,
0x004a6, 0x004a7,
0x004a8, 0x004a9,
0x004aa, 0x004ab,
0x004ac, 0x004ad,
0x004ae, 0x004af,
0x004b0, 0x004b1,
0x004b2, 0x004b3,
0x004b4, 0x004b5,
0x004b6, 0x004b7,
0x004b8, 0x004b9,
0x004ba, 0x004bb,
0x004bc, 0x004bd,
0x004be, 0x004bf,
0x004c0, 0x004c2,
0x004c3, 0x004c4,
0x004c5, 0x004c6,
0x004c7, 0x004c8,
0x004c9, 0x004ca,
0x004cb, 0x004cc,
0x004cd, 0x004ce,
0x004d0, 0x004d1,
0x004d2, 0x004d3,
0x004d4, 0x004d5,
0x004d6, 0x004d7,
0x004d8, 0x004d9,
0x004da, 0x004db,
0x004dc, 0x004dd,
0x004de, 0x004df,
0x004e0, 0x004e1,
0x004e2, 0x004e3,
0x004e4, 0x004e5,
0x004e6, 0x004e7,
0x004e8, 0x004e9,
0x004ea, 0x004eb,
0x004ec, 0x004ed,
0x004ee, 0x004ef,
0x004f0, 0x004f1,
0x004f2, 0x004f3,
0x004f4, 0x004f5,
0x004f6, 0x004f7,
0x004f8, 0x004f9,
0x004fa, 0x004fb,
0x004fc, 0x004fd,
0x004fe, 0x004ff,
0x00500, 0x00501,
0x00502, 0x00503,
0x00504, 0x00505,
0x00506, 0x00507,
0x00508, 0x00509,
0x0050a, 0x0050b,
0x0050c, 0x0050d,
0x0050e, 0x0050f,
0x00510, 0x00511,
0x00512, 0x00513,
0x00514, 0x00515,
0x00516, 0x00517,
0x00518, 0x00519,
0x0051a, 0x0051b,
0x0051c, 0x0051d,
0x0051e, 0x0051f,
0x00520, 0x00521,
0x00522, 0x00523,
0x00524, 0x00525,
0x00526, 0x00527,
0x00531, 0x00557,
0x010a0, 0x010c6,
0x01e00, 0x01e01,
0x01e02, 0x01e03,
0x01e04, 0x01e05,
0x01e06, 0x01e07,
0x01e08, 0x01e09,
0x01e0a, 0x01e0b,
0x01e0c, 0x01e0d,
0x01e0e, 0x01e0f,
0x01e10, 0x01e11,
0x01e12, 0x01e13,
0x01e14, 0x01e15,
0x01e16, 0x01e17,
0x01e18, 0x01e19,
0x01e1a, 0x01e1b,
0x01e1c, 0x01e1d,
0x01e1e, 0x01e1f,
0x01e20, 0x01e21,
0x01e22, 0x01e23,
0x01e24, 0x01e25,
0x01e26, 0x01e27,
0x01e28, 0x01e29,
0x01e2a, 0x01e2b,
0x01e2c, 0x01e2d,
0x01e2e, 0x01e2f,
0x01e30, 0x01e31,
0x01e32, 0x01e33,
0x01e34, 0x01e35,
0x01e36, 0x01e37,
0x01e38, 0x01e39,
0x01e3a, 0x01e3b,
0x01e3c, 0x01e3d,
0x01e3e, 0x01e3f,
0x01e40, 0x01e41,
0x01e42, 0x01e43,
0x01e44, 0x01e45,
0x01e46, 0x01e47,
0x01e48, 0x01e49,
0x01e4a, 0x01e4b,
0x01e4c, 0x01e4d,
0x01e4e, 0x01e4f,
0x01e50, 0x01e51,
0x01e52, 0x01e53,
0x01e54, 0x01e55,
0x01e56, 0x01e57,
0x01e58, 0x01e59,
0x01e5a, 0x01e5b,
0x01e5c, 0x01e5d,
0x01e5e, 0x01e5f,
0x01e60, 0x01e61,
0x01e62, 0x01e63,
0x01e64, 0x01e65,
0x01e66, 0x01e67,
0x01e68, 0x01e69,
0x01e6a, 0x01e6b,
0x01e6c, 0x01e6d,
0x01e6e, 0x01e6f,
0x01e70, 0x01e71,
0x01e72, 0x01e73,
0x01e74, 0x01e75,
0x01e76, 0x01e77,
0x01e78, 0x01e79,
0x01e7a, 0x01e7b,
0x01e7c, 0x01e7d,
0x01e7e, 0x01e7f,
0x01e80, 0x01e81,
0x01e82, 0x01e83,
0x01e84, 0x01e85,
0x01e86, 0x01e87,
0x01e88, 0x01e89,
0x01e8a, 0x01e8b,
0x01e8c, 0x01e8d,
0x01e8e, 0x01e8f,
0x01e90, 0x01e91,
0x01e92, 0x01e93,
0x01e94, 0x01e95,
0x01e9e, 0x01e9f,
0x01ea0, 0x01ea1,
0x01ea2, 0x01ea3,
0x01ea4, 0x01ea5,
0x01ea6, 0x01ea7,
0x01ea8, 0x01ea9,
0x01eaa, 0x01eab,
0x01eac, 0x01ead,
0x01eae, 0x01eaf,
0x01eb0, 0x01eb1,
0x01eb2, 0x01eb3,
0x01eb4, 0x01eb5,
0x01eb6, 0x01eb7,
0x01eb8, 0x01eb9,
0x01eba, 0x01ebb,
0x01ebc, 0x01ebd,
0x01ebe, 0x01ebf,
0x01ec0, 0x01ec1,
0x01ec2, 0x01ec3,
0x01ec4, 0x01ec5,
0x01ec6, 0x01ec7,
0x01ec8, 0x01ec9,
0x01eca, 0x01ecb,
0x01ecc, 0x01ecd,
0x01ece, 0x01ecf,
0x01ed0, 0x01ed1,
0x01ed2, 0x01ed3,
0x01ed4, 0x01ed5,
0x01ed6, 0x01ed7,
0x01ed8, 0x01ed9,
0x01eda, 0x01edb,
0x01edc, 0x01edd,
0x01ede, 0x01edf,
0x01ee0, 0x01ee1,
0x01ee2, 0x01ee3,
0x01ee4, 0x01ee5,
0x01ee6, 0x01ee7,
0x01ee8, 0x01ee9,
0x01eea, 0x01eeb,
0x01eec, 0x01eed,
0x01eee, 0x01eef,
0x01ef0, 0x01ef1,
0x01ef2, 0x01ef3,
0x01ef4, 0x01ef5,
0x01ef6, 0x01ef7,
0x01ef8, 0x01ef9,
0x01efa, 0x01efb,
0x01efc, 0x01efd,
0x01efe, 0x01eff,
0x01f08, 0x01f10,
0x01f18, 0x01f1e,
0x01f28, 0x01f30,
0x01f38, 0x01f40,
0x01f48, 0x01f4e,
0x01f59, 0x01f5a,
0x01f5b, 0x01f5c,
0x01f5d, 0x01f5e,
0x01f5f, 0x01f60,
0x01f68, 0x01f70,
0x01fb8, 0x01fbc,
0x01fc8, 0x01fcc,
0x01fd8, 0x01fdc,
0x01fe8, 0x01fed,
0x01ff8, 0x01ffc,
0x02102, 0x02103,
0x02107, 0x02108,
0x0210b, 0x0210e,
0x02110, 0x02113,
0x02115, 0x02116,
0x02119, 0x0211e,
0x02124, 0x02125,
0x02126, 0x02127,
0x02128, 0x02129,
0x0212a, 0x0212e,
0x02130, 0x02134,
0x0213e, 0x02140,
0x02145, 0x02146,
0x02183, 0x02184,
0x02c00, 0x02c2f,
0x02c60, 0x02c61,
0x02c62, 0x02c65,
0x02c67, 0x02c68,
0x02c69, 0x02c6a,
0x02c6b, 0x02c6c,
0x02c6d, 0x02c71,
0x02c72, 0x02c73,
0x02c75, 0x02c76,
0x02c7e, 0x02c81,
0x02c82, 0x02c83,
0x02c84, 0x02c85,
0x02c86, 0x02c87,
0x02c88, 0x02c89,
0x02c8a, 0x02c8b,
0x02c8c, 0x02c8d,
0x02c8e, 0x02c8f,
0x02c90, 0x02c91,
0x02c92, 0x02c93,
0x02c94, 0x02c95,
0x02c96, 0x02c97,
0x02c98, 0x02c99,
0x02c9a, 0x02c9b,
0x02c9c, 0x02c9d,
0x02c9e, 0x02c9f,
0x02ca0, 0x02ca1,
0x02ca2, 0x02ca3,
0x02ca4, 0x02ca5,
0x02ca6, 0x02ca7,
0x02ca8, 0x02ca9,
0x02caa, 0x02cab,
0x02cac, 0x02cad,
0x02cae, 0x02caf,
0x02cb0, 0x02cb1,
0x02cb2, 0x02cb3,
0x02cb4, 0x02cb5,
0x02cb6, 0x02cb7,
0x02cb8, 0x02cb9,
0x02cba, 0x02cbb,
0x02cbc, 0x02cbd,
0x02cbe, 0x02cbf,
0x02cc0, 0x02cc1,
0x02cc2, 0x02cc3,
0x02cc4, 0x02cc5,
0x02cc6, 0x02cc7,
0x02cc8, 0x02cc9,
0x02cca, 0x02ccb,
0x02ccc, 0x02ccd,
0x02cce, 0x02ccf,
0x02cd0, 0x02cd1,
0x02cd2, 0x02cd3,
0x02cd4, 0x02cd5,
0x02cd6, 0x02cd7,
0x02cd8, 0x02cd9,
0x02cda, 0x02cdb,
0x02cdc, 0x02cdd,
0x02cde, 0x02cdf,
0x02ce0, 0x02ce1,
0x02ce2, 0x02ce3,
0x02ceb, 0x02cec,
0x02ced, 0x02cee,
0x0a640, 0x0a641,
0x0a642, 0x0a643,
0x0a644, 0x0a645,
0x0a646, 0x0a647,
0x0a648, 0x0a649,
0x0a64a, 0x0a64b,
0x0a64c, 0x0a64d,
0x0a64e, 0x0a64f,
0x0a650, 0x0a651,
0x0a652, 0x0a653,
0x0a654, 0x0a655,
0x0a656, 0x0a657,
0x0a658, 0x0a659,
0x0a65a, 0x0a65b,
0x0a65c, 0x0a65d,
0x0a65e, 0x0a65f,
0x0a660, 0x0a661,
0x0a662, 0x0a663,
0x0a664, 0x0a665,
0x0a666, 0x0a667,
0x0a668, 0x0a669,
0x0a66a, 0x0a66b,
0x0a66c, 0x0a66d,
0x0a680, 0x0a681,
0x0a682, 0x0a683,
0x0a684, 0x0a685,
0x0a686, 0x0a687,
0x0a688, 0x0a689,
0x0a68a, 0x0a68b,
0x0a68c, 0x0a68d,
0x0a68e, 0x0a68f,
0x0a690, 0x0a691,
0x0a692, 0x0a693,
0x0a694, 0x0a695,
0x0a696, 0x0a697,
0x0a722, 0x0a723,
0x0a724, 0x0a725,
0x0a726, 0x0a727,
0x0a728, 0x0a729,
0x0a72a, 0x0a72b,
0x0a72c, 0x0a72d,
0x0a72e, 0x0a72f,
0x0a732, 0x0a733,
0x0a734, 0x0a735,
0x0a736, 0x0a737,
0x0a738, 0x0a739,
0x0a73a, 0x0a73b,
0x0a73c, 0x0a73d,
0x0a73e, 0x0a73f,
0x0a740, 0x0a741,
0x0a742, 0x0a743,
0x0a744, 0x0a745,
0x0a746, 0x0a747,
0x0a748, 0x0a749,
0x0a74a, 0x0a74b,
0x0a74c, 0x0a74d,
0x0a74e, 0x0a74f,
0x0a750, 0x0a751,
0x0a752, 0x0a753,