#preprocess
// export friendly API methods
function preserveStack(func) {
try {
var stack = stackSave();
return func();
} finally {
stackRestore(stack);
}
}
function strToStack(str) {
return str ? stringToUTF8OnStack(str) : 0;
}
function i32sToStack(i32s) {
const ret = stackAlloc(i32s.length << 2);
HEAP32.set(i32s, ret >>> 2);
return ret;
}
function i8sToStack(i8s) {
const ret = stackAlloc(i8s.length);
HEAP8.set(i8s, ret);
return ret;
}
function initializeConstants() {
// Types
Module['Type'] = {};
[
['none', 'None'],
['i32', 'Int32'],
['i64', 'Int64'],
['f32', 'Float32'],
['f64', 'Float64'],
['v128', 'Vec128'],
['funcref', 'Funcref'],
['externref', 'Externref'],
['anyref', 'Anyref'],
['eqref', 'Eqref'],
['i31ref', 'I31ref'],
['structref', 'Structref'],
['arrayref', 'Arrayref'],
['stringref', 'Stringref'],
['nullref', 'Nullref'],
['nullexternref', 'NullExternref'],
['nullfuncref', 'NullFuncref'],
['exnref', 'Exnref'],
['nullexnref', 'NullExnref'],
['unreachable', 'Unreachable'],
['auto', 'Auto']
].forEach(entry => {
Module['Type'][entry[0]] = Module['_BinaryenType' + entry[1]]();
});
// Heap types
Module['HeapType'] = {};
[
['func', 'Func'],
['extern', 'Ext'],
['any', 'Any'],
['eq', 'Eq'],
['i31', 'I31'],
['struct', 'Struct'],
['array', 'Array'],
['string', 'String'],
['none', 'None'],
['noextern', 'Noext'],
['nofunc', 'Nofunc'],
['exn', 'Exn'],
['noexn', 'Noexn'],
].forEach(entry => {
Module['HeapType'][entry[0]] = Module['_BinaryenHeapType' + entry[1]]();
});
// Packed types
Module['PackedType'] = {};
[
['notPacked', 'NotPacked'],
['i8', 'Int8'],
['i16', 'Int16']
].forEach(entry => {
Module['PackedType'][entry[0]] = Module['_BinaryenPackedType' + entry[1]]();
});
// Expression ids
Module['ExpressionIds'] = {};
[ 'Invalid',
'Block',
'If',
'Loop',
'Break',
'Switch',
'Call',
'CallIndirect',
'LocalGet',
'LocalSet',
'GlobalGet',
'GlobalSet',
'Load',
'Store',
'Const',
'Unary',
'Binary',
'Select',
'Drop',
'Return',
'MemorySize',
'MemoryGrow',
'Nop',
'Unreachable',
'AtomicCmpxchg',
'AtomicRMW',
'AtomicWait',
'AtomicNotify',
'AtomicFence',
'SIMDExtract',
'SIMDReplace',
'SIMDShuffle',
'SIMDTernary',
'SIMDShift',
'SIMDLoad',
'SIMDLoadStoreLane',
'MemoryInit',
'DataDrop',
'MemoryCopy',
'MemoryFill',
'RefNull',
'RefIsNull',
'RefFunc',
'RefEq',
'TableGet',
'TableSet',
'TableSize',
'TableGrow',
'Try',
'TryTable',
'Throw',
'Rethrow',
'ThrowRef',
'TupleMake',
'TupleExtract',
'Pop',
'RefI31',
'I31Get',
'CallRef',
'RefTest',
'RefCast',
'BrOn',
'StructNew',
'StructGet',
'StructSet',
'StructWait',
'WaitqueueNew',
'WaitqueueNotify',
'Publish',
'ArrayNew',
'ArrayNewFixed',
'ArrayNewData',
'ArrayNewElem',
'ArrayGet',
'ArraySet',
'ArrayLen',
'ArrayFill',
'ArrayCopy',
'ArrayInitData',
'ArrayInitElem',
'RefAs',
'StringNew',
'StringConst',
'StringMeasure',
'StringEncode',
'StringConcat',
'StringEq',
'StringWTF16Get',
'StringSliceWTF',
].forEach(name => {
Module['ExpressionIds'][name] = Module[name + 'Id'] = Module['_Binaryen' + name + 'Id']();
});
// External kinds
Module['ExternalKinds'] = {};
[ 'Function',
'Table',
'Memory',
'Global',
'Tag'
].forEach(name => {
Module['ExternalKinds'][name] = Module['External' + name] = Module['_BinaryenExternal' + name]();
});
// MemoryOrder for atomic operations
Module['MemoryOrder'] = {};
[ 'Unordered',
'Relaxed',
'AcqRel',
'SeqCst'
].forEach(name => {
Module['MemoryOrder'][name.toLowerCase()] = Module['_BinaryenMemoryOrder' + name]()
});
// Features
Module['Features'] = {};
[ 'MVP',
'Atomics',
'MutableGlobals',
'NontrappingFPToInt',
'SIMD128',
'BulkMemory',
'SignExt',
'ExceptionHandling',
'TailCall',
'ReferenceTypes',
'Multivalue',
'GC',
'Memory64',
'RelaxedSIMD',
'ExtendedConst',
'Strings',
'MultiMemory',
'StackSwitching',
'SharedEverything',
'FP16',
'BulkMemoryOpt',
'CallIndirectOverlong',
'AcquireReleaseAtomics',
'CustomPageSizes',
'WideArithmetic',
'CompactImports',
'RelaxedAtomics',
'All'
].forEach(name => {
Module['Features'][name] = Module['_BinaryenFeature' + name]();
});
// Operations
Module['Operations'] = {};
[ 'ClzInt32',
'CtzInt32',
'PopcntInt32',
'NegFloat32',
'AbsFloat32',
'CeilFloat32',
'FloorFloat32',
'TruncFloat32',
'NearestFloat32',
'SqrtFloat32',
'EqZInt32',
'ClzInt64',
'CtzInt64',
'PopcntInt64',
'NegFloat64',
'AbsFloat64',
'CeilFloat64',
'FloorFloat64',
'TruncFloat64',
'NearestFloat64',
'SqrtFloat64',
'EqZInt64',
'ExtendSInt32',
'ExtendUInt32',
'WrapInt64',
'TruncSFloat32ToInt32',
'TruncSFloat32ToInt64',
'TruncUFloat32ToInt32',
'TruncUFloat32ToInt64',
'TruncSFloat64ToInt32',
'TruncSFloat64ToInt64',
'TruncUFloat64ToInt32',
'TruncUFloat64ToInt64',
'TruncSatSFloat32ToInt32',
'TruncSatSFloat32ToInt64',
'TruncSatUFloat32ToInt32',
'TruncSatUFloat32ToInt64',
'TruncSatSFloat64ToInt32',
'TruncSatSFloat64ToInt64',
'TruncSatUFloat64ToInt32',
'TruncSatUFloat64ToInt64',
'ReinterpretFloat32',
'ReinterpretFloat64',
'ConvertSInt32ToFloat32',
'ConvertSInt32ToFloat64',
'ConvertUInt32ToFloat32',
'ConvertUInt32ToFloat64',
'ConvertSInt64ToFloat32',
'ConvertSInt64ToFloat64',
'ConvertUInt64ToFloat32',
'ConvertUInt64ToFloat64',
'PromoteFloat32',
'DemoteFloat64',
'ReinterpretInt32',
'ReinterpretInt64',
'ExtendS8Int32',
'ExtendS16Int32',
'ExtendS8Int64',
'ExtendS16Int64',
'ExtendS32Int64',
'AddInt32',
'SubInt32',
'MulInt32',
'DivSInt32',
'DivUInt32',
'RemSInt32',
'RemUInt32',
'AndInt32',
'OrInt32',
'XorInt32',
'ShlInt32',
'ShrUInt32',
'ShrSInt32',
'RotLInt32',
'RotRInt32',
'EqInt32',
'NeInt32',
'LtSInt32',
'LtUInt32',
'LeSInt32',
'LeUInt32',
'GtSInt32',
'GtUInt32',
'GeSInt32',
'GeUInt32',
'AddInt64',
'SubInt64',
'MulInt64',
'DivSInt64',
'DivUInt64',
'RemSInt64',
'RemUInt64',
'AndInt64',
'OrInt64',
'XorInt64',
'ShlInt64',
'ShrUInt64',
'ShrSInt64',
'RotLInt64',
'RotRInt64',
'EqInt64',
'NeInt64',
'LtSInt64',
'LtUInt64',
'LeSInt64',
'LeUInt64',
'GtSInt64',
'GtUInt64',
'GeSInt64',
'GeUInt64',
'AddFloat32',
'SubFloat32',
'MulFloat32',
'DivFloat32',
'CopySignFloat32',
'MinFloat32',
'MaxFloat32',
'EqFloat32',
'NeFloat32',
'LtFloat32',
'LeFloat32',
'GtFloat32',
'GeFloat32',
'AddFloat64',
'SubFloat64',
'MulFloat64',
'DivFloat64',
'CopySignFloat64',
'MinFloat64',
'MaxFloat64',
'EqFloat64',
'NeFloat64',
'LtFloat64',
'LeFloat64',
'GtFloat64',
'GeFloat64',
'AtomicRMWAdd',
'AtomicRMWSub',
'AtomicRMWAnd',
'AtomicRMWOr',
'AtomicRMWXor',
'AtomicRMWXchg',
'SplatVecI8x16',
'ExtractLaneSVecI8x16',
'ExtractLaneUVecI8x16',
'ReplaceLaneVecI8x16',
'SplatVecI16x8',
'ExtractLaneSVecI16x8',
'ExtractLaneUVecI16x8',
'ReplaceLaneVecI16x8',
'SplatVecI32x4',
'ExtractLaneVecI32x4',
'ReplaceLaneVecI32x4',
'SplatVecI64x2',
'ExtractLaneVecI64x2',
'ReplaceLaneVecI64x2',
'SplatVecF32x4',
'ExtractLaneVecF32x4',
'ReplaceLaneVecF32x4',
'SplatVecF64x2',
'ExtractLaneVecF64x2',
'ReplaceLaneVecF64x2',
'EqVecI8x16',
'NeVecI8x16',
'LtSVecI8x16',
'LtUVecI8x16',
'GtSVecI8x16',
'GtUVecI8x16',
'LeSVecI8x16',
'LeUVecI8x16',
'GeSVecI8x16',
'GeUVecI8x16',
'EqVecI16x8',
'NeVecI16x8',
'LtSVecI16x8',
'LtUVecI16x8',
'GtSVecI16x8',
'GtUVecI16x8',
'LeSVecI16x8',
'LeUVecI16x8',
'GeSVecI16x8',
'GeUVecI16x8',
'EqVecI32x4',
'NeVecI32x4',
'LtSVecI32x4',
'LtUVecI32x4',
'GtSVecI32x4',
'GtUVecI32x4',
'LeSVecI32x4',
'LeUVecI32x4',
'GeSVecI32x4',
'GeUVecI32x4',
'EqVecI64x2',
'NeVecI64x2',
'LtSVecI64x2',
'GtSVecI64x2',
'LeSVecI64x2',
'GeSVecI64x2',
'EqVecF32x4',
'NeVecF32x4',
'LtVecF32x4',
'GtVecF32x4',
'LeVecF32x4',
'GeVecF32x4',
'EqVecF64x2',
'NeVecF64x2',
'LtVecF64x2',
'GtVecF64x2',
'LeVecF64x2',
'GeVecF64x2',
'NotVec128',
'AndVec128',
'OrVec128',
'XorVec128',
'AndNotVec128',
'BitselectVec128',
'RelaxedMaddVecF32x4',
'RelaxedNmaddVecF32x4',
'RelaxedMaddVecF64x2',
'RelaxedNmaddVecF64x2',
'RelaxedLaneselectI8x16',
'RelaxedLaneselectI16x8',
'RelaxedLaneselectI32x4',
'RelaxedLaneselectI64x2',
'RelaxedDotI8x16I7x16AddSToVecI32x4',
'AnyTrueVec128',
'PopcntVecI8x16',
'AbsVecI8x16',
'NegVecI8x16',
'AllTrueVecI8x16',
'BitmaskVecI8x16',
'ShlVecI8x16',
'ShrSVecI8x16',
'ShrUVecI8x16',
'AddVecI8x16',
'AddSatSVecI8x16',
'AddSatUVecI8x16',
'SubVecI8x16',
'SubSatSVecI8x16',
'SubSatUVecI8x16',
'MinSVecI8x16',
'MinUVecI8x16',
'MaxSVecI8x16',
'MaxUVecI8x16',
'AvgrUVecI8x16',
'AbsVecI16x8',
'NegVecI16x8',
'AllTrueVecI16x8',
'BitmaskVecI16x8',
'ShlVecI16x8',
'ShrSVecI16x8',
'ShrUVecI16x8',
'AddVecI16x8',
'AddSatSVecI16x8',
'AddSatUVecI16x8',
'SubVecI16x8',
'SubSatSVecI16x8',
'SubSatUVecI16x8',
'MulVecI16x8',
'MinSVecI16x8',
'MinUVecI16x8',
'MaxSVecI16x8',
'MaxUVecI16x8',
'AvgrUVecI16x8',
'Q15MulrSatSVecI16x8',
'ExtMulLowSVecI16x8',
'ExtMulHighSVecI16x8',
'ExtMulLowUVecI16x8',
'ExtMulHighUVecI16x8',
'DotSVecI16x8ToVecI32x4',
'ExtMulLowSVecI32x4',
'ExtMulHighSVecI32x4',
'ExtMulLowUVecI32x4',
'ExtMulHighUVecI32x4',
'AbsVecI32x4',
'NegVecI32x4',
'AllTrueVecI32x4',
'BitmaskVecI32x4',
'ShlVecI32x4',
'ShrSVecI32x4',
'ShrUVecI32x4',
'AddVecI32x4',
'SubVecI32x4',
'MulVecI32x4',
'MinSVecI32x4',
'MinUVecI32x4',
'MaxSVecI32x4',
'MaxUVecI32x4',
'AbsVecI64x2',
'NegVecI64x2',
'AllTrueVecI64x2',
'BitmaskVecI64x2',
'ShlVecI64x2',
'ShrSVecI64x2',
'ShrUVecI64x2',
'AddVecI64x2',
'SubVecI64x2',
'MulVecI64x2',
'ExtMulLowSVecI64x2',
'ExtMulHighSVecI64x2',
'ExtMulLowUVecI64x2',
'ExtMulHighUVecI64x2',
'AbsVecF32x4',
'NegVecF32x4',
'SqrtVecF32x4',
'AddVecF32x4',
'SubVecF32x4',
'MulVecF32x4',
'DivVecF32x4',
'MinVecF32x4',
'MaxVecF32x4',
'PMinVecF32x4',
'PMaxVecF32x4',
'CeilVecF32x4',
'FloorVecF32x4',
'TruncVecF32x4',
'NearestVecF32x4',
'AbsVecF64x2',
'NegVecF64x2',
'SqrtVecF64x2',
'AddVecF64x2',
'SubVecF64x2',
'MulVecF64x2',
'DivVecF64x2',
'MinVecF64x2',
'MaxVecF64x2',
'PMinVecF64x2',
'PMaxVecF64x2',
'CeilVecF64x2',
'FloorVecF64x2',
'TruncVecF64x2',
'NearestVecF64x2',
'ExtAddPairwiseSVecI8x16ToI16x8',
'ExtAddPairwiseUVecI8x16ToI16x8',
'ExtAddPairwiseSVecI16x8ToI32x4',
'ExtAddPairwiseUVecI16x8ToI32x4',
'TruncSatSVecF32x4ToVecI32x4',
'TruncSatUVecF32x4ToVecI32x4',
'ConvertSVecI32x4ToVecF32x4',
'ConvertUVecI32x4ToVecF32x4',
'Load8SplatVec128',
'Load16SplatVec128',
'Load32SplatVec128',
'Load64SplatVec128',
'Load8x8SVec128',
'Load8x8UVec128',
'Load16x4SVec128',
'Load16x4UVec128',
'Load32x2SVec128',
'Load32x2UVec128',
'Load32ZeroVec128',
'Load64ZeroVec128',
'Load8LaneVec128',
'Load16LaneVec128',
'Load32LaneVec128',
'Load64LaneVec128',
'Store8LaneVec128',
'Store16LaneVec128',
'Store32LaneVec128',
'Store64LaneVec128',
'NarrowSVecI16x8ToVecI8x16',
'NarrowUVecI16x8ToVecI8x16',
'NarrowSVecI32x4ToVecI16x8',
'NarrowUVecI32x4ToVecI16x8',
'ExtendLowSVecI8x16ToVecI16x8',
'ExtendHighSVecI8x16ToVecI16x8',
'ExtendLowUVecI8x16ToVecI16x8',
'ExtendHighUVecI8x16ToVecI16x8',
'ExtendLowSVecI16x8ToVecI32x4',
'ExtendHighSVecI16x8ToVecI32x4',
'ExtendLowUVecI16x8ToVecI32x4',
'ExtendHighUVecI16x8ToVecI32x4',
'ExtendLowSVecI32x4ToVecI64x2',
'ExtendHighSVecI32x4ToVecI64x2',
'ExtendLowUVecI32x4ToVecI64x2',
'ExtendHighUVecI32x4ToVecI64x2',
'ConvertLowSVecI32x4ToVecF64x2',
'ConvertLowUVecI32x4ToVecF64x2',
'TruncSatZeroSVecF64x2ToVecI32x4',
'TruncSatZeroUVecF64x2ToVecI32x4',
'DemoteZeroVecF64x2ToVecF32x4',
'PromoteLowVecF32x4ToVecF64x2',
'RelaxedTruncSVecF32x4ToVecI32x4',
'RelaxedTruncUVecF32x4ToVecI32x4',
'RelaxedTruncZeroSVecF64x2ToVecI32x4',
'RelaxedTruncZeroUVecF64x2ToVecI32x4',
'SwizzleVecI8x16',
'RelaxedSwizzleVecI8x16',
'RelaxedMinVecF32x4',
'RelaxedMaxVecF32x4',
'RelaxedMinVecF64x2',
'RelaxedMaxVecF64x2',
'RelaxedQ15MulrSVecI16x8',
'RelaxedDotI8x16I7x16SToVecI16x8',
'RefAsNonNull',
'RefAsExternInternalize',
'RefAsExternExternalize',
'RefAsAnyConvertExtern',
'RefAsExternConvertAny',
'BrOnNull',
'BrOnNonNull',
'BrOnCast',
'BrOnCastFail',
'StringNewLossyUTF8Array',
'StringNewWTF16Array',
'StringNewFromCodePoint',
'StringMeasureUTF8',
'StringMeasureWTF16',
'StringEncodeLossyUTF8Array',
'StringEncodeWTF16Array',
'StringEqEqual',
'StringEqCompare',
'AddInt128',
'SubInt128',
'MulWideSInt64',
'MulWideUInt64'
].forEach(name => {
Module['Operations'][name] = Module[name] = Module['_Binaryen' + name]();
});
// Expression side effects
Module['SideEffects'] = {};
[ 'None',
'Branches',
'Calls',
'ReadsLocal',
'WritesLocal',
'ReadsGlobal',
'WritesGlobal',
'ReadsMemory',
'WritesMemory',
'ReadsTable',
'WritesTable',
'ImplicitTrap',
'IsAtomic',
'Throws',
'DanglingPop',
'TrapsNeverHappen',
'Suspends',
'Any'
].forEach(name => {
Module['SideEffects'][name] = Module['_BinaryenSideEffect' + name]();
});
// ExpressionRunner flags
Module['ExpressionRunner']['Flags'] = {
'Default': Module['_ExpressionRunnerFlagsDefault'](),
'PreserveSideeffects': Module['_ExpressionRunnerFlagsPreserveSideeffects'](),
};
}
// 'Module' interface
Module['Module'] = function(module) {
assert(!module); // guard against incorrect old API usage
wrapModule(Module['_BinaryenModuleCreate'](), this);
};
// Receives a C pointer to a C Module and a JS object, and creates
// the JS wrappings on the object to access the C data.
// This is meant for internal use only, and is necessary as we
// want to access Module from JS that were perhaps not created
// from JS.
function wrapModule(module, self = {}) {
assert(module); // guard against incorrect old API usage
self['ptr'] = module;
// The size of a single literal in memory as used in Const creation,
// which is a little different: we don't want users to need to make
// their own Literals, as the C API handles them by value, which means
// we would leak them. Instead, Const creation is fused together with
// an intermediate stack allocation of this size to pass the value.
const sizeOfLiteral = _BinaryenSizeofLiteral();
// 'Expression' creation
self['block'] = function(name, children, type) {
return preserveStack(() =>
Module['_BinaryenBlock'](module, name ? strToStack(name) : 0,
i32sToStack(children), children.length,
typeof type !== 'undefined' ? type : Module['Type']['none'])
);
};
self['if'] = function(condition, ifTrue, ifFalse) {
return Module['_BinaryenIf'](module, condition, ifTrue, ifFalse);
};
self['loop'] = function(label, body) {
return preserveStack(() => Module['_BinaryenLoop'](module, strToStack(label), body));
};
self['break'] = self['br'] = function(label, condition, value) {
return preserveStack(() => Module['_BinaryenBreak'](module, strToStack(label), condition, value));
};
self['br_if'] = function(label, condition, value) {
return self['br'](label, condition, value);
};
self['switch'] = function(names, defaultName, condition, value) {
return preserveStack(() =>
Module['_BinaryenSwitch'](module, i32sToStack(names.map(strToStack)), names.length, strToStack(defaultName), condition, value)
);
};
self['call'] = function(name, operands, type) {
return preserveStack(() => Module['_BinaryenCall'](module, strToStack(name), i32sToStack(operands), operands.length, type));
};
// 'callIndirect', 'returnCall', 'returnCallIndirect' are deprecated and may
// be removed in a future release. Please use the the snake_case names
// instead.
self['callIndirect'] = self['call_indirect'] = function(table, target, operands, params, results) {
return preserveStack(() =>
Module['_BinaryenCallIndirect'](module, strToStack(table), target, i32sToStack(operands), operands.length, params, results)
);
};
self['returnCall'] = self['return_call'] = function(name, operands, type) {
return preserveStack(() =>
Module['_BinaryenReturnCall'](module, strToStack(name), i32sToStack(operands), operands.length, type)
);
};
self['returnCallIndirect'] = self['return_call_indirect'] = function(table, target, operands, params, results) {
return preserveStack(() =>
Module['_BinaryenReturnCallIndirect'](module, strToStack(table), target, i32sToStack(operands), operands.length, params, results)
);
};
self['local'] = {
'get'(index, type) {
return Module['_BinaryenLocalGet'](module, index, type);
},
'set'(index, value) {
return Module['_BinaryenLocalSet'](module, index, value);
},
'tee'(index, value, type) {
if (typeof type === 'undefined') {
throw new Error("local.tee's type should be defined");
}
return Module['_BinaryenLocalTee'](module, index, value, type);
}
}
self['global'] = {
'get'(name, type) {
return preserveStack(() => Module['_BinaryenGlobalGet'](module, strToStack(name), type));
},
'set'(name, value) {
return preserveStack(() => Module['_BinaryenGlobalSet'](module, strToStack(name), value));
}
}
self['table'] = {
'get'(name, index, type) {
return preserveStack(() => Module['_BinaryenTableGet'](module, strToStack(name), index, type));
},
'set'(name, index, value) {
return preserveStack(() => Module['_BinaryenTableSet'](module, strToStack(name), index, value));
},
'size'(name) {
return preserveStack(() => Module['_BinaryenTableSize'](module, strToStack(name)));
},
'grow'(name, value, delta) {
return preserveStack(() => Module['_BinaryenTableGrow'](module, strToStack(name), value, delta));
}
}
self['memory'] = {
// memory64 defaults to undefined/false.
'size'(name, memory64) {
return preserveStack(() => Module['_BinaryenMemorySize'](module, strToStack(name), memory64));
},
'grow'(value, name, memory64) {
return preserveStack(() => Module['_BinaryenMemoryGrow'](module, value, strToStack(name), memory64));
},
'init'(segment, dest, offset, size, name) {
return preserveStack(() => Module['_BinaryenMemoryInit'](module, strToStack(segment), dest, offset, size, strToStack(name)));
},
'copy'(dest, source, size, destMemory, sourceMemory) {
return preserveStack(() => Module['_BinaryenMemoryCopy'](module, dest, source, size, strToStack(destMemory), strToStack(sourceMemory)));
},
'fill'(dest, value, size, name) {
return preserveStack(() => Module['_BinaryenMemoryFill'](module, dest, value, size, strToStack(name)));
},
'atomic': {
'notify'(ptr, notifyCount, name) {
return preserveStack(() => Module['_BinaryenAtomicNotify'](module, ptr, notifyCount, strToStack(name)));
},
'wait32'(ptr, expected, timeout, name) {
return preserveStack(() => Module['_BinaryenAtomicWait'](module, ptr, expected, timeout, Module['Type']['i32'], strToStack(name)));
},
'wait64'(ptr, expected, timeout, name) {
return preserveStack(() => Module['_BinaryenAtomicWait'](module, ptr, expected, timeout, Module['Type']['i64'], strToStack(name)));
}
}
}
self['data'] = {
'drop'(segment) {
return preserveStack(() => Module['_BinaryenDataDrop'](module, strToStack(segment)));
}
}
self['i32'] = {
'load'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 4, true, offset, align, Module['Type']['i32'], ptr, strToStack(name)));
},
'load8_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 1, true, offset, align, Module['Type']['i32'], ptr, strToStack(name)));
},
'load8_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 1, false, offset, align, Module['Type']['i32'], ptr, strToStack(name)));
},
'load16_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 2, true, offset, align, Module['Type']['i32'], ptr, strToStack(name)));
},
'load16_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 2, false, offset, align, Module['Type']['i32'], ptr, strToStack(name)));
},
'store'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 4, offset, align, ptr, value, Module['Type']['i32'], strToStack(name)));
},
'store8'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 1, offset, align, ptr, value, Module['Type']['i32'], strToStack(name)));
},
'store16'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 2, offset, align, ptr, value, Module['Type']['i32'], strToStack(name)));
},
'const'(x) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
Module['_BinaryenLiteralInt32'](tempLiteral, x);
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'clz'(value) {
return Module['_BinaryenUnary'](module, Module['ClzInt32'], value);
},
'ctz'(value) {
return Module['_BinaryenUnary'](module, Module['CtzInt32'], value);
},
'popcnt'(value) {
return Module['_BinaryenUnary'](module, Module['PopcntInt32'], value);
},
'eqz'(value) {
return Module['_BinaryenUnary'](module, Module['EqZInt32'], value);
},
'trunc_s': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSFloat32ToInt32'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSFloat64ToInt32'], value);
},
},
'trunc_u': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncUFloat32ToInt32'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncUFloat64ToInt32'], value);
},
},
'trunc_s_sat': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatSFloat32ToInt32'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatSFloat64ToInt32'], value);
},
},
'trunc_u_sat': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatUFloat32ToInt32'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatUFloat64ToInt32'], value);
},
},
'reinterpret'(value) {
return Module['_BinaryenUnary'](module, Module['ReinterpretFloat32'], value);
},
'extend8_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendS8Int32'], value);
},
'extend16_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendS16Int32'], value);
},
'wrap'(value) {
return Module['_BinaryenUnary'](module, Module['WrapInt64'], value);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddInt32'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubInt32'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulInt32'], left, right);
},
'div_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivSInt32'], left, right);
},
'div_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivUInt32'], left, right);
},
'rem_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['RemSInt32'], left, right);
},
'rem_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['RemUInt32'], left, right);
},
'and'(left, right) {
return Module['_BinaryenBinary'](module, Module['AndInt32'], left, right);
},
'or'(left, right) {
return Module['_BinaryenBinary'](module, Module['OrInt32'], left, right);
},
'xor'(left, right) {
return Module['_BinaryenBinary'](module, Module['XorInt32'], left, right);
},
'shl'(left, right) {
return Module['_BinaryenBinary'](module, Module['ShlInt32'], left, right);
},
'shr_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ShrUInt32'], left, right);
},
'shr_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ShrSInt32'], left, right);
},
'rotl'(left, right) {
return Module['_BinaryenBinary'](module, Module['RotLInt32'], left, right);
},
'rotr'(left, right) {
return Module['_BinaryenBinary'](module, Module['RotRInt32'], left, right);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqInt32'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeInt32'], left, right);
},
'lt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtSInt32'], left, right);
},
'lt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtUInt32'], left, right);
},
'le_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeSInt32'], left, right);
},
'le_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeUInt32'], left, right);
},
'gt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtSInt32'], left, right);
},
'gt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtUInt32'], left, right);
},
'ge_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeSInt32'], left, right);
},
'ge_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeUInt32'], left, right);
},
'atomic': {
'load'(offset, ptr, name, order) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 4, offset, Module['Type']['i32'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'load8_u'(offset, ptr, name, order) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 1, offset, Module['Type']['i32'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'load16_u'(offset, ptr, name) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 2, offset, Module['Type']['i32'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store8'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store16'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'rmw': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 4, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 4, offset, ptr, expected, replacement, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
'rmw8_u': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 1, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 1, offset, ptr, expected, replacement, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
'rmw16_u': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 2, offset, ptr, value, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 2, offset, ptr, expected, replacement, Module['Type']['i32'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
},
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['i32']);
}
};
self['i64'] = {
'load'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 8, true, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'load8_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 1, true, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'load8_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 1, false, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'load16_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 2, true, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'load16_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 2, false, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'load32_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 4, true, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'load32_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 4, false, offset, align, Module['Type']['i64'], ptr, strToStack(name)));
},
'store'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 8, offset, align, ptr, value, Module['Type']['i64'], strToStack(name)));
},
'store8'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 1, offset, align, ptr, value, Module['Type']['i64'], strToStack(name)));
},
'store16'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 2, offset, align, ptr, value, Module['Type']['i64'], strToStack(name)));
},
'store32'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 4, offset, align, ptr, value, Module['Type']['i64'], strToStack(name)));
},
'const'(x, y = undefined) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
#if WASM_BIGINT
assert(typeof y == 'undefined', 'i64.const now takes a single argument (which can be a bigint)');
// We insert a cast to BigInt here in an attempt to be backwards
// compatible with callers who passed a single `number` here.
Module['_BinaryenLiteralInt64'](tempLiteral, BigInt(x));
#else
Module['_BinaryenLiteralInt64'](tempLiteral, x, y);
#endif
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'clz'(value) {
return Module['_BinaryenUnary'](module, Module['ClzInt64'], value);
},
'ctz'(value) {
return Module['_BinaryenUnary'](module, Module['CtzInt64'], value);
},
'popcnt'(value) {
return Module['_BinaryenUnary'](module, Module['PopcntInt64'], value);
},
'eqz'(value) {
return Module['_BinaryenUnary'](module, Module['EqZInt64'], value);
},
'trunc_s': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSFloat32ToInt64'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSFloat64ToInt64'], value);
},
},
'trunc_u': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncUFloat32ToInt64'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncUFloat64ToInt64'], value);
},
},
'trunc_s_sat': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatSFloat32ToInt64'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatSFloat64ToInt64'], value);
},
},
'trunc_u_sat': {
'f32'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatUFloat32ToInt64'], value);
},
'f64'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatUFloat64ToInt64'], value);
},
},
'reinterpret'(value) {
return Module['_BinaryenUnary'](module, Module['ReinterpretFloat64'], value);
},
'extend8_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendS8Int64'], value);
},
'extend16_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendS16Int64'], value);
},
'extend32_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendS32Int64'], value);
},
'extend_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendSInt32'], value);
},
'extend_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendUInt32'], value);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddInt64'], left, right);
},
'add128'(leftLow, leftHigh, rightLow, rightHigh) {
return Module['_BinaryenWideIntAddSub'](module, Module['AddInt128'], leftLow, leftHigh, rightLow, rightHigh);
},
'sub128'(leftLow, leftHigh, rightLow, rightHigh) {
return Module['_BinaryenWideIntAddSub'](module, Module['SubInt128'], leftLow, leftHigh, rightLow, rightHigh);
},
'mul_wide_s'(left, right) {
return Module['_BinaryenWideIntMul'](module, Module['MulWideSInt64'], left, right);
},
'mul_wide_u'(left, right) {
return Module['_BinaryenWideIntMul'](module, Module['MulWideUInt64'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubInt64'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulInt64'], left, right);
},
'div_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivSInt64'], left, right);
},
'div_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivUInt64'], left, right);
},
'rem_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['RemSInt64'], left, right);
},
'rem_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['RemUInt64'], left, right);
},
'and'(left, right) {
return Module['_BinaryenBinary'](module, Module['AndInt64'], left, right);
},
'or'(left, right) {
return Module['_BinaryenBinary'](module, Module['OrInt64'], left, right);
},
'xor'(left, right) {
return Module['_BinaryenBinary'](module, Module['XorInt64'], left, right);
},
'shl'(left, right) {
return Module['_BinaryenBinary'](module, Module['ShlInt64'], left, right);
},
'shr_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ShrUInt64'], left, right);
},
'shr_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ShrSInt64'], left, right);
},
'rotl'(left, right) {
return Module['_BinaryenBinary'](module, Module['RotLInt64'], left, right);
},
'rotr'(left, right) {
return Module['_BinaryenBinary'](module, Module['RotRInt64'], left, right);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqInt64'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeInt64'], left, right);
},
'lt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtSInt64'], left, right);
},
'lt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtUInt64'], left, right);
},
'le_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeSInt64'], left, right);
},
'le_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeUInt64'], left, right);
},
'gt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtSInt64'], left, right);
},
'gt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtUInt64'], left, right);
},
'ge_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeSInt64'], left, right);
},
'ge_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeUInt64'], left, right);
},
'atomic': {
'load'(offset, ptr, name, order) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 8, offset, Module['Type']['i64'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'load8_u'(offset, ptr, name, order) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 1, offset, Module['Type']['i64'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'load16_u'(offset, ptr, name, order) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 2, offset, Module['Type']['i64'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'load32_u'(offset, ptr, name, order) {
return preserveStack(() => Module['_BinaryenAtomicLoad'](module, 4, offset, Module['Type']['i64'], ptr, strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store8'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store16'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'store32'(offset, ptr, value, name, order) {
return preserveStack(() => Module['_BinaryenAtomicStore'](module, 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'rmw': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 8, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 8, offset, ptr, expected, replacement, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
'rmw8_u': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 1, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 1, offset, ptr, expected, replacement, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
'rmw16_u': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 2, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 2, offset, ptr, expected, replacement, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
'rmw32_u': {
'add'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAdd'], 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'sub'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWSub'], 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'and'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWAnd'], 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'or'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWOr'], 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xor'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXor'], 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'xchg'(offset, ptr, value, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicRMW'](module, Module['AtomicRMWXchg'], 4, offset, ptr, value, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
'cmpxchg'(offset, ptr, expected, replacement, name, order) {
return preserveStack(() =>
Module['_BinaryenAtomicCmpxchg'](module, 4, offset, ptr, expected, replacement, Module['Type']['i64'], strToStack(name), typeof order !== 'undefined' ? order : Module['MemoryOrder']['seqcst']));
},
},
},
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['i64']);
}
};
self['f32'] = {
'load'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 4, true, offset, align, Module['Type']['f32'], ptr, strToStack(name)));
},
'store'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 4, offset, align, ptr, value, Module['Type']['f32'], strToStack(name)));
},
'const'(x) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
Module['_BinaryenLiteralFloat32'](tempLiteral, x);
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'const_bits'(x) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
Module['_BinaryenLiteralFloat32Bits'](tempLiteral, x);
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegFloat32'], value);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsFloat32'], value);
},
'ceil'(value) {
return Module['_BinaryenUnary'](module, Module['CeilFloat32'], value);
},
'floor'(value) {
return Module['_BinaryenUnary'](module, Module['FloorFloat32'], value);
},
'trunc'(value) {
return Module['_BinaryenUnary'](module, Module['TruncFloat32'], value);
},
'nearest'(value) {
return Module['_BinaryenUnary'](module, Module['NearestFloat32'], value);
},
'sqrt'(value) {
return Module['_BinaryenUnary'](module, Module['SqrtFloat32'], value);
},
'reinterpret'(value) {
return Module['_BinaryenUnary'](module, Module['ReinterpretInt32'], value);
},
'convert_s': {
'i32'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertSInt32ToFloat32'], value);
},
'i64'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertSInt64ToFloat32'], value);
},
},
'convert_u': {
'i32'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertUInt32ToFloat32'], value);
},
'i64'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertUInt64ToFloat32'], value);
},
},
'demote'(value) {
return Module['_BinaryenUnary'](module, Module['DemoteFloat64'], value);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddFloat32'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubFloat32'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulFloat32'], left, right);
},
'div'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivFloat32'], left, right);
},
'copysign'(left, right) {
return Module['_BinaryenBinary'](module, Module['CopySignFloat32'], left, right);
},
'min'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinFloat32'], left, right);
},
'max'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxFloat32'], left, right);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqFloat32'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeFloat32'], left, right);
},
'lt'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtFloat32'], left, right);
},
'le'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeFloat32'], left, right);
},
'gt'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtFloat32'], left, right);
},
'ge'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeFloat32'], left, right);
},
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['f32']);
}
};
self['f64'] = {
'load'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 8, true, offset, align, Module['Type']['f64'], ptr, strToStack(name)));
},
'store'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 8, offset, align, ptr, value, Module['Type']['f64'], strToStack(name)));
},
'const'(x) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
Module['_BinaryenLiteralFloat64'](tempLiteral, x);
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'const_bits'(x, y = undefined) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
#if WASM_BIGINT
assert(typeof y == 'undefined', 'f64.const_bits now takes a single argument (which can be a bigint)');
Module['_BinaryenLiteralFloat64Bits'](tempLiteral, BigInt(x));
#else
Module['_BinaryenLiteralFloat64Bits'](tempLiteral, x, y);
#endif
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegFloat64'], value);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsFloat64'], value);
},
'ceil'(value) {
return Module['_BinaryenUnary'](module, Module['CeilFloat64'], value);
},
'floor'(value) {
return Module['_BinaryenUnary'](module, Module['FloorFloat64'], value);
},
'trunc'(value) {
return Module['_BinaryenUnary'](module, Module['TruncFloat64'], value);
},
'nearest'(value) {
return Module['_BinaryenUnary'](module, Module['NearestFloat64'], value);
},
'sqrt'(value) {
return Module['_BinaryenUnary'](module, Module['SqrtFloat64'], value);
},
'reinterpret'(value) {
return Module['_BinaryenUnary'](module, Module['ReinterpretInt64'], value);
},
'convert_s': {
'i32'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertSInt32ToFloat64'], value);
},
'i64'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertSInt64ToFloat64'], value);
},
},
'convert_u': {
'i32'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertUInt32ToFloat64'], value);
},
'i64'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertUInt64ToFloat64'], value);
},
},
'promote'(value) {
return Module['_BinaryenUnary'](module, Module['PromoteFloat32'], value);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddFloat64'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubFloat64'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulFloat64'], left, right);
},
'div'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivFloat64'], left, right);
},
'copysign'(left, right) {
return Module['_BinaryenBinary'](module, Module['CopySignFloat64'], left, right);
},
'min'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinFloat64'], left, right);
},
'max'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxFloat64'], left, right);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqFloat64'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeFloat64'], left, right);
},
'lt'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtFloat64'], left, right);
},
'le'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeFloat64'], left, right);
},
'gt'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtFloat64'], left, right);
},
'ge'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeFloat64'], left, right);
},
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['f64']);
}
};
self['v128'] = {
'load'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenLoad'](module, 16, false, offset, align, Module['Type']['v128'], ptr, strToStack(name)));
},
'load8_splat'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load8SplatVec128'], offset, align, ptr, strToStack(name)));
},
'load16_splat'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load16SplatVec128'], offset, align, ptr, strToStack(name)));
},
'load32_splat'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load32SplatVec128'], offset, align, ptr, strToStack(name)));
},
'load64_splat'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load64SplatVec128'], offset, align, ptr, strToStack(name)));
},
'load8x8_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load8x8SVec128'], offset, align, ptr, strToStack(name)));
},
'load8x8_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load8x8UVec128'], offset, align, ptr, strToStack(name)));
},
'load16x4_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load16x4SVec128'], offset, align, ptr, strToStack(name)));
},
'load16x4_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load16x4UVec128'], offset, align, ptr, strToStack(name)));
},
'load32x2_s'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load32x2SVec128'], offset, align, ptr, strToStack(name)));
},
'load32x2_u'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load32x2UVec128'], offset, align, ptr, strToStack(name)));
},
'load32_zero'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load32ZeroVec128'], offset, align, ptr, strToStack(name)));
},
'load64_zero'(offset, align, ptr, name) {
return preserveStack(() => Module['_BinaryenSIMDLoad'](module, Module['Load64ZeroVec128'], offset, align, ptr, strToStack(name)));
},
'load8_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Load8LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'load16_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Load16LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'load32_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Load32LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'load64_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Load64LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'store8_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Store8LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'store16_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Store16LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'store32_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Store32LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'store64_lane'(offset, align, index, ptr, vec, name) {
return preserveStack(() =>
Module['_BinaryenSIMDLoadStoreLane'](module, Module['Store64LaneVec128'], offset, align, index, ptr, vec, strToStack(name)));
},
'store'(offset, align, ptr, value, name) {
return preserveStack(() => Module['_BinaryenStore'](module, 16, offset, align, ptr, value, Module['Type']['v128'], strToStack(name)));
},
'const'(i8s) {
return preserveStack(() => {
const tempLiteral = stackAlloc(sizeOfLiteral);
Module['_BinaryenLiteralVec128'](tempLiteral, i8sToStack(i8s));
return Module['_BinaryenConst'](module, tempLiteral);
});
},
'not'(value) {
return Module['_BinaryenUnary'](module, Module['NotVec128'], value);
},
'any_true'(value) {
return Module['_BinaryenUnary'](module, Module['AnyTrueVec128'], value);
},
'and'(left, right) {
return Module['_BinaryenBinary'](module, Module['AndVec128'], left, right);
},
'or'(left, right) {
return Module['_BinaryenBinary'](module, Module['OrVec128'], left, right);
},
'xor'(left, right) {
return Module['_BinaryenBinary'](module, Module['XorVec128'], left, right);
},
'andnot'(left, right) {
return Module['_BinaryenBinary'](module, Module['AndNotVec128'], left, right);
},
'bitselect'(left, right, cond) {
return Module['_BinaryenSIMDTernary'](module, Module['BitselectVec128'], left, right, cond);
},
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['v128']);
}
};
self['i8x16'] = {
'shuffle'(left, right, mask) {
return preserveStack(() => Module['_BinaryenSIMDShuffle'](module, left, right, i8sToStack(mask)));
},
'swizzle'(left, right) {
return Module['_BinaryenBinary'](module, Module['SwizzleVecI8x16'], left, right);
},
'splat'(value) {
return Module['_BinaryenUnary'](module, Module['SplatVecI8x16'], value);
},
'extract_lane_s'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneSVecI8x16'], vec, index);
},
'extract_lane_u'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneUVecI8x16'], vec, index);
},
'replace_lane'(vec, index, value) {
return Module['_BinaryenSIMDReplace'](module, Module['ReplaceLaneVecI8x16'], vec, index, value);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqVecI8x16'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeVecI8x16'], left, right);
},
'lt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtSVecI8x16'], left, right);
},
'lt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtUVecI8x16'], left, right);
},
'gt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtSVecI8x16'], left, right);
},
'gt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtUVecI8x16'], left, right);
},
'le_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeSVecI8x16'], left, right);
},
'le_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeUVecI8x16'], left, right);
},
'ge_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeSVecI8x16'], left, right);
},
'ge_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeUVecI8x16'], left, right);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsVecI8x16'], value);
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegVecI8x16'], value);
},
'all_true'(value) {
return Module['_BinaryenUnary'](module, Module['AllTrueVecI8x16'], value);
},
'bitmask'(value) {
return Module['_BinaryenUnary'](module, Module['BitmaskVecI8x16'], value);
},
'popcnt'(value) {
return Module['_BinaryenUnary'](module, Module['PopcntVecI8x16'], value);
},
'shl'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShlVecI8x16'], vec, shift);
},
'shr_s'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrSVecI8x16'], vec, shift);
},
'shr_u'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrUVecI8x16'], vec, shift);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddVecI8x16'], left, right);
},
'add_saturate_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddSatSVecI8x16'], left, right);
},
'add_saturate_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddSatUVecI8x16'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubVecI8x16'], left, right);
},
'sub_saturate_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubSatSVecI8x16'], left, right);
},
'sub_saturate_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubSatUVecI8x16'], left, right);
},
'min_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinSVecI8x16'], left, right);
},
'min_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinUVecI8x16'], left, right);
},
'max_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxSVecI8x16'], left, right);
},
'max_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxUVecI8x16'], left, right);
},
'avgr_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['AvgrUVecI8x16'], left, right);
},
'narrow_i16x8_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['NarrowSVecI16x8ToVecI8x16'], left, right);
},
'narrow_i16x8_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['NarrowUVecI16x8ToVecI8x16'], left, right);
},
};
self['i16x8'] = {
'splat'(value) {
return Module['_BinaryenUnary'](module, Module['SplatVecI16x8'], value);
},
'extract_lane_s'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneSVecI16x8'], vec, index);
},
'extract_lane_u'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneUVecI16x8'], vec, index);
},
'replace_lane'(vec, index, value) {
return Module['_BinaryenSIMDReplace'](module, Module['ReplaceLaneVecI16x8'], vec, index, value);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqVecI16x8'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeVecI16x8'], left, right);
},
'lt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtSVecI16x8'], left, right);
},
'lt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtUVecI16x8'], left, right);
},
'gt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtSVecI16x8'], left, right);
},
'gt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtUVecI16x8'], left, right);
},
'le_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeSVecI16x8'], left, right);
},
'le_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeUVecI16x8'], left, right);
},
'ge_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeSVecI16x8'], left, right);
},
'ge_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeUVecI16x8'], left, right);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsVecI16x8'], value);
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegVecI16x8'], value);
},
'all_true'(value) {
return Module['_BinaryenUnary'](module, Module['AllTrueVecI16x8'], value);
},
'bitmask'(value) {
return Module['_BinaryenUnary'](module, Module['BitmaskVecI16x8'], value);
},
'shl'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShlVecI16x8'], vec, shift);
},
'shr_s'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrSVecI16x8'], vec, shift);
},
'shr_u'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrUVecI16x8'], vec, shift);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddVecI16x8'], left, right);
},
'add_saturate_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddSatSVecI16x8'], left, right);
},
'add_saturate_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddSatUVecI16x8'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubVecI16x8'], left, right);
},
'sub_saturate_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubSatSVecI16x8'], left, right);
},
'sub_saturate_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubSatUVecI16x8'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulVecI16x8'], left, right);
},
'min_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinSVecI16x8'], left, right);
},
'min_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinUVecI16x8'], left, right);
},
'max_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxSVecI16x8'], left, right);
},
'max_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxUVecI16x8'], left, right);
},
'avgr_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['AvgrUVecI16x8'], left, right);
},
'q15mulr_sat_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['Q15MulrSatSVecI16x8'], left, right);
},
'extmul_low_i8x16_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulLowSVecI16x8'], left, right);
},
'extmul_high_i8x16_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulHighSVecI16x8'], left, right);
},
'extmul_low_i8x16_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulLowUVecI16x8'], left, right);
},
'extmul_high_i8x16_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulHighUVecI16x8'], left, right);
},
'extadd_pairwise_i8x16_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtAddPairwiseSVecI8x16ToI16x8'], value);
},
'extadd_pairwise_i8x16_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtAddPairwiseUVecI8x16ToI16x8'], value);
},
'narrow_i32x4_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['NarrowSVecI32x4ToVecI16x8'], left, right);
},
'narrow_i32x4_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['NarrowUVecI32x4ToVecI16x8'], left, right);
},
'extend_low_i8x16_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendLowSVecI8x16ToVecI16x8'], value);
},
'extend_high_i8x16_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendHighSVecI8x16ToVecI16x8'], value);
},
'extend_low_i8x16_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendLowUVecI8x16ToVecI16x8'], value);
},
'extend_high_i8x16_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendHighUVecI8x16ToVecI16x8'], value);
},
};
self['i32x4'] = {
'splat'(value) {
return Module['_BinaryenUnary'](module, Module['SplatVecI32x4'], value);
},
'extract_lane'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneVecI32x4'], vec, index);
},
'replace_lane'(vec, index, value) {
return Module['_BinaryenSIMDReplace'](module, Module['ReplaceLaneVecI32x4'], vec, index, value);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqVecI32x4'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeVecI32x4'], left, right);
},
'lt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtSVecI32x4'], left, right);
},
'lt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtUVecI32x4'], left, right);
},
'gt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtSVecI32x4'], left, right);
},
'gt_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtUVecI32x4'], left, right);
},
'le_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeSVecI32x4'], left, right);
},
'le_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeUVecI32x4'], left, right);
},
'ge_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeSVecI32x4'], left, right);
},
'ge_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeUVecI32x4'], left, right);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsVecI32x4'], value);
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegVecI32x4'], value);
},
'all_true'(value) {
return Module['_BinaryenUnary'](module, Module['AllTrueVecI32x4'], value);
},
'bitmask'(value) {
return Module['_BinaryenUnary'](module, Module['BitmaskVecI32x4'], value);
},
'shl'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShlVecI32x4'], vec, shift);
},
'shr_s'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrSVecI32x4'], vec, shift);
},
'shr_u'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrUVecI32x4'], vec, shift);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddVecI32x4'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubVecI32x4'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulVecI32x4'], left, right);
},
'min_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinSVecI32x4'], left, right);
},
'min_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinUVecI32x4'], left, right);
},
'max_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxSVecI32x4'], left, right);
},
'max_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxUVecI32x4'], left, right);
},
'dot_i16x8_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['DotSVecI16x8ToVecI32x4'], left, right);
},
'extmul_low_i16x8_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulLowSVecI32x4'], left, right);
},
'extmul_high_i16x8_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulHighSVecI32x4'], left, right);
},
'extmul_low_i16x8_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulLowUVecI32x4'], left, right);
},
'extmul_high_i16x8_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulHighUVecI32x4'], left, right);
},
'extadd_pairwise_i16x8_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtAddPairwiseSVecI16x8ToI32x4'], value);
},
'extadd_pairwise_i16x8_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtAddPairwiseUVecI16x8ToI32x4'], value);
},
'trunc_sat_f32x4_s'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatSVecF32x4ToVecI32x4'], value);
},
'trunc_sat_f32x4_u'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatUVecF32x4ToVecI32x4'], value);
},
'extend_low_i16x8_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendLowSVecI16x8ToVecI32x4'], value);
},
'extend_high_i16x8_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendHighSVecI16x8ToVecI32x4'], value);
},
'extend_low_i16x8_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendLowUVecI16x8ToVecI32x4'], value);
},
'extend_high_i16x8_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendHighUVecI16x8ToVecI32x4'], value);
},
'trunc_sat_f64x2_s_zero'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatZeroSVecF64x2ToVecI32x4'], value);
},
'trunc_sat_f64x2_u_zero'(value) {
return Module['_BinaryenUnary'](module, Module['TruncSatZeroUVecF64x2ToVecI32x4'], value);
},
};
self['i64x2'] = {
'splat'(value) {
return Module['_BinaryenUnary'](module, Module['SplatVecI64x2'], value);
},
'extract_lane'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneVecI64x2'], vec, index);
},
'replace_lane'(vec, index, value) {
return Module['_BinaryenSIMDReplace'](module, Module['ReplaceLaneVecI64x2'], vec, index, value);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqVecI64x2'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeVecI64x2'], left, right);
},
'lt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtSVecI64x2'], left, right);
},
'gt_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtSVecI64x2'], left, right);
},
'le_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeSVecI64x2'], left, right);
},
'ge_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeSVecI64x2'], left, right);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsVecI64x2'], value);
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegVecI64x2'], value);
},
'all_true'(value) {
return Module['_BinaryenUnary'](module, Module['AllTrueVecI64x2'], value);
},
'bitmask'(value) {
return Module['_BinaryenUnary'](module, Module['BitmaskVecI64x2'], value);
},
'shl'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShlVecI64x2'], vec, shift);
},
'shr_s'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrSVecI64x2'], vec, shift);
},
'shr_u'(vec, shift) {
return Module['_BinaryenSIMDShift'](module, Module['ShrUVecI64x2'], vec, shift);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddVecI64x2'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubVecI64x2'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulVecI64x2'], left, right);
},
'extmul_low_i32x4_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulLowSVecI64x2'], left, right);
},
'extmul_high_i32x4_s'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulHighSVecI64x2'], left, right);
},
'extmul_low_i32x4_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulLowUVecI64x2'], left, right);
},
'extmul_high_i32x4_u'(left, right) {
return Module['_BinaryenBinary'](module, Module['ExtMulHighUVecI64x2'], left, right);
},
'extend_low_i32x4_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendLowSVecI32x4ToVecI64x2'], value);
},
'extend_high_i32x4_s'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendHighSVecI32x4ToVecI64x2'], value);
},
'extend_low_i32x4_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendLowUVecI32x4ToVecI64x2'], value);
},
'extend_high_i32x4_u'(value) {
return Module['_BinaryenUnary'](module, Module['ExtendHighUVecI32x4ToVecI64x2'], value);
},
};
self['f32x4'] = {
'splat'(value) {
return Module['_BinaryenUnary'](module, Module['SplatVecF32x4'], value);
},
'extract_lane'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneVecF32x4'], vec, index);
},
'replace_lane'(vec, index, value) {
return Module['_BinaryenSIMDReplace'](module, Module['ReplaceLaneVecF32x4'], vec, index, value);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqVecF32x4'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeVecF32x4'], left, right);
},
'lt'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtVecF32x4'], left, right);
},
'gt'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtVecF32x4'], left, right);
},
'le'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeVecF32x4'], left, right);
},
'ge'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeVecF32x4'], left, right);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsVecF32x4'], value);
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegVecF32x4'], value);
},
'sqrt'(value) {
return Module['_BinaryenUnary'](module, Module['SqrtVecF32x4'], value);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddVecF32x4'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubVecF32x4'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulVecF32x4'], left, right);
},
'div'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivVecF32x4'], left, right);
},
'min'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinVecF32x4'], left, right);
},
'max'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxVecF32x4'], left, right);
},
'pmin'(left, right) {
return Module['_BinaryenBinary'](module, Module['PMinVecF32x4'], left, right);
},
'pmax'(left, right) {
return Module['_BinaryenBinary'](module, Module['PMaxVecF32x4'], left, right);
},
'ceil'(value) {
return Module['_BinaryenUnary'](module, Module['CeilVecF32x4'], value);
},
'floor'(value) {
return Module['_BinaryenUnary'](module, Module['FloorVecF32x4'], value);
},
'trunc'(value) {
return Module['_BinaryenUnary'](module, Module['TruncVecF32x4'], value);
},
'nearest'(value) {
return Module['_BinaryenUnary'](module, Module['NearestVecF32x4'], value);
},
'convert_i32x4_s'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertSVecI32x4ToVecF32x4'], value);
},
'convert_i32x4_u'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertUVecI32x4ToVecF32x4'], value);
},
'demote_f64x2_zero'(value) {
return Module['_BinaryenUnary'](module, Module['DemoteZeroVecF64x2ToVecF32x4'], value);
},
};
self['f64x2'] = {
'splat'(value) {
return Module['_BinaryenUnary'](module, Module['SplatVecF64x2'], value);
},
'extract_lane'(vec, index) {
return Module['_BinaryenSIMDExtract'](module, Module['ExtractLaneVecF64x2'], vec, index);
},
'replace_lane'(vec, index, value) {
return Module['_BinaryenSIMDReplace'](module, Module['ReplaceLaneVecF64x2'], vec, index, value);
},
'eq'(left, right) {
return Module['_BinaryenBinary'](module, Module['EqVecF64x2'], left, right);
},
'ne'(left, right) {
return Module['_BinaryenBinary'](module, Module['NeVecF64x2'], left, right);
},
'lt'(left, right) {
return Module['_BinaryenBinary'](module, Module['LtVecF64x2'], left, right);
},
'gt'(left, right) {
return Module['_BinaryenBinary'](module, Module['GtVecF64x2'], left, right);
},
'le'(left, right) {
return Module['_BinaryenBinary'](module, Module['LeVecF64x2'], left, right);
},
'ge'(left, right) {
return Module['_BinaryenBinary'](module, Module['GeVecF64x2'], left, right);
},
'abs'(value) {
return Module['_BinaryenUnary'](module, Module['AbsVecF64x2'], value);
},
'neg'(value) {
return Module['_BinaryenUnary'](module, Module['NegVecF64x2'], value);
},
'sqrt'(value) {
return Module['_BinaryenUnary'](module, Module['SqrtVecF64x2'], value);
},
'add'(left, right) {
return Module['_BinaryenBinary'](module, Module['AddVecF64x2'], left, right);
},
'sub'(left, right) {
return Module['_BinaryenBinary'](module, Module['SubVecF64x2'], left, right);
},
'mul'(left, right) {
return Module['_BinaryenBinary'](module, Module['MulVecF64x2'], left, right);
},
'div'(left, right) {
return Module['_BinaryenBinary'](module, Module['DivVecF64x2'], left, right);
},
'min'(left, right) {
return Module['_BinaryenBinary'](module, Module['MinVecF64x2'], left, right);
},
'max'(left, right) {
return Module['_BinaryenBinary'](module, Module['MaxVecF64x2'], left, right);
},
'pmin'(left, right) {
return Module['_BinaryenBinary'](module, Module['PMinVecF64x2'], left, right);
},
'pmax'(left, right) {
return Module['_BinaryenBinary'](module, Module['PMaxVecF64x2'], left, right);
},
'ceil'(value) {
return Module['_BinaryenUnary'](module, Module['CeilVecF64x2'], value);
},
'floor'(value) {
return Module['_BinaryenUnary'](module, Module['FloorVecF64x2'], value);
},
'trunc'(value) {
return Module['_BinaryenUnary'](module, Module['TruncVecF64x2'], value);
},
'nearest'(value) {
return Module['_BinaryenUnary'](module, Module['NearestVecF64x2'], value);
},
'convert_low_i32x4_s'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertLowSVecI32x4ToVecF64x2'], value);
},
'convert_low_i32x4_u'(value) {
return Module['_BinaryenUnary'](module, Module['ConvertLowUVecI32x4ToVecF64x2'], value);
},
'promote_low_f32x4'(value) {
return Module['_BinaryenUnary'](module, Module['PromoteLowVecF32x4ToVecF64x2'], value);
},
};
self['funcref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['funcref']);
}
};
self['externref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['externref']);
}
};
self['anyref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['anyref']);
}
};
self['eqref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['eqref']);
}
};
self['i31ref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['i31ref']);
}
};
self['structref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['structref']);
}
};
self['arrayref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['arrayref']);
}
};
self['stringref'] = {
'pop'() {
return Module['_BinaryenPop'](module, Module['Type']['stringref']);
}
};
self['ref'] = {
'null'(heaptype) {
return Module['_BinaryenRefNull'](module, heaptype);
},
'is_null'(value) {
return Module['_BinaryenRefIsNull'](module, value);
},
'as_non_null'(value) {
return Module['_BinaryenRefAs'](module, Module['RefAsNonNull'], value);
},
'func'(func, type) {
return preserveStack(() => Module['_BinaryenRefFunc'](module, strToStack(func), type));
},
'i31'(value) {
return Module['_BinaryenRefI31'](module, value);
},
'eq'(left, right) {
return Module['_BinaryenRefEq'](module, left, right);
},
'test'(value, castType) {
return Module['_BinaryenRefTest'](module, value, castType);
},
'cast'(value, castType) {
return Module['_BinaryenRefCast'](module, value, castType);
}
};
self['select'] = function(condition, ifTrue, ifFalse) {
return Module['_BinaryenSelect'](module, condition, ifTrue, ifFalse);
};
self['drop'] = function(value) {
return Module['_BinaryenDrop'](module, value);
};
self['return'] = function(value) {
return Module['_BinaryenReturn'](module, value);
};
self['nop'] = function() {
return Module['_BinaryenNop'](module);
};
self['unreachable'] = function() {
return Module['_BinaryenUnreachable'](module);
};
self['atomic'] = {
'fence'(order = Module['MemoryOrder']['seqcst']) {
return Module['_BinaryenAtomicFence'](module, order);
}
};
self['try'] = function(name, body, catchTags, catchBodies, delegateTarget) {
return preserveStack(() =>
Module['_BinaryenTry'](module, name ? strToStack(name) : 0, body, i32sToStack(catchTags.map(strToStack)), catchTags.length, i32sToStack(catchBodies), catchBodies.length, delegateTarget ? strToStack(delegateTarget) : 0));
};
self['try_table'] = function(body, catches) {
return preserveStack(() => {
const numCatches = catches.length;
const tagsPtr = i32sToStack(catches.map(c => c['tag'] ? strToStack(c['tag']) : 0));
const destsPtr = i32sToStack(catches.map(c => strToStack(c['dest'])));
const refsPtr = i8sToStack(catches.map(c => c['ref'] ? 1 : 0));
return Module['_BinaryenTryTable'](module, body, tagsPtr, destsPtr, refsPtr, numCatches);
});
};
self['throw'] = function(tag, operands) {
return preserveStack(() => Module['_BinaryenThrow'](module, strToStack(tag), i32sToStack(operands), operands.length));
};
self['rethrow'] = function(target) {
return preserveStack(() => Module['_BinaryenRethrow'](module, strToStack(target)));
};
self['throw_ref'] = function(exnref) {
return Module['_BinaryenThrowRef'](module, exnref);
};
self['tuple'] = {
'make'(elements) {
return preserveStack(() => Module['_BinaryenTupleMake'](module, i32sToStack(elements), elements.length));
},
'extract'(tuple, index) {
return Module['_BinaryenTupleExtract'](module, tuple, index);
}
};
self['i31'] = {
'get_s'(i31) {
return Module['_BinaryenI31Get'](module, i31, 1);
},
'get_u'(i31) {
return Module['_BinaryenI31Get'](module, i31, 0);
}
};
self['call_ref'] = function(target, operands, type) {
return preserveStack(() =>
Module['_BinaryenCallRef'](module, target, i32sToStack(operands), operands.length, type)
);
};
self['return_call_ref'] = function(target, operands, type) {
return preserveStack(() =>
Module['_BinaryenReturnCallRef'](module, target, i32sToStack(operands), operands.length, type)
);
}
self['any'] = {
'convert_extern'() {
return Module['_BinaryenRefAsAnyConvertExtern']();
}
};
self['extern'] = {
'convert_any'() {
return Module['_BinaryenRefAsExternConvertAny']();
}
};
self['br_on_null'] = function(name, value) {
return preserveStack(() => Module['_BinaryenBrOn'](module, Module['BrOnNull'], strToStack(name), value, Module['Type']['unreachable']));
};
self['br_on_non_null'] = function(name, value) {
return preserveStack(() => Module['_BinaryenBrOn'](module, Module['BrOnNonNull'], strToStack(name), value, Module['Type']['unreachable']));
};
self['br_on_cast'] = function(name, value, castType) {
return preserveStack(() => Module['_BinaryenBrOn'](module, Module['BrOnCast'], strToStack(name), value, castType));
};
self['br_on_cast_fail'] = function(name, value, castType) {
return preserveStack(() => Module['_BinaryenBrOn'](module, Module['BrOnCastFail'], strToStack(name), value, castType));
};
self['struct'] = {
'new'(operands, type) {
return preserveStack(() => Module['_BinaryenStructNew'](module, i32sToStack(operands), operands.length, type));
},
'new_default'(type) {
// Passing in null for |operands| (and 0 for |numOperands|) implies this is
// struct.new_default.
return Module['_BinaryenStructNew'](module, 0, 0, type);
},
/** Gets a struct entry with an unpacked type at an index. */
'get'(index, ref, type) {
return Module['_BinaryenStructGet'](module, index, ref, type);
},
/** Gets a struct entry with a signed packed type at an index. */
'get_s'(index, ref, type) {
return Module['_BinaryenStructGet'](module, index, ref, type, true);
},
/** Gets a struct entry with an unsigned packed type at an index. */
'get_u'(index, ref, type) {
return Module['_BinaryenStructGet'](module, index, ref, type, false);
},
'set'(index, ref, value) {
return Module['_BinaryenStructSet'](module, index, ref, value);
},
'wait'(ref, index, expected, timeout, waitqueue) {
return Module['_BinaryenStructWait'](module, ref, index, expected, timeout, waitqueue);
}
};
self['waitqueue'] = {
'new'() {
return Module['_BinaryenWaitqueueNew'](module);
},
'notify'(waitqueue, count) {
return Module['_BinaryenWaitqueueNotify'](module, waitqueue, count);
}
};
self['publish'] = function(ref) {
return Module['_BinaryenPublish'](module, ref);
};
self['array'] = {
'new'(type, size, init) {
return Module['_BinaryenArrayNew'](module, type, size, init);
},
'new_default'(type, size) {
return Module['_BinaryenArrayNew'](module, type, size, 0);
},
'new_fixed'(type, values) {
return preserveStack(() => Module['_BinaryenArrayNewFixed'](module, type, i32sToStack(values), values.length));
},
'new_data'(type, name, offset, size) {
return preserveStack(() => Module['_BinaryenArrayNewData'](module, type, strToStack(name), offset, size));
},
'new_elem'(type, name, offset, size) {
return preserveStack(() => Module['_BinaryenArrayNewElem'](module, type, strToStack(name), offset, size));
},
/** Gets an array entry with an unpacked type at an index. */
'get'(ref, index, type) {
return Module['_BinaryenArrayGet'](module, ref, index, type);
},
/** Gets an array entry with a signed packed type at an index. */
'get_s'(ref, index, type) {
return Module['_BinaryenArrayGet'](module, ref, index, type, true);
},
/** Gets an array entry with an unsigned packed type at an index. */
'get_u'(ref, index, type) {
return Module['_BinaryenArrayGet'](module, ref, index, type, false);
},
'set'(ref, index, value) {
return Module['_BinaryenArraySet'](module, ref, index, value);
},
'len'(ref) {
return Module['_BinaryenArrayLen'](module, ref);
},
'fill'(ref, index, value, size) {
return Module['_BinaryenArrayFill'](module, ref, index, value, size);
},
'copy'(destRef, destIndex, srcRef, srcIndex, length) {
return Module['_BinaryenArrayCopy'](module, destRef, destIndex, srcRef, srcIndex, length);
},
'init_data'(name, ref, index, offset, size) {
return preserveStack(() => Module['_BinaryenArrayInitData'](module, strToStack(name), ref, index, offset, size));
},
'init_elem'(name, ref, index, offset, size) {
return preserveStack(() => Module['_BinaryenArrayInitElem'](module, strToStack(name), ref, index, offset, size));
}
};
// TODO: string.*
self['string'] = {
/**
* Creates a new string from the literal string contents.
* This instruction is constant and can be used in global variable initializers.
*/
'const'(value) {
return preserveStack(() => Module['_BinaryenStringConst'](module, strToStack(value)));
}
};
// 'Module' operations
self['addFunction'] = function(name, params, results, varTypes, body) {
return preserveStack(() =>
Module['_BinaryenAddFunction'](module, strToStack(name), params, results, i32sToStack(varTypes), varTypes.length, body)
);
};
self['getFunction'] = function(name) {
return preserveStack(() => Module['_BinaryenGetFunction'](module, strToStack(name)));
};
self['removeFunction'] = function(name) {
return preserveStack(() => Module['_BinaryenRemoveFunction'](module, strToStack(name)));
};
self['addGlobal'] = function(name, type, mutable, init) {
return preserveStack(() => Module['_BinaryenAddGlobal'](module, strToStack(name), type, mutable, init));
}
self['getGlobal'] = function(name) {
return preserveStack(() => Module['_BinaryenGetGlobal'](module, strToStack(name)));
};
self['addTable'] = function(table, initial, maximum, type = Module['_BinaryenTypeFuncref'](), init = null) {
return preserveStack(() => Module['_BinaryenAddTable'](module, strToStack(table), initial, maximum, type, init));
}
self['getTable'] = function(name) {
return preserveStack(() => Module['_BinaryenGetTable'](module, strToStack(name)));
};
self['addActiveElementSegment'] = function(table, name, funcNames, offset = self['i32']['const'](0)) {
return preserveStack(() => Module['_BinaryenAddActiveElementSegment'](
module,
strToStack(table),
strToStack(name),
i32sToStack(funcNames.map(strToStack)),
funcNames.length,
offset
));
};
self['addPassiveElementSegment'] = function(name, funcNames) {
return preserveStack(() => Module['_BinaryenAddPassiveElementSegment'](
module,
strToStack(name),
i32sToStack(funcNames.map(strToStack)),
funcNames.length
));
};
self['getElementSegment'] = function(name) {
return preserveStack(() => Module['_BinaryenGetElementSegment'](module, strToStack(name)));
};
self['getTableSegments'] = function(table) {
var numElementSegments = Module['_BinaryenGetNumElementSegments'](module);
var tableName = UTF8ToString(Module['_BinaryenTableGetName'](table));
var ret = [];
for (var i = 0; i < numElementSegments; i++) {
var segment = Module['_BinaryenGetElementSegmentByIndex'](module, i);
var elemTableName = UTF8ToString(Module['_BinaryenElementSegmentGetTable'](segment));
if (tableName === elemTableName) {
ret.push(segment);
}
}
return ret;
}
self['removeGlobal'] = function(name) {
return preserveStack(() => Module['_BinaryenRemoveGlobal'](module, strToStack(name)));
}
self['removeTable'] = function(name) {
return preserveStack(() => Module['_BinaryenRemoveTable'](module, strToStack(name)));
};
self['removeElementSegment'] = function(name) {
return preserveStack(() => Module['_BinaryenRemoveElementSegment'](module, strToStack(name)));
};
self['addTag'] = function(name, params, results) {
return preserveStack(() => Module['_BinaryenAddTag'](module, strToStack(name), params, results));
};
self['getTag'] = function(name) {
return preserveStack(() => Module['_BinaryenGetTag'](module, strToStack(name)));
};
self['removeTag'] = function(name) {
return preserveStack(() => Module['_BinaryenRemoveTag'](module, strToStack(name)));
};
self['addFunctionImport'] = function(internalName, externalModuleName, externalBaseName, params, results) {
return preserveStack(() =>
Module['_BinaryenAddFunctionImport'](module, strToStack(internalName), strToStack(externalModuleName), strToStack(externalBaseName), params, results)
);
};
self['addTableImport'] = function(internalName, externalModuleName, externalBaseName) {
return preserveStack(() =>
Module['_BinaryenAddTableImport'](module, strToStack(internalName), strToStack(externalModuleName), strToStack(externalBaseName))
);
};
self['addMemoryImport'] = function(internalName, externalModuleName, externalBaseName, shared) {
return preserveStack(() =>
Module['_BinaryenAddMemoryImport'](module, strToStack(internalName), strToStack(externalModuleName), strToStack(externalBaseName), shared)
);
};
self['addGlobalImport'] = function(internalName, externalModuleName, externalBaseName, globalType, mutable) {
return preserveStack(() =>
Module['_BinaryenAddGlobalImport'](module, strToStack(internalName), strToStack(externalModuleName), strToStack(externalBaseName), globalType, mutable)
);
};
self['addTagImport'] = function(internalName, externalModuleName, externalBaseName, params, results) {
return preserveStack(() =>
Module['_BinaryenAddTagImport'](module, strToStack(internalName), strToStack(externalModuleName), strToStack(externalBaseName), params, results)
);
};
self['addExport'] = // deprecated
self['addFunctionExport'] = function(internalName, externalName) {
return preserveStack(() => Module['_BinaryenAddFunctionExport'](module, strToStack(internalName), strToStack(externalName)));
};
self['addTableExport'] = function(internalName, externalName) {
return preserveStack(() => Module['_BinaryenAddTableExport'](module, strToStack(internalName), strToStack(externalName)));
};
self['addMemoryExport'] = function(internalName, externalName) {
return preserveStack(() => Module['_BinaryenAddMemoryExport'](module, strToStack(internalName), strToStack(externalName)));
};
self['addGlobalExport'] = function(internalName, externalName) {
return preserveStack(() => Module['_BinaryenAddGlobalExport'](module, strToStack(internalName), strToStack(externalName)));
};
self['addTagExport'] = function(internalName, externalName) {
return preserveStack(() => Module['_BinaryenAddTagExport'](module, strToStack(internalName), strToStack(externalName)));
};
self['removeExport'] = function(externalName) {
return preserveStack(() => Module['_BinaryenRemoveExport'](module, strToStack(externalName)));
};
self['setMemory'] = function(initial, maximum, exportName, segments = [], shared = false, memory64 = false, internalName = null) {
// segments are assumed to be { passive: bool, offset: expression ref, data: array of 8-bit data }
return preserveStack(() => {
const segmentsLen = segments.length;
const names = new Array(segmentsLen);
const datas = new Array(segmentsLen);
const lengths = new Array(segmentsLen);
const passives = new Array(segmentsLen);
const offsets = new Array(segmentsLen);
for (let i = 0; i < segmentsLen; i++) {
const { name, data, offset, passive } = segments[i];
names[i] = name ? strToStack(name) : null;
datas[i] = _malloc(data.length);
HEAP8.set(data, datas[i]);
lengths[i] = data.length;
passives[i] = passive;
offsets[i] = offset;
}
const ret = Module['_BinaryenSetMemory'](
module, initial, maximum, strToStack(exportName),
i32sToStack(names),
i32sToStack(datas),
i8sToStack(passives),
i32sToStack(offsets),
i32sToStack(lengths),
segmentsLen,
shared,
memory64,
strToStack(internalName)
);
for (let i = 0; i < segmentsLen; i++) {
_free(datas[i]);
}
return ret;
});
};
self['hasMemory'] = function() {
return Boolean(Module['_BinaryenHasMemory'](module));
};
self['getMemoryInfo'] = function(name) {
return preserveStack(() => {
var memoryInfo = {
'module': UTF8ToString(Module['_BinaryenMemoryImportGetModule'](module, strToStack(name))),
'base': UTF8ToString(Module['_BinaryenMemoryImportGetBase'](module, strToStack(name))),
'initial': Module['_BinaryenMemoryGetInitial'](module, strToStack(name)),
'shared': Boolean(Module['_BinaryenMemoryIsShared'](module, strToStack(name))),
'is64': Boolean(Module['_BinaryenMemoryIs64'](module, strToStack(name))),
};
if (Module['_BinaryenMemoryHasMax'](module, strToStack(name))) {
memoryInfo['max'] = Module['_BinaryenMemoryGetMax'](module, strToStack(name));
}
return memoryInfo;
});
};
self['getNumDataSegments'] = function() {
return Module['_BinaryenGetNumDataSegments'](module);
};
/**
* Gets the data segment with the given name.
*
* @param {string} name - The name of the data segment to get.
* @returns {number} A DataSegmentRef referring to the data segment with the given name, or `0` if no such segment exists.
*/
self['getDataSegment'] = function(name) {
return preserveStack(() => {
return Module['_BinaryenGetDataSegment'](module, strToStack(name));
});
};
/**
* Gets the data segment at the given index.
*
* @param {number} index - The index of the data segment to get.
* @returns {number} A DataSegmentRef referring to the data segment at the given index.
*
* @throws If no data segment exists at the given index.
*/
self['getDataSegmentByIndex'] = function(index) {
return Module['_BinaryenGetDataSegmentByIndex'](module, index);
};
/**
* Queries information about a data segment.
*
* @param {number} segment - A DataSegmentRef referring to the data segment to get information about.
* @returns {Object} An object containing the following fields:
* - `name`: The name of the segment.
* - `offset`: If the segment is active, the offset expression of the segment. Otherwise, `null`.
* - `data`: A buffer containing the data of the segment.
* - `passive`: A boolean indicating whether the segment is passive.
*
* @throws If the given segment reference is invalid.
*/
self['getDataSegmentInfo'] = function(segment) {
const passive = Boolean(Module['_BinaryenGetDataSegmentPassive'](segment));
let offset = null;
if (!passive) {
offset = Module['_BinaryenGetDataSegmentByteOffset'](module, segment);
}
return {
'name': UTF8ToString(Module['_BinaryenDataSegmentGetName'](segment)),
'offset': offset,
'data': (function(){
const size = Module['_BinaryenGetDataSegmentByteLength'](segment);
const ptr = _malloc(size);
Module['_BinaryenCopyDataSegmentData'](segment, ptr);
const res = new Uint8Array(size);
res.set(HEAP8.subarray(ptr, ptr + size));
_free(ptr);
return res.buffer;
})(),
'passive': passive
};
};
self['setStart'] = function(start) {
return Module['_BinaryenSetStart'](module, start);
};
self['getStart'] = function() {
return Module['_BinaryenGetStart'](module);
};
self['getFeatures'] = function() {
return Module['_BinaryenModuleGetFeatures'](module);
};
self['setFeatures'] = function(features) {
Module['_BinaryenModuleSetFeatures'](module, features);
};
self['setTypeName'] = function(heapType, name) {
return preserveStack(() =>
Module['_BinaryenModuleSetTypeName'](module, heapType, strToStack(name))
);
};
self['setFieldName'] = function(heapType, index, name) {
return preserveStack(() =>
Module['_BinaryenModuleSetFieldName'](module, heapType, index, strToStack(name))
);
};
self['addCustomSection'] = function(name, contents) {
return preserveStack(() =>
Module['_BinaryenAddCustomSection'](module, strToStack(name), i8sToStack(contents), contents.length)
);
};
self['getExport'] = function(externalName) {
return preserveStack(() => Module['_BinaryenGetExport'](module, strToStack(externalName)));
};
self['getNumExports'] = function() {
return Module['_BinaryenGetNumExports'](module);
};
self['getExportByIndex'] = function(index) {
return Module['_BinaryenGetExportByIndex'](module, index);
};
self['getNumFunctions'] = function() {
return Module['_BinaryenGetNumFunctions'](module);
};
self['getFunctionByIndex'] = function(index) {
return Module['_BinaryenGetFunctionByIndex'](module, index);
};
self['getNumGlobals'] = function() {
return Module['_BinaryenGetNumGlobals'](module);
};
self['getNumTables'] = function() {
return Module['_BinaryenGetNumTables'](module);
};
self['getNumElementSegments'] = function() {
return Module['_BinaryenGetNumElementSegments'](module);
};
self['getGlobalByIndex'] = function(index) {
return Module['_BinaryenGetGlobalByIndex'](module, index);
};
self['getTableByIndex'] = function(index) {
return Module['_BinaryenGetTableByIndex'](module, index);
};
self['getElementSegmentByIndex'] = function(index) {
return Module['_BinaryenGetElementSegmentByIndex'](module, index);
};
self['emitText'] = function() {
const textPtr = Module['_BinaryenModuleAllocateAndWriteText'](module);
try {
return UTF8ToString(textPtr);
} finally {
if (textPtr) {
_free(textPtr);
}
}
};
self['emitStackIR'] = function() {
const textPtr = Module['_BinaryenModuleAllocateAndWriteStackIR'](module);
try {
return UTF8ToString(textPtr);
} finally {
if (textPtr) {
_free(textPtr);
}
}
};
self['emitAsmjs'] = function() {
const old = out;
let ret = '';
out = x => { ret += x + '\n' };
Module['_BinaryenModulePrintAsmjs'](module);
out = old;
return ret;
};
self['validate'] = function() {
return Module['_BinaryenModuleValidate'](module);
};
self['optimize'] = function() {
return Module['_BinaryenModuleOptimize'](module);
};
/**
* Updates the internal name mapping logic in a module. This must be called
* after renaming module elements.
*/
self['updateMaps'] = function() {
Module['_BinaryenModuleUpdateMaps'](module);
};
self['optimizeFunction'] = function(func) {
if (typeof func === 'string') func = self['getFunction'](func);
return Module['_BinaryenFunctionOptimize'](func, module);
};
self['runPasses'] = function(passes) {
return preserveStack(() =>
Module['_BinaryenModuleRunPasses'](module, i32sToStack(passes.map(strToStack)), passes.length)
);
};
self['runPassesOnFunction'] = function(func, passes) {
if (typeof func === 'string') func = self['getFunction'](func);
return preserveStack(() =>
Module['_BinaryenFunctionRunPasses'](func, module, i32sToStack(passes.map(strToStack)), passes.length)
);
};
self['dispose'] = function() {
Module['_BinaryenModuleDispose'](module);
};
self['emitBinary'] = function(sourceMapUrl) {
return preserveStack(() => {
const tempBuffer = stackAlloc(_BinaryenSizeofAllocateAndWriteResult());
Module['_BinaryenModuleAllocateAndWrite'](tempBuffer, module, strToStack(sourceMapUrl));
const binaryPtr = HEAPU32[ tempBuffer >>> 2 ];
const binaryBytes = HEAPU32[(tempBuffer >>> 2) + 1];
const sourceMapPtr = HEAPU32[(tempBuffer >>> 2) + 2];
try {
const buffer = new Uint8Array(binaryBytes);
buffer.set(HEAPU8.subarray(binaryPtr, binaryPtr + binaryBytes));
return typeof sourceMapUrl === 'undefined'
? buffer
: { 'binary': buffer, 'sourceMap': UTF8ToString(sourceMapPtr) };
} finally {
_free(binaryPtr);
if (sourceMapPtr) _free(sourceMapPtr);
}
});
};
self['interpret'] = function() {
return Module['_BinaryenModuleInterpret'](module);
};
self['addDebugInfoFileName'] = function(filename) {
return preserveStack(() => Module['_BinaryenModuleAddDebugInfoFileName'](module, strToStack(filename)));
};
self['getDebugInfoFileName'] = function(index) {
return UTF8ToString(Module['_BinaryenModuleGetDebugInfoFileName'](module, index));
};
self['setDebugLocation'] = function(func, expr, fileIndex, lineNumber, columnNumber) {
return Module['_BinaryenFunctionSetDebugLocation'](func, expr, fileIndex, lineNumber, columnNumber);
};
self['copyExpression'] = function(expr) {
return Module['_BinaryenExpressionCopy'](expr, module);
};
return self;
}
Module['wrapModule'] = wrapModule;
// 'TypeBuilder' interface
/** @constructor */
Module['TypeBuilder'] = function(size) {
const builder = Module['_TypeBuilderCreate'](size);
this['ptr'] = builder;
this['grow'] = function(count) {
Module['_TypeBuilderGrow'](builder, count);
};
this['getSize'] = function() {
return Module['_TypeBuilderGetSize'](builder);
};
this['setSignatureType'] = function(index, paramTypes, resultTypes) {
Module['_TypeBuilderSetSignatureType'](builder, index, paramTypes, resultTypes);
};
this['setStructType'] = function(index, fields = []) {
// fields are assumed to be { type: type ref, packedType: type ref, mutable: bool }
preserveStack(() => {
const numFields = fields.length;
const types = new Array(numFields);
const packedTypes = new Array(numFields);
const mutables = new Array(numFields);
for (let i = 0; i < numFields; i++) {
const { ['type']: type, ['packedType']: packedType, ['mutable']: mutable } = fields[i];
types[i] = type;
packedTypes[i] = packedType;
mutables[i] = mutable;
}
Module['_TypeBuilderSetStructType'](builder,
index,
i32sToStack(types), i32sToStack(packedTypes),
i8sToStack(mutables),
numFields
);
});
};
this['setArrayType'] = function(index, elementType, elementPackedType, elementMutable) {
Module['_TypeBuilderSetArrayType'](builder,
index, elementType, elementPackedType, elementMutable
);
};
this['getTempHeapType'] = function(index) {
return Module['_TypeBuilderGetTempHeapType'](builder, index);
};
this['getTempTupleType'] = function(types) {
return preserveStack(() => {
return Module['_TypeBuilderGetTempTupleType'](builder, i32sToStack(types), types.length);
});
};
this['getTempRefType'] = function(heapType, nullable) {
return Module['_TypeBuilderGetTempRefType'](builder, heapType, nullable);
};
this['setSubType'] = function(index, superType) {
Module['_TypeBuilderSetSubType'](builder, index, superType);
};
this['setOpen'] = function(index) {
Module['_TypeBuilderSetOpen'](builder, index);
};
this['createRecGroup'] = function(index, length) {
Module['_TypeBuilderCreateRecGroup'](builder, index, length);
};
this['buildAndDispose'] = function() {
return preserveStack(() => {
const numTypes = this['getSize']();
const array = stackAlloc(numTypes << 2);
if (!Module['_TypeBuilderBuildAndDispose'](builder, array, 0, 0))
throw new TypeError('TypeBuilder.buildAndDispose failed');
const types = new Array(numTypes);
for (let i = 0; i < numTypes; i++) {
types[i] = HEAPU32[(array >>> 2) + i];
}
return types;
});
};
}
// Gets the type from a heap type generated by TypeBuilder
Module['getTypeFromHeapType'] = function(heapType, nullable) {
return Module['_BinaryenTypeFromHeapType'](heapType, nullable);
};
// Gets the heap type of a type
Module['getHeapType'] = function(type) {
return Module['_BinaryenTypeGetHeapType'](type);
};
// 'Relooper' interface
/** @constructor */
Module['Relooper'] = function(module) {
assert(module && typeof module === 'object' && module['ptr'] && module['block'] && module['if']); // guard against incorrect old API usage
const relooper = Module['_RelooperCreate'](module['ptr']);
this['ptr'] = relooper;
this['addBlock'] = function(code) {
return Module['_RelooperAddBlock'](relooper, code);
};
this['addBranch'] = function(from, to, condition, code) {
return Module['_RelooperAddBranch'](from, to, condition, code);
};
this['addBlockWithSwitch'] = function(code, condition) {
return Module['_RelooperAddBlockWithSwitch'](relooper, code, condition);
};
this['addBranchForSwitch'] = function(from, to, indexes, code) {
return preserveStack(() => Module['_RelooperAddBranchForSwitch'](from, to, i32sToStack(indexes), indexes.length, code));
};
this['renderAndDispose'] = function(entry, labelHelper) {
return Module['_RelooperRenderAndDispose'](relooper, entry, labelHelper);
};
};
// 'ExpressionRunner' interface
/** @constructor */
Module['ExpressionRunner'] = function(module, flags, maxDepth, maxLoopIterations) {
const runner = Module['_ExpressionRunnerCreate'](module['ptr'], flags, maxDepth, maxLoopIterations);
this['ptr'] = runner;
this['setLocalValue'] = function(index, valueExpr) {
return Boolean(Module['_ExpressionRunnerSetLocalValue'](runner, index, valueExpr));
};
this['setGlobalValue'] = function(name, valueExpr) {
return preserveStack(() => Boolean(Module['_ExpressionRunnerSetGlobalValue'](runner, strToStack(name), valueExpr)));
};
this['runAndDispose'] = function(expr) {
return Module['_ExpressionRunnerRunAndDispose'](runner, expr);
};
};
function getAllNested(ref, numFn, getFn) {
const num = numFn(ref);
const ret = new Array(num);
for (let i = 0; i < num; ++i) ret[i] = getFn(ref, i);
return ret;
}
function setAllNested(ref, values, numFn, setFn, appendFn, removeFn) {
const num = values.length;
let prevNum = numFn(ref);
let index = 0;
while (index < num) {
if (index < prevNum) {
setFn(ref, index, values[index]);
} else {
appendFn(ref, values[index]);
}
++index;
}
while (prevNum > index) {
removeFn(ref, --prevNum);
}
}
// Gets the specific id of an 'Expression'
Module['getExpressionId'] = function(expr) {
return Module['_BinaryenExpressionGetId'](expr);
};
// Gets the result type of an 'Expression'
Module['getExpressionType'] = function(expr) {
return Module['_BinaryenExpressionGetType'](expr);
};
// Obtains information about an 'Expression'
Module['getExpressionInfo'] = function(expr) {
const id = Module['_BinaryenExpressionGetId'](expr);
const type = Module['_BinaryenExpressionGetType'](expr);
const info = { id, type };
switch (id) {
case Module['ConstId']:
switch (type) {
case Module['Type']['i32']: info.value = Module['_BinaryenConstGetValueI32'](expr); break;
case Module['Type']['i64']: info.value = Module['_BinaryenConstGetValueI64'](expr); break;
case Module['Type']['f32']: info.value = Module['_BinaryenConstGetValueF32'](expr); break;
case Module['Type']['f64']: info.value = Module['_BinaryenConstGetValueF64'](expr); break;
case Module['Type']['v128']: {
preserveStack(() => {
const tempBuffer = stackAlloc(16);
Module['_BinaryenConstGetValueV128'](expr, tempBuffer);
info.value = new Array(16);
for (let i = 0; i < 16; i++) {
info.value[i] = HEAPU8[tempBuffer + i];
}
});
break;
}
default: throw Error('unexpected type: ' + type);
}
break;
default: {
const staticMembers = expressionWrappers[id];
Object.keys(staticMembers).forEach(memberName => {
const member = staticMembers[memberName];
if (typeof member === "function") {
let match;
if (member.length === 1 && (match = memberName.match(/(^get|^(?=is|has))/))) {
const index = match[1].length;
const propertyName = memberName.charAt(index).toLowerCase() + memberName.substring(index + 1);
info[propertyName] = member(expr);
}
}
});
break;
}
}
return info;
};
// Gets the side effects of the specified expression
Module['getSideEffects'] = function(expr, module) {
assert(module); // guard against incorrect old API usage: a module must be
// provided here.
return Module['_BinaryenExpressionGetSideEffects'](expr, module['ptr']);
};
Module['createType'] = function(types) {
return preserveStack(() => Module['_BinaryenTypeCreate'](i32sToStack(types), types.length));
};
Module['expandType'] = function(ty) {
return preserveStack(() => {
const numTypes = Module['_BinaryenTypeArity'](ty);
const array = stackAlloc(numTypes << 2);
Module['_BinaryenTypeExpand'](ty, array);
const types = new Array(numTypes);
for (let i = 0; i < numTypes; i++) {
types[i] = HEAPU32[(array >>> 2) + i];
}
return types;
});
};
// Obtains information about a 'Function'
Module['getFunctionInfo'] = function(func) {
return {
'name': UTF8ToString(Module['_BinaryenFunctionGetName'](func)),
'module': UTF8ToString(Module['_BinaryenFunctionImportGetModule'](func)),
'base': UTF8ToString(Module['_BinaryenFunctionImportGetBase'](func)),
'type': Module['_BinaryenFunctionGetType'](func),
'params': Module['_BinaryenFunctionGetParams'](func),
'results': Module['_BinaryenFunctionGetResults'](func),
'vars': getAllNested(func, Module['_BinaryenFunctionGetNumVars'], Module['_BinaryenFunctionGetVar']),
'body': Module['_BinaryenFunctionGetBody'](func)
};
};
// Obtains information about a 'Global'
Module['getGlobalInfo'] = function(global) {
return {
'name': UTF8ToString(Module['_BinaryenGlobalGetName'](global)),
'module': UTF8ToString(Module['_BinaryenGlobalImportGetModule'](global)),
'base': UTF8ToString(Module['_BinaryenGlobalImportGetBase'](global)),
'type': Module['_BinaryenGlobalGetType'](global),
'mutable': Boolean(Module['_BinaryenGlobalIsMutable'](global)),
'init': Module['_BinaryenGlobalGetInitExpr'](global)
};
};
// Obtains information about a 'Table'
Module['getTableInfo'] = function(table) {
var hasMax = Boolean(Module['_BinaryenTableHasMax'](table));
var tableInfo = {
'name': UTF8ToString(Module['_BinaryenTableGetName'](table)),
'module': UTF8ToString(Module['_BinaryenTableImportGetModule'](table)),
'base': UTF8ToString(Module['_BinaryenTableImportGetBase'](table)),
'initial': Module['_BinaryenTableGetInitial'](table),
}
if (hasMax) {
tableInfo.max = Module['_BinaryenTableGetMax'](table);
}
return tableInfo;
};
Module['getElementSegmentInfo'] = function(segment) {
var segmentLength = Module['_BinaryenElementSegmentGetLength'](segment);
var names = new Array(segmentLength);
for (let j = 0; j !== segmentLength; ++j) {
var ptr = Module['_BinaryenElementSegmentGetData'](segment, j);
names[j] = UTF8ToString(ptr);
}
return {
'name': UTF8ToString(Module['_BinaryenElementSegmentGetName'](segment)),
'table': UTF8ToString(Module['_BinaryenElementSegmentGetTable'](segment)),
'offset': Module['_BinaryenElementSegmentGetOffset'](segment),
'data': names
}
}
// Obtains information about a 'Tag'
Module['getTagInfo'] = function(tag) {
return {
'name': UTF8ToString(Module['_BinaryenTagGetName'](tag)),
'module': UTF8ToString(Module['_BinaryenTagImportGetModule'](tag)),
'base': UTF8ToString(Module['_BinaryenTagImportGetBase'](tag)),
'params': Module['_BinaryenTagGetParams'](tag),
'results': Module['_BinaryenTagGetResults'](tag)
};
};
// Obtains information about an 'Export'
Module['getExportInfo'] = function(export_) {
return {
'kind': Module['_BinaryenExportGetKind'](export_),
'name': UTF8ToString(Module['_BinaryenExportGetName'](export_)),
'value': UTF8ToString(Module['_BinaryenExportGetValue'](export_))
};
};
// Emits text format of an expression or a module
Module['emitText'] = function(expr) {
if (typeof expr === 'object') {
return expr.emitText();
}
const textPtr = Module['_BinaryenExpressionAllocateAndWriteText'](expr);
try {
return UTF8ToString(textPtr) + '\n';
} finally {
if (textPtr) {
_free(textPtr);
}
}
};
// Calls a function, wrapping it in error handling code so that if it hits a
// fatal error, we throw a JS exception (which JS can handle) rather than
// abort the entire process (which would not be a friendly behavior for a
// library like binaryen.js).
function handleFatalError(func) {
try {
return func();
} catch (e) {
// Fatal errors begin with a specific prefix. Strip it out, and the newline.
if (typeof e === 'number') {
// Older version of emscripten can throw C++ exceptions as pointers
// (numbers) in release builds.
var [_, message] = getExceptionMessage(e);
if (message?.startsWith('Fatal: ')) {
throw new Error(message.substr(7).trim());
}
} else {
// Newer version of emscripten always throw CppException object but don't
// always populate the `.message` field.
// TODO: Set EXCEPTION_STACK_TRACES instead?
if (!e.message) {
var [_, message] = getExceptionMessage(e);
e.message = message;
}
e.message = e.message.replace('Fatal:', '');
e.message = e.message.trim();
}
// Rethrow anything else.
throw e;
}
}
// If building with Emscripten ASSERTIONS, there is a property added to
// Module to guard against users mistakening using the removed readBinary()
// API. We must defuse that carefully.
Object.defineProperty(Module, 'readBinary', { writable: true });
// Parses a binary to a module with the given feature set enabled. `features` defaults to MVP.
Module['readBinary'] = function(data, features) {
const buffer = _malloc(data.length);
HEAP8.set(data, buffer);
const ptr = features === undefined
? handleFatalError(() => Module['_BinaryenModuleRead'](buffer, data.length))
: handleFatalError(() => Module['_BinaryenModuleReadWithFeatures'](buffer, data.length, features));
_free(buffer);
return wrapModule(ptr);
};
// Parses text format to a module with the given feature set enabled. `features` defaults to MVP.
Module['parseText'] = function(text, features) {
const buffer = _malloc(text.length + 1);
stringToAscii(text, buffer);
const ptr = features === undefined
? handleFatalError(() => Module['_BinaryenModuleParse'](buffer))
: handleFatalError(() => Module['_BinaryenModuleParseWithFeatures'](buffer, features));
_free(buffer);
return wrapModule(ptr);
};
// Gets the currently set optimize level. 0, 1, 2 correspond to -O0, -O1, -O2, etc.
Module['getOptimizeLevel'] = function() {
return Module['_BinaryenGetOptimizeLevel']();
};
// Sets the optimization level to use. 0, 1, 2 correspond to -O0, -O1, -O2, etc.
Module['setOptimizeLevel'] = function(level) {
Module['_BinaryenSetOptimizeLevel'](level);
};
// Gets the currently set shrink level. 0, 1, 2 correspond to -O0, -Os, -Oz.
Module['getShrinkLevel'] = function() {
return Module['_BinaryenGetShrinkLevel']();
};
// Sets the shrink level to use. 0, 1, 2 correspond to -O0, -Os, -Oz.
Module['setShrinkLevel'] = function(level) {
Module['_BinaryenSetShrinkLevel'](level);
};
// Gets whether generating debug information is currently enabled or not.
Module['getDebugInfo'] = function() {
return Boolean(Module['_BinaryenGetDebugInfo']());
};
// Enables or disables debug information in emitted binaries.
Module['setDebugInfo'] = function(on) {
Module['_BinaryenSetDebugInfo'](on);
};
// Gets whether no traps can be considered reached at runtime when optimizing.
Module['getTrapsNeverHappen'] = function() {
return Boolean(Module['_BinaryenGetTrapsNeverHappen']());
};
// Enables or disables whether no traps can be considered reached at
// runtime when optimizing.
Module['setTrapsNeverHappen'] = function(on) {
Module['_BinaryenSetTrapsNeverHappen'](on);
};
// Gets whether considering that the code outside of the module does
// not inspect or interact with GC and function references.
Module['getClosedWorld'] = function() {
return Boolean(Module['_BinaryenGetClosedWorld']());
};
// Enables or disables whether considering that the code outside of
// the module does not inspect or interact with GC and function
// references.
Module['setClosedWorld'] = function(on) {
Module['_BinaryenSetClosedWorld'](on);
};
// Gets whether the low 1K of memory can be considered unused when optimizing.
Module['getLowMemoryUnused'] = function() {
return Boolean(Module['_BinaryenGetLowMemoryUnused']());
};
// Enables or disables whether the low 1K of memory can be considered unused
// when optimizing.
Module['setLowMemoryUnused'] = function(on) {
Module['_BinaryenSetLowMemoryUnused'](on);
};
// Gets whether that an imported memory will be zero-initialized speculation.
Module['getZeroFilledMemory'] = function() {
return Boolean(Module['_BinaryenGetZeroFilledMemory']());
};
// Enables or disables whether that an imported memory will be
// zero-initialized speculation.
Module['setZeroFilledMemory'] = function(on) {
Module['_BinaryenSetZeroFilledMemory'](on);
};
// Gets whether fast math optimizations are enabled, ignoring for example
// corner cases of floating-point math like NaN changes.
Module['getFastMath'] = function() {
return Boolean(Module['_BinaryenGetFastMath']());
};
// Enables or disables fast math optimizations, ignoring for example
// corner cases of floating-point math like NaN changes.
Module['setFastMath'] = function(value) {
Module['_BinaryenSetFastMath'](value);
};
// Gets whether to generate StackIR during binary writing.
Module['getGenerateStackIR'] = function() {
return Boolean(Module['_BinaryenGetGenerateStackIR']());
};
// Enable or disable StackIR generation during binary writing.
Module['setGenerateStackIR'] = function(value) {
Module['_BinaryenSetGenerateStackIR'](value);
};
// Gets whether to optimize StackIR during binary writing.
Module['getOptimizeStackIR'] = function() {
return Boolean(Module['_BinaryenGetOptimizeStackIR']());
};
// Enable or disable StackIR optimisation during binary writing.
Module['setOptimizeStackIR'] = function(value) {
Module['_BinaryenSetOptimizeStackIR'](value);
};
// Gets the value of the specified arbitrary pass argument.
Module['getPassArgument'] = function(key) {
return preserveStack(() => {
const ret = Module['_BinaryenGetPassArgument'](strToStack(key));
return ret !== 0 ? UTF8ToString(ret) : null;
});
};
// Sets the value of the specified arbitrary pass argument. Removes the
// respective argument if `value` is NULL.
Module['setPassArgument'] = function (key, value) {
preserveStack(() => { Module['_BinaryenSetPassArgument'](strToStack(key), strToStack(value)) });
};
// Clears all arbitrary pass arguments.
Module['clearPassArguments'] = function() {
Module['_BinaryenClearPassArguments']();
};
// Gets whether a pass is in the set of passes to skip.
Module['hasPassToSkip'] = function(pass) {
return preserveStack(() => {
return Boolean(Module['_BinaryenHasPassToSkip'](strToStack(pass)));
});
};
// Add a pass to the set of passes to skip.
Module['addPassToSkip'] = function (pass) {
preserveStack(() => { Module['_BinaryenAddPassToSkip'](strToStack(pass)) });
};
// Clears the set of passes to skip.
Module['clearPassesToSkip'] = function() {
Module['_BinaryenClearPassesToSkip']();
};
// Gets the function size at which we always inline.
Module['getAlwaysInlineMaxSize'] = function() {
return Module['_BinaryenGetAlwaysInlineMaxSize']();
};
// Sets the function size at which we always inline.
Module['setAlwaysInlineMaxSize'] = function(size) {
Module['_BinaryenSetAlwaysInlineMaxSize'](size);
};
// Gets the function size which we inline when functions are lightweight.
Module['getFlexibleInlineMaxSize'] = function() {
return Module['_BinaryenGetFlexibleInlineMaxSize']();
};
// Sets the function size which we inline when functions are lightweight.
Module['setFlexibleInlineMaxSize'] = function(size) {
Module['_BinaryenSetFlexibleInlineMaxSize'](size);
};
// Gets the function size which we inline when there is only one caller.
Module['getOneCallerInlineMaxSize'] = function() {
return Module['_BinaryenGetOneCallerInlineMaxSize']();
};
// Sets the function size which we inline when there is only one caller.
Module['setOneCallerInlineMaxSize'] = function(size) {
Module['_BinaryenSetOneCallerInlineMaxSize'](size);
};
// Gets the value which allow inline functions that are not "lightweight".
Module['getAllowInliningFunctionsWithLoops'] = function() {
return Boolean(Module['_BinaryenGetAllowInliningFunctionsWithLoops']());
};
// Sets the value which allow inline functions that are not "lightweight".
Module['setAllowInliningFunctionsWithLoops'] = function(value) {
Module['_BinaryenSetAllowInliningFunctionsWithLoops'](value);
};
// Expression wrappers
// Expression ID-to-wrapper map
let expressionWrappers = {};
// Private symbol used to store the underlying C-API pointer of a wrapped object.
const thisPtr = Symbol();
// Makes a specific expression wrapper class with the specified static members
// while automatically deriving instance methods and accessors.
function makeExpressionWrapper(expressionId, ownStaticMembers) {
/**
* @constructor
* @extends Expression
*/
function SpecificExpression(expr) {
// can call the constructor without `new`
if (!(this instanceof SpecificExpression)) {
if (!expr) return null;
return new SpecificExpression(expr);
}
Expression.call(this, expr);
}
// inherit static members of Expression
Object.assign(SpecificExpression, Expression);
// add own static members
Object.assign(SpecificExpression, ownStaticMembers);
// inherit from Expression
(SpecificExpression.prototype = Object.create(Expression.prototype)).constructor = SpecificExpression;
// derive own instance members
deriveWrapperInstanceMembers(SpecificExpression.prototype, ownStaticMembers);
// register the expression wrapper
expressionWrappers[expressionId] = SpecificExpression;
return SpecificExpression;
}
// Derives the instance members of a wrapper class from the given static
// members.
function deriveWrapperInstanceMembers(prototype, staticMembers) {
// Given a static member `getName(ptr)` for example, an instance method
// `getName()` and a `name` accessor with the `this` argument bound will be
// derived and added to the wrapper's prototype. If a corresponding static
// `setName(ptr)` is present, a setter for the `name` accessor will be added
// as well.
Object.keys(staticMembers).forEach(memberName => {
const member = staticMembers[memberName];
if (typeof member === "function") {
// Instance method calls the respective static method with `this` bound.
/** @this {Expression} */
prototype[memberName] = function(...args) {
return this.constructor[memberName](this[thisPtr], ...args);
};
// Instance accessors call the respective static methods. Accessors are
// derived only if the respective underlying static method takes exactly
// one argument, the `this` argument, e.g. `getChild(ptr, idx)` does not
// trigger an accessor.
let match;
if (member.length === 1 && (match = memberName.match(/^(get|is)/))) {
const index = match[1].length;
const propertyName = memberName.charAt(index).toLowerCase() + memberName.substring(index + 1);
const setterIfAny = staticMembers["set" + memberName.substring(index)];
Object.defineProperty(prototype, propertyName, {
/** @this {Expression} */
get() {
return member(this[thisPtr]);
},
/** @this {Expression} */
set(value) {
if (setterIfAny) setterIfAny(this[thisPtr], value);
else throw Error("property '" + propertyName + "' has no setter");
}
});
}
}
});
}
// Base class of all expression wrappers
/** @constructor */
function Expression(expr) {
// Returns the specific wrapper if called without `new`
if (!(this instanceof Expression)) {
if (!expr) return null;
const id = Module['_BinaryenExpressionGetId'](expr);
return expressionWrappers[id](expr);
}
if (!expr) throw Error("expression reference must not be null");
this[thisPtr] = expr;
}
Expression['getId'] = function(expr) {
return Module['_BinaryenExpressionGetId'](expr);
};
Expression['getType'] = function(expr) {
return Module['_BinaryenExpressionGetType'](expr);
};
Expression['setType'] = function(expr, type) {
Module['_BinaryenExpressionSetType'](expr, type);
};
Expression['finalize'] = function(expr) {
return Module['_BinaryenExpressionFinalize'](expr);
};
Expression['toText'] = function(expr) {
return Module['emitText'](expr);
};
deriveWrapperInstanceMembers(Expression.prototype, Expression);
Expression.prototype['valueOf'] = function() {
return this[thisPtr];
};
Module['Expression'] = Expression;
Module['Block'] = makeExpressionWrapper(Module['_BinaryenBlockId'](), {
'getName'(expr) {
const name = Module['_BinaryenBlockGetName'](expr);
return name ? UTF8ToString(name) : null;
},
'setName'(expr, name) {
preserveStack(() => { Module['_BinaryenBlockSetName'](expr, strToStack(name)) });
},
'getNumChildren'(expr) {
return Module['_BinaryenBlockGetNumChildren'](expr);
},
'getChildren'(expr) {
return getAllNested(expr, Module['_BinaryenBlockGetNumChildren'], Module['_BinaryenBlockGetChildAt']);
},
'setChildren'(expr, children) {
setAllNested(expr, children, Module['_BinaryenBlockGetNumChildren'], Module['_BinaryenBlockSetChildAt'], Module['_BinaryenBlockAppendChild'], Module['_BinaryenBlockRemoveChildAt']);
},
'getChildAt'(expr, index) {
return Module['_BinaryenBlockGetChildAt'](expr, index);
},
'setChildAt'(expr, index, childExpr) {
Module['_BinaryenBlockSetChildAt'](expr, index, childExpr);
},
'appendChild'(expr, childExpr) {
return Module['_BinaryenBlockAppendChild'](expr, childExpr);
},
'insertChildAt'(expr, index, childExpr) {
Module['_BinaryenBlockInsertChildAt'](expr, index, childExpr);
},
'removeChildAt'(expr, index) {
return Module['_BinaryenBlockRemoveChildAt'](expr, index);
}
});
Module['If'] = makeExpressionWrapper(Module['_BinaryenIfId'](), {
'getCondition'(expr) {
return Module['_BinaryenIfGetCondition'](expr);
},
'setCondition'(expr, condExpr) {
Module['_BinaryenIfSetCondition'](expr, condExpr);
},
'getIfTrue'(expr) {
return Module['_BinaryenIfGetIfTrue'](expr);
},
'setIfTrue'(expr, ifTrueExpr) {
Module['_BinaryenIfSetIfTrue'](expr, ifTrueExpr);
},
'getIfFalse'(expr) {
return Module['_BinaryenIfGetIfFalse'](expr);
},
'setIfFalse'(expr, ifFalseExpr) {
Module['_BinaryenIfSetIfFalse'](expr, ifFalseExpr);
}
});
Module['Loop'] = makeExpressionWrapper(Module['_BinaryenLoopId'](), {
'getName'(expr) {
const name = Module['_BinaryenLoopGetName'](expr);
return name ? UTF8ToString(name) : null;
},
'setName'(expr, name) {
preserveStack(() => { Module['_BinaryenLoopSetName'](expr, strToStack(name)) });
},
'getBody'(expr) {
return Module['_BinaryenLoopGetBody'](expr);
},
'setBody'(expr, bodyExpr) {
Module['_BinaryenLoopSetBody'](expr, bodyExpr);
}
});
Module['Break'] = makeExpressionWrapper(Module['_BinaryenBreakId'](), {
'getName'(expr) {
const name = Module['_BinaryenBreakGetName'](expr);
return name ? UTF8ToString(name) : null;
},
'setName'(expr, name) {
preserveStack(() => { Module['_BinaryenBreakSetName'](expr, strToStack(name)) });
},
'getCondition'(expr) {
return Module['_BinaryenBreakGetCondition'](expr);
},
'setCondition'(expr, condExpr) {
Module['_BinaryenBreakSetCondition'](expr, condExpr);
},
'getValue'(expr) {
return Module['_BinaryenBreakGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenBreakSetValue'](expr, valueExpr);
}
});
Module['Switch'] = makeExpressionWrapper(Module['_BinaryenSwitchId'](), {
'getNumNames'(expr) {
return Module['_BinaryenSwitchGetNumNames'](expr);
},
'getNames'(expr) {
return getAllNested(expr, Module['_BinaryenSwitchGetNumNames'], Module['_BinaryenSwitchGetNameAt']).map(p => UTF8ToString(p));
},
'setNames'(expr, names) {
preserveStack(() => {
setAllNested(expr, names.map(strToStack), Module['_BinaryenSwitchGetNumNames'], Module['_BinaryenSwitchSetNameAt'], Module['_BinaryenSwitchAppendName'], Module['_BinaryenSwitchRemoveNameAt']);
});
},
'getDefaultName'(expr) {
const name = Module['_BinaryenSwitchGetDefaultName'](expr);
return name ? UTF8ToString(name) : null;
},
'setDefaultName'(expr, defaultName) {
preserveStack(() => { Module['_BinaryenSwitchSetDefaultName'](expr, strToStack(defaultName)) });
},
'getCondition'(expr) {
return Module['_BinaryenSwitchGetCondition'](expr);
},
'setCondition'(expr, condExpr) {
Module['_BinaryenSwitchSetCondition'](expr, condExpr);
},
'getValue'(expr) {
return Module['_BinaryenSwitchGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenSwitchSetValue'](expr, valueExpr);
},
'getNameAt'(expr, index) {
return UTF8ToString(Module['_BinaryenSwitchGetNameAt'](expr, index));
},
'setNameAt'(expr, index, name) {
preserveStack(() => { Module['_BinaryenSwitchSetNameAt'](expr, index, strToStack(name)) });
},
'appendName'(expr, name) {
preserveStack(() => Module['_BinaryenSwitchAppendName'](expr, strToStack(name)));
},
'insertNameAt'(expr, index, name) {
preserveStack(() => { Module['_BinaryenSwitchInsertNameAt'](expr, index, strToStack(name)) });
},
'removeNameAt'(expr, index) {
return UTF8ToString(Module['_BinaryenSwitchRemoveNameAt'](expr, index));
},
});
Module['Call'] = makeExpressionWrapper(Module['_BinaryenCallId'](), {
'getTarget'(expr) {
return UTF8ToString(Module['_BinaryenCallGetTarget'](expr));
},
'setTarget'(expr, targetName) {
preserveStack(() => { Module['_BinaryenCallSetTarget'](expr, strToStack(targetName)) });
},
'getNumOperands'(expr) {
return Module['_BinaryenCallGetNumOperands'](expr);
},
'getOperands'(expr) {
return getAllNested(expr, Module['_BinaryenCallGetNumOperands'], Module['_BinaryenCallGetOperandAt']);
},
'setOperands'(expr, operands) {
setAllNested(expr, operands, Module['_BinaryenCallGetNumOperands'], Module['_BinaryenCallSetOperandAt'], Module['_BinaryenCallAppendOperand'], Module['_BinaryenCallRemoveOperandAt']);
},
'getOperandAt'(expr, index) {
return Module['_BinaryenCallGetOperandAt'](expr, index);
},
'setOperandAt'(expr, index, operandExpr) {
Module['_BinaryenCallSetOperandAt'](expr, index, operandExpr);
},
'appendOperand'(expr, operandExpr) {
return Module['_BinaryenCallAppendOperand'](expr, operandExpr);
},
'insertOperandAt'(expr, index, operandExpr) {
Module['_BinaryenCallInsertOperandAt'](expr, index, operandExpr);
},
'removeOperandAt'(expr, index) {
return Module['_BinaryenCallRemoveOperandAt'](expr, index);
},
'isReturn'(expr) {
return Boolean(Module['_BinaryenCallIsReturn'](expr));
},
'setReturn'(expr, isReturn) {
Module['_BinaryenCallSetReturn'](expr, isReturn);
}
});
Module['CallIndirect'] = makeExpressionWrapper(Module['_BinaryenCallIndirectId'](), {
'getTarget'(expr) {
return Module['_BinaryenCallIndirectGetTarget'](expr);
},
'setTarget'(expr, targetExpr) {
Module['_BinaryenCallIndirectSetTarget'](expr, targetExpr);
},
'getTable'(expr) {
return UTF8ToString(Module['_BinaryenCallIndirectGetTable'](expr));
},
'setTable'(expr, table) {
preserveStack(() => { Module['_BinaryenCallIndirectSetTable'](expr, strToStack(table)) });
},
'getNumOperands'(expr) {
return Module['_BinaryenCallIndirectGetNumOperands'](expr);
},
'getOperands'(expr) {
return getAllNested(expr, Module['_BinaryenCallIndirectGetNumOperands'], Module['_BinaryenCallIndirectGetOperandAt']);
},
'setOperands'(expr, operands) {
setAllNested(expr, operands, Module['_BinaryenCallIndirectGetNumOperands'], Module['_BinaryenCallIndirectSetOperandAt'], Module['_BinaryenCallIndirectAppendOperand'], Module['_BinaryenCallIndirectRemoveOperandAt']);
},
'getOperandAt'(expr, index) {
return Module['_BinaryenCallIndirectGetOperandAt'](expr, index);
},
'setOperandAt'(expr, index, operandExpr) {
Module['_BinaryenCallIndirectSetOperandAt'](expr, index, operandExpr);
},
'appendOperand'(expr, operandExpr) {
return Module['_BinaryenCallIndirectAppendOperand'](expr, operandExpr);
},
'insertOperandAt'(expr, index, operandExpr) {
Module['_BinaryenCallIndirectInsertOperandAt'](expr, index, operandExpr);
},
'removeOperandAt'(expr, index) {
return Module['_BinaryenCallIndirectRemoveOperandAt'](expr, index);
},
'isReturn'(expr) {
return Boolean(Module['_BinaryenCallIndirectIsReturn'](expr));
},
'setReturn'(expr, isReturn) {
Module['_BinaryenCallIndirectSetReturn'](expr, isReturn);
},
'getParams'(expr) {
return Module['_BinaryenCallIndirectGetParams'](expr);
},
'setParams'(expr, params) {
Module['_BinaryenCallIndirectSetParams'](expr, params);
},
'getResults'(expr) {
return Module['_BinaryenCallIndirectGetResults'](expr);
},
'setResults'(expr, results) {
Module['_BinaryenCallIndirectSetResults'](expr, results);
}
});
Module['LocalGet'] = makeExpressionWrapper(Module['_BinaryenLocalGetId'](), {
'getIndex'(expr) {
return Module['_BinaryenLocalGetGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenLocalGetSetIndex'](expr, index);
}
});
Module['LocalSet'] = makeExpressionWrapper(Module['_BinaryenLocalSetId'](), {
'getIndex'(expr) {
return Module['_BinaryenLocalSetGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenLocalSetSetIndex'](expr, index);
},
'isTee'(expr) {
return Boolean(Module['_BinaryenLocalSetIsTee'](expr));
},
'getValue'(expr) {
return Module['_BinaryenLocalSetGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenLocalSetSetValue'](expr, valueExpr);
}
});
Module['GlobalGet'] = makeExpressionWrapper(Module['_BinaryenGlobalGetId'](), {
'getName'(expr) {
return UTF8ToString(Module['_BinaryenGlobalGetGetName'](expr));
},
'setName'(expr, name) {
preserveStack(() => { Module['_BinaryenGlobalGetSetName'](expr, strToStack(name)) });
}
});
Module['GlobalSet'] = makeExpressionWrapper(Module['_BinaryenGlobalSetId'](), {
'getName'(expr) {
return UTF8ToString(Module['_BinaryenGlobalSetGetName'](expr));
},
'setName'(expr, name) {
preserveStack(() => { Module['_BinaryenGlobalSetSetName'](expr, strToStack(name)) });
},
'getValue'(expr) {
return Module['_BinaryenGlobalSetGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenGlobalSetSetValue'](expr, valueExpr);
}
});
Module['TableGet'] = makeExpressionWrapper(Module['_BinaryenTableGetId'](), {
'getTable'(expr) {
return UTF8ToString(Module['_BinaryenTableGetGetTable'](expr));
},
'setTable'(expr, name) {
preserveStack(() => { Module['_BinaryenTableGetSetTable'](expr, strToStack(name)) });
},
'getIndex'(expr) {
return Module['_BinaryenTableGetGetIndex'](expr);
},
'setIndex'(expr, indexExpr) {
Module['_BinaryenTableGetSetIndex'](expr, indexExpr);
}
});
Module['TableSet'] = makeExpressionWrapper(Module['_BinaryenTableSetId'](), {
'getTable'(expr) {
return UTF8ToString(Module['_BinaryenTableSetGetTable'](expr));
},
'setTable'(expr, name) {
preserveStack(() => { Module['_BinaryenTableSetSetTable'](expr, strToStack(name)) });
},
'getIndex'(expr) {
return Module['_BinaryenTableSetGetIndex'](expr);
},
'setIndex'(expr, indexExpr) {
Module['_BinaryenTableSetSetIndex'](expr, indexExpr);
},
'getValue'(expr) {
return Module['_BinaryenTableSetGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenTableSetSetValue'](expr, valueExpr);
}
});
Module['TableSize'] = makeExpressionWrapper(Module['_BinaryenTableSizeId'](), {
'getTable'(expr) {
return UTF8ToString(Module['_BinaryenTableSizeGetTable'](expr));
},
'setTable'(expr, name) {
preserveStack(() => { Module['_BinaryenTableSizeSetTable'](expr, strToStack(name)) });
},
});
Module['TableGrow'] = makeExpressionWrapper(Module['_BinaryenTableGrowId'](), {
'getTable'(expr) {
return UTF8ToString(Module['_BinaryenTableGrowGetTable'](expr));
},
'setTable'(expr, name) {
preserveStack(() => { Module['_BinaryenTableGrowSetTable'](expr, strToStack(name)) });
},
'getValue'(expr) {
return Module['_BinaryenTableGrowGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenTableGrowSetValue'](expr, valueExpr);
},
'getDelta'(expr) {
return Module['_BinaryenTableGrowGetDelta'](expr);
},
'setDelta'(expr, deltaExpr) {
Module['_BinaryenTableGrowSetDelta'](expr, deltaExpr);
}
});
Module['MemorySize'] = makeExpressionWrapper(Module['_BinaryenMemorySizeId'](), {});
Module['MemoryGrow'] = makeExpressionWrapper(Module['_BinaryenMemoryGrowId'](), {
'getDelta'(expr) {
return Module['_BinaryenMemoryGrowGetDelta'](expr);
},
'setDelta'(expr, deltaExpr) {
Module['_BinaryenMemoryGrowSetDelta'](expr, deltaExpr);
}
});
Module['Load'] = makeExpressionWrapper(Module['_BinaryenLoadId'](), {
'isAtomic'(expr) {
return Boolean(Module['_BinaryenLoadIsAtomic'](expr));
},
'getMemoryOrder'(expr) {
return Module['_BinaryenLoadGetMemoryOrder'](expr);
},
'setMemoryOrder'(expr, order) {
Module['_BinaryenLoadSetMemoryOrder'](expr, order);
},
'isSigned'(expr) {
return Boolean(Module['_BinaryenLoadIsSigned'](expr));
},
'setSigned'(expr, isSigned) {
Module['_BinaryenLoadSetSigned'](expr, isSigned);
},
'getOffset'(expr) {
return Module['_BinaryenLoadGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenLoadSetOffset'](expr, offset);
},
'getBytes'(expr) {
return Module['_BinaryenLoadGetBytes'](expr);
},
'setBytes'(expr, bytes) {
Module['_BinaryenLoadSetBytes'](expr, bytes);
},
'getAlign'(expr) {
return Module['_BinaryenLoadGetAlign'](expr);
},
'setAlign'(expr, align) {
Module['_BinaryenLoadSetAlign'](expr, align);
},
'getPtr'(expr) {
return Module['_BinaryenLoadGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenLoadSetPtr'](expr, ptrExpr);
}
});
Module['Store'] = makeExpressionWrapper(Module['_BinaryenStoreId'](), {
'isAtomic'(expr) {
return Boolean(Module['_BinaryenStoreIsAtomic'](expr));
},
'getMemoryOrder'(expr) {
return Module['_BinaryenStoreGetMemoryOrder'](expr);
},
'setMemoryOrder'(expr, order) {
Module['_BinaryenStoreSetMemoryOrder'](expr, order);
},
'getBytes'(expr) {
return Module['_BinaryenStoreGetBytes'](expr);
},
'setBytes'(expr, bytes) {
Module['_BinaryenStoreSetBytes'](expr, bytes);
},
'getOffset'(expr) {
return Module['_BinaryenStoreGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenStoreSetOffset'](expr, offset);
},
'getAlign'(expr) {
return Module['_BinaryenStoreGetAlign'](expr);
},
'setAlign'(expr, align) {
Module['_BinaryenStoreSetAlign'](expr, align);
},
'getPtr'(expr) {
return Module['_BinaryenStoreGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenStoreSetPtr'](expr, ptrExpr);
},
'getValue'(expr) {
return Module['_BinaryenStoreGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenStoreSetValue'](expr, valueExpr);
},
'getValueType'(expr) {
return Module['_BinaryenStoreGetValueType'](expr);
},
'setValueType'(expr, valueType) {
Module['_BinaryenStoreSetValueType'](expr, valueType);
}
});
Module['Const'] = makeExpressionWrapper(Module['_BinaryenConstId'](), {
'getValueI32'(expr) {
return Module['_BinaryenConstGetValueI32'](expr);
},
'setValueI32'(expr, value) {
Module['_BinaryenConstSetValueI32'](expr, value);
},
'getValueI64'(expr) {
return Module['_BinaryenConstGetValueI64'](expr);
},
'setValueI64'(expr, value) {
Module['_BinaryenConstSetValueI64'](expr, BigInt(value));
},
'getValueF32'(expr) {
return Module['_BinaryenConstGetValueF32'](expr);
},
'setValueF32'(expr, value) {
Module['_BinaryenConstSetValueF32'](expr, value);
},
'getValueF64'(expr) {
return Module['_BinaryenConstGetValueF64'](expr);
},
'setValueF64'(expr, value) {
Module['_BinaryenConstSetValueF64'](expr, value);
},
'getValueV128'(expr) {
let value;
preserveStack(() => {
const tempBuffer = stackAlloc(16);
Module['_BinaryenConstGetValueV128'](expr, tempBuffer);
value = new Array(16);
for (let i = 0 ; i < 16; ++i) {
value[i] = HEAPU8[tempBuffer + i];
}
});
return value;
},
'setValueV128'(expr, value) {
preserveStack(() => {
const tempBuffer = stackAlloc(16);
for (let i = 0 ; i < 16; ++i) {
HEAPU8[tempBuffer + i] = value[i];
}
Module['_BinaryenConstSetValueV128'](expr, tempBuffer);
});
}
});
Module['Unary'] = makeExpressionWrapper(Module['_BinaryenUnaryId'](), {
'getOp'(expr) {
return Module['_BinaryenUnaryGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenUnarySetOp'](expr, op);
},
'getValue'(expr) {
return Module['_BinaryenUnaryGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenUnarySetValue'](expr, valueExpr);
}
});
Module['Binary'] = makeExpressionWrapper(Module['_BinaryenBinaryId'](), {
'getOp'(expr) {
return Module['_BinaryenBinaryGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenBinarySetOp'](expr, op);
},
'getLeft'(expr) {
return Module['_BinaryenBinaryGetLeft'](expr);
},
'setLeft'(expr, leftExpr) {
Module['_BinaryenBinarySetLeft'](expr, leftExpr);
},
'getRight'(expr) {
return Module['_BinaryenBinaryGetRight'](expr);
},
'setRight'(expr, rightExpr) {
Module['_BinaryenBinarySetRight'](expr, rightExpr);
}
});
Module['WideIntAddSub'] = makeExpressionWrapper(Module['_BinaryenWideIntAddSubId'](), {
'getOp'(expr) {
return Module['_BinaryenWideIntAddSubGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenWideIntAddSubSetOp'](expr, op);
},
'getLeftLow'(expr) {
return Module['_BinaryenWideIntAddSubGetLeftLow'](expr);
},
'setLeftLow'(expr, leftLowExpr) {
Module['_BinaryenWideIntAddSubSetLeftLow'](expr, leftLowExpr);
},
'getLeftHigh'(expr) {
return Module['_BinaryenWideIntAddSubGetLeftHigh'](expr);
},
'setLeftHigh'(expr, leftHighExpr) {
Module['_BinaryenWideIntAddSubSetLeftHigh'](expr, leftHighExpr);
},
'getRightLow'(expr) {
return Module['_BinaryenWideIntAddSubGetRightLow'](expr);
},
'setRightLow'(expr, rightLowExpr) {
Module['_BinaryenWideIntAddSubSetRightLow'](expr, rightLowExpr);
},
'getRightHigh'(expr) {
return Module['_BinaryenWideIntAddSubGetRightHigh'](expr);
},
'setRightHigh'(expr, rightHighExpr) {
Module['_BinaryenWideIntAddSubSetRightHigh'](expr, rightHighExpr);
}
});
Module['WideIntMul'] = makeExpressionWrapper(Module['_BinaryenWideIntMulId'](), {
'getOp'(expr) {
return Module['_BinaryenWideIntMulGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenWideIntMulSetOp'](expr, op);
},
'getLeft'(expr) {
return Module['_BinaryenWideIntMulGetLeft'](expr);
},
'setLeft'(expr, leftExpr) {
Module['_BinaryenWideIntMulSetLeft'](expr, leftExpr);
},
'getRight'(expr) {
return Module['_BinaryenWideIntMulGetRight'](expr);
},
'setRight'(expr, rightExpr) {
Module['_BinaryenWideIntMulSetRight'](expr, rightExpr);
}
});
Module['Select'] = makeExpressionWrapper(Module['_BinaryenSelectId'](), {
'getIfTrue'(expr) {
return Module['_BinaryenSelectGetIfTrue'](expr);
},
'setIfTrue'(expr, ifTrueExpr) {
Module['_BinaryenSelectSetIfTrue'](expr, ifTrueExpr);
},
'getIfFalse'(expr) {
return Module['_BinaryenSelectGetIfFalse'](expr);
},
'setIfFalse'(expr, ifFalseExpr) {
Module['_BinaryenSelectSetIfFalse'](expr, ifFalseExpr);
},
'getCondition'(expr) {
return Module['_BinaryenSelectGetCondition'](expr);
},
'setCondition'(expr, condExpr) {
Module['_BinaryenSelectSetCondition'](expr, condExpr);
}
});
Module['Drop'] = makeExpressionWrapper(Module['_BinaryenDropId'](), {
'getValue'(expr) {
return Module['_BinaryenDropGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenDropSetValue'](expr, valueExpr);
}
});
Module['Return'] = makeExpressionWrapper(Module['_BinaryenReturnId'](), {
'getValue'(expr) {
return Module['_BinaryenReturnGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenReturnSetValue'](expr, valueExpr);
}
});
Module['AtomicRMW'] = makeExpressionWrapper(Module['_BinaryenAtomicRMWId'](), {
'getOp'(expr) {
return Module['_BinaryenAtomicRMWGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenAtomicRMWSetOp'](expr, op);
},
'getMemoryOrder'(expr) {
return Module['_BinaryenAtomicRMWGetMemoryOrder'](expr);
},
'setMemoryOrder'(expr, order) {
Module['_BinaryenAtomicRMWSetMemoryOrder'](expr, order);
},
'getBytes'(expr) {
return Module['_BinaryenAtomicRMWGetBytes'](expr);
},
'setBytes'(expr, bytes) {
Module['_BinaryenAtomicRMWSetBytes'](expr, bytes);
},
'getOffset'(expr) {
return Module['_BinaryenAtomicRMWGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenAtomicRMWSetOffset'](expr, offset);
},
'getPtr'(expr) {
return Module['_BinaryenAtomicRMWGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenAtomicRMWSetPtr'](expr, ptrExpr);
},
'getValue'(expr) {
return Module['_BinaryenAtomicRMWGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenAtomicRMWSetValue'](expr, valueExpr);
}
});
Module['AtomicCmpxchg'] = makeExpressionWrapper(Module['_BinaryenAtomicCmpxchgId'](), {
'getMemoryOrder'(expr) {
return Module['_BinaryenAtomicCmpxchgGetMemoryOrder'](expr);
},
'setMemoryOrder'(expr, order) {
Module['_BinaryenAtomicCmpxchgSetMemoryOrder'](expr, order);
},
'getBytes'(expr) {
return Module['_BinaryenAtomicCmpxchgGetBytes'](expr);
},
'setBytes'(expr, bytes) {
Module['_BinaryenAtomicCmpxchgSetBytes'](expr, bytes);
},
'getOffset'(expr) {
return Module['_BinaryenAtomicCmpxchgGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenAtomicCmpxchgSetOffset'](expr, offset);
},
'getPtr'(expr) {
return Module['_BinaryenAtomicCmpxchgGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenAtomicCmpxchgSetPtr'](expr, ptrExpr);
},
'getExpected'(expr) {
return Module['_BinaryenAtomicCmpxchgGetExpected'](expr);
},
'setExpected'(expr, expectedExpr) {
Module['_BinaryenAtomicCmpxchgSetExpected'](expr, expectedExpr);
},
'getReplacement'(expr) {
return Module['_BinaryenAtomicCmpxchgGetReplacement'](expr);
},
'setReplacement'(expr, replacementExpr) {
Module['_BinaryenAtomicCmpxchgSetReplacement'](expr, replacementExpr);
}
});
Module['AtomicWait'] = makeExpressionWrapper(Module['_BinaryenAtomicWaitId'](), {
'getPtr'(expr) {
return Module['_BinaryenAtomicWaitGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenAtomicWaitSetPtr'](expr, ptrExpr);
},
'getExpected'(expr) {
return Module['_BinaryenAtomicWaitGetExpected'](expr);
},
'setExpected'(expr, expectedExpr) {
Module['_BinaryenAtomicWaitSetExpected'](expr, expectedExpr);
},
'getTimeout'(expr) {
return Module['_BinaryenAtomicWaitGetTimeout'](expr);
},
'setTimeout'(expr, timeoutExpr) {
Module['_BinaryenAtomicWaitSetTimeout'](expr, timeoutExpr);
},
'getExpectedType'(expr) {
return Module['_BinaryenAtomicWaitGetExpectedType'](expr);
},
'setExpectedType'(expr, expectedType) {
Module['_BinaryenAtomicWaitSetExpectedType'](expr, expectedType);
}
});
Module['AtomicNotify'] = makeExpressionWrapper(Module['_BinaryenAtomicNotifyId'](), {
'getPtr'(expr) {
return Module['_BinaryenAtomicNotifyGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenAtomicNotifySetPtr'](expr, ptrExpr);
},
'getNotifyCount'(expr) {
return Module['_BinaryenAtomicNotifyGetNotifyCount'](expr);
},
'setNotifyCount'(expr, notifyCountExpr) {
Module['_BinaryenAtomicNotifySetNotifyCount'](expr, notifyCountExpr);
}
});
Module['AtomicFence'] = makeExpressionWrapper(Module['_BinaryenAtomicFenceId'](), {
'getOrder'(expr) {
return Module['_BinaryenAtomicFenceGetOrder'](expr);
},
'setOrder'(expr, order) {
Module['_BinaryenAtomicFenceSetOrder'](expr, order);
}
});
Module['SIMDExtract'] = makeExpressionWrapper(Module['_BinaryenSIMDExtractId'](), {
'getOp'(expr) {
return Module['_BinaryenSIMDExtractGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenSIMDExtractSetOp'](expr, op);
},
'getVec'(expr) {
return Module['_BinaryenSIMDExtractGetVec'](expr);
},
'setVec'(expr, vecExpr) {
Module['_BinaryenSIMDExtractSetVec'](expr, vecExpr);
},
'getIndex'(expr) {
return Module['_BinaryenSIMDExtractGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenSIMDExtractSetIndex'](expr, index)
}
});
Module['SIMDReplace'] = makeExpressionWrapper(Module['_BinaryenSIMDReplaceId'](), {
'getOp'(expr) {
return Module['_BinaryenSIMDReplaceGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenSIMDReplaceSetOp'](expr, op);
},
'getVec'(expr) {
return Module['_BinaryenSIMDReplaceGetVec'](expr);
},
'setVec'(expr, vecExpr) {
Module['_BinaryenSIMDReplaceSetVec'](expr, vecExpr);
},
'getIndex'(expr) {
return Module['_BinaryenSIMDReplaceGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenSIMDReplaceSetIndex'](expr, index);
},
'getValue'(expr) {
return Module['_BinaryenSIMDReplaceGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenSIMDReplaceSetValue'](expr, valueExpr);
}
});
Module['SIMDShuffle'] = makeExpressionWrapper(Module['_BinaryenSIMDShuffleId'](), {
'getLeft'(expr) {
return Module['_BinaryenSIMDShuffleGetLeft'](expr);
},
'setLeft'(expr, leftExpr) {
Module['_BinaryenSIMDShuffleSetLeft'](expr, leftExpr)
},
'getRight'(expr) {
return Module['_BinaryenSIMDShuffleGetRight'](expr);
},
'setRight'(expr, rightExpr) {
Module['_BinaryenSIMDShuffleSetRight'](expr, rightExpr);
},
'getMask'(expr) {
let mask;
preserveStack(() => {
const tempBuffer = stackAlloc(16);
Module['_BinaryenSIMDShuffleGetMask'](expr, tempBuffer);
mask = new Array(16);
for (let i = 0 ; i < 16; ++i) {
mask[i] = HEAPU8[tempBuffer + i];
}
});
return mask;
},
'setMask'(expr, mask) {
preserveStack(() => {
const tempBuffer = stackAlloc(16);
for (let i = 0 ; i < 16; ++i) {
HEAPU8[tempBuffer + i] = mask[i];
}
Module['_BinaryenSIMDShuffleSetMask'](expr, tempBuffer);
});
}
});
Module['SIMDTernary'] = makeExpressionWrapper(Module['_BinaryenSIMDTernaryId'](), {
'getOp'(expr) {
return Module['_BinaryenSIMDTernaryGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenSIMDTernarySetOp'](expr, op);
},
'getA'(expr) {
return Module['_BinaryenSIMDTernaryGetA'](expr);
},
'setA'(expr, aExpr) {
Module['_BinaryenSIMDTernarySetA'](expr, aExpr);
},
'getB'(expr) {
return Module['_BinaryenSIMDTernaryGetB'](expr);
},
'setB'(expr, bExpr) {
Module['_BinaryenSIMDTernarySetB'](expr, bExpr);
},
'getC'(expr) {
return Module['_BinaryenSIMDTernaryGetC'](expr);
},
'setC'(expr, cExpr) {
Module['_BinaryenSIMDTernarySetC'](expr, cExpr);
}
});
Module['SIMDShift'] = makeExpressionWrapper(Module['_BinaryenSIMDShiftId'](), {
'getOp'(expr) {
return Module['_BinaryenSIMDShiftGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenSIMDShiftSetOp'](expr, op);
},
'getVec'(expr) {
return Module['_BinaryenSIMDShiftGetVec'](expr);
},
'setVec'(expr, vecExpr) {
Module['_BinaryenSIMDShiftSetVec'](expr, vecExpr);
},
'getShift'(expr) {
return Module['_BinaryenSIMDShiftGetShift'](expr);
},
'setShift'(expr, shiftExpr) {
Module['_BinaryenSIMDShiftSetShift'](expr, shiftExpr);
}
});
Module['SIMDLoad'] = makeExpressionWrapper(Module['_BinaryenSIMDLoadId'](), {
'getOp'(expr) {
return Module['_BinaryenSIMDLoadGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenSIMDLoadSetOp'](expr, op);
},
'getOffset'(expr) {
return Module['_BinaryenSIMDLoadGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenSIMDLoadSetOffset'](expr, offset);
},
'getAlign'(expr) {
return Module['_BinaryenSIMDLoadGetAlign'](expr);
},
'setAlign'(expr, align) {
Module['_BinaryenSIMDLoadSetAlign'](expr, align);
},
'getPtr'(expr) {
return Module['_BinaryenSIMDLoadGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenSIMDLoadSetPtr'](expr, ptrExpr);
}
});
Module['SIMDLoadStoreLane'] = makeExpressionWrapper(Module['_BinaryenSIMDLoadStoreLaneId'](), {
'getOp'(expr) {
return Module['_BinaryenSIMDLoadStoreLaneGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenSIMDLoadStoreLaneSetOp'](expr, op);
},
'getOffset'(expr) {
return Module['_BinaryenSIMDLoadStoreLaneGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenSIMDLoadStoreLaneSetOffset'](expr, offset);
},
'getAlign'(expr) {
return Module['_BinaryenSIMDLoadStoreLaneGetAlign'](expr);
},
'setAlign'(expr, align) {
Module['_BinaryenSIMDLoadStoreLaneSetAlign'](expr, align);
},
'getIndex'(expr) {
return Module['_BinaryenSIMDLoadStoreLaneGetIndex'](expr);
},
'setIndex'(expr, align) {
Module['_BinaryenSIMDLoadStoreLaneSetIndex'](expr, align);
},
'getPtr'(expr) {
return Module['_BinaryenSIMDLoadStoreLaneGetPtr'](expr);
},
'setPtr'(expr, ptrExpr) {
Module['_BinaryenSIMDLoadStoreLaneSetPtr'](expr, ptrExpr);
},
'getVec'(expr) {
return Module['_BinaryenSIMDLoadStoreLaneGetVec'](expr);
},
'setVec'(expr, ptrExpr) {
Module['_BinaryenSIMDLoadStoreLaneSetVec'](expr, ptrExpr);
},
'isStore'(expr) {
return Boolean(Module['_BinaryenSIMDLoadStoreLaneIsStore'](expr));
}
});
Module['MemoryInit'] = makeExpressionWrapper(Module['_BinaryenMemoryInitId'](), {
'getSegment'(expr) {
return UTF8ToString(Module['_BinaryenMemoryInitGetSegment'](expr));
},
'setSegment'(expr, segment) {
preserveStack(() => Module['_BinaryenMemoryInitSetSegment'](expr, strToStack(segment)));
},
'getDest'(expr) {
return Module['_BinaryenMemoryInitGetDest'](expr);
},
'setDest'(expr, destExpr) {
Module['_BinaryenMemoryInitSetDest'](expr, destExpr);
},
'getOffset'(expr) {
return Module['_BinaryenMemoryInitGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenMemoryInitSetOffset'](expr, offset);
},
'getSize'(expr) {
return Module['_BinaryenMemoryInitGetSize'](expr);
},
'setSize'(expr, sizeExpr) {
Module['_BinaryenMemoryInitSetSize'](expr, sizeExpr);
}
});
Module['DataDrop'] = makeExpressionWrapper(Module['_BinaryenDataDropId'](), {
'getSegment'(expr) {
return UTF8ToString(Module['_BinaryenDataDropGetSegment'](expr));
},
'setSegment'(expr, segment) {
preserveStack(() => Module['_BinaryenDataDropSetSegment'](expr, strToStack(segment)));
}
});
Module['MemoryCopy'] = makeExpressionWrapper(Module['_BinaryenMemoryCopyId'](), {
'getDest'(expr) {
return Module['_BinaryenMemoryCopyGetDest'](expr);
},
'setDest'(expr, destExpr) {
Module['_BinaryenMemoryCopySetDest'](expr, destExpr);
},
'getSource'(expr) {
return Module['_BinaryenMemoryCopyGetSource'](expr);
},
'setSource'(expr, sourceExpr) {
Module['_BinaryenMemoryCopySetSource'](expr, sourceExpr);
},
'getSize'(expr) {
return Module['_BinaryenMemoryCopyGetSize'](expr);
},
'setSize'(expr, sizeExpr) {
Module['_BinaryenMemoryCopySetSize'](expr, sizeExpr);
}
});
Module['MemoryFill'] = makeExpressionWrapper(Module['_BinaryenMemoryFillId'](), {
'getDest'(expr) {
return Module['_BinaryenMemoryFillGetDest'](expr);
},
'setDest'(expr, destExpr) {
Module['_BinaryenMemoryFillSetDest'](expr, destExpr);
},
'getValue'(expr) {
return Module['_BinaryenMemoryFillGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenMemoryFillSetValue'](expr, valueExpr);
},
'getSize'(expr) {
return Module['_BinaryenMemoryFillGetSize'](expr);
},
'setSize'(expr, sizeExpr) {
Module['_BinaryenMemoryFillSetSize'](expr, sizeExpr);
}
});
Module['RefIsNull'] = makeExpressionWrapper(Module['_BinaryenRefIsNullId'](), {
'getValue'(expr) {
return Module['_BinaryenRefIsNullGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenRefIsNullSetValue'](expr, valueExpr);
}
});
Module['RefAs'] = makeExpressionWrapper(Module['_BinaryenRefAsId'](), {
'getOp'(expr) {
return Module['_BinaryenRefAsGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenRefAsSetOp'](expr, op);
},
'getValue'(expr) {
return Module['_BinaryenRefAsGetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenRefAsSetValue'](expr, valueExpr);
}
});
Module['RefFunc'] = makeExpressionWrapper(Module['_BinaryenRefFuncId'](), {
'getFunc'(expr) {
return UTF8ToString(Module['_BinaryenRefFuncGetFunc'](expr));
},
'setFunc'(expr, funcName) {
preserveStack(() => { Module['_BinaryenRefFuncSetFunc'](expr, strToStack(funcName)) });
}
});
Module['RefEq'] = makeExpressionWrapper(Module['_BinaryenRefEqId'](), {
'getLeft'(expr) {
return Module['_BinaryenRefEqGetLeft'](expr);
},
'setLeft'(expr, leftExpr) {
return Module['_BinaryenRefEqSetLeft'](expr, leftExpr);
},
'getRight'(expr) {
return Module['_BinaryenRefEqGetRight'](expr);
},
'setRight'(expr, rightExpr) {
return Module['_BinaryenRefEqSetRight'](expr, rightExpr);
}
});
Module['RefTest'] = makeExpressionWrapper(Module['_BinaryenRefTestId'](), {
'getRef'(expr) {
return Module['_BinaryenRefTestGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenRefTestSetRef'](expr, ref);
},
'getCastType'(expr) {
return Module['_BinaryenRefTestGetCastType'](expr);
},
'setCastType'(expr, castType) {
Module['_BinaryenRefTestSetCastType'](expr, castType);
}
});
Module['RefCast'] = makeExpressionWrapper(Module['_BinaryenRefCastId'](), {
'getRef'(expr) {
return Module['_BinaryenRefCastGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenRefCastSetRef'](expr, ref);
}
});
// TODO: any.convert_extern
// TODO: extern.convert_any
Module['BrOn'] = makeExpressionWrapper(Module['_BinaryenBrOnId'](), {
'getOp'(expr) {
return Module['_BinaryenBrOnGetOp'](expr);
},
'setOp'(expr, op) {
Module['_BinaryenBrOnSetOp'](expr, op);
},
'getName'(expr) {
return UTF8ToString(Module['_BinaryenBrOnGetName'](expr));
},
'setName'(expr, name) {
preserveStack(() => Module['_BinaryenBrOnSetName'](expr, strToStack(name)));
},
'getRef'(expr) {
return Module['_BinaryenBrOnGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenBrOnSetRef'](expr, ref);
},
'getCastType'(expr) {
return Module['_BinaryenBrOnGetCastType'](expr);
},
'setCastType'(expr, castType) {
Module['_BinaryenBrOnSetCastType'](expr, castType);
}
});
Module['StructNew'] = makeExpressionWrapper(Module['_BinaryenStructNewId'](), {
'getNumOperands'(expr) {
return Module['_BinaryenStructNewGetNumOperands'](expr);
},
'getOperands'(expr) {
return getAllNested(expr, Module['_BinaryenStructNewGetNumOperands'], Module['_BinaryenStructNewGetOperandAt']);
},
'setOperands'(expr, operands) {
setAllNested(
expr,
operands,
Module['_BinaryenStructNewGetNumOperands'],
Module['_BinaryenStructNewSetOperandAt'],
Module['_BinaryenStructNewAppendOperand'],
Module['_BinaryenStructNewRemoveOperandAt']
);
},
'getOperandAt'(expr, index) {
return Module['_BinaryenStructNewGetOperandAt'](expr, index);
},
'setOperandAt'(expr, index, operandExpr) {
Module['_BinaryenStructNewSetOperandAt'](expr, index, operandExpr);
},
'appendOperand'(expr, operandExpr) {
return Module['_BinaryenStructNewAppendOperand'](expr, operandExpr);
},
'insertOperandAt'(expr, index, operandExpr) {
Module['_BinaryenStructNewInsertOperandAt'](expr, index, operandExpr);
},
'removeOperandAt'(expr, index) {
return Module['_BinaryenStructNewRemoveOperandAt'](expr, index);
}
});
Module['StructGet'] = makeExpressionWrapper(Module['_BinaryenStructGetId'](), {
'getIndex'(expr) {
return Module['_BinaryenStructGetGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenStructGetSetIndex'](expr, index);
},
'getRef'(expr) {
return Module['_BinaryenStructGetGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenStructGetSetRef'](expr, ref);
},
'isSigned'(expr) {
return Boolean(Module['_BinaryenStructGetIsSigned'](expr));
},
'setSigned'(expr, signed) {
Module['_BinaryenStructGetSetSigned'](expr, signed);
}
});
Module['StructSet'] = makeExpressionWrapper(Module['_BinaryenStructSetId'](), {
'getIndex'(expr) {
return Module['_BinaryenStructSetGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenStructSetSetIndex'](expr, index);
},
'getRef'(expr) {
return Module['_BinaryenStructSetGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenStructSetSetRef'](expr, ref);
},
'getValue'(expr) {
return Module['_BinaryenStructSetGetValue'](expr);
},
'setValue'(expr, value) {
Module['_BinaryenStructSetSetValue'](expr, value);
}
});
Module['StructWait'] = makeExpressionWrapper(Module['_BinaryenStructWaitId'](), {
'getRef'(expr) {
return Module['_BinaryenStructWaitGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenStructWaitSetRef'](expr, ref);
},
'getIndex'(expr) {
return Module['_BinaryenStructWaitGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenStructWaitSetIndex'](expr, index);
},
'getExpected'(expr) {
return Module['_BinaryenStructWaitGetExpected'](expr);
},
'setExpected'(expr, expectedExpr) {
Module['_BinaryenStructWaitSetExpected'](expr, expectedExpr);
},
'getTimeout'(expr) {
return Module['_BinaryenStructWaitGetTimeout'](expr);
},
'setTimeout'(expr, timeoutExpr) {
Module['_BinaryenStructWaitSetTimeout'](expr, timeoutExpr);
},
'getWaitqueue'(expr) {
return Module['_BinaryenStructWaitGetWaitqueue'](expr);
},
'setWaitqueue'(expr, waitqueueExpr) {
Module['_BinaryenStructWaitSetWaitqueue'](expr, waitqueueExpr);
}
});
Module['WaitqueueNew'] = makeExpressionWrapper(Module['_BinaryenWaitqueueNewId'](), {});
Module['WaitqueueNotify'] = makeExpressionWrapper(Module['_BinaryenWaitqueueNotifyId'](), {
'getWaitqueue'(expr) {
return Module['_BinaryenWaitqueueNotifyGetWaitqueue'](expr);
},
'setWaitqueue'(expr, waitqueueExpr) {
Module['_BinaryenWaitqueueNotifySetWaitqueue'](expr, waitqueueExpr);
},
'getCount'(expr) {
return Module['_BinaryenWaitqueueNotifyGetCount'](expr);
},
'setCount'(expr, countExpr) {
Module['_BinaryenWaitqueueNotifySetCount'](expr, countExpr);
}
});
Module['Publish'] = makeExpressionWrapper(Module['_BinaryenPublishId'](), {
'getRef'(expr) {
return Module['_BinaryenPublishGetRef'](expr);
},
'setRef'(expr, refExpr) {
Module['_BinaryenPublishSetRef'](expr, refExpr);
}
});
Module['ArrayNew'] = makeExpressionWrapper(Module['_BinaryenArrayNewId'](), {
'getInit'(expr) {
return Module['_BinaryenArrayNewGetInit'](expr);
},
'setInit'(expr, init) {
Module['_BinaryenArrayNewSetInit'](expr, init);
},
'getSize'(expr) {
return Module['_BinaryenArrayNewGetSize'](expr);
},
'setSize'(expr, size) {
Module['_BinaryenArrayNewSetSize'](expr, size);
}
});
Module['ArrayNewFixed'] = makeExpressionWrapper(Module['_BinaryenArrayNewFixedId'](), {
'getNumValues'(expr) {
return Module['_BinaryenArrayNewFixedGetNumValues'](expr);
},
'getValues'(expr) {
return getAllNested(expr,
Module['_BinaryenArrayNewFixedGetNumValues'],
Module['_BinaryenArrayNewFixedGetValueAt']);
},
'setValues'(expr, values) {
setAllNested(
expr,
values,
Module['_BinaryenArrayNewFixedGetNumValues'],
Module['_BinaryenArrayNewFixedSetValueAt'],
Module['_BinaryenArrayNewFixedAppendValue'],
Module['_BinaryenArrayNewFixedRemoveValueAt']
);
},
'getValueAt'(expr, index) {
return Module['_BinaryenArrayNewFixedGetValueAt'](expr, index);
},
'setValueAt'(expr, index, valueExpr) {
Module['_BinaryenArrayNewFixedSetValueAt'](expr, index, valueExpr);
},
'appendValue'(expr, valueExpr) {
return Module['_BinaryenArrayNewFixedAppendValue'](expr, valueExpr);
},
'insertValueAt'(expr, index, valueExpr) {
Module['_BinaryenArrayNewFixedInsertValueAt'](expr, index, valueExpr);
},
'removeValueAt'(expr, index) {
return Module['_BinaryenArrayNewFixedRemoveValueAt'](expr, index);
}
});
Module['ArrayNewData'] = makeExpressionWrapper(Module['_BinaryenArrayNewDataId'](), {
'getSegment'(expr) {
return UTF8ToString(Module['_BinaryenArrayNewDataGetSegment'](expr));
},
'setSegment'(expr, segment) {
preserveStack(() => Module['_BinaryenArrayNewDataSetSegment'](expr, strToStack(segment)));
},
'getOffset'(expr) {
return Module['_BinaryenArrayNewDataGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenArrayNewDataSetOffset'](expr, offset);
},
'getSize'(expr) {
return Module['_BinaryenArrayNewDataGetSize'](expr);
},
'setSize'(expr, size) {
Module['_BinaryenArrayNewDataSetSize'](expr, size);
}
});
Module['ArrayNewElem'] = makeExpressionWrapper(Module['_BinaryenArrayNewElemId'](), {
'getSegment'(expr) {
return UTF8ToString(Module['_BinaryenArrayNewElemGetSegment'](expr));
},
'setSegment'(expr, segment) {
preserveStack(() => Module['_BinaryenArrayNewElemSetSegment'](expr, strToStack(segment)));
},
'getOffset'(expr) {
return Module['_BinaryenArrayNewElemGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenArrayNewElemSetOffset'](expr, offset);
},
'getSize'(expr) {
return Module['_BinaryenArrayNewElemGetSize'](expr);
},
'setSize'(expr, size) {
Module['_BinaryenArrayNewElemSetSize'](expr, size);
}
});
Module['ArrayGet'] = makeExpressionWrapper(Module['_BinaryenArrayGetId'](), {
'getRef'(expr) {
return Module['_BinaryenArrayGetGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenArrayGetSetRef'](expr, ref);
},
'getIndex'(expr) {
return Module['_BinaryenArrayGetGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenArrayGetSetIndex'](expr, index);
},
'isSigned'(expr) {
return Boolean(Module['_BinaryenArrayGetIsSigned'](expr));
},
'setSigned'(expr, signed) {
Module['_BinaryenArrayGetSetSigned'](expr, signed);
}
});
Module['ArraySet'] = makeExpressionWrapper(Module['_BinaryenArraySetId'](), {
'getRef'(expr) {
return Module['_BinaryenArraySetGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenArraySetSetRef'](expr, ref);
},
'getIndex'(expr) {
return Module['_BinaryenArraySetGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenArraySetSetIndex'](expr, index);
},
'getValue'(expr) {
return Module['_BinaryenArraySetGetValue'](expr);
},
'setValue'(expr, value) {
Module['_BinaryenArraySetSetValue'](expr, value);
}
});
Module['ArrayLen'] = makeExpressionWrapper(Module['_BinaryenArrayLenId'](), {
'getRef'(expr) {
return Module['_BinaryenArrayLenGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenArrayLenSetRef'](expr, ref);
}
});
Module['ArrayFill'] = makeExpressionWrapper(Module['_BinaryenArrayFillId'](), {
'getRef'(expr) {
return Module['_BinaryenArrayFillGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenArrayFillSetRef'](expr, ref);
},
'getIndex'(expr) {
return Module['_BinaryenArrayFillGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenArrayFillSetIndex'](expr, index);
},
'getValue'(expr) {
return Module['_BinaryenArrayFillGetValue'](expr);
},
'setValue'(expr, value) {
Module['_BinaryenArrayFillSetValue'](expr, value);
},
'getSize'(expr) {
return Module['_BinaryenArrayFillGetSize'](expr);
},
'setSize'(expr, size) {
Module['_BinaryenArrayFillSetSize'](expr, size);
}
});
Module['ArrayCopy'] = makeExpressionWrapper(Module['_BinaryenArrayCopyId'](), {
'getDestRef'(expr) {
return Module['_BinaryenArrayCopyGetDestRef'](expr);
},
'setDestRef'(expr, ref) {
Module['_BinaryenArrayCopySetDestRef'](expr, ref);
},
'getDestIndex'(expr) {
return Module['_BinaryenArrayCopyGetDestIndex'](expr);
},
'setDestIndex'(expr, index) {
Module['_BinaryenArrayCopySetDestIndex'](expr, index);
},
'getSrcRef'(expr) {
return Module['_BinaryenArrayCopyGetSrcRef'](expr);
},
'setSrcRef'(expr, ref) {
Module['_BinaryenArrayCopySetSrcRef'](expr, ref);
},
'getSrcIndex'(expr) {
return Module['_BinaryenArrayCopyGetSrcIndex'](expr);
},
'setSrcIndex'(expr, index) {
Module['_BinaryenArrayCopySetSrcIndex'](expr, index);
},
'getLength'(expr) {
return Module['_BinaryenArrayCopyGetLength'](expr);
},
'setLength'(expr, length) {
Module['_BinaryenArrayCopySetLength'](expr, length);
}
});
Module['ArrayInitData'] = makeExpressionWrapper(Module['_BinaryenArrayInitDataId'](), {
'getSegment'(expr) {
return UTF8ToString(Module['_BinaryenArrayInitDataGetSegment'](expr));
},
'setSegment'(expr, segment) {
preserveStack(() => Module['_BinaryenArrayInitDataSetSegment'](expr, strToStack(segment)));
},
'getRef'(expr) {
return Module['_BinaryenArrayInitDataGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenArrayInitDataSetRef'](expr, ref);
},
'getIndex'(expr) {
return Module['_BinaryenArrayInitDataGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenArrayInitDataSetIndex'](expr, index);
},
'getOffset'(expr) {
return Module['_BinaryenArrayInitDataGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenArrayInitDataSetOffset'](expr, offset);
},
'getSize'(expr) {
return Module['_BinaryenArrayInitDataGetSize'](expr);
},
'setSize'(expr, size) {
Module['_BinaryenArrayInitDataSetSize'](expr, size);
}
});
Module['ArrayInitElem'] = makeExpressionWrapper(Module['_BinaryenArrayInitElemId'](), {
'getSegment'(expr) {
return UTF8ToString(Module['_BinaryenArrayInitElemGetSegment'](expr));
},
'setSegment'(expr, segment) {
preserveStack(() => Module['_BinaryenArrayInitElemSetSegment'](expr, strToStack(segment)));
},
'getRef'(expr) {
return Module['_BinaryenArrayInitElemGetRef'](expr);
},
'setRef'(expr, ref) {
Module['_BinaryenArrayInitElemSetRef'](expr, ref);
},
'getIndex'(expr) {
return Module['_BinaryenArrayInitElemGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenArrayInitElemSetIndex'](expr, index);
},
'getOffset'(expr) {
return Module['_BinaryenArrayInitElemGetOffset'](expr);
},
'setOffset'(expr, offset) {
Module['_BinaryenArrayInitElemSetOffset'](expr, offset);
},
'getSize'(expr) {
return Module['_BinaryenArrayInitElemGetSize'](expr);
},
'setSize'(expr, size) {
Module['_BinaryenArrayInitElemSetSize'](expr, size);
}
});
Module['Try'] = makeExpressionWrapper(Module['_BinaryenTryId'](), {
'getName'(expr) {
const name = Module['_BinaryenTryGetName'](expr);
return name ? UTF8ToString(name) : null;
},
'setName'(expr, name) {
preserveStack(() => { Module['_BinaryenTrySetName'](expr, strToStack(name)) });
},
'getBody'(expr) {
return Module['_BinaryenTryGetBody'](expr);
},
'setBody'(expr, bodyExpr) {
Module['_BinaryenTrySetBody'](expr, bodyExpr);
},
'getNumCatchTags'(expr) {
return Module['_BinaryenTryGetNumCatchTags'](expr);
},
'getCatchTags'(expr) {
return getAllNested(expr, Module['_BinaryenTryGetNumCatchTags'], Module['_BinaryenTryGetCatchTagAt']).map(p => UTF8ToString(p));
},
'setCatchTags'(expr, catchTags) {
preserveStack(() => {
setAllNested(expr, catchTags.map(strToStack), Module['_BinaryenTryGetNumCatchTags'], Module['_BinaryenTrySetCatchTagAt'], Module['_BinaryenTryAppendCatchTag'], Module['_BinaryenTryRemoveCatchTagAt']);
});
},
'getCatchTagAt'(expr, index) {
return UTF8ToString(Module['_BinaryenTryGetCatchTagAt'](expr, index));
},
'setCatchTagAt'(expr, index, catchTag) {
preserveStack(() => { Module['_BinaryenTrySetCatchTagAt'](expr, index, strToStack(catchTag)) });
},
'appendCatchTag'(expr, catchTag) {
preserveStack(() => Module['_BinaryenTryAppendCatchTag'](expr, strToStack(catchTag)));
},
'insertCatchTagAt'(expr, index, catchTag) {
preserveStack(() => { Module['_BinaryenTryInsertCatchTagAt'](expr, index, strToStack(catchTag)) });
},
'removeCatchTagAt'(expr, index) {
return UTF8ToString(Module['_BinaryenTryRemoveCatchTagAt'](expr, index));
},
'getNumCatchBodies'(expr) {
return Module['_BinaryenTryGetNumCatchBodies'](expr);
},
'getCatchBodies'(expr) {
return getAllNested(expr, Module['_BinaryenTryGetNumCatchBodies'], Module['_BinaryenTryGetCatchBodyAt']);
},
'setCatchBodies'(expr, catchBodies) {
setAllNested(expr, catchBodies, Module['_BinaryenTryGetNumCatchBodies'], Module['_BinaryenTrySetCatchBodyAt'], Module['_BinaryenTryAppendCatchBody'], Module['_BinaryenTryRemoveCatchBodyAt']);
},
'getCatchBodyAt'(expr, index) {
return Module['_BinaryenTryGetCatchBodyAt'](expr, index);
},
'setCatchBodyAt'(expr, index, catchExpr) {
Module['_BinaryenTrySetCatchBodyAt'](expr, index, catchExpr);
},
'appendCatchBody'(expr, catchExpr) {
return Module['_BinaryenTryAppendCatchBody'](expr, catchExpr);
},
'insertCatchBodyAt'(expr, index, catchExpr) {
Module['_BinaryenTryInsertCatchBodyAt'](expr, index, catchExpr);
},
'removeCatchBodyAt'(expr, index) {
return Module['_BinaryenTryRemoveCatchBodyAt'](expr, index);
},
'hasCatchAll'(expr) {
return Boolean(Module['_BinaryenTryHasCatchAll'](expr));
},
'getDelegateTarget'(expr) {
const name = Module['_BinaryenTryGetDelegateTarget'](expr);
return name ? UTF8ToString(name) : null;
},
'setDelegateTarget'(expr, name) {
preserveStack(() => { Module['_BinaryenTrySetDelegateTarget'](expr, strToStack(name)) });
},
'isDelegate'(expr) {
return Boolean(Module['_BinaryenTryIsDelegate'](expr));
}
});
function getTryTableCatchAt(expr, index) {
const tagPtr = Module['_BinaryenTryTableGetCatchTagAt'](expr, index);
return {
'tag': tagPtr ? UTF8ToString(tagPtr) : null,
'dest': UTF8ToString(Module['_BinaryenTryTableGetCatchDestAt'](expr, index)),
'ref': Boolean(Module['_BinaryenTryTableIsCatchRefAt'](expr, index)),
'sentType': Module['_BinaryenTryTableGetSentTypeAt'](expr, index)
};
}
Module['TryTable'] = makeExpressionWrapper(Module['_BinaryenTryTableId'](), {
'getBody'(expr) {
return Module['_BinaryenTryTableGetBody'](expr);
},
'setBody'(expr, bodyExpr) {
Module['_BinaryenTryTableSetBody'](expr, bodyExpr);
},
'getNumCatches'(expr) {
return Module['_BinaryenTryTableGetNumCatches'](expr);
},
'getCatches'(expr) {
const num = Module['_BinaryenTryTableGetNumCatches'](expr);
const ret = new Array(num);
for (let i = 0; i < num; ++i) ret[i] = getTryTableCatchAt(expr, i);
return ret;
},
'setCatches'(expr, catches) {
const num = catches.length;
let prevNum = Module['_BinaryenTryTableGetNumCatches'](expr);
preserveStack(() => {
for (let i = 0; i < num; ++i) {
const c = catches[i];
const tag = c['tag'] ? strToStack(c['tag']) : 0;
const dest = strToStack(c['dest']);
const ref = c['ref'] ? 1 : 0;
const sentType = c['sentType'];
if (i < prevNum) {
Module['_BinaryenTryTableSetCatchTagAt'](expr, i, tag, sentType);
Module['_BinaryenTryTableSetCatchDestAt'](expr, i, dest);
Module['_BinaryenTryTableSetCatchRefAt'](expr, i, ref, sentType);
} else {
Module['_BinaryenTryTableAppendCatch'](expr, tag, dest, ref, sentType);
}
}
});
while (prevNum > num) Module['_BinaryenTryTableRemoveCatchAt'](expr, --prevNum);
},
'getCatchAt': getTryTableCatchAt,
'setCatchAt'(expr, index, c) {
preserveStack(() => {
Module['_BinaryenTryTableSetCatchTagAt'](expr, index, c['tag'] ? strToStack(c['tag']) : 0, c['sentType']);
Module['_BinaryenTryTableSetCatchDestAt'](expr, index, strToStack(c['dest']));
Module['_BinaryenTryTableSetCatchRefAt'](expr, index, c['ref'] ? 1 : 0, c['sentType']);
});
},
'appendCatch'(expr, c) {
return preserveStack(() =>
Module['_BinaryenTryTableAppendCatch'](expr, c['tag'] ? strToStack(c['tag']) : 0, strToStack(c['dest']), c['ref'] ? 1 : 0, c['sentType']));
},
'insertCatchAt'(expr, index, c) {
preserveStack(() => {
Module['_BinaryenTryTableInsertCatchAt'](expr, index, c['tag'] ? strToStack(c['tag']) : 0, strToStack(c['dest']), c['ref'] ? 1 : 0, c['sentType']);
});
},
'removeCatchAt'(expr, index) {
return UTF8ToString(Module['_BinaryenTryTableRemoveCatchAt'](expr, index));
},
'hasCatchAll'(expr) {
return Boolean(Module['_BinaryenTryTableHasCatchAll'](expr));
}
});
Module['Throw'] = makeExpressionWrapper(Module['_BinaryenThrowId'](), {
'getTag'(expr) {
return UTF8ToString(Module['_BinaryenThrowGetTag'](expr));
},
'setTag'(expr, tagName) {
preserveStack(() => { Module['_BinaryenThrowSetTag'](expr, strToStack(tagName)) });
},
'getNumOperands'(expr) {
return Module['_BinaryenThrowGetNumOperands'](expr);
},
'getOperands'(expr) {
return getAllNested(expr, Module['_BinaryenThrowGetNumOperands'], Module['_BinaryenThrowGetOperandAt']);
},
'setOperands'(expr, operands) {
setAllNested(expr, operands, Module['_BinaryenThrowGetNumOperands'], Module['_BinaryenThrowSetOperandAt'], Module['_BinaryenThrowAppendOperand'], Module['_BinaryenThrowRemoveOperandAt']);
},
'getOperandAt'(expr, index) {
return Module['_BinaryenThrowGetOperandAt'](expr, index);
},
'setOperandAt'(expr, index, operandExpr) {
Module['_BinaryenThrowSetOperandAt'](expr, index, operandExpr);
},
'appendOperand'(expr, operandExpr) {
return Module['_BinaryenThrowAppendOperand'](expr, operandExpr);
},
'insertOperandAt'(expr, index, operandExpr) {
Module['_BinaryenThrowInsertOperandAt'](expr, index, operandExpr);
},
'removeOperandAt'(expr, index) {
return Module['_BinaryenThrowRemoveOperandAt'](expr, index);
},
});
Module['Rethrow'] = makeExpressionWrapper(Module['_BinaryenRethrowId'](), {
'getTarget'(expr) {
const target = Module['_BinaryenRethrowGetTarget'](expr);
return target ? UTF8ToString(target) : null;
},
'setTarget'(expr, target) {
preserveStack(() => { Module['_BinaryenRethrowSetTarget'](expr, strToStack(target)) });
}
});
Module['ThrowRef'] = makeExpressionWrapper(Module['_BinaryenThrowRefId'](), {
'getExnref'(expr) {
return Module['_BinaryenThrowRefGetExnref'](expr);
},
'setExnref'(expr, exnrefExpr) {
Module['_BinaryenThrowRefSetExnref'](expr, exnrefExpr);
}
});
Module['TupleMake'] = makeExpressionWrapper(Module['_BinaryenTupleMakeId'](), {
'getNumOperands'(expr) {
return Module['_BinaryenTupleMakeGetNumOperands'](expr);
},
'getOperands'(expr) {
return getAllNested(expr, Module['_BinaryenTupleMakeGetNumOperands'], Module['_BinaryenTupleMakeGetOperandAt']);
},
'setOperands'(expr, operands) {
setAllNested(expr, operands, Module['_BinaryenTupleMakeGetNumOperands'], Module['_BinaryenTupleMakeSetOperandAt'], Module['_BinaryenTupleMakeAppendOperand'], Module['_BinaryenTupleMakeRemoveOperandAt']);
},
'getOperandAt'(expr, index) {
return Module['_BinaryenTupleMakeGetOperandAt'](expr, index);
},
'setOperandAt'(expr, index, operandExpr) {
Module['_BinaryenTupleMakeSetOperandAt'](expr, index, operandExpr);
},
'appendOperand'(expr, operandExpr) {
return Module['_BinaryenTupleMakeAppendOperand'](expr, operandExpr);
},
'insertOperandAt'(expr, index, operandExpr) {
Module['_BinaryenTupleMakeInsertOperandAt'](expr, index, operandExpr);
},
'removeOperandAt'(expr, index) {
return Module['_BinaryenTupleMakeRemoveOperandAt'](expr, index);
}
});
Module['TupleExtract'] = makeExpressionWrapper(Module['_BinaryenTupleExtractId'](), {
'getTuple'(expr) {
return Module['_BinaryenTupleExtractGetTuple'](expr);
},
'setTuple'(expr, tupleExpr) {
Module['_BinaryenTupleExtractSetTuple'](expr, tupleExpr);
},
'getIndex'(expr) {
return Module['_BinaryenTupleExtractGetIndex'](expr);
},
'setIndex'(expr, index) {
Module['_BinaryenTupleExtractSetIndex'](expr, index);
}
});
Module['RefI31'] = makeExpressionWrapper(Module['_BinaryenRefI31Id'](), {
'getValue'(expr) {
return Module['_BinaryenRefI31GetValue'](expr);
},
'setValue'(expr, valueExpr) {
Module['_BinaryenRefI31SetValue'](expr, valueExpr);
}
});
Module['I31Get'] = makeExpressionWrapper(Module['_BinaryenI31GetId'](), {
'getI31'(expr) {
return Module['_BinaryenI31GetGetI31'](expr);
},
'setI31'(expr, i31Expr) {
Module['_BinaryenI31GetSetI31'](expr, i31Expr);
},
'isSigned'(expr) {
return Boolean(Module['_BinaryenI31GetIsSigned'](expr));
},
'setSigned'(expr, isSigned) {
Module['_BinaryenI31GetSetSigned'](expr, isSigned);
}
});
Module['CallRef'] = makeExpressionWrapper(Module['_BinaryenCallRefId'](), {
'getNumOperands'(expr) {
return Module['_BinaryenCallRefGetNumOperands'](expr);
},
'getOperandAt'(expr, index) {
return Module['_BinaryenCallRefGetOperandAt'](expr, index);
},
'setOperandAt'(expr, index, operandExpr) {
Module['_BinaryenCallRefSetOperandAt'](expr, index, operandExpr);
},
'appendOperand'(expr, operandExpr) {
return Module['_BinaryenCallRefAppendOperand'](expr, operandExpr);
},
'insertOperandAt'(expr, index, operandExpr) {
Module['_BinaryenCallRefInsertOperandAt'](expr, index, operandExpr);
},
'removeOperandAt'(expr, index) {
return Module['_BinaryenCallRefRemoveOperandAt'](expr, index);
},
'getTarget'(expr) {
return Module['_BinaryenCallRefGetTarget'](expr);
},
'setTarget'(expr, targetExpr) {
Module['_BinaryenCallRefSetTarget'](expr, targetExpr);
},
'isReturn'(expr) {
return Boolean(Module['_BinaryenCallRefIsReturn'](expr));
},
'setReturn'(expr, isReturn) {
Module['_BinaryenCallRefSetReturn'](expr, isReturn);
}
});
// Function wrapper
Module['Function'] = (() => {
// Closure compiler doesn't allow multiple `Function`s at top-level, so:
/** @constructor */
function Function(func) {
if (!(this instanceof Function)) {
if (!func) return null;
return new Function(func);
}
if (!func) throw Error("function reference must not be null");
this[thisPtr] = func;
}
Function['getName'] = function(func) {
return UTF8ToString(Module['_BinaryenFunctionGetName'](func));
};
Function['getType'] = function(func) {
return Module['_BinaryenFunctionGetType'](func);
}
Function['getParams'] = function(func) {
return Module['_BinaryenFunctionGetParams'](func);
};
Function['getResults'] = function(func) {
return Module['_BinaryenFunctionGetResults'](func);
};
Function['getNumVars'] = function(func) {
return Module['_BinaryenFunctionGetNumVars'](func);
};
Function['getVar'] = function(func, index) {
return Module['_BinaryenFunctionGetVar'](func, index);
};
Function['getNumLocals'] = function(func) {
return Module['_BinaryenFunctionGetNumLocals'](func);
};
Function['hasLocalName'] = function(func, index) {
return Boolean(Module['_BinaryenFunctionHasLocalName'](func, index));
};
Function['getLocalName'] = function(func, index) {
return UTF8ToString(Module['_BinaryenFunctionGetLocalName'](func, index));
};
Function['setLocalName'] = function(func, index, name) {
preserveStack(() => {
Module['_BinaryenFunctionSetLocalName'](func, index, strToStack(name));
});
};
Function['getBody'] = function(func) {
return Module['_BinaryenFunctionGetBody'](func);
};
Function['setBody'] = function(func, bodyExpr) {
Module['_BinaryenFunctionSetBody'](func, bodyExpr);
};
deriveWrapperInstanceMembers(Function.prototype, Function);
Function.prototype['valueOf'] = function() {
return this[thisPtr];
};
return Function;
})();
// Table wrapper
Module['Table'] = (() => {
/** @constructor */
function Table(table) {
if (!(this instanceof Table)) {
if (!table) return null;
return new Table(table);
}
if (!table) throw Error("table reference must not be null");
this[thisPtr] = table;
}
/**
* Gets the name of the specified `Table`.
*
* @param {Table} table - The `Table` to get the name from.
*
* @return {string} The name of the `Table`.
*/
Table['getName'] = function(table) {
return UTF8ToString(Module['_BinaryenTableGetName'](table));
};
/**
* Sets the name of the specified `Table`.
*
* @param {Table} table - The `Table` to set the name for.
* @param {string} name - The new name for the `Table`.
*
* @return {void}
*/
Table['setName'] = function(table, name) {
preserveStack(() => {
Module['_BinaryenTableSetName'](table, strToStack(name));
});
};
/**
* Gets the initial number of pages of the specified `Table`.
*
* @param {Table} table - The `Table` to get the initial number of pages from.
*
* @return {number} The initial number of pages of the `Table`.
*/
Table['getInitial'] = function(table) {
return Module['_BinaryenTableGetInitial'](table);
};
/**
* Sets the initial number of pages of the specified `Table`.
*
* @param {Table} table - The `Table` to set the initial number of pages for.
* @param {number} initial - The new initial number of pages for the `Table`.
*
* @return {void}
*/
Table['setInitial'] = function(table, initial) {
Module['_BinaryenTableSetInitial'](table, initial);
};
/**
* Tests whether the specified `Table` has a maximum number of pages.
*
* @param {Table} table - The `Table` to test.
*
* @return {boolean} `true` if the `Table` has a maximum number of pages, `false` otherwise.
*/
Table['hasMax'] = function(table) {
return Boolean(Module['_BinaryenTableHasMax'](table));
};
/**
* Gets the maximum number of pages of the specified `Table`.
*
* @param {Table} table - The `Table` to get the maximum number of pages from.
*
* @return {number} The maximum number of pages of the `Table`.
*/
Table['getMax'] = function(table) {
return Module['_BinaryenTableGetMax'](table);
};
/**
* Sets the maximum number of pages of the specified `Table`.
*
* @param {Table} table - The `Table` to set the maximum number of pages for.
* @param {number} max - The new maximum number of pages for the `Table`.
*
* @return {void}
*/
Table['setMax'] = function(table, max) {
return Module['_BinaryenTableSetMax'](table, max);
};
/**
* Gets the table type of the specified `Table`.
*
* @param {Table} table - The `Table` to get the type from.
*
* @return {number} The type of the `Table`.
*/
Table['getType'] = function(table) {
return Module['_BinaryenTableGetType'](table);
};
/**
* Sets the table type of the specified `Table`.
*
* @param {Table} table - The `Table` to set the type for.
* @param {Type} tableType - The new type for the `Table`.
*
* @return {void}
*/
Table['setType'] = function(table, tableType) {
return Module['_BinaryenTableSetType'](table, tableType);
};
deriveWrapperInstanceMembers(Table.prototype, Table);
Table.prototype['valueOf'] = function() {
return this[thisPtr];
};
return Table;
})();
// Additional customizations
Module['exit'] = function(status) {
// Instead of exiting silently on errors, always show an error with
// a stack trace, for debuggability.
if (status != 0) throw new Error('exiting due to error: ' + status);
};
// Intercept the onRuntimeInitialized hook if necessary
if (runtimeInitialized) {
initializeConstants();
} else {
Module['onRuntimeInitialized'] = (super_ => () => {
initializeConstants();
if (super_) super_();
})(Module['onRuntimeInitialized']);
}