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MatteZ02
2020-03-03 22:30:50 +02:00
parent edfcc6f474
commit 30022c7634
11800 changed files with 1984416 additions and 1 deletions
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94
node_modules/es-abstract/test/GetIntrinsic.js generated vendored Normal file
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'use strict';
var GetIntrinsic = require('../GetIntrinsic');
var test = require('tape');
var forEach = require('foreach');
var debug = require('object-inspect');
var v = require('./helpers/values');
test('export', function (t) {
t.equal(typeof GetIntrinsic, 'function', 'it is a function');
t.equal(GetIntrinsic.length, 2, 'function has length of 2');
t.end();
});
test('throws', function (t) {
t['throws'](
function () { GetIntrinsic('not an intrinsic'); },
SyntaxError,
'nonexistent intrinsic throws a syntax error'
);
t['throws'](
function () { GetIntrinsic(''); },
TypeError,
'empty string intrinsic throws a type error'
);
t['throws'](
function () { GetIntrinsic('.'); },
SyntaxError,
'"just a dot" intrinsic throws a syntax error'
);
forEach(v.nonStrings, function (nonString) {
t['throws'](
function () { GetIntrinsic(nonString); },
TypeError,
debug(nonString) + ' is not a String'
);
});
forEach(v.nonBooleans, function (nonBoolean) {
t['throws'](
function () { GetIntrinsic('%', nonBoolean); },
TypeError,
debug(nonBoolean) + ' is not a Boolean'
);
});
forEach([
'toString',
'propertyIsEnumerable',
'hasOwnProperty'
], function (objectProtoMember) {
t['throws'](
function () { GetIntrinsic(objectProtoMember); },
SyntaxError,
debug(objectProtoMember) + ' is not an intrinsic'
);
});
t.end();
});
test('base intrinsics', function (t) {
t.equal(GetIntrinsic('%Object%'), Object, '%Object% yields Object');
t.equal(GetIntrinsic('Object'), Object, 'Object yields Object');
t.equal(GetIntrinsic('%Array%'), Array, '%Array% yields Array');
t.equal(GetIntrinsic('Array'), Array, 'Array yields Array');
t.end();
});
test('dotted paths', function (t) {
t.equal(GetIntrinsic('%Object.prototype.toString%'), Object.prototype.toString, '%Object.prototype.toString% yields Object.prototype.toString');
t.equal(GetIntrinsic('Object.prototype.toString'), Object.prototype.toString, 'Object.prototype.toString yields Object.prototype.toString');
t.equal(GetIntrinsic('%Array.prototype.push%'), Array.prototype.push, '%Array.prototype.push% yields Array.prototype.push');
t.equal(GetIntrinsic('Array.prototype.push'), Array.prototype.push, 'Array.prototype.push yields Array.prototype.push');
t.end();
});
test('accessors', { skip: !Object.getOwnPropertyDescriptor || typeof Map !== 'function' }, function (t) {
var actual = Object.getOwnPropertyDescriptor(Map.prototype, 'size');
t.ok(actual, 'Map.prototype.size has a descriptor');
t.equal(typeof actual.get, 'function', 'Map.prototype.size has a getter function');
t.equal(GetIntrinsic('%Map.prototype.size%'), actual.get, '%Map.prototype.size% yields the getter for it');
t.equal(GetIntrinsic('Map.prototype.size'), actual.get, 'Map.prototype.size yields the getter for it');
t.end();
});

27
node_modules/es-abstract/test/diffOps.js generated vendored Normal file
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'use strict';
var keys = require('object-keys');
var forEach = require('foreach');
var indexOf = require('array.prototype.indexof');
module.exports = function diffOperations(actual, expected, expectedMissing) {
var actualKeys = keys(actual);
var expectedKeys = keys(expected);
var extra = [];
var missing = [];
forEach(actualKeys, function (op) {
if (!(op in expected)) {
extra.push(op);
} else if (indexOf(expectedMissing, op) !== -1) {
extra.push(op);
}
});
forEach(expectedKeys, function (op) {
if (typeof actual[op] !== 'function' && indexOf(expectedMissing, op) === -1) {
missing.push(op);
}
});
return { missing: missing, extra: extra };
};

11
node_modules/es-abstract/test/es2015.js generated vendored Normal file
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'use strict';
var ES = require('../').ES2015;
var ops = require('../operations/2015');
var expectedMissing = ['Construct', 'CreateArrayFromList', 'CreateListIterator', 'NormalCompletion', 'RegExpBuiltinExec'];
require('./tests').es2015(ES, ops, expectedMissing);
require('./helpers/runManifestTest')(require('tape'), ES, 2015);

11
node_modules/es-abstract/test/es2016.js generated vendored Normal file
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'use strict';
var ES = require('../').ES2016;
var ops = require('../operations/2016');
var expectedMissing = ['AddRestrictedFunctionProperties', 'AllocateArrayBuffer', 'AllocateTypedArray', 'AllocateTypedArrayBuffer', 'BlockDeclarationInstantiation', 'BoundFunctionCreate', 'Canonicalize', 'CharacterRange', 'CharacterRangeOrUnion', 'CharacterSetMatcher', 'CloneArrayBuffer', 'Completion', 'Construct', 'CopyDataBlockBytes', 'CreateArrayFromList', 'CreateArrayIterator', 'CreateBuiltinFunction', 'CreateByteDataBlock', 'CreateDynamicFunction', 'CreateIntrinsics', 'CreateListIterator', 'CreateMapIterator', 'CreateMappedArgumentsObject', 'CreatePerIterationEnvironment', 'CreateRealm', 'CreateResolvingFunctions', 'CreateSetIterator', 'CreateStringIterator', 'CreateUnmappedArgumentsObject', 'Decode', 'DetachArrayBuffer', 'Encode', 'EnqueueJob', 'EnumerateObjectProperties', 'EscapeRegExpPattern', 'EvalDeclarationInstantiation', 'EvaluateCall', 'EvaluateDirectCall', 'EvaluateNew', 'ForBodyEvaluation', 'ForIn/OfBodyEvaluation', 'ForIn/OfHeadEvaluation', 'FulfillPromise', 'FunctionAllocate', 'FunctionCreate', 'FunctionDeclarationInstantiation', 'FunctionInitialize', 'GeneratorFunctionCreate', 'GeneratorResume', 'GeneratorResumeAbrupt', 'GeneratorStart', 'GeneratorValidate', 'GeneratorYield', 'GetActiveScriptOrModule', 'GetFunctionRealm', 'GetGlobalObject', 'GetIdentifierReference', 'GetModuleNamespace', 'GetNewTarget', 'GetSuperConstructor', 'GetTemplateObject', 'GetThisEnvironment', 'GetThisValue', 'GetValue', 'GetValueFromBuffer', 'GetViewValue', 'GlobalDeclarationInstantiation', 'HostPromiseRejectionTracker', 'HostReportErrors', 'HostResolveImportedModule', 'IfAbruptRejectPromise', 'ImportedLocalNames', 'InitializeBoundName', 'InitializeHostDefinedRealm', 'InitializeReferencedBinding', 'IntegerIndexedElementGet', 'IntegerIndexedElementSet', 'IntegerIndexedObjectCreate', 'InternalizeJSONProperty', 'IsAnonymousFunctionDefinition', 'IsCompatiblePropertyDescriptor', 'IsDetachedBuffer', 'IsInTailPosition', 'IsLabelledFunction', 'IsWordChar', 'LocalTime', 'LoopContinues', 'MakeArgGetter', 'MakeArgSetter', 'MakeClassConstructor', 'MakeConstructor', 'MakeMethod', 'MakeSuperPropertyReference', 'ModuleNamespaceCreate', 'NewDeclarativeEnvironment', 'NewFunctionEnvironment', 'NewGlobalEnvironment', 'NewModuleEnvironment', 'NewObjectEnvironment', 'NewPromiseCapability', 'NextJob', 'NormalCompletion', 'ObjectDefineProperties', 'OrdinaryCallBindThis', 'OrdinaryCallEvaluateBody', 'OrdinaryCreateFromConstructor', 'OrdinaryDelete', 'OrdinaryGet', 'OrdinaryIsExtensible', 'OrdinaryOwnPropertyKeys', 'OrdinaryPreventExtensions', 'OrdinarySet', 'ParseModule', 'ParseScript', 'PerformEval', 'PerformPromiseAll', 'PerformPromiseRace', 'PerformPromiseThen', 'PrepareForOrdinaryCall', 'PrepareForTailCall', 'PromiseReactionJob', 'PromiseResolveThenableJob', 'ProxyCreate', 'PutValue', 'QuoteJSONString', 'RegExpAlloc', 'RegExpBuiltinExec', 'RegExpCreate', 'RegExpInitialize', 'RejectPromise', 'RepeatMatcher', 'ResolveBinding', 'ResolveThisBinding', 'ReturnIfAbrupt', 'ScriptEvaluation', 'ScriptEvaluationJob', 'SerializeJSONArray', 'SerializeJSONObject', 'SerializeJSONProperty', 'SetDefaultGlobalBindings', 'SetRealmGlobalObject', 'SetValueInBuffer', 'SetViewValue', 'SortCompare', 'SplitMatch', 'StringCreate', 'ToString Applied to the Number Type', 'TopLevelModuleEvaluationJob', 'TriggerPromiseReactions', 'TypedArrayCreate', 'TypedArraySpeciesCreate', 'UTC', 'UTF16Decode', 'UTF16Encoding', 'UpdateEmpty', 'ValidateTypedArray', 'abs', 'floor', 'max', 'min'];
require('./tests').es2016(ES, ops, expectedMissing);
require('./helpers/runManifestTest')(require('tape'), ES, 2016);

11
node_modules/es-abstract/test/es2017.js generated vendored Normal file
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'use strict';
var ES = require('../').ES2017;
var ops = require('../operations/2017');
var expectedMissing = ['AddRestrictedFunctionProperties', 'AddWaiter', 'AgentCanSuspend', 'AgentSignifier', 'AllocateArrayBuffer', 'AllocateSharedArrayBuffer', 'AllocateTypedArray', 'AllocateTypedArrayBuffer', 'AsyncFunctionAwait', 'AsyncFunctionCreate', 'AsyncFunctionStart', 'AtomicLoad', 'AtomicReadModifyWrite', 'BlockDeclarationInstantiation', 'BoundFunctionCreate', 'Canonicalize', 'CharacterRange', 'CharacterRangeOrUnion', 'CharacterSetMatcher', 'CloneArrayBuffer', 'Completion', 'ComposeWriteEventBytes', 'Construct', 'CopyDataBlockBytes', 'CreateArrayFromList', 'CreateArrayIterator', 'CreateBuiltinFunction', 'CreateByteDataBlock', 'CreateDynamicFunction', 'CreateIntrinsics', 'CreateListIterator', 'CreateMapIterator', 'CreateMappedArgumentsObject', 'CreatePerIterationEnvironment', 'CreateRealm', 'CreateResolvingFunctions', 'CreateSetIterator', 'CreateSharedByteDataBlock', 'CreateStringIterator', 'CreateUnmappedArgumentsObject', 'Decode', 'DetachArrayBuffer', 'Encode', 'EnqueueJob', 'EnterCriticalSection', 'EnumerateObjectProperties', 'EscapeRegExpPattern', 'EvalDeclarationInstantiation', 'EvaluateCall', 'EvaluateDirectCall', 'EvaluateNew', 'EventSet', 'ForBodyEvaluation', 'ForIn/OfBodyEvaluation', 'ForIn/OfHeadEvaluation', 'FulfillPromise', 'FunctionAllocate', 'FunctionCreate', 'FunctionDeclarationInstantiation', 'FunctionInitialize', 'GeneratorFunctionCreate', 'GeneratorResume', 'GeneratorResumeAbrupt', 'GeneratorStart', 'GeneratorValidate', 'GeneratorYield', 'GetActiveScriptOrModule', 'GetBase', 'GetFunctionRealm', 'GetGlobalObject', 'GetIdentifierReference', 'GetModifySetValueInBuffer', 'GetModuleNamespace', 'GetNewTarget', 'GetReferencedName', 'GetSuperConstructor', 'GetTemplateObject', 'GetThisEnvironment', 'GetThisValue', 'GetValue', 'GetValueFromBuffer', 'GetViewValue', 'GetWaiterList', 'GlobalDeclarationInstantiation', 'HasPrimitiveBase', 'HostEnsureCanCompileStrings', 'HostEventSet', 'HostPromiseRejectionTracker', 'HostReportErrors', 'HostResolveImportedModule', 'IfAbruptRejectPromise', 'ImportedLocalNames', 'InitializeBoundName', 'InitializeHostDefinedRealm', 'InitializeReferencedBinding', 'IntegerIndexedElementGet', 'IntegerIndexedElementSet', 'IntegerIndexedObjectCreate', 'InternalizeJSONProperty', 'IsAnonymousFunctionDefinition', 'IsCompatiblePropertyDescriptor', 'IsDetachedBuffer', 'IsInTailPosition', 'IsLabelledFunction', 'IsPropertyReference', 'IsSharedArrayBuffer', 'IsStrictReference', 'IsSuperReference', 'IsUnresolvableReference', 'IsWordChar', 'LeaveCriticalSection', 'LocalTime', 'LoopContinues', 'MakeArgGetter', 'MakeArgSetter', 'MakeClassConstructor', 'MakeConstructor', 'MakeMethod', 'MakeSuperPropertyReference', 'ModuleNamespaceCreate', 'NewDeclarativeEnvironment', 'NewFunctionEnvironment', 'NewGlobalEnvironment', 'NewModuleEnvironment', 'NewObjectEnvironment', 'NewPromiseCapability', 'NormalCompletion', 'NumberToRawBytes', 'ObjectDefineProperties', 'OrdinaryCallBindThis', 'OrdinaryCallEvaluateBody', 'OrdinaryCreateFromConstructor', 'OrdinaryDelete', 'OrdinaryGet', 'OrdinaryIsExtensible', 'OrdinaryOwnPropertyKeys', 'OrdinaryPreventExtensions', 'OrdinarySet', 'OrdinaryToPrimitive', 'ParseModule', 'ParseScript', 'PerformEval', 'PerformPromiseAll', 'PerformPromiseRace', 'PerformPromiseThen', 'PrepareForOrdinaryCall', 'PrepareForTailCall', 'PromiseReactionJob', 'PromiseResolveThenableJob', 'ProxyCreate', 'PutValue', 'QuoteJSONString', 'RawBytesToNumber', 'RegExpAlloc', 'RegExpBuiltinExec', 'RegExpCreate', 'RegExpInitialize', 'RejectPromise', 'RemoveWaiter', 'RemoveWaiters', 'RepeatMatcher', 'ResolveBinding', 'ResolveThisBinding', 'ReturnIfAbrupt', 'RunJobs', 'ScriptEvaluation', 'ScriptEvaluationJob', 'SerializeJSONArray', 'SerializeJSONObject', 'SerializeJSONProperty', 'SetDefaultGlobalBindings', 'SetImmutablePrototype', 'SetRealmGlobalObject', 'SetValueInBuffer', 'SetViewValue', 'SharedDataBlockEventSet', 'SortCompare', 'SplitMatch', 'StringCreate', 'StringGetOwnProperty', 'Suspend', 'ToString Applied to the Number Type', 'TopLevelModuleEvaluationJob', 'TriggerPromiseReactions', 'TypedArrayCreate', 'TypedArraySpeciesCreate', 'UTC', 'UTF16Decode', 'UTF16Encoding', 'UpdateEmpty', 'ValidateAtomicAccess', 'ValidateSharedIntegerTypedArray', 'ValidateTypedArray', 'ValueOfReadEvent', 'WakeWaiter', 'WordCharacters', 'abs', 'agent-order', 'floor', 'happens-before', 'host-synchronizes-with', 'max', 'memory-order', 'min', 'reads-bytes-from', 'reads-from', 'synchronizes-with'];
require('./tests').es2017(ES, ops, expectedMissing);
require('./helpers/runManifestTest')(require('tape'), ES, 2017);

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node_modules/es-abstract/test/es2018.js generated vendored Normal file
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'use strict';
var ES = require('../').ES2018;
var ops = require('../operations/2018');
var expectedMissing = ['abs', 'AddRestrictedFunctionProperties', 'AddWaiter', 'agent-order', 'AgentCanSuspend', 'AgentSignifier', 'AllocateArrayBuffer', 'AllocateSharedArrayBuffer', 'AllocateTypedArray', 'AllocateTypedArrayBuffer', 'AsyncFunctionStart', 'AsyncGeneratorEnqueue', 'AsyncGeneratorReject', 'AsyncGeneratorResolve', 'AsyncGeneratorResumeNext', 'AsyncGeneratorStart', 'AsyncGeneratorYield', 'AtomicLoad', 'AtomicReadModifyWrite', 'Await', 'BlockDeclarationInstantiation', 'BoundFunctionCreate', 'Canonicalize', 'CaseClauseIsSelected', 'CharacterRange', 'CharacterRangeOrUnion', 'CharacterSetMatcher', 'CloneArrayBuffer', 'Completion', 'ComposeWriteEventBytes', 'CopyDataBlockBytes', 'CreateArrayIterator', 'CreateAsyncFromSyncIterator', 'CreateBuiltinFunction', 'CreateByteDataBlock', 'CreateDynamicFunction', 'CreateIntrinsics', 'CreateMapIterator', 'CreateMappedArgumentsObject', 'CreatePerIterationEnvironment', 'CreateRealm', 'CreateResolvingFunctions', 'CreateSetIterator', 'CreateSharedByteDataBlock', 'CreateStringIterator', 'CreateUnmappedArgumentsObject', 'Decode', 'DetachArrayBuffer', 'Encode', 'EnqueueJob', 'EnterCriticalSection', 'EnumerateObjectProperties', 'EscapeRegExpPattern', 'EvalDeclarationInstantiation', 'EvaluateCall', 'EvaluateNew', 'EventSet', 'floor', 'ForBodyEvaluation', 'ForIn/OfBodyEvaluation', 'ForIn/OfHeadEvaluation', 'FulfillPromise', 'FunctionAllocate', 'FunctionCreate', 'FunctionDeclarationInstantiation', 'FunctionInitialize', 'GeneratorFunctionCreate', 'GeneratorResume', 'GeneratorResumeAbrupt', 'GeneratorStart', 'GeneratorValidate', 'GeneratorYield', 'GetActiveScriptOrModule', 'GetBase', 'GetFunctionRealm', 'GetGeneratorKind', 'GetGlobalObject', 'GetIdentifierReference', 'GetModifySetValueInBuffer', 'GetModuleNamespace', 'GetNewTarget', 'GetReferencedName', 'GetSuperConstructor', 'GetTemplateObject', 'GetThisEnvironment', 'GetThisValue', 'GetValue', 'GetValueFromBuffer', 'GetViewValue', 'GetWaiterList', 'GlobalDeclarationInstantiation', 'happens-before', 'HasPrimitiveBase', 'host-synchronizes-with', 'HostEnsureCanCompileStrings', 'HostEventSet', 'HostPromiseRejectionTracker', 'HostReportErrors', 'HostResolveImportedModule', 'IfAbruptRejectPromise', 'ImportedLocalNames', 'InitializeBoundName', 'InitializeHostDefinedRealm', 'InitializeReferencedBinding', 'InnerModuleEvaluation', 'InnerModuleInstantiation', 'IntegerIndexedElementGet', 'IntegerIndexedElementSet', 'IntegerIndexedObjectCreate', 'InternalizeJSONProperty', 'IsAnonymousFunctionDefinition', 'IsCompatiblePropertyDescriptor', 'IsDetachedBuffer', 'IsInTailPosition', 'IsLabelledFunction', 'IsPropertyReference', 'IsSharedArrayBuffer', 'IsStrictReference', 'IsSuperReference', 'IsUnresolvableReference', 'IsWordChar', 'LeaveCriticalSection', 'LocalTime', 'LoopContinues', 'MakeArgGetter', 'MakeArgSetter', 'MakeClassConstructor', 'MakeConstructor', 'MakeMethod', 'MakeSuperPropertyReference', 'max', 'memory-order', 'min', 'ModuleDeclarationEnvironmentSetup', 'ModuleExecution', 'ModuleNamespaceCreate', 'NewDeclarativeEnvironment', 'NewFunctionEnvironment', 'NewGlobalEnvironment', 'NewModuleEnvironment', 'NewObjectEnvironment', 'NewPromiseCapability', 'NumberToRawBytes', 'ObjectDefineProperties', 'OrdinaryCallBindThis', 'OrdinaryCallEvaluateBody', 'OrdinaryCreateFromConstructor', 'OrdinaryDelete', 'OrdinaryGet', 'OrdinaryIsExtensible', 'OrdinaryOwnPropertyKeys', 'OrdinaryPreventExtensions', 'OrdinaryToPrimitive', 'ParseModule', 'ParseScript', 'PerformEval', 'PerformPromiseAll', 'PerformPromiseRace', 'PerformPromiseThen', 'PrepareForOrdinaryCall', 'PrepareForTailCall', 'PromiseReactionJob', 'PromiseResolveThenableJob', 'ProxyCreate', 'PutValue', 'QuoteJSONString', 'RawBytesToNumber', 'reads-bytes-from', 'reads-from', 'RegExpAlloc', 'RegExpCreate', 'RegExpInitialize', 'RejectPromise', 'RemoveWaiter', 'RemoveWaiters', 'RepeatMatcher', 'ResolveBinding', 'ResolveThisBinding', 'ReturnIfAbrupt', 'RunJobs', 'ScriptEvaluation', 'ScriptEvaluationJob', 'SerializeJSONArray', 'SerializeJSONObject', 'SerializeJSONProperty', 'SetDefaultGlobalBindings', 'SetImmutablePrototype', 'SetRealmGlobalObject', 'SetValueInBuffer', 'SetViewValue', 'SharedDataBlockEventSet', 'SortCompare', 'SplitMatch', 'StringCreate', 'StringGetOwnProperty', 'Suspend', 'synchronizes-with', 'TimeZoneString', 'TopLevelModuleEvaluationJob', 'TriggerPromiseReactions', 'TypedArrayCreate', 'TypedArraySpeciesCreate', 'UnicodeEscape', 'UpdateEmpty', 'UTC', 'UTF16Decode', 'UTF16Encoding', 'ValidateAtomicAccess', 'ValidateSharedIntegerTypedArray', 'ValidateTypedArray', 'ValueOfReadEvent', 'WakeWaiter', 'WordCharacters', 'AsyncFunctionCreate', 'AsyncGeneratorFunctionCreate', 'AsyncIteratorClose', 'BackreferenceMatcher', 'Construct', 'CreateArrayFromList', 'CreateListIteratorRecord', 'NormalCompletion', 'OrdinarySet', 'OrdinarySetWithOwnDescriptor', 'RegExpBuiltinExec', 'SetFunctionLength', 'ThrowCompletion', 'UnicodeMatchProperty', 'UnicodeMatchPropertyValue'];
require('./tests').es2018(ES, ops, expectedMissing);
require('./helpers/runManifestTest')(require('tape'), ES, 2018);

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node_modules/es-abstract/test/es2019.js generated vendored Normal file
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784
node_modules/es-abstract/test/es5.js generated vendored Normal file
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'use strict';
var ES = require('../').ES5;
var test = require('tape');
var forEach = require('foreach');
var is = require('object-is');
var debug = require('object-inspect');
var v = require('./helpers/values');
require('./helpers/runManifestTest')(test, ES, 5);
test('ToPrimitive', function (t) {
t.test('primitives', function (st) {
var testPrimitive = function (primitive) {
st.ok(is(ES.ToPrimitive(primitive), primitive), debug(primitive) + ' is returned correctly');
};
forEach(v.primitives, testPrimitive);
st.end();
});
t.test('objects', function (st) {
st.equal(ES.ToPrimitive(v.coercibleObject), v.coercibleObject.valueOf(), 'coercibleObject coerces to valueOf');
st.equal(ES.ToPrimitive(v.coercibleObject, Number), v.coercibleObject.valueOf(), 'coercibleObject with hint Number coerces to valueOf');
st.equal(ES.ToPrimitive(v.coercibleObject, String), v.coercibleObject.toString(), 'coercibleObject with hint String coerces to toString');
st.equal(ES.ToPrimitive(v.coercibleFnObject), v.coercibleFnObject.toString(), 'coercibleFnObject coerces to toString');
st.equal(ES.ToPrimitive(v.toStringOnlyObject), v.toStringOnlyObject.toString(), 'toStringOnlyObject returns toString');
st.equal(ES.ToPrimitive(v.valueOfOnlyObject), v.valueOfOnlyObject.valueOf(), 'valueOfOnlyObject returns valueOf');
st.equal(ES.ToPrimitive({}), '[object Object]', '{} with no hint coerces to Object#toString');
st.equal(ES.ToPrimitive({}, String), '[object Object]', '{} with hint String coerces to Object#toString');
st.equal(ES.ToPrimitive({}, Number), '[object Object]', '{} with hint Number coerces to Object#toString');
st['throws'](function () { return ES.ToPrimitive(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws a TypeError');
st['throws'](function () { return ES.ToPrimitive(v.uncoercibleFnObject); }, TypeError, 'uncoercibleFnObject throws a TypeError');
st.end();
});
t.end();
});
test('ToBoolean', function (t) {
t.equal(false, ES.ToBoolean(undefined), 'undefined coerces to false');
t.equal(false, ES.ToBoolean(null), 'null coerces to false');
t.equal(false, ES.ToBoolean(false), 'false returns false');
t.equal(true, ES.ToBoolean(true), 'true returns true');
forEach([0, -0, NaN], function (falsyNumber) {
t.equal(false, ES.ToBoolean(falsyNumber), 'falsy number ' + falsyNumber + ' coerces to false');
});
forEach([Infinity, 42, 1, -Infinity], function (truthyNumber) {
t.equal(true, ES.ToBoolean(truthyNumber), 'truthy number ' + truthyNumber + ' coerces to true');
});
t.equal(false, ES.ToBoolean(''), 'empty string coerces to false');
t.equal(true, ES.ToBoolean('foo'), 'nonempty string coerces to true');
forEach(v.objects, function (obj) {
t.equal(true, ES.ToBoolean(obj), 'object coerces to true');
});
t.equal(true, ES.ToBoolean(v.uncoercibleObject), 'uncoercibleObject coerces to true');
t.end();
});
test('ToNumber', function (t) {
t.ok(is(NaN, ES.ToNumber(undefined)), 'undefined coerces to NaN');
t.ok(is(ES.ToNumber(null), 0), 'null coerces to +0');
t.ok(is(ES.ToNumber(false), 0), 'false coerces to +0');
t.equal(1, ES.ToNumber(true), 'true coerces to 1');
t.ok(is(NaN, ES.ToNumber(NaN)), 'NaN returns itself');
forEach([0, -0, 42, Infinity, -Infinity], function (num) {
t.equal(num, ES.ToNumber(num), num + ' returns itself');
});
forEach(['foo', '0', '4a', '2.0', 'Infinity', '-Infinity'], function (numString) {
t.ok(is(+numString, ES.ToNumber(numString)), '"' + numString + '" coerces to ' + Number(numString));
});
forEach(v.objects, function (object) {
t.ok(is(ES.ToNumber(object), ES.ToNumber(ES.ToPrimitive(object))), 'object ' + object + ' coerces to same as ToPrimitive of object does');
});
t['throws'](function () { return ES.ToNumber(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws');
t.end();
});
test('ToInteger', function (t) {
t.ok(is(0, ES.ToInteger(NaN)), 'NaN coerces to +0');
forEach([0, Infinity, 42], function (num) {
t.ok(is(num, ES.ToInteger(num)), num + ' returns itself');
t.ok(is(-num, ES.ToInteger(-num)), '-' + num + ' returns itself');
});
t.equal(3, ES.ToInteger(Math.PI), 'pi returns 3');
t['throws'](function () { return ES.ToInteger(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws');
t.end();
});
test('ToInt32', function (t) {
t.ok(is(0, ES.ToInt32(NaN)), 'NaN coerces to +0');
forEach([0, Infinity], function (num) {
t.ok(is(0, ES.ToInt32(num)), num + ' returns +0');
t.ok(is(0, ES.ToInt32(-num)), '-' + num + ' returns +0');
});
t['throws'](function () { return ES.ToInt32(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws');
t.ok(is(ES.ToInt32(0x100000000), 0), '2^32 returns +0');
t.ok(is(ES.ToInt32(0x100000000 - 1), -1), '2^32 - 1 returns -1');
t.ok(is(ES.ToInt32(0x80000000), -0x80000000), '2^31 returns -2^31');
t.ok(is(ES.ToInt32(0x80000000 - 1), 0x80000000 - 1), '2^31 - 1 returns 2^31 - 1');
forEach([0, Infinity, NaN, 0x100000000, 0x80000000, 0x10000, 0x42], function (num) {
t.ok(is(ES.ToInt32(num), ES.ToInt32(ES.ToUint32(num))), 'ToInt32(x) === ToInt32(ToUint32(x)) for 0x' + num.toString(16));
t.ok(is(ES.ToInt32(-num), ES.ToInt32(ES.ToUint32(-num))), 'ToInt32(x) === ToInt32(ToUint32(x)) for -0x' + num.toString(16));
});
t.end();
});
test('ToUint32', function (t) {
t.ok(is(0, ES.ToUint32(NaN)), 'NaN coerces to +0');
forEach([0, Infinity], function (num) {
t.ok(is(0, ES.ToUint32(num)), num + ' returns +0');
t.ok(is(0, ES.ToUint32(-num)), '-' + num + ' returns +0');
});
t['throws'](function () { return ES.ToUint32(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws');
t.ok(is(ES.ToUint32(0x100000000), 0), '2^32 returns +0');
t.ok(is(ES.ToUint32(0x100000000 - 1), 0x100000000 - 1), '2^32 - 1 returns 2^32 - 1');
t.ok(is(ES.ToUint32(0x80000000), 0x80000000), '2^31 returns 2^31');
t.ok(is(ES.ToUint32(0x80000000 - 1), 0x80000000 - 1), '2^31 - 1 returns 2^31 - 1');
forEach([0, Infinity, NaN, 0x100000000, 0x80000000, 0x10000, 0x42], function (num) {
t.ok(is(ES.ToUint32(num), ES.ToUint32(ES.ToInt32(num))), 'ToUint32(x) === ToUint32(ToInt32(x)) for 0x' + num.toString(16));
t.ok(is(ES.ToUint32(-num), ES.ToUint32(ES.ToInt32(-num))), 'ToUint32(x) === ToUint32(ToInt32(x)) for -0x' + num.toString(16));
});
t.end();
});
test('ToUint16', function (t) {
t.ok(is(0, ES.ToUint16(NaN)), 'NaN coerces to +0');
forEach([0, Infinity], function (num) {
t.ok(is(0, ES.ToUint16(num)), num + ' returns +0');
t.ok(is(0, ES.ToUint16(-num)), '-' + num + ' returns +0');
});
t['throws'](function () { return ES.ToUint16(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws');
t.ok(is(ES.ToUint16(0x100000000), 0), '2^32 returns +0');
t.ok(is(ES.ToUint16(0x100000000 - 1), 0x10000 - 1), '2^32 - 1 returns 2^16 - 1');
t.ok(is(ES.ToUint16(0x80000000), 0), '2^31 returns +0');
t.ok(is(ES.ToUint16(0x80000000 - 1), 0x10000 - 1), '2^31 - 1 returns 2^16 - 1');
t.ok(is(ES.ToUint16(0x10000), 0), '2^16 returns +0');
t.ok(is(ES.ToUint16(0x10000 - 1), 0x10000 - 1), '2^16 - 1 returns 2^16 - 1');
t.end();
});
test('ToString', function (t) {
t['throws'](function () { return ES.ToString(v.uncoercibleObject); }, TypeError, 'uncoercibleObject throws');
t.end();
});
test('ToObject', function (t) {
t['throws'](function () { return ES.ToObject(undefined); }, TypeError, 'undefined throws');
t['throws'](function () { return ES.ToObject(null); }, TypeError, 'null throws');
forEach(v.numbers, function (number) {
var obj = ES.ToObject(number);
t.equal(typeof obj, 'object', 'number ' + number + ' coerces to object');
t.equal(true, obj instanceof Number, 'object of ' + number + ' is Number object');
t.ok(is(obj.valueOf(), number), 'object of ' + number + ' coerces to ' + number);
});
t.end();
});
test('CheckObjectCoercible', function (t) {
t['throws'](function () { return ES.CheckObjectCoercible(undefined); }, TypeError, 'undefined throws');
t['throws'](function () { return ES.CheckObjectCoercible(null); }, TypeError, 'null throws');
var checkCoercible = function (value) {
t.doesNotThrow(function () { return ES.CheckObjectCoercible(value); }, debug(value) + ' does not throw');
};
forEach(v.objects.concat(v.nonNullPrimitives), checkCoercible);
t.end();
});
test('IsCallable', function (t) {
t.equal(true, ES.IsCallable(function () {}), 'function is callable');
var nonCallables = [/a/g, {}, Object.prototype, NaN].concat(v.primitives);
forEach(nonCallables, function (nonCallable) {
t.equal(false, ES.IsCallable(nonCallable), debug(nonCallable) + ' is not callable');
});
t.end();
});
test('SameValue', function (t) {
t.equal(true, ES.SameValue(NaN, NaN), 'NaN is SameValue as NaN');
t.equal(false, ES.SameValue(0, -0), '+0 is not SameValue as -0');
forEach(v.objects.concat(v.primitives), function (val) {
t.equal(val === val, ES.SameValue(val, val), debug(val) + ' is SameValue to itself');
});
t.end();
});
test('Type', function (t) {
t.equal(ES.Type(), 'Undefined', 'Type() is Undefined');
t.equal(ES.Type(undefined), 'Undefined', 'Type(undefined) is Undefined');
t.equal(ES.Type(null), 'Null', 'Type(null) is Null');
t.equal(ES.Type(true), 'Boolean', 'Type(true) is Boolean');
t.equal(ES.Type(false), 'Boolean', 'Type(false) is Boolean');
t.equal(ES.Type(0), 'Number', 'Type(0) is Number');
t.equal(ES.Type(NaN), 'Number', 'Type(NaN) is Number');
t.equal(ES.Type('abc'), 'String', 'Type("abc") is String');
t.equal(ES.Type(function () {}), 'Object', 'Type(function () {}) is Object');
t.equal(ES.Type({}), 'Object', 'Type({}) is Object');
t.end();
});
test('IsPropertyDescriptor', function (t) {
forEach(v.primitives, function (primitive) {
t.equal(ES.IsPropertyDescriptor(primitive), false, debug(primitive) + ' is not a Property Descriptor');
});
t.equal(ES.IsPropertyDescriptor({ invalid: true }), false, 'invalid keys not allowed on a Property Descriptor');
t.equal(ES.IsPropertyDescriptor({}), true, 'empty object is an incomplete Property Descriptor');
t.equal(ES.IsPropertyDescriptor(v.accessorDescriptor()), true, 'accessor descriptor is a Property Descriptor');
t.equal(ES.IsPropertyDescriptor(v.mutatorDescriptor()), true, 'mutator descriptor is a Property Descriptor');
t.equal(ES.IsPropertyDescriptor(v.dataDescriptor()), true, 'data descriptor is a Property Descriptor');
t.equal(ES.IsPropertyDescriptor(v.genericDescriptor()), true, 'generic descriptor is a Property Descriptor');
t['throws'](
function () { ES.IsPropertyDescriptor(v.bothDescriptor()); },
TypeError,
'a Property Descriptor can not be both a Data and an Accessor Descriptor'
);
t['throws'](
function () { ES.IsPropertyDescriptor(v.bothDescriptorWritable()); },
TypeError,
'a Property Descriptor can not be both a Data and an Accessor Descriptor'
);
t.end();
});
test('IsAccessorDescriptor', function (t) {
forEach(v.nonNullPrimitives.concat(null), function (primitive) {
t['throws'](function () { ES.IsAccessorDescriptor(primitive); }, TypeError, debug(primitive) + ' is not a Property Descriptor');
});
t.equal(ES.IsAccessorDescriptor(), false, 'no value is not an Accessor Descriptor');
t.equal(ES.IsAccessorDescriptor(undefined), false, 'undefined value is not an Accessor Descriptor');
t.equal(ES.IsAccessorDescriptor(v.accessorDescriptor()), true, 'accessor descriptor is an Accessor Descriptor');
t.equal(ES.IsAccessorDescriptor(v.mutatorDescriptor()), true, 'mutator descriptor is an Accessor Descriptor');
t.equal(ES.IsAccessorDescriptor(v.dataDescriptor()), false, 'data descriptor is not an Accessor Descriptor');
t.equal(ES.IsAccessorDescriptor(v.genericDescriptor()), false, 'generic descriptor is not an Accessor Descriptor');
t.end();
});
test('IsDataDescriptor', function (t) {
forEach(v.nonNullPrimitives.concat(null), function (primitive) {
t['throws'](function () { ES.IsDataDescriptor(primitive); }, TypeError, debug(primitive) + ' is not a Property Descriptor');
});
t.equal(ES.IsDataDescriptor(), false, 'no value is not a Data Descriptor');
t.equal(ES.IsDataDescriptor(undefined), false, 'undefined value is not a Data Descriptor');
t.equal(ES.IsDataDescriptor(v.accessorDescriptor()), false, 'accessor descriptor is not a Data Descriptor');
t.equal(ES.IsDataDescriptor(v.mutatorDescriptor()), false, 'mutator descriptor is not a Data Descriptor');
t.equal(ES.IsDataDescriptor(v.dataDescriptor()), true, 'data descriptor is a Data Descriptor');
t.equal(ES.IsDataDescriptor(v.genericDescriptor()), false, 'generic descriptor is not a Data Descriptor');
t.end();
});
test('IsGenericDescriptor', function (t) {
forEach(v.nonNullPrimitives.concat(null), function (primitive) {
t['throws'](
function () { ES.IsGenericDescriptor(primitive); },
TypeError,
debug(primitive) + ' is not a Property Descriptor'
);
});
t.equal(ES.IsGenericDescriptor(), false, 'no value is not a Data Descriptor');
t.equal(ES.IsGenericDescriptor(undefined), false, 'undefined value is not a Data Descriptor');
t.equal(ES.IsGenericDescriptor(v.accessorDescriptor()), false, 'accessor descriptor is not a generic Descriptor');
t.equal(ES.IsGenericDescriptor(v.mutatorDescriptor()), false, 'mutator descriptor is not a generic Descriptor');
t.equal(ES.IsGenericDescriptor(v.dataDescriptor()), false, 'data descriptor is not a generic Descriptor');
t.equal(ES.IsGenericDescriptor(v.genericDescriptor()), true, 'generic descriptor is a generic Descriptor');
t.end();
});
test('FromPropertyDescriptor', function (t) {
t.equal(ES.FromPropertyDescriptor(), undefined, 'no value begets undefined');
t.equal(ES.FromPropertyDescriptor(undefined), undefined, 'undefined value begets undefined');
forEach(v.nonNullPrimitives.concat(null), function (primitive) {
t['throws'](
function () { ES.FromPropertyDescriptor(primitive); },
TypeError,
debug(primitive) + ' is not a Property Descriptor'
);
});
var accessor = v.accessorDescriptor();
t.deepEqual(ES.FromPropertyDescriptor(accessor), {
get: accessor['[[Get]]'],
set: accessor['[[Set]]'],
enumerable: !!accessor['[[Enumerable]]'],
configurable: !!accessor['[[Configurable]]']
});
var mutator = v.mutatorDescriptor();
t.deepEqual(ES.FromPropertyDescriptor(mutator), {
get: mutator['[[Get]]'],
set: mutator['[[Set]]'],
enumerable: !!mutator['[[Enumerable]]'],
configurable: !!mutator['[[Configurable]]']
});
var data = v.dataDescriptor();
t.deepEqual(ES.FromPropertyDescriptor(data), {
value: data['[[Value]]'],
writable: data['[[Writable]]'],
enumerable: !!data['[[Enumerable]]'],
configurable: !!data['[[Configurable]]']
});
t['throws'](
function () { ES.FromPropertyDescriptor(v.genericDescriptor()); },
TypeError,
'a complete Property Descriptor is required'
);
t.end();
});
test('ToPropertyDescriptor', function (t) {
forEach(v.nonNullPrimitives.concat(null), function (primitive) {
t['throws'](
function () { ES.ToPropertyDescriptor(primitive); },
TypeError,
debug(primitive) + ' is not an Object'
);
});
var accessor = v.accessorDescriptor();
t.deepEqual(ES.ToPropertyDescriptor({
get: accessor['[[Get]]'],
enumerable: !!accessor['[[Enumerable]]'],
configurable: !!accessor['[[Configurable]]']
}), accessor);
var mutator = v.mutatorDescriptor();
t.deepEqual(ES.ToPropertyDescriptor({
set: mutator['[[Set]]'],
enumerable: !!mutator['[[Enumerable]]'],
configurable: !!mutator['[[Configurable]]']
}), mutator);
var data = v.descriptors.nonConfigurable(v.dataDescriptor());
t.deepEqual(ES.ToPropertyDescriptor({
value: data['[[Value]]'],
writable: data['[[Writable]]'],
configurable: !!data['[[Configurable]]']
}), data);
var both = v.bothDescriptor();
t['throws'](
function () {
ES.ToPropertyDescriptor({ get: both['[[Get]]'], value: both['[[Value]]'] });
},
TypeError,
'data and accessor descriptors are mutually exclusive'
);
t['throws'](
function () { ES.ToPropertyDescriptor({ get: 'not callable' }); },
TypeError,
'"get" must be undefined or callable'
);
t['throws'](
function () { ES.ToPropertyDescriptor({ set: 'not callable' }); },
TypeError,
'"set" must be undefined or callable'
);
t.end();
});
test('Abstract Equality Comparison', function (t) {
t.test('same types use ===', function (st) {
forEach(v.primitives.concat(v.objects), function (value) {
st.equal(ES['Abstract Equality Comparison'](value, value), value === value, debug(value) + ' is abstractly equal to itself');
});
st.end();
});
t.test('different types coerce', function (st) {
var pairs = [
[null, undefined],
[3, '3'],
[true, '3'],
[true, 3],
[false, 0],
[false, '0'],
[3, [3]],
['3', [3]],
[true, [1]],
[false, [0]],
[String(v.coercibleObject), v.coercibleObject],
[Number(String(v.coercibleObject)), v.coercibleObject],
[Number(v.coercibleObject), v.coercibleObject],
[String(Number(v.coercibleObject)), v.coercibleObject]
];
forEach(pairs, function (pair) {
var a = pair[0];
var b = pair[1];
// eslint-disable-next-line eqeqeq
st.equal(ES['Abstract Equality Comparison'](a, b), a == b, debug(a) + ' == ' + debug(b));
// eslint-disable-next-line eqeqeq
st.equal(ES['Abstract Equality Comparison'](b, a), b == a, debug(b) + ' == ' + debug(a));
});
st.end();
});
t.end();
});
test('Strict Equality Comparison', function (t) {
t.test('same types use ===', function (st) {
forEach(v.primitives.concat(v.objects), function (value) {
st.equal(ES['Strict Equality Comparison'](value, value), value === value, debug(value) + ' is strictly equal to itself');
});
st.end();
});
t.test('different types are not ===', function (st) {
var pairs = [
[null, undefined],
[3, '3'],
[true, '3'],
[true, 3],
[false, 0],
[false, '0'],
[3, [3]],
['3', [3]],
[true, [1]],
[false, [0]],
[String(v.coercibleObject), v.coercibleObject],
[Number(String(v.coercibleObject)), v.coercibleObject],
[Number(v.coercibleObject), v.coercibleObject],
[String(Number(v.coercibleObject)), v.coercibleObject]
];
forEach(pairs, function (pair) {
var a = pair[0];
var b = pair[1];
st.equal(ES['Strict Equality Comparison'](a, b), a === b, debug(a) + ' === ' + debug(b));
st.equal(ES['Strict Equality Comparison'](b, a), b === a, debug(b) + ' === ' + debug(a));
});
st.end();
});
t.end();
});
test('Abstract Relational Comparison', function (t) {
t.test('at least one operand is NaN', function (st) {
st.equal(ES['Abstract Relational Comparison'](NaN, {}, true), undefined, 'LeftFirst: first is NaN, returns undefined');
st.equal(ES['Abstract Relational Comparison']({}, NaN, true), undefined, 'LeftFirst: second is NaN, returns undefined');
st.equal(ES['Abstract Relational Comparison'](NaN, {}, false), undefined, '!LeftFirst: first is NaN, returns undefined');
st.equal(ES['Abstract Relational Comparison']({}, NaN, false), undefined, '!LeftFirst: second is NaN, returns undefined');
st.end();
});
t.equal(ES['Abstract Relational Comparison'](3, 4, true), true, 'LeftFirst: 3 is less than 4');
t.equal(ES['Abstract Relational Comparison'](4, 3, true), false, 'LeftFirst: 3 is not less than 4');
t.equal(ES['Abstract Relational Comparison'](3, 4, false), true, '!LeftFirst: 3 is less than 4');
t.equal(ES['Abstract Relational Comparison'](4, 3, false), false, '!LeftFirst: 3 is not less than 4');
t.equal(ES['Abstract Relational Comparison']('3', '4', true), true, 'LeftFirst: "3" is less than "4"');
t.equal(ES['Abstract Relational Comparison']('4', '3', true), false, 'LeftFirst: "3" is not less than "4"');
t.equal(ES['Abstract Relational Comparison']('3', '4', false), true, '!LeftFirst: "3" is less than "4"');
t.equal(ES['Abstract Relational Comparison']('4', '3', false), false, '!LeftFirst: "3" is not less than "4"');
t.equal(ES['Abstract Relational Comparison'](v.coercibleObject, 42, true), true, 'LeftFirst: coercible object is less than 42');
t.equal(ES['Abstract Relational Comparison'](42, v.coercibleObject, true), false, 'LeftFirst: 42 is not less than coercible object');
t.equal(ES['Abstract Relational Comparison'](v.coercibleObject, 42, false), true, '!LeftFirst: coercible object is less than 42');
t.equal(ES['Abstract Relational Comparison'](42, v.coercibleObject, false), false, '!LeftFirst: 42 is not less than coercible object');
t.equal(ES['Abstract Relational Comparison'](v.coercibleObject, '3', true), false, 'LeftFirst: coercible object is not less than "3"');
t.equal(ES['Abstract Relational Comparison']('3', v.coercibleObject, true), false, 'LeftFirst: "3" is not less than coercible object');
t.equal(ES['Abstract Relational Comparison'](v.coercibleObject, '3', false), false, '!LeftFirst: coercible object is not less than "3"');
t.equal(ES['Abstract Relational Comparison']('3', v.coercibleObject, false), false, '!LeftFirst: "3" is not less than coercible object');
t.end();
});
test('FromPropertyDescriptor', function (t) {
t.equal(ES.FromPropertyDescriptor(), undefined, 'no value begets undefined');
t.equal(ES.FromPropertyDescriptor(undefined), undefined, 'undefined value begets undefined');
forEach(v.nonUndefinedPrimitives, function (primitive) {
t['throws'](
function () { ES.FromPropertyDescriptor(primitive); },
TypeError,
debug(primitive) + ' is not a Property Descriptor'
);
});
var accessor = v.accessorDescriptor();
t.deepEqual(ES.FromPropertyDescriptor(accessor), {
get: accessor['[[Get]]'],
set: accessor['[[Set]]'],
enumerable: !!accessor['[[Enumerable]]'],
configurable: !!accessor['[[Configurable]]']
});
var mutator = v.mutatorDescriptor();
t.deepEqual(ES.FromPropertyDescriptor(mutator), {
get: mutator['[[Get]]'],
set: mutator['[[Set]]'],
enumerable: !!mutator['[[Enumerable]]'],
configurable: !!mutator['[[Configurable]]']
});
var data = v.dataDescriptor();
t.deepEqual(ES.FromPropertyDescriptor(data), {
value: data['[[Value]]'],
writable: data['[[Writable]]'],
enumerable: !!data['[[Enumerable]]'],
configurable: !!data['[[Configurable]]']
});
t['throws'](
function () { ES.FromPropertyDescriptor(v.genericDescriptor()); },
TypeError,
'a complete Property Descriptor is required'
);
t.end();
});
test('SecFromTime', function (t) {
var now = new Date();
t.equal(ES.SecFromTime(now.getTime()), now.getUTCSeconds(), 'second from Date timestamp matches getUTCSeconds');
t.end();
});
test('MinFromTime', function (t) {
var now = new Date();
t.equal(ES.MinFromTime(now.getTime()), now.getUTCMinutes(), 'minute from Date timestamp matches getUTCMinutes');
t.end();
});
test('HourFromTime', function (t) {
var now = new Date();
t.equal(ES.HourFromTime(now.getTime()), now.getUTCHours(), 'hour from Date timestamp matches getUTCHours');
t.end();
});
test('msFromTime', function (t) {
var now = new Date();
t.equal(ES.msFromTime(now.getTime()), now.getUTCMilliseconds(), 'ms from Date timestamp matches getUTCMilliseconds');
t.end();
});
var msPerSecond = 1e3;
var msPerMinute = 60 * msPerSecond;
var msPerHour = 60 * msPerMinute;
var msPerDay = 24 * msPerHour;
test('Day', function (t) {
var time = Date.UTC(2019, 8, 10, 2, 3, 4, 5);
var add = 2.5;
var later = new Date(time + (add * msPerDay));
t.equal(ES.Day(later.getTime()), ES.Day(time) + Math.floor(add), 'adding 2.5 days worth of ms, gives a Day delta of 2');
t.end();
});
test('TimeWithinDay', function (t) {
var time = Date.UTC(2019, 8, 10, 2, 3, 4, 5);
var add = 2.5;
var later = new Date(time + (add * msPerDay));
t.equal(ES.TimeWithinDay(later.getTime()), ES.TimeWithinDay(time) + (0.5 * msPerDay), 'adding 2.5 days worth of ms, gives a TimeWithinDay delta of +0.5');
t.end();
});
test('DayFromYear', function (t) {
t.equal(ES.DayFromYear(2021) - ES.DayFromYear(2020), 366, '2021 is a leap year, has 366 days');
t.equal(ES.DayFromYear(2020) - ES.DayFromYear(2019), 365, '2020 is not a leap year, has 365 days');
t.equal(ES.DayFromYear(2019) - ES.DayFromYear(2018), 365, '2019 is not a leap year, has 365 days');
t.equal(ES.DayFromYear(2018) - ES.DayFromYear(2017), 365, '2018 is not a leap year, has 365 days');
t.equal(ES.DayFromYear(2017) - ES.DayFromYear(2016), 366, '2017 is a leap year, has 366 days');
t.end();
});
test('TimeFromYear', function (t) {
for (var i = 1900; i < 2100; i += 1) {
t.equal(ES.TimeFromYear(i), Date.UTC(i, 0, 1), 'TimeFromYear matches a Date object’s year: ' + i);
}
t.end();
});
test('YearFromTime', function (t) {
for (var i = 1900; i < 2100; i += 1) {
t.equal(ES.YearFromTime(Date.UTC(i, 0, 1)), i, 'YearFromTime matches a Date object’s year on 1/1: ' + i);
t.equal(ES.YearFromTime(Date.UTC(i, 10, 1)), i, 'YearFromTime matches a Date object’s year on 10/1: ' + i);
}
t.end();
});
test('WeekDay', function (t) {
var now = new Date();
var today = now.getUTCDay();
for (var i = 0; i < 7; i += 1) {
var weekDay = ES.WeekDay(now.getTime() + (i * msPerDay));
t.equal(weekDay, (today + i) % 7, i + ' days after today (' + today + '), WeekDay is ' + weekDay);
}
t.end();
});
test('DaysInYear', function (t) {
t.equal(ES.DaysInYear(2021), 365, '2021 is not a leap year');
t.equal(ES.DaysInYear(2020), 366, '2020 is a leap year');
t.equal(ES.DaysInYear(2019), 365, '2019 is not a leap year');
t.equal(ES.DaysInYear(2018), 365, '2018 is not a leap year');
t.equal(ES.DaysInYear(2017), 365, '2017 is not a leap year');
t.equal(ES.DaysInYear(2016), 366, '2016 is a leap year');
t.end();
});
test('InLeapYear', function (t) {
t.equal(ES.InLeapYear(Date.UTC(2021, 0, 1)), 0, '2021 is not a leap year');
t.equal(ES.InLeapYear(Date.UTC(2020, 0, 1)), 1, '2020 is a leap year');
t.equal(ES.InLeapYear(Date.UTC(2019, 0, 1)), 0, '2019 is not a leap year');
t.equal(ES.InLeapYear(Date.UTC(2018, 0, 1)), 0, '2018 is not a leap year');
t.equal(ES.InLeapYear(Date.UTC(2017, 0, 1)), 0, '2017 is not a leap year');
t.equal(ES.InLeapYear(Date.UTC(2016, 0, 1)), 1, '2016 is a leap year');
t.end();
});
test('DayWithinYear', function (t) {
t.equal(ES.DayWithinYear(Date.UTC(2019, 0, 1)), 0, '1/1 is the 1st day');
t.equal(ES.DayWithinYear(Date.UTC(2019, 11, 31)), 364, '12/31 is the 365th day in a non leap year');
t.equal(ES.DayWithinYear(Date.UTC(2016, 11, 31)), 365, '12/31 is the 366th day in a leap year');
t.end();
});
test('MonthFromTime', function (t) {
t.equal(ES.MonthFromTime(Date.UTC(2019, 0, 1)), 0, 'non-leap: 1/1 gives January');
t.equal(ES.MonthFromTime(Date.UTC(2019, 0, 31)), 0, 'non-leap: 1/31 gives January');
t.equal(ES.MonthFromTime(Date.UTC(2019, 1, 1)), 1, 'non-leap: 2/1 gives February');
t.equal(ES.MonthFromTime(Date.UTC(2019, 1, 28)), 1, 'non-leap: 2/28 gives February');
t.equal(ES.MonthFromTime(Date.UTC(2019, 1, 29)), 2, 'non-leap: 2/29 gives March');
t.equal(ES.MonthFromTime(Date.UTC(2019, 2, 1)), 2, 'non-leap: 3/1 gives March');
t.equal(ES.MonthFromTime(Date.UTC(2019, 2, 31)), 2, 'non-leap: 3/31 gives March');
t.equal(ES.MonthFromTime(Date.UTC(2019, 3, 1)), 3, 'non-leap: 4/1 gives April');
t.equal(ES.MonthFromTime(Date.UTC(2019, 3, 30)), 3, 'non-leap: 4/30 gives April');
t.equal(ES.MonthFromTime(Date.UTC(2019, 4, 1)), 4, 'non-leap: 5/1 gives May');
t.equal(ES.MonthFromTime(Date.UTC(2019, 4, 31)), 4, 'non-leap: 5/31 gives May');
t.equal(ES.MonthFromTime(Date.UTC(2019, 5, 1)), 5, 'non-leap: 6/1 gives June');
t.equal(ES.MonthFromTime(Date.UTC(2019, 5, 30)), 5, 'non-leap: 6/30 gives June');
t.equal(ES.MonthFromTime(Date.UTC(2019, 6, 1)), 6, 'non-leap: 7/1 gives July');
t.equal(ES.MonthFromTime(Date.UTC(2019, 6, 31)), 6, 'non-leap: 7/31 gives July');
t.equal(ES.MonthFromTime(Date.UTC(2019, 7, 1)), 7, 'non-leap: 8/1 gives August');
t.equal(ES.MonthFromTime(Date.UTC(2019, 7, 30)), 7, 'non-leap: 8/30 gives August');
t.equal(ES.MonthFromTime(Date.UTC(2019, 8, 1)), 8, 'non-leap: 9/1 gives September');
t.equal(ES.MonthFromTime(Date.UTC(2019, 8, 30)), 8, 'non-leap: 9/30 gives September');
t.equal(ES.MonthFromTime(Date.UTC(2019, 9, 1)), 9, 'non-leap: 10/1 gives October');
t.equal(ES.MonthFromTime(Date.UTC(2019, 9, 31)), 9, 'non-leap: 10/31 gives October');
t.equal(ES.MonthFromTime(Date.UTC(2019, 10, 1)), 10, 'non-leap: 11/1 gives November');
t.equal(ES.MonthFromTime(Date.UTC(2019, 10, 30)), 10, 'non-leap: 11/30 gives November');
t.equal(ES.MonthFromTime(Date.UTC(2019, 11, 1)), 11, 'non-leap: 12/1 gives December');
t.equal(ES.MonthFromTime(Date.UTC(2019, 11, 31)), 11, 'non-leap: 12/31 gives December');
t.equal(ES.MonthFromTime(Date.UTC(2016, 0, 1)), 0, 'leap: 1/1 gives January');
t.equal(ES.MonthFromTime(Date.UTC(2016, 0, 31)), 0, 'leap: 1/31 gives January');
t.equal(ES.MonthFromTime(Date.UTC(2016, 1, 1)), 1, 'leap: 2/1 gives February');
t.equal(ES.MonthFromTime(Date.UTC(2016, 1, 28)), 1, 'leap: 2/28 gives February');
t.equal(ES.MonthFromTime(Date.UTC(2016, 1, 29)), 1, 'leap: 2/29 gives February');
t.equal(ES.MonthFromTime(Date.UTC(2016, 2, 1)), 2, 'leap: 3/1 gives March');
t.equal(ES.MonthFromTime(Date.UTC(2016, 2, 31)), 2, 'leap: 3/31 gives March');
t.equal(ES.MonthFromTime(Date.UTC(2016, 3, 1)), 3, 'leap: 4/1 gives April');
t.equal(ES.MonthFromTime(Date.UTC(2016, 3, 30)), 3, 'leap: 4/30 gives April');
t.equal(ES.MonthFromTime(Date.UTC(2016, 4, 1)), 4, 'leap: 5/1 gives May');
t.equal(ES.MonthFromTime(Date.UTC(2016, 4, 31)), 4, 'leap: 5/31 gives May');
t.equal(ES.MonthFromTime(Date.UTC(2016, 5, 1)), 5, 'leap: 6/1 gives June');
t.equal(ES.MonthFromTime(Date.UTC(2016, 5, 30)), 5, 'leap: 6/30 gives June');
t.equal(ES.MonthFromTime(Date.UTC(2016, 6, 1)), 6, 'leap: 7/1 gives July');
t.equal(ES.MonthFromTime(Date.UTC(2016, 6, 31)), 6, 'leap: 7/31 gives July');
t.equal(ES.MonthFromTime(Date.UTC(2016, 7, 1)), 7, 'leap: 8/1 gives August');
t.equal(ES.MonthFromTime(Date.UTC(2016, 7, 30)), 7, 'leap: 8/30 gives August');
t.equal(ES.MonthFromTime(Date.UTC(2016, 8, 1)), 8, 'leap: 9/1 gives September');
t.equal(ES.MonthFromTime(Date.UTC(2016, 8, 30)), 8, 'leap: 9/30 gives September');
t.equal(ES.MonthFromTime(Date.UTC(2016, 9, 1)), 9, 'leap: 10/1 gives October');
t.equal(ES.MonthFromTime(Date.UTC(2016, 9, 31)), 9, 'leap: 10/31 gives October');
t.equal(ES.MonthFromTime(Date.UTC(2016, 10, 1)), 10, 'leap: 11/1 gives November');
t.equal(ES.MonthFromTime(Date.UTC(2016, 10, 30)), 10, 'leap: 11/30 gives November');
t.equal(ES.MonthFromTime(Date.UTC(2016, 11, 1)), 11, 'leap: 12/1 gives December');
t.equal(ES.MonthFromTime(Date.UTC(2016, 11, 31)), 11, 'leap: 12/31 gives December');
t.end();
});
test('DateFromTime', function (t) {
var i;
for (i = 1; i <= 28; i += 1) {
t.equal(ES.DateFromTime(Date.UTC(2019, 1, i)), i, '2019.02.' + i + ' is date ' + i);
}
for (i = 1; i <= 29; i += 1) {
t.equal(ES.DateFromTime(Date.UTC(2016, 1, i)), i, '2016.02.' + i + ' is date ' + i);
}
for (i = 1; i <= 30; i += 1) {
t.equal(ES.DateFromTime(Date.UTC(2019, 8, i)), i, '2019.09.' + i + ' is date ' + i);
}
for (i = 1; i <= 31; i += 1) {
t.equal(ES.DateFromTime(Date.UTC(2019, 9, i)), i, '2019.10.' + i + ' is date ' + i);
}
t.end();
});
test('MakeDay', function (t) {
var day2015 = 16687;
t.equal(ES.MakeDay(2015, 8, 9), day2015, '2015.09.09 is day 16687');
var day2016 = day2015 + 366; // 2016 is a leap year
t.equal(ES.MakeDay(2016, 8, 9), day2016, '2015.09.09 is day 17053');
var day2017 = day2016 + 365;
t.equal(ES.MakeDay(2017, 8, 9), day2017, '2017.09.09 is day 17418');
var day2018 = day2017 + 365;
t.equal(ES.MakeDay(2018, 8, 9), day2018, '2018.09.09 is day 17783');
var day2019 = day2018 + 365;
t.equal(ES.MakeDay(2019, 8, 9), day2019, '2019.09.09 is day 18148');
t.end();
});
test('MakeDate', function (t) {
forEach(v.infinities.concat(NaN), function (nonFiniteNumber) {
t.ok(is(ES.MakeDate(nonFiniteNumber, 0), NaN), debug(nonFiniteNumber) + ' is not a finite `day`');
t.ok(is(ES.MakeDate(0, nonFiniteNumber), NaN), debug(nonFiniteNumber) + ' is not a finite `time`');
});
t.equal(ES.MakeDate(0, 0), 0, 'zero day and zero time is zero date');
t.equal(ES.MakeDate(0, 123), 123, 'zero day and nonzero time is a date of the "time"');
t.equal(ES.MakeDate(1, 0), msPerDay, 'day of 1 and zero time is a date of "ms per day"');
t.equal(ES.MakeDate(3, 0), 3 * msPerDay, 'day of 3 and zero time is a date of thrice "ms per day"');
t.equal(ES.MakeDate(1, 123), msPerDay + 123, 'day of 1 and nonzero time is a date of "ms per day" plus the "time"');
t.equal(ES.MakeDate(3, 123), (3 * msPerDay) + 123, 'day of 3 and nonzero time is a date of thrice "ms per day" plus the "time"');
t.end();
});
test('MakeTime', function (t) {
forEach(v.infinities.concat(NaN), function (nonFiniteNumber) {
t.ok(is(ES.MakeTime(nonFiniteNumber, 0, 0, 0), NaN), debug(nonFiniteNumber) + ' is not a finite `hour`');
t.ok(is(ES.MakeTime(0, nonFiniteNumber, 0, 0), NaN), debug(nonFiniteNumber) + ' is not a finite `min`');
t.ok(is(ES.MakeTime(0, 0, nonFiniteNumber, 0), NaN), debug(nonFiniteNumber) + ' is not a finite `sec`');
t.ok(is(ES.MakeTime(0, 0, 0, nonFiniteNumber), NaN), debug(nonFiniteNumber) + ' is not a finite `ms`');
});
t.equal(
ES.MakeTime(1.2, 2.3, 3.4, 4.5),
(1 * msPerHour) + (2 * msPerMinute) + (3 * msPerSecond) + 4,
'all numbers are converted to integer, multiplied by the right number of ms, and summed'
);
t.end();
});
test('TimeClip', function (t) {
forEach(v.infinities.concat(NaN), function (nonFiniteNumber) {
t.ok(is(ES.TimeClip(nonFiniteNumber), NaN), debug(nonFiniteNumber) + ' is not a finite `time`');
});
t.ok(is(ES.TimeClip(8.64e15 + 1), NaN), '8.64e15 is the largest magnitude considered "finite"');
t.ok(is(ES.TimeClip(-8.64e15 - 1), NaN), '-8.64e15 is the largest magnitude considered "finite"');
forEach(v.zeroes.concat([-10, 10, +new Date()]), function (time) {
t.equal(ES.TimeClip(time), time, debug(time) + ' is a time of ' + debug(time));
});
t.end();
});
test('modulo', function (t) {
t.equal(3 % 2, 1, '+3 % 2 is +1');
t.equal(ES.modulo(3, 2), 1, '+3 mod 2 is +1');
t.equal(-3 % 2, -1, '-3 % 2 is -1');
t.equal(ES.modulo(-3, 2), 1, '-3 mod 2 is +1');
t.end();
});

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'use strict';
var test = require('tape');
var ES = require('../');
var ES6 = ES.ES6;
var ES2015 = ES.ES2015;
var ES6entry = require('../es6');
test('legacy es6 export', function (t) {
t.equal(ES6, ES2015, 'main ES6 === main ES2015');
t.end();
});
test('legacy es6 entry point', function (t) {
t.equal(ES6, ES6entry, 'main ES6 === ES6 entry point');
t.end();
});

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'use strict';
var test = require('tape');
var ES = require('../');
var ES7 = ES.ES7;
var ES2016 = ES.ES2016;
var ES7entry = require('../es7');
test('legacy es7 export', function (t) {
t.equal(ES7, ES2016, 'main ES7 === main ES2016');
t.end();
});
test('legacy es7 entry point', function (t) {
t.equal(ES7, ES7entry, 'main ES7 === ES7 entry point');
t.end();
});

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'use strict';
var test = require('tape');
var hasSymbols = require('has-symbols')();
var OwnPropertyKeys = require('../../helpers/OwnPropertyKeys');
var defineProperty = require('./defineProperty');
test('OwnPropertyKeys', function (t) {
t.deepEqual(OwnPropertyKeys({ a: 1, b: 2 }).sort(), ['a', 'b'].sort(), 'returns own string keys');
t.test('Symbols', { skip: !hasSymbols }, function (st) {
var o = { a: 1 };
var sym = Symbol();
o[sym] = 2;
st.deepEqual(OwnPropertyKeys(o), ['a', sym], 'returns own string and symbol keys');
st.end();
});
t.test('non-enumerables', { skip: !defineProperty.oDP }, function (st) {
var o = { a: 1, b: 42, c: NaN };
defineProperty(o, 'b', { enumerable: false, value: 42 });
defineProperty(o, 'c', { enumerable: false, get: function () { return NaN; } });
if (hasSymbols) {
defineProperty(o, 'd', { enumerable: false, value: true });
defineProperty(o, 'e', { enumerable: false, get: function () { return true; } });
}
st.deepEqual(
OwnPropertyKeys(o).sort(),
(hasSymbols ? ['a', 'b', 'c', 'd', 'e'] : ['a', 'b', 'c']).sort(),
'returns non-enumerable own keys, including accessors and symbols if available'
);
st.end();
});
t.end();
});

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'use strict';
var forEach = require('foreach');
var debug = require('object-inspect');
var assertRecord = require('../../helpers/assertRecord');
var v = require('./values');
module.exports = function assertRecordTests(ES, test) {
test('Property Descriptor', function (t) {
var record = 'Property Descriptor';
forEach(v.nonUndefinedPrimitives, function (primitive) {
t['throws'](
function () { assertRecord(ES.Type, record, 'arg', primitive); },
TypeError,
debug(primitive) + ' is not a Property Descriptor'
);
});
t['throws'](
function () { assertRecord(ES.Type, record, 'arg', { invalid: true }); },
TypeError,
'invalid keys not allowed on a Property Descriptor'
);
t.doesNotThrow(
function () { assertRecord(ES.Type, record, 'arg', {}); },
'empty object is an incomplete Property Descriptor'
);
t.doesNotThrow(
function () { assertRecord(ES.Type, record, 'arg', v.accessorDescriptor()); },
'accessor descriptor is a Property Descriptor'
);
t.doesNotThrow(
function () { assertRecord(ES.Type, record, 'arg', v.mutatorDescriptor()); },
'mutator descriptor is a Property Descriptor'
);
t.doesNotThrow(
function () { assertRecord(ES.Type, record, 'arg', v.dataDescriptor()); },
'data descriptor is a Property Descriptor'
);
t.doesNotThrow(
function () { assertRecord(ES.Type, record, 'arg', v.genericDescriptor()); },
'generic descriptor is a Property Descriptor'
);
t['throws'](
function () { assertRecord(ES.Type, record, 'arg', v.bothDescriptor()); },
TypeError,
'a Property Descriptor can not be both a Data and an Accessor Descriptor'
);
t.end();
});
};

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'use strict';
var oDP = Object.defineProperty;
try {
oDP({}, 'a', { value: 1 });
} catch (e) {
// IE 8
oDP = null;
}
module.exports = function defineProperty(O, P, Desc) {
if (oDP) {
return oDP(O, P, Desc);
}
if ((Desc.enumerable && Desc.configurable && Desc.writable) || !(P in O)) {
O[P] = Desc.value; // eslint-disable-line no-param-reassign
return O;
}
throw new SyntaxError('helper does not yet support this configuration');
};
module.exports.oDP = oDP;

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node_modules/es-abstract/test/helpers/getSymbolDescription.js generated vendored Normal file
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'use strict';
var test = require('tape');
var debug = require('object-inspect');
var forEach = require('foreach');
var v = require('./values');
var getSymbolDescription = require('../../helpers/getSymbolDescription');
var getInferredName = require('../../helpers/getInferredName');
test('getSymbolDescription', function (t) {
t.test('no symbols', { skip: v.hasSymbols }, function (st) {
st['throws'](
getSymbolDescription,
SyntaxError,
'requires Symbol support'
);
st.end();
});
forEach(v.nonSymbolPrimitives.concat(v.objects), function (nonSymbol) {
t['throws'](
function () { getSymbolDescription(nonSymbol); },
v.hasSymbols ? TypeError : SyntaxError,
debug(nonSymbol) + ' is not a Symbol'
);
});
t.test('with symbols', { skip: !v.hasSymbols }, function (st) {
forEach(
[
[Symbol(), undefined],
[Symbol(undefined), undefined],
[Symbol(null), 'null'],
[Symbol.iterator, 'Symbol.iterator'],
[Symbol('foo'), 'foo']
],
function (pair) {
var sym = pair[0];
var desc = pair[1];
st.equal(getSymbolDescription(sym), desc, debug(sym) + ' yields ' + debug(desc));
}
);
st.test('only possible when inference is supported', { skip: !getInferredName }, function (s2t) {
s2t.equal(getSymbolDescription(Symbol('')), '', 'Symbol("") description is empty string');
s2t.end();
});
st.end();
});
t.end();
});

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'use strict';
var path = require('path');
var fs = require('fs');
var forEach = require('foreach');
var keys = require('object-keys');
module.exports = function runManifestTest(test, ES, edition) {
test('ES' + edition + ' manifest', { skip: !fs.readdirSync }, function (t) {
var files = fs.readdirSync(path.join(__dirname, '../../' + edition), 'utf-8');
var map = {
AbstractEqualityComparison: 'Abstract Equality Comparison',
AbstractRelationalComparison: 'Abstract Relational Comparison',
StrictEqualityComparison: 'Strict Equality Comparison'
};
forEach(files, function (file) {
var name = path.basename(file, path.extname(file));
var actual = ES[map[name] || name];
var expected = require(path.join(__dirname, '../../' + edition + '/', file)); // eslint-disable-line global-require
t.equal(actual, expected, 'ES["' + name + '"] === ' + file);
});
var actualCount = keys(ES).length;
t.equal(actualCount, files.length, 'expected ' + files.length + ' files, got ' + actualCount);
t.end();
});
};

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'use strict';
var assign = require('../../helpers/assign');
var hasSymbols = require('has-symbols')();
var coercibleObject = { valueOf: function () { return 3; }, toString: function () { return 42; } };
var coercibleFnObject = {
valueOf: function () { return function valueOfFn() {}; },
toString: function () { return 42; }
};
var valueOfOnlyObject = { valueOf: function () { return 4; }, toString: function () { return {}; } };
var toStringOnlyObject = { valueOf: function () { return {}; }, toString: function () { return 7; } };
var uncoercibleObject = { valueOf: function () { return {}; }, toString: function () { return {}; } };
var uncoercibleFnObject = {
valueOf: function () { return function valueOfFn() {}; },
toString: function () { return function toStrFn() {}; }
};
var objects = [{}, coercibleObject, coercibleFnObject, toStringOnlyObject, valueOfOnlyObject];
var nullPrimitives = [undefined, null];
var nonIntegerNumbers = [-1.3, 0.2, 1.8, 1 / 3];
var zeroes = [0, -0];
var infinities = [Infinity, -Infinity];
var numbers = zeroes.concat([42], infinities, nonIntegerNumbers);
var strings = ['', 'foo', 'a\uD83D\uDCA9c'];
var booleans = [true, false];
var symbols = hasSymbols ? [Symbol.iterator, Symbol('foo')] : [];
var nonSymbolPrimitives = [].concat(nullPrimitives, booleans, strings, numbers);
var nonNumberPrimitives = [].concat(nullPrimitives, booleans, strings, symbols);
var nonNullPrimitives = [].concat(booleans, strings, numbers, symbols);
var nonUndefinedPrimitives = [].concat(null, nonNullPrimitives);
var nonStrings = [].concat(nullPrimitives, booleans, numbers, symbols, objects);
var primitives = [].concat(nullPrimitives, nonNullPrimitives);
var nonPropertyKeys = [].concat(nullPrimitives, booleans, numbers, objects);
var propertyKeys = [].concat(strings, symbols);
var nonBooleans = [].concat(nullPrimitives, strings, symbols, numbers, objects);
var falsies = [].concat(nullPrimitives, false, '', 0, -0, NaN);
var truthies = [].concat(true, 'foo', 42, symbols, objects);
var timestamps = [].concat(0, 946713600000, 1546329600000);
var nonFunctions = [].concat(primitives, objects, [42]);
var nonArrays = [].concat(nonFunctions);
var descriptors = {
configurable: function (descriptor) {
return assign(assign({}, descriptor), { '[[Configurable]]': true });
},
nonConfigurable: function (descriptor) {
return assign(assign({}, descriptor), { '[[Configurable]]': false });
},
enumerable: function (descriptor) {
return assign(assign({}, descriptor), { '[[Enumerable]]': true });
},
nonEnumerable: function (descriptor) {
return assign(assign({}, descriptor), { '[[Enumerable]]': false });
},
writable: function (descriptor) {
return assign(assign({}, descriptor), { '[[Writable]]': true });
},
nonWritable: function (descriptor) {
return assign(assign({}, descriptor), { '[[Writable]]': false });
}
};
module.exports = {
coercibleObject: coercibleObject,
coercibleFnObject: coercibleFnObject,
valueOfOnlyObject: valueOfOnlyObject,
toStringOnlyObject: toStringOnlyObject,
uncoercibleObject: uncoercibleObject,
uncoercibleFnObject: uncoercibleFnObject,
objects: objects,
nonFunctions: nonFunctions,
nonArrays: nonArrays,
nullPrimitives: nullPrimitives,
numbers: numbers,
zeroes: zeroes,
infinities: infinities,
strings: strings,
booleans: booleans,
symbols: symbols,
hasSymbols: hasSymbols,
nonSymbolPrimitives: nonSymbolPrimitives,
nonNumberPrimitives: nonNumberPrimitives,
nonNullPrimitives: nonNullPrimitives,
nonUndefinedPrimitives: nonUndefinedPrimitives,
nonStrings: nonStrings,
nonNumbers: nonNumberPrimitives.concat(objects),
nonIntegerNumbers: nonIntegerNumbers,
primitives: primitives,
nonPropertyKeys: nonPropertyKeys,
propertyKeys: propertyKeys,
nonBooleans: nonBooleans,
falsies: falsies,
truthies: truthies,
timestamps: timestamps,
bothDescriptor: function () {
return { '[[Get]]': function () {}, '[[Value]]': true };
},
bothDescriptorWritable: function () {
return descriptors.writable({ '[[Get]]': function () {} });
},
accessorDescriptor: function (value) {
return descriptors.enumerable(descriptors.configurable({
'[[Get]]': function get() { return value; }
}));
},
mutatorDescriptor: function () {
return descriptors.enumerable(descriptors.configurable({
'[[Set]]': function () {}
}));
},
dataDescriptor: function (value) {
return descriptors.nonWritable({
'[[Value]]': arguments.length > 0 ? value : 42
});
},
genericDescriptor: function () {
return descriptors.configurable(descriptors.nonEnumerable());
},
descriptors: descriptors
};

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'use strict';
var ES = require('../');
var test = require('tape');
var keys = require('object-keys');
var forEach = require('foreach');
var ESkeys = keys(ES).sort();
var ES6keys = keys(ES.ES6).sort();
test('exposed properties', function (t) {
t.deepEqual(ESkeys, ES6keys.concat(['ES2019', 'ES2018', 'ES2017', 'ES7', 'ES2016', 'ES6', 'ES2015', 'ES5']).sort(), 'main ES object keys match ES6 keys');
t.end();
});
test('methods match', function (t) {
forEach(ES6keys, function (key) {
t.equal(ES.ES6[key], ES[key], 'method ' + key + ' on main ES object is ES6 method');
});
t.end();
});
require('./GetIntrinsic');
require('./helpers/getSymbolDescription');
require('./helpers/OwnPropertyKeys');
require('./es5');
require('./es6');
require('./es2015');
require('./es7');
require('./es2016');
require('./es2017');
require('./es2018');
require('./es2019');

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