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v8/test/mjsunit/es7/array-includes-receiver.js
Mathias Bynens 7915cf939e [elements] Rename Has*Elements and Is*ElementsKind methods 
Commit 26c00f4a4c improved the names of
most FAST_* elements kinds in the enum. This patch updates the matching
Has*Elements and Is*ElementsKind method names accordingly.

- HasFastSmiElements => HasSmiElements
- IsFastSmiElementsKind => IsSmiElementsKind
- HasFastObjectElements => HasObjectElements
- IsFastObjectElementsKind => IsObjectElementsKind
- HasFastSmiOrObjectElements => HasSmiOrObjectElements
- IsFastSmiOrObjectElementsKind => IsSmiOrObjectElementsKind
- HasFastDoubleElements => HasDoubleElements
- IsFastDoubleElementsKind => IsDoubleElementsKind
- HasFastHoleyElements => HasHoleyElements
- IsFastHoleyElementsKind => IsHoleyElementsKind

Additionally, FastHoleyElementsUsage is renamed to HoleyElementsUsage.

BUG=v8:6548

Cq-Include-Trybots: master.tryserver.chromium.linux:linux_chromium_rel_ng
Change-Id: Ie8f3d01eb43e909cbc6c372d88c5fbc4dfc2ac04
Reviewed-on: https://chromium-review.googlesource.com/558356
Reviewed-by: Benedikt Meurer <bmeurer@chromium.org>
Reviewed-by: Ulan Degenbaev <ulan@chromium.org>
Commit-Queue: Mathias Bynens <mathias@chromium.org>
Cr-Commit-Position: refs/heads/master@{#46376}
2017-07-03 09:25:53 +00:00

635 lines
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// Copyright 2016 the V8 project authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
// Flags: --allow-natives-syntax
// Ensure `Array.prototype.includes` functions correctly for numerous elements
// kinds, and various exotic receiver types,
// TODO(caitp): update kIterCount to a high enough number to trigger inlining,
// once inlining this builtin is supported
var kIterCount = 1;
var kTests = {
Array: {
PACKED_ELEMENTS() {
var r = /foo/;
var s = new String("bar");
var p = new Proxy({}, {});
var o = {};
var array = [r, s, p];
assertTrue(%HasObjectElements(array));
assertFalse(%HasHoleyElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(p));
assertFalse(array.includes(o));
}
},
HOLEY_ELEMENTS() {
var r = /foo/;
var p = new Proxy({}, {});
var o = {};
var array = [r, , p];
assertTrue(%HasObjectElements(array));
assertTrue(%HasHoleyElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(p));
assertFalse(array.includes(o));
}
},
PACKED_SMI_ELEMENTS() {
var array = [0, 88, 9999, 1, -5, 7];
assertTrue(%HasSmiElements(array));
assertFalse(%HasHoleyElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(9999));
assertTrue(array.includes(-5));
assertFalse(array.includes(-5.00001));
assertFalse(array.includes(undefined));
assertFalse(array.includes(NaN));
}
},
HOLEY_SMI_ELEMENTS() {
var array = [49, , , 72, , , 67, -48];
assertTrue(%HasSmiElements(array));
assertTrue(%HasHoleyElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(72));
assertTrue(array.includes(-48));
assertFalse(array.includes(72, 4));
assertTrue(array.includes(undefined));
assertFalse(array.includes(undefined, -2));
assertFalse(array.includes(NaN));
}
},
PACKED_DOUBLE_ELEMENTS() {
var array = [7.00000001, -13000.89412, 73451.4124,
5824.48, 6.0000495, 48.3488, 44.0, 76.35, NaN, 78.4];
assertTrue(%HasDoubleElements(array));
assertFalse(%HasHoleyElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(7.00000001));
assertFalse(array.includes(7.00000001, 2));
assertTrue(array.includes(NaN));
assertFalse(array.includes(NaN, -1));
assertTrue(array.includes(-13000.89412));
assertFalse(array.includes(-13000.89412, -2));
assertFalse(array.includes(undefined));
}
},
HOLEY_DOUBLE_ELEMENTS() {
var array = [7.00000001, -13000.89412, ,
5824.48, , 48.3488, , NaN, , 78.4];
assertTrue(%HasDoubleElements(array));
assertTrue(%HasHoleyElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(7.00000001));
assertFalse(array.includes(7.00000001, 2));
assertTrue(array.includes(NaN));
assertFalse(array.includes(NaN, -2));
assertTrue(array.includes(-13000.89412));
assertFalse(array.includes(-13000.89412, -2));
assertTrue(array.includes(undefined, -2));
assertFalse(array.includes(undefined, -1));
}
},
DICTIONARY_ELEMENTS() {
var array = [];
Object.defineProperty(array, 4, { get() { return NaN; } });
Object.defineProperty(array, 7, { value: Function });
assertTrue(%HasDictionaryElements(array));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(array.includes(NaN));
assertFalse(array.includes(NaN, -3));
assertTrue(array.includes(Function));
assertTrue(array.includes(undefined));
assertFalse(array.includes(undefined, 7));
}
},
},
Object: {
PACKED_ELEMENTS() {
var r = /foo/;
var s = new String("bar");
var p = new Proxy({}, {});
var o = {};
var object = { 0: r, 1: s, 2: p, length: 3 };
assertTrue(%HasObjectElements(object));
// TODO(caitp): JSObjects always seem to start with HOLEY_ELEMENTS
// assertFalse(%HasHoleyElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, p));
assertFalse(Array.prototype.includes.call(object, o));
}
},
HOLEY_ELEMENTS() {
var r = /foo/;
var p = new Proxy({}, {});
var o = {};
var object = { 0: r, 2: p, length: 3 };
assertTrue(%HasObjectElements(object));
assertTrue(%HasHoleyElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, p));
assertFalse(Array.prototype.includes.call(object, o));
}
},
PACKED_SMI_ELEMENTS() {
var object = { 0: 0, 1: 88, 2: 9999, 3: 1, 4: -5, 5: 7, length: 6 };
// TODO(caitp): JSObjects always seem to start with HOLEY_ELEMENTS
// assertTrue(%HasSmiElements(object));
// assertFalse(%HasHoleyElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, 9999));
assertTrue(Array.prototype.includes.call(object, -5));
assertFalse(Array.prototype.includes.call(object, -5.00001));
assertFalse(Array.prototype.includes.call(object, undefined));
assertFalse(Array.prototype.includes.call(object, NaN));
}
},
HOLEY_SMI_ELEMENTS() {
var object = { 0: 49, 3: 72, 6: 67, 7: -48, length: 8 };
// TODO(caitp): JSObjects always seem to start with HOLEY_ELEMENTS
// assertTrue(%HasSmiElements(object));
// assertTrue(%HasHoleyElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, 72));
assertTrue(Array.prototype.includes.call(object, -48));
assertFalse(Array.prototype.includes.call(object, 72, 4));
assertTrue(Array.prototype.includes.call(object, undefined));
assertFalse(Array.prototype.includes.call(object, undefined, -2));
assertFalse(Array.prototype.includes.call(object, NaN));
}
},
PACKED_DOUBLE_ELEMENTS() {
var object = { 0: 7.00000001, 1: -13000.89412, 2: 73451.4124,
3: 5824.48, 4: 6.0000495, 5: 48.3488, 6: 44.0, 7: 76.35,
8: NaN, 9: 78.4, length: 10 };
// TODO(caitp): JSObjects always seem to start with HOLEY_ELEMENTS
// assertTrue(%HasDoubleElements(object));
// assertFalse(%HasHoleyElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, 7.00000001));
assertFalse(Array.prototype.includes.call(object, 7.00000001, 2));
assertTrue(Array.prototype.includes.call(object, NaN));
assertFalse(Array.prototype.includes.call(object, NaN, -1));
assertTrue(Array.prototype.includes.call(object, -13000.89412));
assertFalse(Array.prototype.includes.call(object, -13000.89412, -2));
assertFalse(Array.prototype.includes.call(object, undefined));
}
},
HOLEY_DOUBLE_ELEMENTS() {
var object = { 0: 7.00000001, 1: -13000.89412, 3: 5824.48, 5: 48.3488,
7: NaN, 9: 78.4, length: 10 };
// TODO(caitp): JSObjects always seem to start with HOLEY_ELEMENTS
// assertTrue(%HasDoubleElements(object));
// assertTrue(%HasHoleyElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, 7.00000001));
assertFalse(Array.prototype.includes.call(object, 7.00000001, 2));
assertTrue(Array.prototype.includes.call(object, NaN));
assertFalse(Array.prototype.includes.call(object, NaN, -2));
assertTrue(Array.prototype.includes.call(object, -13000.89412));
assertFalse(Array.prototype.includes.call(object, -13000.89412, -2));
assertTrue(Array.prototype.includes.call(object, undefined, -2));
assertFalse(Array.prototype.includes.call(object, undefined, -1));
}
},
DICTIONARY_ELEMENTS() {
var object = { length: 8 };
Object.defineProperty(object, 4, { get() { return NaN; } });
Object.defineProperty(object, 7, { value: Function });
assertTrue(%HasDictionaryElements(object));
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call(object, NaN));
assertFalse(Array.prototype.includes.call(object, NaN, -3));
assertTrue(Array.prototype.includes.call(object, Function));
assertTrue(Array.prototype.includes.call(object, undefined));
assertFalse(Array.prototype.includes.call(object, undefined, 7));
}
(function prototypeModifiedDuringAccessor() {
function O() {
return {
__proto__: {},
get 0() {
this.__proto__.__proto__ = {
get 1() {
this[2] = "c";
return "b";
}
};
return "a";
},
length: 3
};
}
// Switch to slow path when first accessor modifies the prototype
assertTrue(Array.prototype.includes.call(O(), "a"));
assertTrue(Array.prototype.includes.call(O(), "b"));
assertTrue(Array.prototype.includes.call(O(), "c"));
// Avoid switching to slow path due to avoiding the accessor
assertFalse(Array.prototype.includes.call(O(), "c", 2));
assertFalse(Array.prototype.includes.call(O(), "b", 1));
assertTrue(Array.prototype.includes.call(O(), undefined, 1));
});
},
},
String: {
FAST_STRING_ELEMENTS() {
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call("froyo", "y"));
assertFalse(Array.prototype.includes.call("froyo", "y", -1));
assertTrue(Array.prototype.includes.call("froyo", "y", -2));
assertFalse(Array.prototype.includes.call("froyo", NaN));
assertFalse(Array.prototype.includes.call("froyo", undefined));
}
},
SLOW_STRING_ELEMENTS() {
var string = new String("froyo");
// Never accessible from A.p.includes as 'length' is not configurable
Object.defineProperty(string, 34, { value: NaN });
Object.defineProperty(string, 12, { get() { return "nope" } });
for (var i = 0; i < kIterCount; ++i) {
assertTrue(Array.prototype.includes.call("froyo", "y"));
assertFalse(Array.prototype.includes.call("froyo", "y", -1));
assertTrue(Array.prototype.includes.call("froyo", "y", -2));
assertFalse(Array.prototype.includes.call(string, NaN));
assertFalse(Array.prototype.includes.call(string, undefined));
assertFalse(Array.prototype.includes.call(string, "nope"));
}
},
},
Arguments: {
FAST_SLOPPY_ARGUMENTS_ELEMENTS() {
var args = (function(a, b) { return arguments; })("foo", NaN, "bar");
assertTrue(%HasSloppyArgumentsElements(args));
for (var i = 0; i < kIterCount; ++i) {
assertFalse(Array.prototype.includes.call(args, undefined));
assertTrue(Array.prototype.includes.call(args, NaN));
assertFalse(Array.prototype.includes.call(args, NaN, -1));
assertTrue(Array.prototype.includes.call(args, "bar", -1));
}
},
SLOW_SLOPPY_ARGUMENTS_ELEMENTS() {
var args = (function(a, a) { return arguments; })("foo", NaN, "bar");
Object.defineProperty(args, 3, { get() { return "silver"; } });
Object.defineProperty(args, "length", { value: 4 });
assertTrue(%HasSloppyArgumentsElements(args));
for (var i = 0; i < kIterCount; ++i) {
assertFalse(Array.prototype.includes.call(args, undefined));
assertTrue(Array.prototype.includes.call(args, NaN));
assertFalse(Array.prototype.includes.call(args, NaN, -2));
assertTrue(Array.prototype.includes.call(args, "bar", -2));
assertTrue(Array.prototype.includes.call(args, "silver", -1));
}
}
},
TypedArray: {
Int8Array() {
var array = new Int8Array([-129, 128,
NaN /* 0 */, +0 /* 0 */, -0 /* 0 */,
+Infinity /* 0 */, -Infinity /* 0 */,
255 /* -1 */, 127 /* 127 */, -255 /* 1 */]);
assertFalse(Array.prototype.includes.call(array, -129));
assertFalse(Array.prototype.includes.call(array, 128));
assertTrue(Array.prototype.includes.call(array, 0, 2));
assertTrue(Array.prototype.includes.call(array, 0, 3));
assertTrue(Array.prototype.includes.call(array, 0, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0, 6));
assertFalse(Array.prototype.includes.call(array, 0, 7));
assertTrue(Array.prototype.includes.call(array, -1, 7));
assertFalse(Array.prototype.includes.call(array, -1, 8));
assertTrue(Array.prototype.includes.call(array, 127, 8));
assertFalse(Array.prototype.includes.call(array, 127, 9));
assertTrue(Array.prototype.includes.call(array, 1, 9));
},
Detached_Int8Array() {
var array = new Int8Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Uint8Array() {
var array = new Uint8Array([-1, 256,
NaN /* 0 */, +0 /* 0 */, -0 /* 0 */,
+Infinity /* 0 */, -Infinity /* 0 */,
255 /* 255 */, 257 /* 1 */, -128 /* 128 */,
-2 /* 254 */]);
assertFalse(Array.prototype.includes.call(array, -1));
assertFalse(Array.prototype.includes.call(array, 256));
assertTrue(Array.prototype.includes.call(array, 0, 2));
assertTrue(Array.prototype.includes.call(array, 0, 3));
assertTrue(Array.prototype.includes.call(array, 0, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0, 6));
assertFalse(Array.prototype.includes.call(array, 0, 7));
assertTrue(Array.prototype.includes.call(array, 255, 7));
assertFalse(Array.prototype.includes.call(array, 255, 8));
assertTrue(Array.prototype.includes.call(array, 1, 8));
assertFalse(Array.prototype.includes.call(array, 1, 9));
assertTrue(Array.prototype.includes.call(array, 128, 9));
assertFalse(Array.prototype.includes.call(array, 128, 10));
assertTrue(Array.prototype.includes.call(array, 254, 10));
},
Detached_Uint8Array() {
var array = new Uint8Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Uint8ClampedArray() {
var array = new Uint8ClampedArray([-1 /* 0 */, NaN /* 0 */, 256 /* 255 */,
127.6 /* 128 */, 127.4 /* 127 */,
121.5 /* 122 */, 124.5 /* 124 */]);
assertFalse(Array.prototype.includes.call(array, -1));
assertFalse(Array.prototype.includes.call(array, 256));
assertTrue(Array.prototype.includes.call(array, 0));
assertTrue(Array.prototype.includes.call(array, 0, 1));
assertTrue(Array.prototype.includes.call(array, 255, 2));
assertTrue(Array.prototype.includes.call(array, 128, 3));
assertFalse(Array.prototype.includes.call(array, 128, 4));
assertTrue(Array.prototype.includes.call(array, 127, 4));
assertFalse(Array.prototype.includes.call(array, 127, 5));
assertTrue(Array.prototype.includes.call(array, 122, 5));
assertFalse(Array.prototype.includes.call(array, 122, 6));
assertTrue(Array.prototype.includes.call(array, 124, 6));
},
Detached_Uint8ClampedArray() {
var array = new Uint8ClampedArray(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Int16Array() {
var array = new Int16Array([-32769, 32768,
NaN /* 0 */, Infinity /* 0 */,
-Infinity /* 0 */, -0 /* 0 */, +0 /* 0 */,
0x7FFFF /* -1 */, 30000 /* 30000 */,
300000 /* -27680 */]);
assertFalse(Array.prototype.includes.call(array, -32769));
assertFalse(Array.prototype.includes.call(array, 32768));
assertTrue(Array.prototype.includes.call(array, 0, 2));
assertTrue(Array.prototype.includes.call(array, 0, 3));
assertTrue(Array.prototype.includes.call(array, 0, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0, 6));
assertFalse(Array.prototype.includes.call(array, 0, 7));
assertTrue(Array.prototype.includes.call(array, -1, 7));
assertFalse(Array.prototype.includes.call(array, -1, 8));
assertTrue(Array.prototype.includes.call(array, 30000, 8));
assertFalse(Array.prototype.includes.call(array, 30000, 9));
assertTrue(Array.prototype.includes.call(array, -27680, 9));
},
Detached_Int16Array() {
var array = new Int16Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Uint16Array() {
var array = new Uint16Array([-1, 65536,
NaN /* 0 */, Infinity /* 0 */,
-Infinity /* 0 */, -0 /* 0 */, +0 /* 0 */,
0x7FFFF /* 65535 */, 300000 /* 37856 */,
3000000 /* 50880 */]);
assertFalse(Array.prototype.includes.call(array, -1));
assertFalse(Array.prototype.includes.call(array, 65536));
assertTrue(Array.prototype.includes.call(array, 0, 2));
assertTrue(Array.prototype.includes.call(array, 0, 3));
assertTrue(Array.prototype.includes.call(array, 0, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0, 6));
assertFalse(Array.prototype.includes.call(array, 0, 7));
assertTrue(Array.prototype.includes.call(array, 65535, 7));
assertFalse(Array.prototype.includes.call(array, 65535, 8));
assertTrue(Array.prototype.includes.call(array, 37856, 8));
assertFalse(Array.prototype.includes.call(array, 37856, 9));
assertTrue(Array.prototype.includes.call(array, 50880, 9));
},
Detached_Uint16Array() {
var array = new Uint16Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Int32Array() {
var array = new Int32Array([-2147483649, 2147483648,
NaN /* 0 */, Infinity /* 0 */,
-Infinity /* 0 */, -0 /* 0 */, +0 /* 0 */,
0x7FFFFFFFF /* -1 */, 4294968064 /* 768 */,
4294959447 /* -7849 */]);
assertFalse(Array.prototype.includes.call(array, -2147483649));
assertFalse(Array.prototype.includes.call(array, 2147483648));
assertTrue(Array.prototype.includes.call(array, 0.0, 2));
assertTrue(Array.prototype.includes.call(array, 0.0, 3));
assertTrue(Array.prototype.includes.call(array, 0, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0.0, 6));
assertFalse(Array.prototype.includes.call(array, 0.0, 7));
assertTrue(Array.prototype.includes.call(array, -1, 7));
assertFalse(Array.prototype.includes.call(array, -1, 8));
assertTrue(Array.prototype.includes.call(array, 768, 8));
assertFalse(Array.prototype.includes.call(array, 768, 9));
assertTrue(Array.prototype.includes.call(array, -7849, 9));
},
Detached_Int32Array() {
var array = new Int32Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Uint32Array() {
var array = new Uint32Array([-1, 4294967296,
NaN /* 0 */, Infinity /* 0 */,
-Infinity /* 0 */, -0 /* 0 */, +0 /* 0 */,
0x7FFFFFFFF /* 4294967295 */,
4294968064 /* 768 */,
4295079447 /* 112151 */]);
assertFalse(Array.prototype.includes.call(array, -1));
assertFalse(Array.prototype.includes.call(array, 4294967296));
assertTrue(Array.prototype.includes.call(array, 0.0, 2));
assertTrue(Array.prototype.includes.call(array, 0.0, 3));
assertTrue(Array.prototype.includes.call(array, 0, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0.0, 6));
assertFalse(Array.prototype.includes.call(array, 0.0, 7));
assertTrue(Array.prototype.includes.call(array, 4294967295, 7));
assertFalse(Array.prototype.includes.call(array, 4294967295, 8));
assertTrue(Array.prototype.includes.call(array, 768, 8));
assertFalse(Array.prototype.includes.call(array, 768, 9));
assertTrue(Array.prototype.includes.call(array, 112151, 9));
},
Detached_Uint32Array() {
var array = new Uint32Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Float32Array() {
var array = new Float32Array([-1, 4294967296,
NaN, Infinity /* 0 */,
-Infinity /* 0 */, -0 /* 0 */, +0 /* 0 */,
0x7FFFFFFFF /* 34359738368.0 */,
-4294968064 /* -4294968320.0 */,
4295079447 /* 4295079424.0 */]);
assertTrue(Array.prototype.includes.call(array, -1.0));
assertTrue(Array.prototype.includes.call(array, 4294967296));
assertTrue(Array.prototype.includes.call(array, NaN, 2));
assertTrue(Array.prototype.includes.call(array, Infinity, 3));
assertTrue(Array.prototype.includes.call(array, -Infinity, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0, 6));
assertFalse(Array.prototype.includes.call(array, 0.0, 7));
assertTrue(Array.prototype.includes.call(array, 34359738368.0, 7));
assertFalse(Array.prototype.includes.call(array, 34359738368.0, 8));
assertTrue(Array.prototype.includes.call(array, -4294968320.0, 8));
assertFalse(Array.prototype.includes.call(array, -4294968320.0, 9));
assertTrue(Array.prototype.includes.call(array, 4295079424.0, 9));
},
Detached_Float32Array() {
var array = new Float32Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
Float64Array() {
var array = new Float64Array([-1, 4294967296,
NaN, Infinity /* 0 */,
-Infinity /* 0 */, -0 /* 0 */, +0 /* 0 */,
0x7FFFFFFFF /* 34359738367.0 */,
-4294968064 /* -4294968064.0 */,
4295079447 /* 4295079447.0 */]);
assertTrue(Array.prototype.includes.call(array, -1.0));
assertTrue(Array.prototype.includes.call(array, 4294967296));
assertTrue(Array.prototype.includes.call(array, NaN, 2));
assertTrue(Array.prototype.includes.call(array, Infinity, 3));
assertTrue(Array.prototype.includes.call(array, -Infinity, 4));
assertTrue(Array.prototype.includes.call(array, 0, 5));
assertTrue(Array.prototype.includes.call(array, 0, 6));
assertFalse(Array.prototype.includes.call(array, 0.0, 7));
assertTrue(Array.prototype.includes.call(array, 34359738367.0, 7));
assertFalse(Array.prototype.includes.call(array, 34359738367.0, 8));
assertTrue(Array.prototype.includes.call(array, -4294968064.0, 8));
assertFalse(Array.prototype.includes.call(array, -4294968064.0, 9));
assertTrue(Array.prototype.includes.call(array, 4295079447.0, 9));
},
Detached_Float64Array() {
var array = new Float32Array(10);
%ArrayBufferNeuter(array.buffer);
assertFalse(Array.prototype.includes.call(array, 0));
assertFalse(Array.prototype.includes.call(array, 0, 10));
},
}
};
function runSuites(suites) {
Object.keys(suites).forEach(suite => runSuite(suites[suite]));
function runSuite(suite) {
Object.keys(suite).forEach(test => suite[test]());
}
}
runSuites(kTests);
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