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How to use assert_not_equals method in wpt

Best JavaScript code snippet using wpt

grow.any.js

Source:grow.any.js

...33  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");34  const result = memory.grow(2);35  assert_equals(result, 0);36  const newMemory = memory.buffer;37  assert_not_equals(oldMemory, newMemory);38  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");39  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");40}, "Zero initial");41test(() => {42  const argument = { "initial": { valueOf() { return 0 } } };43  const memory = new WebAssembly.Memory(argument);44  const oldMemory = memory.buffer;45  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");46  const result = memory.grow({ valueOf() { return 2 } });47  assert_equals(result, 0);48  const newMemory = memory.buffer;49  assert_not_equals(oldMemory, newMemory);50  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");51  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");52}, "Zero initial with valueOf");53test(() => {54  const argument = { "initial": 3 };55  const memory = new WebAssembly.Memory(argument);56  const oldMemory = memory.buffer;57  assert_ArrayBuffer(oldMemory, { "size": 3 }, "Buffer before growing");58  const result = memory.grow(2);59  assert_equals(result, 3);60  const newMemory = memory.buffer;61  assert_not_equals(oldMemory, newMemory);62  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");63  assert_ArrayBuffer(newMemory, { "size": 5 }, "New buffer after growing");64}, "Non-zero initial");65test(() => {66  const argument = { "initial": 0, "maximum": 2 };67  const memory = new WebAssembly.Memory(argument);68  const oldMemory = memory.buffer;69  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");70  const result = memory.grow(2);71  assert_equals(result, 0);72  const newMemory = memory.buffer;73  assert_not_equals(oldMemory, newMemory);74  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");75  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");76}, "Zero initial with respected maximum");77test(() => {78  const argument = { "initial": 0, "maximum": 2 };79  const memory = new WebAssembly.Memory(argument);80  const oldMemory = memory.buffer;81  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");82  const result = memory.grow(1);83  assert_equals(result, 0);84  const newMemory = memory.buffer;85  assert_not_equals(oldMemory, newMemory);86  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing once");87  assert_ArrayBuffer(newMemory, { "size": 1 }, "New buffer after growing once");88  const result2 = memory.grow(1);89  assert_equals(result2, 1);90  const newestMemory = memory.buffer;91  assert_not_equals(newMemory, newestMemory);92  assert_ArrayBuffer(oldMemory, { "detached": true }, "New buffer after growing twice");93  assert_ArrayBuffer(newMemory, { "detached": true }, "New buffer after growing twice");94  assert_ArrayBuffer(newestMemory, { "size": 2 }, "Newest buffer after growing twice");95}, "Zero initial with respected maximum grown twice");96test(() => {97  const argument = { "initial": 1, "maximum": 2 };98  const memory = new WebAssembly.Memory(argument);99  const oldMemory = memory.buffer;100  assert_ArrayBuffer(oldMemory, { "size": 1 }, "Buffer before growing");101  assert_throws_js(RangeError, () => memory.grow(2));102  assert_equals(memory.buffer, oldMemory);103  assert_ArrayBuffer(memory.buffer, { "size": 1 }, "Buffer before trying to grow");104}, "Zero initial growing too much");105const outOfRangeValues = [106  undefined,107  NaN,108  Infinity,109  -Infinity,110  -1,111  0x100000000,112  0x1000000000,113  "0x100000000",114  { valueOf() { return 0x100000000; } },115];116for (const value of outOfRangeValues) {117  test(() => {118    const argument = { "initial": 0 };119    const memory = new WebAssembly.Memory(argument);120    assert_throws_js(TypeError, () => memory.grow(value));121  }, `Out-of-range argument: ${format_value(value)}`);122}123test(() => {124  const argument = { "initial": 0 };125  const memory = new WebAssembly.Memory(argument);126  const oldMemory = memory.buffer;127  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");128  const result = memory.grow(2, {});129  assert_equals(result, 0);130  const newMemory = memory.buffer;131  assert_not_equals(oldMemory, newMemory);132  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");133  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");134}, "Stray argument");135test(() => {136  const argument = { "initial": 1, "maximum": 2, "shared": true };137  const memory = new WebAssembly.Memory(argument);138  const oldMemory = memory.buffer;139  assert_ArrayBuffer(oldMemory, { "size": 1, "shared": true }, "Buffer before growing");140  const result = memory.grow(1);141  assert_equals(result, 1);142  const newMemory = memory.buffer;143  assert_not_equals(oldMemory, newMemory);144  assert_ArrayBuffer(oldMemory, { "size": 1, "shared": true }, "Old buffer after growing");145  assert_ArrayBuffer(newMemory, { "size": 2, "shared": true }, "New buffer after growing");146  // The old and new buffers must have the same value for the147  // [[ArrayBufferData]] internal slot.148  const oldArray = new Uint8Array(oldMemory);149  const newArray = new Uint8Array(newMemory);150  assert_equals(oldArray[0], 0, "old first element");151  assert_equals(newArray[0], 0, "new first element");152  oldArray[0] = 1;153  assert_equals(oldArray[0], 1, "old first element");154  assert_equals(newArray[0], 1, "new first element");...

grow-part.any.js

Source:grow-part.any.js

...33  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");34  const result = memory.grow(2);35  assert_equals(result, 0);36  const newMemory = memory.buffer;37  assert_not_equals(oldMemory, newMemory);38  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");39  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");40}, "Zero initial");41test(() => {42  const argument = { "initial": { valueOf() { return 0 } } };43  const memory = new WebAssembly.Memory(argument);44  const oldMemory = memory.buffer;45  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");46  const result = memory.grow({ valueOf() { return 2 } });47  assert_equals(result, 0);48  const newMemory = memory.buffer;49  assert_not_equals(oldMemory, newMemory);50  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");51  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");52}, "Zero initial with valueOf");53test(() => {54  const argument = { "initial": 3 };55  const memory = new WebAssembly.Memory(argument);56  const oldMemory = memory.buffer;57  assert_ArrayBuffer(oldMemory, { "size": 3 }, "Buffer before growing");58  const result = memory.grow(2);59  assert_equals(result, 3);60  const newMemory = memory.buffer;61  assert_not_equals(oldMemory, newMemory);62  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");63  assert_ArrayBuffer(newMemory, { "size": 5 }, "New buffer after growing");64}, "Non-zero initial");65test(() => {66  const argument = { "initial": 0, "maximum": 2 };67  const memory = new WebAssembly.Memory(argument);68  const oldMemory = memory.buffer;69  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");70  const result = memory.grow(2);71  assert_equals(result, 0);72  const newMemory = memory.buffer;73  assert_not_equals(oldMemory, newMemory);74  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");75  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");76}, "Zero initial with respected maximum");77test(() => {78  const argument = { "initial": 0, "maximum": 2 };79  const memory = new WebAssembly.Memory(argument);80  const oldMemory = memory.buffer;81  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");82  const result = memory.grow(1);83  assert_equals(result, 0);84  const newMemory = memory.buffer;85  assert_not_equals(oldMemory, newMemory);86  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing once");87  assert_ArrayBuffer(newMemory, { "size": 1 }, "New buffer after growing once");88  const result2 = memory.grow(1);89  assert_equals(result2, 1);90  const newestMemory = memory.buffer;91  assert_not_equals(newMemory, newestMemory);92  assert_ArrayBuffer(oldMemory, { "detached": true }, "New buffer after growing twice");93  assert_ArrayBuffer(newMemory, { "detached": true }, "New buffer after growing twice");94  assert_ArrayBuffer(newestMemory, { "size": 2 }, "Newest buffer after growing twice");95}, "Zero initial with respected maximum grown twice");96test(() => {97  const argument = { "initial": 1, "maximum": 2 };98  const memory = new WebAssembly.Memory(argument);99  const oldMemory = memory.buffer;100  assert_ArrayBuffer(oldMemory, { "size": 1 }, "Buffer before growing");101  assert_throws_js(RangeError, () => memory.grow(2));102  assert_equals(memory.buffer, oldMemory);103  assert_ArrayBuffer(memory.buffer, { "size": 1 }, "Buffer before trying to grow");104}, "Zero initial growing too much");105const outOfRangeValues = [106  undefined,107  NaN,108  Infinity,109  -Infinity,110  -1,111  0x100000000,112  0x1000000000,113  "0x100000000",114  { valueOf() { return 0x100000000; } },115];116for (const value of outOfRangeValues) {117  test(() => {118    const argument = { "initial": 0 };119    const memory = new WebAssembly.Memory(argument);120    assert_throws_js(TypeError, () => memory.grow(value));121  }, `Out-of-range argument: ${format_value(value)}`);122}123test(() => {124  const argument = { "initial": 0 };125  const memory = new WebAssembly.Memory(argument);126  const oldMemory = memory.buffer;127  assert_ArrayBuffer(oldMemory, { "size": 0 }, "Buffer before growing");128  const result = memory.grow(2, {});129  assert_equals(result, 0);130  const newMemory = memory.buffer;131  assert_not_equals(oldMemory, newMemory);132  assert_ArrayBuffer(oldMemory, { "detached": true }, "Old buffer after growing");133  assert_ArrayBuffer(newMemory, { "size": 2 }, "New buffer after growing");...

Using AI Code Generation

1function run_test() {2  var server = new HttpServer();3  server.registerDirectory("/", do_get_file("data"));4  server.start(-1);5  var chan = NetUtil.newChannel({6  });7  chan.asyncOpen2(new ChannelListener(finish_test, null, CL_EXPECT_FAILURE));8  do_test_pending();9  function finish_test(request, data, ctx) {10    Assert.equal(request.status, Cr.NS_ERROR_NOT_AVAILABLE);11    server.stop(do_test_finished);12  }13}

Using AI Code Generation

1var wpt = require('webpagetest');2var assert = require('assert');3var test = require('unit.js');4var wpt = new WebPageTest('www.webpagetest.org');5    assert.notEqual(err, null);6    assert.equal(data.statusCode, 200);7    assert.equal(data.statusText, 'OK');8    assert.equal(data.data.runs, 1);9    assert.equal(data.data.location, 'Dulles:Chrome');10    assert.equal(data.data.from, 'webpagetest.org');11    assert.equal(data.data.fullyLoaded, 0);12    assert.equal(data.data.firstView, 0);13    assert.equal(data.data.repeatView, 0);14    assert.equal(data.data.average.firstView.loadTime, 0);15    assert.equal(data.data.average.firstView.TTFB, 0);16    assert.equal(data.data.average.firstView.render, 0);17    assert.equal(data.data.average.firstView.SpeedIndex, 0);18    assert.equal(data.data.average.firstView.docTime, 0);19    assert.equal(data.data.average.firstView.fullyLoaded, 0);20    assert.equal(data.data.average.firstView.bytesIn, 0);21    assert.equal(data.data.average.firstView.bytesOut, 0);22    assert.equal(data.data.average.firstView.requests, 0);23    assert.equal(data.data.average.firstView.requestsDoc, 0);24    assert.equal(data.data.average.firstView.requestsFull, 0);25    assert.equal(data.data.average.firstView.responses_200, 0);26    assert.equal(data.data.average.firstView.responses_404, 0);27    assert.equal(data.data.average.firstView.responses_other, 0);28    assert.equal(data.data.average.firstView.result, 0);29    assert.equal(data.data.average.repeatView.loadTime, 0);30    assert.equal(data.data.average.repeatView.TTFB, 0);31    assert.equal(data.data.average.repeatView.render, 0);32    assert.equal(data.data.average.repeatView.SpeedIndex, 0);33    assert.equal(data.data.average.repeatView.docTime, 0);34    assert.equal(data.data.average.repeatView.fullyLoaded, 0);35    assert.equal(data.data.average.repeatView.bytesIn, 0);36    assert.equal(data.data.average.repeatView.bytesOut, 0);37    assert.equal(data.data

Using AI Code Generation

1var wpt = require('webpagetest');2var assert = require('assert');3var test = require('wpt-assert');4var wpt = new WebPageTest('www.webpagetest.org');5test.setWpt(wpt);6var location = 'Dulles:Chrome';7var options = {8};9wpt.runTest(testUrl, options, function(err, data) {10  if (err) {11    console.log(err);12  } else {13    var testId = data.data.testId;14    wpt.getTestResults(testId, function(err, data) {15      if (err) {16        console.log(err);17      } else {18        var firstView = data.data.runs[1].firstView;19        var speedIndex = firstView.SpeedIndex;20        var visualComplete = firstView.visualComplete;21        test.assert_not_equals(speedIndex, visualComplete, 'SpeedIndex and VisualComplete should not be equal');22      }23    });24  }25});

Using AI Code Generation

1assert_not_equals(1, 2);2assert_not_equals(2, 2);3assert_not_equals(2, 3);4assert_not_equals(1, 3);5assert_not_equals(1, 4);6assert_not_equals(2, 4);7assert_not_equals(3, 4);8assert_not_equals(4, 4);9assert_not_equals(4, 5);10assert_not_equals(5, 5);11assert_not_equals(5, 6);12assert_not_equals(6, 6);13assert_not_equals(6, 7);14assert_not_equals(7, 7);15assert_not_equals(7, 8);16assert_not_equals(8, 8);17assert_not_equals(8, 9);18assert_not_equals(9, 9);19assert_not_equals(9, 10);20assert_not_equals(10, 10);21assert_not_equals(10, 11);22assert_not_equals(11, 11);23assert_not_equals(11, 12);24assert_not_equals(12, 12);25assert_not_equals(12, 13);26assert_not_equals(13, 13);27assert_not_equals(13, 14);28assert_not_equals(14, 14);29assert_not_equals(14, 15);30assert_not_equals(15, 15);31assert_not_equals(15, 16);32assert_not_equals(16, 16);33assert_not_equals(16, 17);34assert_not_equals(17, 17);35assert_not_equals(17, 18);36assert_not_equals(18, 18);37assert_not_equals(18, 19);38assert_not_equals(19, 19);39assert_not_equals(19, 20);40assert_not_equals(20, 20);41assert_not_equals(20, 21);42assert_not_equals(21, 21);43assert_not_equals(21, 22);44assert_not_equals(22, 22);45assert_not_equals(22, 23);46assert_not_equals(23, 23);47assert_not_equals(23, 24);48assert_not_equals(24, 24);49assert_not_equals(24, 25);50assert_not_equals(25, 25);51assert_not_equals(25, 26);52assert_not_equals(26, 26);53assert_not_equals(26, 27);54assert_not_equals(27, 27);55assert_not_equals(27, 28);

Using AI Code Generation

1var wptserve = require("../resources/testharness.js");2var assert_not_equals = wptserve.assert_not_equals;3var response = wptserve.response;4  {5    response: function(request, data) {6      assert_not_equals(data, "data");7      return response(200, "OK");8    }9  }10];11if (typeof module !== "undefined")12  module.exports = tests;

Using AI Code Generation

1assert_not_equals(1,2);2assert_not_equals(2,2);3assert_not_equals(3,2);4assert_not_equals(4,2);5assert_not_equals(5,2);6assert_not_equals(6,2);7assert_not_equals(7,2);8assert_not_equals(8,2);9assert_not_equals(9,2);10assert_not_equals(10,2);11assert_not_equals(11,2);12assert_not_equals(12,2);13assert_not_equals(13,2);14assert_not_equals(14,2);15assert_not_equals(15,2);16assert_not_equals(16,2);17assert_not_equals(17,2);18assert_not_equals(18,2);19assert_not_equals(19,2);20assert_not_equals(20,2);21assert_not_equals(21,2);22assert_not_equals(22,2);23assert_not_equals(23,2);24assert_not_equals(24,2);25assert_not_equals(25,2);26assert_not_equals(26,2);27assert_not_equals(27,2);28assert_not_equals(28,2);29assert_not_equals(29,2);30assert_not_equals(30,2);31assert_not_equals(31,2);32assert_not_equals(32,2);33assert_not_equals(33,2);34assert_not_equals(34,2);35assert_not_equals(35,2);36assert_not_equals(36,2);37assert_not_equals(37,2);38assert_not_equals(38,2);39assert_not_equals(39,2);40assert_not_equals(40,2);41assert_not_equals(41,2);42assert_not_equals(42,2);43assert_not_equals(43,2);44assert_not_equals(44,2);45assert_not_equals(45,2);46assert_not_equals(46,2);47assert_not_equals(47,2);48assert_not_equals(48,2);49assert_not_equals(49,2);50assert_not_equals(50,2);51assert_not_equals(51,2);52assert_not_equals(52,2);53assert_not_equals(53,2);54assert_not_equals(54,2);55assert_not_equals(55,2);56assert_not_equals(56,2);57assert_not_equals(57,2);58assert_not_equals(58,2);59assert_not_equals(59,2);60assert_not_equals(60,2);61assert_not_equals(61,2

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