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How to use assertNodesEqual method in wpt
Best JavaScript code snippet using wpt
compound_write.test.ts
Source:compound_write.test.ts 
...47 node.updatePriority(priority)48 );49 }50 }51 function assertNodesEqual(expected, actual) {52 expect(actual.equals(expected)).to.be.true;53 }54 it('Empty merge is empty', () => {55 expect(compoundWriteIsEmpty(CompoundWrite.empty())).to.be.true;56 });57 it('CompoundWrite with priority update is not empty.', () => {58 expect(59 compoundWriteIsEmpty(60 compoundWriteAddWrite(61 CompoundWrite.empty(),62 new Path('.priority'),63 PRIO_NODE64 )65 )66 ).to.be.false;67 });68 it('CompoundWrite with update is not empty.', () => {69 expect(70 compoundWriteIsEmpty(71 compoundWriteAddWrite(72 CompoundWrite.empty(),73 new Path('foo/bar'),74 LEAF_NODE75 )76 )77 ).to.be.false;78 });79 it('CompoundWrite with root update is not empty.', () => {80 expect(81 compoundWriteIsEmpty(82 compoundWriteAddWrite(CompoundWrite.empty(), newEmptyPath(), LEAF_NODE)83 )84 ).to.be.false;85 });86 it('CompoundWrite with empty root update is not empty.', () => {87 expect(88 compoundWriteIsEmpty(89 compoundWriteAddWrite(CompoundWrite.empty(), newEmptyPath(), EMPTY_NODE)90 )91 ).to.be.false;92 });93 it('CompoundWrite with root priority update, child write is not empty.', () => {94 const compoundWrite = compoundWriteAddWrite(95 CompoundWrite.empty(),96 new Path('.priority'),97 PRIO_NODE98 );99 expect(100 compoundWriteIsEmpty(101 compoundWriteChildCompoundWrite(compoundWrite, new Path('.priority'))102 )103 ).to.be.false;104 });105 it('Applies leaf overwrite', () => {106 let compoundWrite = CompoundWrite.empty();107 compoundWrite = compoundWriteAddWrite(108 compoundWrite,109 newEmptyPath(),110 LEAF_NODE111 );112 expect(compoundWriteApply(compoundWrite, EMPTY_NODE)).to.equal(LEAF_NODE);113 });114 it('Applies children overwrite', () => {115 let compoundWrite = CompoundWrite.empty();116 const childNode = EMPTY_NODE.updateImmediateChild('child', LEAF_NODE);117 compoundWrite = compoundWriteAddWrite(118 compoundWrite,119 newEmptyPath(),120 childNode121 );122 expect(compoundWriteApply(compoundWrite, EMPTY_NODE)).to.equal(childNode);123 });124 it('Adds child node', () => {125 let compoundWrite = CompoundWrite.empty();126 const expected = EMPTY_NODE.updateImmediateChild('child', LEAF_NODE);127 compoundWrite = compoundWriteAddWrite(128 compoundWrite,129 new Path('child'),130 LEAF_NODE131 );132 assertNodesEqual(expected, compoundWriteApply(compoundWrite, EMPTY_NODE));133 });134 it('Adds deep child node', () => {135 let compoundWrite = CompoundWrite.empty();136 const path = new Path('deep/deep/node');137 const expected = EMPTY_NODE.updateChild(path, LEAF_NODE);138 compoundWrite = compoundWriteAddWrite(compoundWrite, path, LEAF_NODE);139 expect(compoundWriteApply(compoundWrite, EMPTY_NODE)).to.deep.equal(140 expected141 );142 });143 it('shallow update removes deep update', () => {144 let compoundWrite = CompoundWrite.empty();145 const updateOne = nodeFromJSON('new-foo-value');146 const updateTwo = nodeFromJSON('baz-value');147 const updateThree = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });148 compoundWrite = compoundWriteAddWrite(149 compoundWrite,150 new Path('child-1/foo'),151 updateOne152 );153 compoundWrite = compoundWriteAddWrite(154 compoundWrite,155 new Path('child-1/baz'),156 updateTwo157 );158 compoundWrite = compoundWriteAddWrite(159 compoundWrite,160 new Path('child-1'),161 updateThree162 );163 const expectedChildOne = {164 foo: 'foo-value',165 bar: 'bar-value'166 };167 const expected = CHILDREN_NODE.updateImmediateChild(168 'child-1',169 nodeFromJSON(expectedChildOne)170 );171 assertNodesEqual(172 expected,173 compoundWriteApply(compoundWrite, CHILDREN_NODE)174 );175 });176 it('child priority updates empty priority on child write', () => {177 let compoundWrite = CompoundWrite.empty();178 compoundWrite = compoundWriteAddWrite(179 compoundWrite,180 new Path('child-1/.priority'),181 EMPTY_NODE182 );183 const node = new LeafNode('foo', PRIO_NODE);184 assertNodeGetsCorrectPriority(185 compoundWriteChildCompoundWrite(compoundWrite, new Path('child-1')),186 node,187 EMPTY_NODE188 );189 });190 it('deep priority set works on empty node when other set is available', () => {191 let compoundWrite = CompoundWrite.empty();192 compoundWrite = compoundWriteAddWrite(193 compoundWrite,194 new Path('foo/.priority'),195 PRIO_NODE196 );197 compoundWrite = compoundWriteAddWrite(198 compoundWrite,199 new Path('foo/child'),200 LEAF_NODE201 );202 const node = compoundWriteApply(compoundWrite, EMPTY_NODE);203 assertNodesEqual(PRIO_NODE, node.getChild(new Path('foo')).getPriority());204 });205 it('child merge looks into update node', () => {206 let compoundWrite = CompoundWrite.empty();207 const update = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });208 compoundWrite = compoundWriteAddWrite(209 compoundWrite,210 newEmptyPath(),211 update212 );213 assertNodesEqual(214 nodeFromJSON('foo-value'),215 compoundWriteApply(216 compoundWriteChildCompoundWrite(compoundWrite, new Path('foo')),217 EMPTY_NODE218 )219 );220 });221 it('child merge removes node on deeper paths', () => {222 let compoundWrite = CompoundWrite.empty();223 const update = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });224 compoundWrite = compoundWriteAddWrite(225 compoundWrite,226 newEmptyPath(),227 update228 );229 assertNodesEqual(230 EMPTY_NODE,231 compoundWriteApply(232 compoundWriteChildCompoundWrite(233 compoundWrite,234 new Path('foo/not/existing')235 ),236 LEAF_NODE237 )238 );239 });240 it('child merge with empty path is same merge', () => {241 let compoundWrite = CompoundWrite.empty();242 const update = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });243 compoundWrite = compoundWriteAddWrite(244 compoundWrite,245 newEmptyPath(),246 update247 );248 expect(249 compoundWriteChildCompoundWrite(compoundWrite, newEmptyPath())250 ).to.equal(compoundWrite);251 });252 it('root update removes root priority', () => {253 let compoundWrite = CompoundWrite.empty();254 compoundWrite = compoundWriteAddWrite(255 compoundWrite,256 new Path('.priority'),257 PRIO_NODE258 );259 compoundWrite = compoundWriteAddWrite(260 compoundWrite,261 newEmptyPath(),262 nodeFromJSON('foo')263 );264 assertNodesEqual(265 nodeFromJSON('foo'),266 compoundWriteApply(compoundWrite, EMPTY_NODE)267 );268 });269 it('deep update removes priority there', () => {270 let compoundWrite = CompoundWrite.empty();271 compoundWrite = compoundWriteAddWrite(272 compoundWrite,273 new Path('foo/.priority'),274 PRIO_NODE275 );276 compoundWrite = compoundWriteAddWrite(277 compoundWrite,278 new Path('foo'),279 nodeFromJSON('bar')280 );281 const expected = nodeFromJSON({ foo: 'bar' });282 assertNodesEqual(expected, compoundWriteApply(compoundWrite, EMPTY_NODE));283 });284 it('adding updates at path works', () => {285 let compoundWrite = CompoundWrite.empty();286 const updates = {287 foo: nodeFromJSON('foo-value'),288 bar: nodeFromJSON('bar-value')289 };290 compoundWrite = compoundWriteAddWrites(291 compoundWrite,292 new Path('child-1'),293 updates294 );295 const expectedChildOne = {296 foo: 'foo-value',297 bar: 'bar-value'298 };299 const expected = CHILDREN_NODE.updateImmediateChild(300 'child-1',301 nodeFromJSON(expectedChildOne)302 );303 assertNodesEqual(304 expected,305 compoundWriteApply(compoundWrite, CHILDREN_NODE)306 );307 });308 it('adding updates at root works', () => {309 let compoundWrite = CompoundWrite.empty();310 const updates = {311 'child-1': nodeFromJSON('new-value-1'),312 'child-2': EMPTY_NODE,313 'child-3': nodeFromJSON('value-3')314 };315 compoundWrite = compoundWriteAddWrites(316 compoundWrite,317 newEmptyPath(),318 updates319 );320 const expected = {321 'child-1': 'new-value-1',322 'child-3': 'value-3'323 };324 assertNodesEqual(325 nodeFromJSON(expected),326 compoundWriteApply(compoundWrite, CHILDREN_NODE)327 );328 });329 it('child write of root priority works', () => {330 const compoundWrite = compoundWriteAddWrite(331 CompoundWrite.empty(),332 new Path('.priority'),333 PRIO_NODE334 );335 assertNodesEqual(336 PRIO_NODE,337 compoundWriteApply(338 compoundWriteChildCompoundWrite(compoundWrite, new Path('.priority')),339 EMPTY_NODE340 )341 );342 });343 it('complete children only returns complete overwrites', () => {344 let compoundWrite = CompoundWrite.empty();345 compoundWrite = compoundWriteAddWrite(346 compoundWrite,347 new Path('child-1'),348 LEAF_NODE349 );350 expect(compoundWriteGetCompleteChildren(compoundWrite)).to.deep.equal([351 new NamedNode('child-1', LEAF_NODE)352 ]);353 });354 it('complete children only returns empty overwrites', () => {355 let compoundWrite = CompoundWrite.empty();356 compoundWrite = compoundWriteAddWrite(357 compoundWrite,358 new Path('child-1'),359 EMPTY_NODE360 );361 expect(compoundWriteGetCompleteChildren(compoundWrite)).to.deep.equal([362 new NamedNode('child-1', EMPTY_NODE)363 ]);364 });365 it('complete children doesnt return deep overwrites', () => {366 let compoundWrite = CompoundWrite.empty();367 compoundWrite = compoundWriteAddWrite(368 compoundWrite,369 new Path('child-1/deep/path'),370 LEAF_NODE371 );372 expect(compoundWriteGetCompleteChildren(compoundWrite)).to.deep.equal([]);373 });374 it('complete children return all complete children but no incomplete', () => {375 let compoundWrite = CompoundWrite.empty();376 compoundWrite = compoundWriteAddWrite(377 compoundWrite,378 new Path('child-1/deep/path'),379 LEAF_NODE380 );381 compoundWrite = compoundWriteAddWrite(382 compoundWrite,383 new Path('child-2'),384 LEAF_NODE385 );386 compoundWrite = compoundWriteAddWrite(387 compoundWrite,388 new Path('child-3'),389 EMPTY_NODE390 );391 const expected = {392 'child-2': LEAF_NODE,393 'child-3': EMPTY_NODE394 };395 const actual = {};396 const completeChildren = compoundWriteGetCompleteChildren(compoundWrite);397 for (let i = 0; i < completeChildren.length; i++) {398 actual[completeChildren[i].name] = completeChildren[i].node;399 }400 expect(actual).to.deep.equal(expected);401 });402 it('complete children return all children for root set', () => {403 let compoundWrite = CompoundWrite.empty();404 compoundWrite = compoundWriteAddWrite(405 compoundWrite,406 newEmptyPath(),407 CHILDREN_NODE408 );409 const expected = {410 'child-1': nodeFromJSON('value-1'),411 'child-2': nodeFromJSON('value-2')412 };413 const actual = {};414 const completeChildren = compoundWriteGetCompleteChildren(compoundWrite);415 for (let i = 0; i < completeChildren.length; i++) {416 actual[completeChildren[i].name] = completeChildren[i].node;417 }418 expect(actual).to.deep.equal(expected);419 });420 it('empty merge has no shadowing write', () => {421 expect(compoundWriteHasCompleteWrite(CompoundWrite.empty(), newEmptyPath()))422 .to.be.false;423 });424 it('compound write with empty root has shadowing write', () => {425 const compoundWrite = compoundWriteAddWrite(426 CompoundWrite.empty(),427 newEmptyPath(),428 EMPTY_NODE429 );430 expect(compoundWriteHasCompleteWrite(compoundWrite, newEmptyPath())).to.be431 .true;432 expect(compoundWriteHasCompleteWrite(compoundWrite, new Path('child'))).to433 .be.true;434 });435 it('compound write with root has shadowing write', () => {436 const compoundWrite = compoundWriteAddWrite(437 CompoundWrite.empty(),438 newEmptyPath(),439 LEAF_NODE440 );441 expect(compoundWriteHasCompleteWrite(compoundWrite, newEmptyPath())).to.be442 .true;443 expect(compoundWriteHasCompleteWrite(compoundWrite, new Path('child'))).to444 .be.true;445 });446 it('compound write with deep update has shadowing write', () => {447 const compoundWrite = compoundWriteAddWrite(448 CompoundWrite.empty(),449 new Path('deep/update'),450 LEAF_NODE451 );452 expect(compoundWriteHasCompleteWrite(compoundWrite, newEmptyPath())).to.be453 .false;454 expect(compoundWriteHasCompleteWrite(compoundWrite, new Path('deep'))).to.be455 .false;456 expect(457 compoundWriteHasCompleteWrite(compoundWrite, new Path('deep/update'))458 ).to.be.true;459 });460 it('compound write with priority update has shadowing write', () => {461 const compoundWrite = compoundWriteAddWrite(462 CompoundWrite.empty(),463 new Path('.priority'),464 PRIO_NODE465 );466 expect(compoundWriteHasCompleteWrite(compoundWrite, newEmptyPath())).to.be467 .false;468 expect(compoundWriteHasCompleteWrite(compoundWrite, new Path('.priority')))469 .to.be.true;470 });471 it('updates can be removed', () => {472 let compoundWrite = CompoundWrite.empty();473 const update = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });474 compoundWrite = compoundWriteAddWrite(475 compoundWrite,476 new Path('child-1'),477 update478 );479 compoundWrite = compoundWriteRemoveWrite(480 compoundWrite,481 new Path('child-1')482 );483 assertNodesEqual(484 CHILDREN_NODE,485 compoundWriteApply(compoundWrite, CHILDREN_NODE)486 );487 });488 it('deep removes has no effect on overlaying set', () => {489 let compoundWrite = CompoundWrite.empty();490 const updateOne = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });491 const updateTwo = nodeFromJSON('baz-value');492 const updateThree = nodeFromJSON('new-foo-value');493 compoundWrite = compoundWriteAddWrite(494 compoundWrite,495 new Path('child-1'),496 updateOne497 );498 compoundWrite = compoundWriteAddWrite(499 compoundWrite,500 new Path('child-1/baz'),501 updateTwo502 );503 compoundWrite = compoundWriteAddWrite(504 compoundWrite,505 new Path('child-1/foo'),506 updateThree507 );508 compoundWrite = compoundWriteRemoveWrite(509 compoundWrite,510 new Path('child-1/foo')511 );512 const expectedChildOne = {513 foo: 'new-foo-value',514 bar: 'bar-value',515 baz: 'baz-value'516 };517 const expected = CHILDREN_NODE.updateImmediateChild(518 'child-1',519 nodeFromJSON(expectedChildOne)520 );521 assertNodesEqual(522 expected,523 compoundWriteApply(compoundWrite, CHILDREN_NODE)524 );525 });526 it('remove at path without set is without effect', () => {527 let compoundWrite = CompoundWrite.empty();528 const updateOne = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });529 const updateTwo = nodeFromJSON('baz-value');530 const updateThree = nodeFromJSON('new-foo-value');531 compoundWrite = compoundWriteAddWrite(532 compoundWrite,533 new Path('child-1'),534 updateOne535 );536 compoundWrite = compoundWriteAddWrite(537 compoundWrite,538 new Path('child-1/baz'),539 updateTwo540 );541 compoundWrite = compoundWriteAddWrite(542 compoundWrite,543 new Path('child-1/foo'),544 updateThree545 );546 compoundWrite = compoundWriteRemoveWrite(547 compoundWrite,548 new Path('child-2')549 );550 const expectedChildOne = {551 foo: 'new-foo-value',552 bar: 'bar-value',553 baz: 'baz-value'554 };555 const expected = CHILDREN_NODE.updateImmediateChild(556 'child-1',557 nodeFromJSON(expectedChildOne)558 );559 assertNodesEqual(560 expected,561 compoundWriteApply(compoundWrite, CHILDREN_NODE)562 );563 });564 it('can remove priority', () => {565 let compoundWrite = CompoundWrite.empty();566 compoundWrite = compoundWriteAddWrite(567 compoundWrite,568 new Path('.priority'),569 PRIO_NODE570 );571 compoundWrite = compoundWriteRemoveWrite(572 compoundWrite,573 new Path('.priority')574 );575 assertNodeGetsCorrectPriority(compoundWrite, LEAF_NODE, EMPTY_NODE);576 });577 it('removing only affects removed path', () => {578 let compoundWrite = CompoundWrite.empty();579 const updates = {580 'child-1': nodeFromJSON('new-value-1'),581 'child-2': EMPTY_NODE,582 'child-3': nodeFromJSON('value-3')583 };584 compoundWrite = compoundWriteAddWrites(585 compoundWrite,586 newEmptyPath(),587 updates588 );589 compoundWrite = compoundWriteRemoveWrite(590 compoundWrite,591 new Path('child-2')592 );593 const expected = {594 'child-1': 'new-value-1',595 'child-2': 'value-2',596 'child-3': 'value-3'597 };598 assertNodesEqual(599 nodeFromJSON(expected),600 compoundWriteApply(compoundWrite, CHILDREN_NODE)601 );602 });603 it('remove removes all deeper sets', () => {604 let compoundWrite = CompoundWrite.empty();605 const updateTwo = nodeFromJSON('baz-value');606 const updateThree = nodeFromJSON('new-foo-value');607 compoundWrite = compoundWriteAddWrite(608 compoundWrite,609 new Path('child-1/baz'),610 updateTwo611 );612 compoundWrite = compoundWriteAddWrite(613 compoundWrite,614 new Path('child-1/foo'),615 updateThree616 );617 compoundWrite = compoundWriteRemoveWrite(618 compoundWrite,619 new Path('child-1')620 );621 assertNodesEqual(622 CHILDREN_NODE,623 compoundWriteApply(compoundWrite, CHILDREN_NODE)624 );625 });626 it('remove at root also removes priority', () => {627 let compoundWrite = CompoundWrite.empty();628 compoundWrite = compoundWriteAddWrite(629 compoundWrite,630 newEmptyPath(),631 new LeafNode('foo', PRIO_NODE)632 );633 compoundWrite = compoundWriteRemoveWrite(compoundWrite, newEmptyPath());634 const node = nodeFromJSON('value');635 assertNodeGetsCorrectPriority(compoundWrite, node, EMPTY_NODE);636 });637 it('updating priority doesnt overwrite leaf node', () => {638 let compoundWrite = CompoundWrite.empty();639 compoundWrite = compoundWriteAddWrite(640 compoundWrite,641 newEmptyPath(),642 LEAF_NODE643 );644 compoundWrite = compoundWriteAddWrite(645 compoundWrite,646 new Path('child/.priority'),647 PRIO_NODE648 );649 assertNodesEqual(LEAF_NODE, compoundWriteApply(compoundWrite, EMPTY_NODE));650 });651 it("updating empty node doesn't overwrite leaf node", () => {652 let compoundWrite = CompoundWrite.empty();653 compoundWrite = compoundWriteAddWrite(654 compoundWrite,655 newEmptyPath(),656 LEAF_NODE657 );658 compoundWrite = compoundWriteAddWrite(659 compoundWrite,660 new Path('child'),661 EMPTY_NODE662 );663 assertNodesEqual(LEAF_NODE, compoundWriteApply(compoundWrite, EMPTY_NODE));664 });665 it('Overwrites existing child', () => {666 let compoundWrite = CompoundWrite.empty();667 const path = new Path('child-1');668 compoundWrite = compoundWriteAddWrite(compoundWrite, path, LEAF_NODE);669 expect(compoundWriteApply(compoundWrite, CHILDREN_NODE)).to.deep.equal(670 CHILDREN_NODE.updateImmediateChild(pathGetFront(path), LEAF_NODE)671 );672 });673 it('Updates existing child', () => {674 let compoundWrite = CompoundWrite.empty();675 const path = new Path('child-1/foo');676 compoundWrite = compoundWriteAddWrite(compoundWrite, path, LEAF_NODE);677 expect(compoundWriteApply(compoundWrite, CHILDREN_NODE)).to.deep.equal(678 CHILDREN_NODE.updateChild(path, LEAF_NODE)679 );680 });681 it("Doesn't update priority on empty node.", () => {682 let compoundWrite = CompoundWrite.empty();683 compoundWrite = compoundWriteAddWrite(684 compoundWrite,685 new Path('.priority'),686 PRIO_NODE687 );688 assertNodeGetsCorrectPriority(compoundWrite, EMPTY_NODE, EMPTY_NODE);689 });690 it('Updates priority on node', () => {691 let compoundWrite = CompoundWrite.empty();692 compoundWrite = compoundWriteAddWrite(693 compoundWrite,694 new Path('.priority'),695 PRIO_NODE696 );697 const node = nodeFromJSON('value');698 assertNodeGetsCorrectPriority(compoundWrite, node, PRIO_NODE);699 });700 it('Updates priority of child', () => {701 let compoundWrite = CompoundWrite.empty();702 const path = new Path('child-1/.priority');703 compoundWrite = compoundWriteAddWrite(compoundWrite, path, PRIO_NODE);704 assertNodesEqual(705 CHILDREN_NODE.updateChild(path, PRIO_NODE),706 compoundWriteApply(compoundWrite, CHILDREN_NODE)707 );708 });709 it("Doesn't update priority of nonexistent child.", () => {710 let compoundWrite = CompoundWrite.empty();711 const path = new Path('child-3/.priority');712 compoundWrite = compoundWriteAddWrite(compoundWrite, path, PRIO_NODE);713 assertNodesEqual(714 CHILDREN_NODE,715 compoundWriteApply(compoundWrite, CHILDREN_NODE)716 );717 });718 it('Deep update existing updates', () => {719 let compoundWrite = CompoundWrite.empty();720 const updateOne = nodeFromJSON({ foo: 'foo-value', bar: 'bar-value' });721 const updateTwo = nodeFromJSON('baz-value');722 const updateThree = nodeFromJSON('new-foo-value');723 compoundWrite = compoundWriteAddWrite(724 compoundWrite,725 new Path('child-1'),726 updateOne727 );728 compoundWrite = compoundWriteAddWrite(729 compoundWrite,730 new Path('child-1/baz'),731 updateTwo732 );733 compoundWrite = compoundWriteAddWrite(734 compoundWrite,735 new Path('child-1/foo'),736 updateThree737 );738 const expectedChildOne = {739 foo: 'new-foo-value',740 bar: 'bar-value',741 baz: 'baz-value'742 };743 const expected = CHILDREN_NODE.updateImmediateChild(744 'child-1',745 nodeFromJSON(expectedChildOne)746 );747 assertNodesEqual(748 expected,749 compoundWriteApply(compoundWrite, CHILDREN_NODE)750 );751 });752 it("child priority doesn't update empty node priority on child merge", () => {753 let compoundWrite = CompoundWrite.empty();754 compoundWrite = compoundWriteAddWrite(755 compoundWrite,756 new Path('child-1/.priority'),757 PRIO_NODE758 );759 assertNodeGetsCorrectPriority(760 compoundWriteChildCompoundWrite(compoundWrite, new Path('child-1')),761 EMPTY_NODE,...
Using AI Code Generation
1var assertNodesEqual = wpt.assertNodesEqual;2var doc = wpt.getDocument();3var node1 = doc.createElement('div');4var node2 = doc.createElement('div');5assertNodesEqual(node1, node2);6* Run `wpt.setVersion('1.0.0')` on the browser console7* Run `wpt.runTests()` on the browser console
Using AI Code Generation
1var harness = new Harness();2harness.assertNodesEqual(expectedNode, actualNode);3var harness = new Harness();4harness.assertNodesEqual(expectedNode, actualNode, "message");5var harness = new Harness();6harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"]});7var harness = new Harness();8harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"], ignoreChildren: ["a"]});9var harness = new Harness();10harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"], ignoreChildren: ["a"], ignoreText: true});11var harness = new Harness();12harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"], ignoreChildren: ["a"], ignoreText: true, ignoreComment: true});13var harness = new Harness();14harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"], ignoreChildren: ["a"], ignoreText: true, ignoreComment: true, ignoreProcessingInstruction: true});15var harness = new Harness();16harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"], ignoreChildren: ["a"], ignoreText: true, ignoreComment: true, ignoreProcessingInstruction: true, ignoreDoctype: true});17var harness = new Harness();18harness.assertNodesEqual(expectedNode, actualNode, "message", {ignoreAttributes: ["id"], ignoreChildren: ["a"], ignoreText: true, ignoreComment: true, ignoreProcessingInstruction: true, ignoreDoctype: true, ignoreNamespace: true});
Using AI Code Generation
1function assertNodesEqual(actual, expected, description) {2 if (actual === expected) {3 assert_true(true, description);4 }5 else {6 assert_true(false, description);7 }8}9function assertNodesEqual(actual, expected, description) {10 if (actual === expected) {11 assert_true(true, description);12 }13 else {14 assert_true(false, description);15 }16}17function assertNodesEqual(actual, expected, description) {18 if (actual === expected) {19 assert_true(true, description);20 }21 else {22 assert_true(false, description);23 }24}25function assertNodesEqual(actual, expected, description) {26 if (actual === expected) {27 assert_true(true, description);28 }29 else {30 assert_true(false, description);31 }32}33function assertNodesEqual(actual, expected, description) {34 if (actual === expected) {35 assert_true(true, description);36 }37 else {38 assert_true(false, description);39 }40}41function assertNodesEqual(actual, expected, description) {42 if (actual === expected) {43 assert_true(true, description);44 }45 else {46 assert_true(false, description);47 }48}49function assertNodesEqual(actual, expected, description) {50 if (actual === expected) {51 assert_true(true, description);52 }53 else {54 assert_true(false, description);55 }56}57function assertNodesEqual(actual, expected, description) {58 if (actual === expected) {59 assert_true(true, description);60 }61 else {62 assert_true(false, description);63 }64}
Using AI Code Generation
1var assertNodesEqual = function(actual, expected, msg) {2 assert_true(actual.isEqualNode(expected), msg);3 assert_not_equals(actual, expected, msg);4};5var doc = document.implementation.createHTMLDocument("title");6var elem = doc.createElement("span");7doc.body.appendChild(elem);8var elem2 = doc.createElement("span");9doc.body.appendChild(elem2);10var elem3 = doc.createElement("span");11doc.body.appendChild(elem3);12var elem4 = doc.createElement("span");13doc.body.appendChild(elem4);14var elem5 = doc.createElement("span");15doc.body.appendChild(elem5);16assertNodesEqual(elem, elem, "Nodes should be equal.");17assertNodesEqual(elem, elem2, "Nodes should not be equal.");18assertNodesEqual(elem, elem3, "Nodes should be equal.");19assertNodesEqual(elem, elem4, "Nodes should be equal.");20assertNodesEqual(elem, elem5, "Nodes should be equal.");21assertNodesEqual(elem, elem2, "Nodes should not be equal.");22assertNodesEqual(elem, elem3, "Nodes should be equal.");23assertNodesEqual(elem, elem4, "Nodes should be equal.");24assertNodesEqual(elem, elem5, "Nodes should be equal.");25assertNodesEqual(elem, elem2, "Nodes should not be equal.");26assertNodesEqual(elem, elem3, "Nodes should be equal.");27assertNodesEqual(elem, elem4, "Nodes should be equal.");28assertNodesEqual(elem, elem5, "Nodes should be equal.");29assertNodesEqual(elem, elem2, "Nodes should not be equal.");30assertNodesEqual(elem, elem3, "Nodes should be equal.");31assertNodesEqual(elem,
Using AI Code Generation
1let assert = require('assert');2let wpt = require('./wpt');3let wpt_harness = new wpt.WPT_Harness();4let test = wpt_harness.test;5let assertNodesEqual = wpt_harness.assertNodesEqual;6test(function() {7 let div = document.createElement('div');8 assertNodesEqual(div, div);9}, 'assertNodesEqual should pass for same nodes');10test(function() {11 let div = document.createElement('div');12 let span = document.createElement('span');13 assert.throws(() => {14 assertNodesEqual(div, span);15 }, assert.AssertionError);16}, 'assertNodesEqual should fail for different nodes');17test(function() {18 let div = document.createElement('div');19 let div2 = document.createElement('div');20 assert.throws(() => {21 assertNodesEqual(div, div2);22 }, assert.AssertionError);23}, 'assertNodesEqual should fail for different nodes');24test(function() {25 let div = document.createElement('div');26 let div2 = document.createElement('div');27 div2.setAttribute('id', 'id');28 assert.throws(() => {29 assertNodesEqual(div, div2);30 }, assert.AssertionError);31}, 'assertNodesEqual should fail for different nodes');32test(function() {33 let div = document.createElement('div');34 let div2 = document.createElement('div');35 div2.setAttribute('id', 'id');36 div2.setAttribute('class', 'class');37 assert.throws(() => {38 assertNodesEqual(div, div2);39 }, assert.AssertionError);40}, 'assertNodesEqual should fail for different nodes');41test(function() {42 let div = document.createElement('div');43 let div2 = document.createElement('div');44 div2.setAttribute('id', 'id');45 div2.setAttribute('class', 'class');46 div2.setAttribute('style', 'style');47 assert.throws(() => {48 assertNodesEqual(div, div2);49 }, assert.AssertionError);50}, 'assertNodesEqual should fail for different nodes');51test(function() {52 let div = document.createElement('div');53 let div2 = document.createElement('div');54 div2.setAttribute('id', 'id');55 div2.setAttribute('class', 'class');56 div2.setAttribute('style', 'style');57 div2.setAttribute('data-attr', 'data-attr');
Using AI Code Generation
1var wpt = require('wpt');2var assert = require('assert');3var wpt = new WebPageTest('API_KEY');4var url = 'www.example.com';5var testId = 'TEST_ID';6var options = {7};8wpt.runTest(url, options, function(err, data) {9 if (err) {10 console.log(err);11 } else {12 console.log('Test Submitted');13 wpt.getTestResults(testId, function(err, data) {14 if (err) {15 console.log(err);16 } else {17 console.log('Test Results');18 assertNodesEqual(data.data.average.firstView.SpeedIndex, 1000);19 }20 });21 }22});23assertNodesEqual(actual, expected);24var wpt = require('wpt');25var assert = require('assert');26var wpt = new WebPageTest('API_KEY');27var url = 'www.example.com';28var testId = 'TEST_ID';29var options = {
Using AI Code Generation
1function assertNodesEqual(actual, expected, message) {2 assert_true(actual instanceof Node, 'Actual is not a Node');3 assert_true(expected instanceof Node, 'Expected is not a Node');4 assert_equals(actual.nodeType, expected.nodeType, 'Node type mismatch');5 assert_equals(actual.nodeName, expected.nodeName, 'Node name mismatch');6 assert_equals(actual.namespaceURI, expected.namespaceURI, 'Namespace URI mismatch');7 assert_equals(actual.prefix, expected.prefix, 'Prefix mismatch');8 assert_equals(actual.localName, expected.localName, 'Local name mismatch');9 assert_equals(actual.nodeValue, expected.nodeValue, 'Node value mismatch');10 if (actual.attributes && expected.attributes) {11 assert_equals(actual.attributes.length, expected.attributes.length, 'Attribute length mismatch');12 for (var i = 0; i < actual.attributes.length; i++) {13 assert_true(actual.attributes[i] instanceof Attr, 'Actual attribute is not an Attr');14 assert_true(expected.attributes[i] instanceof Attr, 'Expected attribute is not an Attr');15 assert_equals(actual.attributes[i].name, expected.attributes[i].name, 'Attribute name mismatch');16 assert_equals(actual.attributes[i].value, expected.attributes[i].value, 'Attribute value mismatch');17 }18 }19 assert_equals(actual.childNodes.length, expected.childNodes.length, 'Child node length mismatch');20 for (var i = 0; i < actual.childNodes.length; i++) {21 assertNodesEqual(actual.childNodes[i], expected.childNodes[i], 'Child node mismatch');22 }23}24function assertNodesEqual(actual, expected, message) {25 assert_true(actual instanceof Node, 'Actual is not a Node');26 assert_true(expected instanceof Node, 'Expected is not a Node');27 assert_equals(actual.nodeType, expected.nodeType, 'Node type mismatch');28 assert_equals(actual.nodeName, expected.nodeName, 'Node name mismatch');29 assert_equals(actual.namespaceURI, expected.namespaceURI, 'Namespace URI mismatch');30 assert_equals(actual.prefix, expected.prefix, 'Prefix mismatch');31 assert_equals(actual.localName, expected.localName, 'Local name mismatch');32 assert_equals(actual.nodeValue, expected.nodeValue, 'Node value mismatch');33 if (actual.attributes && expected.attributes) {34 assert_equals(actual.attributes.length, expected.attributes.length, 'Attribute length mismatch');
Using AI Code Generation
1var wpt = require('webpagetest');2var assert = require('assert');3var webPageTest = new wpt('www.webpagetest.org', 'A.4e4a3a3b1a4b4e4d4a4b4e4a4b4e4a');4var options = {5};6webPageTest.runTest(url, options, function(err, data) {7 if (err) return console.error(err);8 var testId = data.data.testId;9 webPageTest.getTestResults(testId, function(err, data) {10 if (err) return console.error(err);11 var nodes = data.data.median.firstView.SpeedIndex;12 assertNodesEqual(nodes, 10000);13 });14});15var wpt = require('webpagetest');16var assert = require('assert');17var webPageTest = new wpt('www.webpagetest.org', 'A.4e4a3a3b1a4b4e4d4a4b4e4a4b4e4a');18var options = {19};20webPageTest.runTest(url, options, function(err, data) {21 if (err) return console.error(err);22 var testId = data.data.testId;23 webPageTest.getTestResults(testId, function(err, data) {24 if (err) return console.error(err);25 var nodes = data.data.median.firstView.SpeedIndex;26 assertNodesEqual(nodes, 10000);27 });28});29var wpt = require('webpagetest');30var assert = require('assert');31var webPageTest = new wpt('www.webpagetest.org', 'A.4e4a3a3b1a4b4e4d4a4
Automation Testing Tutorials
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LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
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- WebDriverIO Tutorial
- Protractor Tutorial
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- NUnit Tutorial
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- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
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