github.com/web-platform-tests/wpt.fyi@v0.0.0-20240530210107-70cf978996f1/webapp/components/test/reftest-analyzer.html (about)

     1  <!doctype html>
     2  <html>
     3  <head>
     4    <meta charset="utf-8">
     5    <script src="../../node_modules/@webcomponents/webcomponentsjs/webcomponents-loader.js"></script>
     6    <script src="../../node_modules/wct-browser-legacy/browser.js"></script>
     7  
     8    <script type="module" src="../reftest-analyzer.js"></script>
     9  </head>
    10  <body>
    11    <reftest-analyzer></reftest-analyzer>
    12  
    13    <test-fixture id="reftest-analyzer-fixture">
    14      <template>
    15        <reftest-analyzer></reftest-analyzer>
    16      </template>
    17    </test-fixture>
    18  
    19    <script type="module">
    20  import { PolymerElement } from '../../node_modules/@polymer/polymer/polymer-element.js';
    21  
    22  // Playground:
    23  const analyzer = document.querySelector('reftest-analyzer');
    24  // Output is from /css/css-scoping/shadow-directionality-001.tentative.html in Chrome.
    25  analyzer.before = 'data:image/png;base64,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';
    26  analyzer.after = 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';
    27  
    28  suite('ReftestAnalyzer', () => {
    29    let analyzer, sandbox;
    30  
    31    setup(() => {
    32      sandbox = sinon.sandbox.create();
    33  
    34      analyzer = fixture('reftest-analyzer-fixture');
    35    });
    36  
    37    teardown(() => {
    38      sandbox.restore();
    39    });
    40  
    41    test('instanceof Polymer.Element', () => {
    42      assert.isTrue(analyzer instanceof PolymerElement);
    43    });
    44  });
    45  
    46  </script>
    47  </body>
    48  </html>