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https://repo.dactyloidae.xyz/Dactyloidae/UXP.git
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214 lines
10 KiB
HTML
214 lines
10 KiB
HTML
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<!DOCTYPE HTML>
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<html>
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<!--
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https://bugzilla.mozilla.org/show_bug.cgi?id=1173580
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-->
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<head>
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<title>Test for layerization</title>
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<script type="application/javascript" src="/tests/SimpleTest/SimpleTest.js"></script>
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<script type="application/javascript" src="/tests/SimpleTest/EventUtils.js"></script>
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<script type="application/javascript" src="/tests/SimpleTest/paint_listener.js"></script>
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<script type="application/javascript" src="apz_test_native_event_utils.js"></script>
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<script type="application/javascript" src="apz_test_utils.js"></script>
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<link rel="stylesheet" type="text/css" href="/tests/SimpleTest/test.css"/>
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<link rel="stylesheet" type="text/css" href="helper_subframe_style.css"/>
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<style>
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#container {
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display: flex;
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overflow: scroll;
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height: 500px;
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}
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.outer-frame {
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height: 500px;
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overflow: scroll;
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flex-basis: 100%;
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background: repeating-linear-gradient(#CCC, #CCC 100px, #BBB 100px, #BBB 200px);
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}
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#container-content {
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height: 200%;
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}
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</style>
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</head>
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<body>
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<a target="_blank" href="https://bugzilla.mozilla.org/show_bug.cgi?id=1173580">APZ layerization tests</a>
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<p id="display"></p>
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<div id="container">
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<div id="outer1" class="outer-frame">
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<div id="inner1" class="inner-frame">
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<div class="inner-content"></div>
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</div>
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</div>
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<div id="outer2" class="outer-frame">
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<div id="inner2" class="inner-frame">
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<div class="inner-content"></div>
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</div>
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</div>
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<iframe id="outer3" class="outer-frame" src="helper_iframe1.html"></iframe>
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<iframe id="outer4" class="outer-frame" src="helper_iframe2.html"></iframe>
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<!-- The container-content div ensures 'container' is scrollable, so the
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optimization that layerizes the primary async-scrollable frame on page
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load layerizes it rather than its child subframes. -->
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<div id="container-content"></div>
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</div>
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<pre id="test">
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<script type="application/javascript;version=1.7">
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// Scroll the mouse wheel over |element|.
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function scrollWheelOver(element, waitForScroll, testDriver) {
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moveMouseAndScrollWheelOver(element, 10, 10, testDriver, waitForScroll);
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}
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const DISPLAYPORT_EXPIRY = 100;
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// This helper function produces another helper function, which, when invoked,
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// invokes the provided testDriver argument in a setTimeout 0. This is really
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// just useful in cases when there are no paints pending, because then
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// waitForAllPaints will invoke its callback synchronously. If we did
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// waitForAllPaints(testDriver) that might cause reentrancy into the testDriver
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// which is bad. This function works around that.
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function asyncWrapper(testDriver) {
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return function() {
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setTimeout(testDriver, 0);
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};
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}
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function* test(testDriver) {
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// Initially, nothing should be layerized.
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ok(!isLayerized('outer1'), "initially 'outer1' should not be layerized");
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ok(!isLayerized('inner1'), "initially 'inner1' should not be layerized");
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ok(!isLayerized('outer2'), "initially 'outer2' should not be layerized");
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ok(!isLayerized('inner2'), "initially 'inner2' should not be layerized");
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ok(!isLayerized('outer3'), "initially 'outer3' should not be layerized");
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ok(!isLayerized('inner3'), "initially 'inner3' should not be layerized");
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ok(!isLayerized('outer4'), "initially 'outer4' should not be layerized");
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ok(!isLayerized('inner4'), "initially 'inner4' should not be layerized");
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// Scrolling over outer1 should layerize outer1, but not inner1.
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yield scrollWheelOver(document.getElementById('outer1'), true, testDriver);
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ok(isLayerized('outer1'), "scrolling 'outer1' should cause it to be layerized");
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ok(!isLayerized('inner1'), "scrolling 'outer1' should not cause 'inner1' to be layerized");
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// Scrolling over inner2 should layerize both outer2 and inner2.
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yield scrollWheelOver(document.getElementById('inner2'), true, testDriver);
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ok(isLayerized('inner2'), "scrolling 'inner2' should cause it to be layerized");
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ok(isLayerized('outer2'), "scrolling 'inner2' should also cause 'outer2' to be layerized");
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// The second half of the test repeats the same checks as the first half,
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// but with an iframe as the outer scrollable frame.
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// Scrolling over outer3 should layerize outer3, but not inner3.
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yield scrollWheelOver(document.getElementById('outer3').contentDocument.documentElement, true, testDriver);
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ok(isLayerized('outer3'), "scrolling 'outer3' should cause it to be layerized");
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ok(!isLayerized('inner3'), "scrolling 'outer3' should not cause 'inner3' to be layerized");
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// Scrolling over outer4 should layerize both outer4 and inner4.
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yield scrollWheelOver(document.getElementById('outer4').contentDocument.getElementById('inner4'), true, testDriver);
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ok(isLayerized('inner4'), "scrolling 'inner4' should cause it to be layerized");
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ok(isLayerized('outer4'), "scrolling 'inner4' should also cause 'outer4' to be layerized");
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// Now we enable displayport expiry, and verify that things are still
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// layerized as they were before.
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yield SpecialPowers.pushPrefEnv({"set": [["apz.displayport_expiry_ms", DISPLAYPORT_EXPIRY]]}, testDriver);
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ok(isLayerized('outer1'), "outer1 is still layerized after enabling expiry");
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ok(!isLayerized('inner1'), "inner1 is still not layerized after enabling expiry");
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ok(isLayerized('outer2'), "outer2 is still layerized after enabling expiry");
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ok(isLayerized('inner2'), "inner2 is still layerized after enabling expiry");
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ok(isLayerized('outer3'), "outer3 is still layerized after enabling expiry");
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ok(!isLayerized('inner3'), "inner3 is still not layerized after enabling expiry");
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ok(isLayerized('outer4'), "outer4 is still layerized after enabling expiry");
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ok(isLayerized('inner4'), "inner4 is still layerized after enabling expiry");
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// Now we trigger a scroll on some of the things still layerized, so that
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// the displayport expiry gets triggered.
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// Expire displayport with scrolling on outer1
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yield scrollWheelOver(document.getElementById('outer1'), true, testDriver);
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yield waitForAllPaints(function() {
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flushApzRepaints(testDriver);
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});
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yield setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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yield waitForAllPaints(asyncWrapper(testDriver));
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ok(!isLayerized('outer1'), "outer1 is no longer layerized after displayport expiry");
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ok(!isLayerized('inner1'), "inner1 is still not layerized after displayport expiry");
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// Expire displayport with scrolling on inner2
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yield scrollWheelOver(document.getElementById('inner2'), true, testDriver);
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yield waitForAllPaints(function() {
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flushApzRepaints(testDriver);
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});
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// Once the expiry elapses, it will trigger expiry on outer2, so we check
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// both, one at a time.
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yield setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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yield waitForAllPaints(asyncWrapper(testDriver));
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ok(!isLayerized('inner2'), "inner2 is no longer layerized after displayport expiry");
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yield setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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yield waitForAllPaints(asyncWrapper(testDriver));
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ok(!isLayerized('outer2'), "outer2 got de-layerized with inner2");
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// Scroll on inner3. inner3 isn't layerized, and this will cause it to
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// get layerized, but it will also trigger displayport expiration for inner3
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// which will eventually trigger displayport expiration on inner3 and outer3.
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// Note that the displayport expiration might actually happen before the wheel
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// input is processed in the compositor (see bug 1246480 comment 3), and so
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// we make sure not to wait for a scroll event here, since it may never fire.
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// However, if we do get a scroll event while waiting for the expiry, we need
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// to restart the expiry timer because the displayport expiry got reset. There's
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// no good way that I can think of to deterministically avoid doing this.
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let inner3 = document.getElementById('outer3').contentDocument.getElementById('inner3');
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yield scrollWheelOver(inner3, false, testDriver);
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yield waitForAllPaints(function() {
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flushApzRepaints(testDriver);
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});
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var timerId = setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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var timeoutResetter = function() {
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ok(true, "Got a scroll event; resetting timer...");
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clearTimeout(timerId);
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setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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// by not updating timerId we ensure that this listener resets the timeout
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// at most once.
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};
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inner3.addEventListener('scroll', timeoutResetter, false);
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yield; // wait for the setTimeout to elapse
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inner3.removeEventListener('scroll', timeoutResetter, false);
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yield waitForAllPaints(asyncWrapper(testDriver));
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ok(!isLayerized('inner3'), "inner3 becomes unlayerized after expiry");
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yield setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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yield waitForAllPaints(asyncWrapper(testDriver));
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ok(!isLayerized('outer3'), "outer3 is no longer layerized after inner3 triggered expiry");
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// Scroll outer4 and wait for the expiry. It should NOT get expired because
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// inner4 is still layerized
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yield scrollWheelOver(document.getElementById('outer4').contentDocument.documentElement, true, testDriver);
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yield waitForAllPaints(function() {
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flushApzRepaints(testDriver);
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});
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// Wait for the expiry to elapse
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yield setTimeout(testDriver, DISPLAYPORT_EXPIRY);
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yield waitForAllPaints(asyncWrapper(testDriver));
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ok(isLayerized('inner4'), "inner4 is still layerized because it never expired");
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ok(isLayerized('outer4'), "outer4 is still layerized because inner4 is still layerized");
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}
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if (isApzEnabled()) {
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SimpleTest.waitForExplicitFinish();
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SimpleTest.requestFlakyTimeout("we are testing code that measures an actual timeout");
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SimpleTest.expectAssertions(0, 8); // we get a bunch of "ASSERTION: Bounds computation mismatch" sometimes (bug 1232856)
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// Disable smooth scrolling, because it results in long-running scroll
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// animations that can result in a 'scroll' event triggered by an earlier
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// wheel event as corresponding to a later wheel event.
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// Also enable APZ test logging, since we use that data to determine whether
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// a scroll frame was layerized.
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pushPrefs([["general.smoothScroll", false],
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["apz.displayport_expiry_ms", 0],
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["apz.test.logging_enabled", true]])
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.then(waitUntilApzStable)
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.then(runContinuation(test))
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.then(SimpleTest.finish);
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}
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</script>
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</pre>
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</body>
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</html>
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