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author | Matt A. Tobin <mattatobin@localhost.localdomain> | 2018-02-02 04:16:08 -0500 |
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committer | Matt A. Tobin <mattatobin@localhost.localdomain> | 2018-02-02 04:16:08 -0500 |
commit | 5f8de423f190bbb79a62f804151bc24824fa32d8 (patch) | |
tree | 10027f336435511475e392454359edea8e25895d /testing/web-platform/tests/shadow-dom/event-inside-slotted-node.html | |
parent | 49ee0794b5d912db1f95dce6eb52d781dc210db5 (diff) | |
download | UXP-5f8de423f190bbb79a62f804151bc24824fa32d8.tar UXP-5f8de423f190bbb79a62f804151bc24824fa32d8.tar.gz UXP-5f8de423f190bbb79a62f804151bc24824fa32d8.tar.lz UXP-5f8de423f190bbb79a62f804151bc24824fa32d8.tar.xz UXP-5f8de423f190bbb79a62f804151bc24824fa32d8.zip |
Add m-esr52 at 52.6.0
Diffstat (limited to 'testing/web-platform/tests/shadow-dom/event-inside-slotted-node.html')
-rw-r--r-- | testing/web-platform/tests/shadow-dom/event-inside-slotted-node.html | 258 |
1 files changed, 258 insertions, 0 deletions
diff --git a/testing/web-platform/tests/shadow-dom/event-inside-slotted-node.html b/testing/web-platform/tests/shadow-dom/event-inside-slotted-node.html new file mode 100644 index 000000000..f7d98bf7a --- /dev/null +++ b/testing/web-platform/tests/shadow-dom/event-inside-slotted-node.html @@ -0,0 +1,258 @@ +<!DOCTYPE html> +<html> +<head> + <title>Shadow DOM: Firing an event inside a node assigned to a slot</title> + <meta name="author" title="Ryosuke Niwa" href="mailto:rniwa@webkit.org"> + <meta name="assert" content="The event path calculation algorithm must be used to determine event path"> + <link rel="help" href="https://w3c.github.io/webcomponents/spec/shadow/#event-paths"> + <script src="/resources/testharness.js"></script> + <script src="/resources/testharnessreport.js"></script> +</head> +<body> + <div id="log"></div> + <script> + + function dispatchEventWithLog(shadow, event) { + var log = []; + + var attachedNodes = []; + for (var nodeKey in shadow) { + var startingNode = shadow[nodeKey]; + for (var node = startingNode; node; node = node.parentNode) { + if (attachedNodes.indexOf(node) >= 0) + continue; + attachedNodes.push(node); + node.addEventListener(event.type, (function (event) { + log.push([this, event.target]); + }).bind(node)); + } + } + + shadow.target.dispatchEvent(event); + + return log; + } + + function element(name, children, className) { + var element = document.createElement(name); + if (className) + element.className = className; + if (children) { + for (var child of children) + element.appendChild(child); + } + return element; + } + + function attachShadow(host, mode, children) { + var shadowRoot = host.attachShadow({mode: mode}); + if (children) { + for (var child of children) + shadowRoot.appendChild(child); + } + return shadowRoot; + } + + function createShadowHostWithAssignedGrandChild(mode) { + var host = element('div', [ + element('b', [ + element('i') + ]) + ]); + + var root = attachShadow(host, mode, [ + element('span', [ + element('slot') + ]) + ]); + + return {target: host.querySelector('i'), targetParent: host.querySelector('b'), host: host, + slot: root.querySelector('slot'), slotParent: root.querySelector('span'), root: root}; + } + + function testEventInDetachedShadowHostDescendant(mode) { + test(function () { + var shadow = createShadowHostWithAssignedGrandChild(mode); + + log = dispatchEventWithLog(shadow, new Event('foo', {bubbles: true, composed: true})); + + assert_equals(log.length, 6, 'EventPath must contain [target, target parent, slot, slot parent, shadow root, shadow host]'); + assert_array_equals(log[0], [shadow.target, shadow.target], 'EventPath[0] must be the target'); + assert_array_equals(log[1], [shadow.targetParent, shadow.target], 'EventPath[1] must be the parent of the target'); + assert_array_equals(log[2], [shadow.slot, shadow.target], 'EventPath[2] must be the slot'); + assert_array_equals(log[3], [shadow.slotParent, shadow.target], 'EventPath[3] must be the parent of the slot'); + assert_array_equals(log[4], [shadow.root, shadow.target], 'EventPath[4] must be the shadow root'); + assert_array_equals(log[5], [shadow.host, shadow.target], 'EventPath[5] must be the shadow host'); + + }, 'Firing an event inside a grand child of a detached ' + mode + ' mode shadow host'); + } + + testEventInDetachedShadowHostDescendant('open'); + testEventInDetachedShadowHostDescendant('closed'); + + function testEventInShadowHostDescendantInsideDocument(mode) { + test(function () { + var shadow = createShadowHostWithAssignedGrandChild(mode); + document.body.appendChild(shadow.host); + + log = dispatchEventWithLog(shadow, new Event('foo', {bubbles: true, composed: true})); + + assert_equals(log.length, 9, 'EventPath must contain [target, target parent, slot, slot parent, shadow root, shadow host, body, html, document]'); + assert_array_equals(log[0], [shadow.target, shadow.target], 'EventPath[0] must be the target'); + assert_array_equals(log[1], [shadow.targetParent, shadow.target], 'EventPath[1] must be the parent of the target'); + assert_array_equals(log[2], [shadow.slot, shadow.target], 'EventPath[2] must be the slot'); + assert_array_equals(log[3], [shadow.slotParent, shadow.target], 'EventPath[3] must be the parent of the slot'); + assert_array_equals(log[4], [shadow.root, shadow.target], 'EventPath[4] must be the shadow root'); + assert_array_equals(log[5], [shadow.host, shadow.target], 'EventPath[5] must be the shadow host'); + assert_array_equals(log[6], [document.body, shadow.target], 'EventPath[6] must be the body element'); + assert_array_equals(log[7], [document.documentElement, shadow.target], 'EventPath[7] must be the html element'); + assert_array_equals(log[8], [document, shadow.target], 'EventPath[8] must be the html element'); + + }, 'Firing an event inside a grand child of an in-document ' + mode + ' mode shadow host'); + } + + testEventInShadowHostDescendantInsideDocument('open'); + testEventInShadowHostDescendantInsideDocument('closed'); + + function createNestedShadowTreesWithSlots(innerMode, outerUpperMode, outerLowerMode) { + var upperHost = element('upper-host', [ + element('p', [ + element('lower-host', [ + element('a') + ]) + ]) + ]); + + var upperShadow = attachShadow(upperHost, outerUpperMode, [ + element('b', [ + element('slot', [], 'upper-slot') + ]) + ]); + + var lowerHost = upperHost.querySelector('lower-host'); + var lowerShadow = attachShadow(lowerHost, outerLowerMode, [ + element('em', [ + element('inner-host', [ + element('span', [ + element('slot', [], 'lower-slot') + ]) + ]) + ]) + ]); + + innerShadow = attachShadow(lowerShadow.querySelector('inner-host'), innerMode, [ + element('i', [ + element('slot', [], 'inner-slot') + ]) + ]); + + return { + host: upperHost, + target: upperHost.querySelector('a'), + upperShadow: upperShadow, + upperSlot: upperShadow.querySelector('slot'), + lowerShadow: lowerShadow, + lowerSlot: lowerShadow.querySelector('slot'), + innerShadow: innerShadow, + innerSlot: innerShadow.querySelector('slot'), + }; + } + + /* + upper-host (14) -- (upperShadow; 13) + + p (10) + b (12) + | + slot (upperSlot; 11) + + lower-host (9) -- (lowerShadow; 8) + + a (target; 0) + em (7) + + inner-host (6) -------- (innerShadow; 5) + + span (2) + i (4) + + slot (lowerSlot; 1) + slot (innerSlot; 3) + */ + + function testEventUnderTwoShadowRoots(outerUpperMode, outerLowerMode, innerMode) { + test(function () { + var shadow = createNestedShadowTreesWithSlots(innerMode, outerUpperMode, outerLowerMode); + + log = dispatchEventWithLog(shadow, new Event('foo', {bubbles: true, composed: true})); + + assert_equals(log.length, 15, 'EventPath must contain 15 targets'); + + assert_array_equals(log[0], [shadow.target, shadow.target], 'EventPath[0] must be the target'); + assert_array_equals(log[1], [shadow.lowerSlot, shadow.target], 'EventPath[1] must be the slot inside the lower shadow tree'); + assert_array_equals(log[2], [shadow.lowerSlot.parentNode, shadow.target], 'EventPath[2] must be the parent of the slot inside the lower shadow tree'); + assert_array_equals(log[3], [shadow.innerSlot, shadow.target], 'EventPath[3] must be the slot inside the shadow tree inside the lower shadow tree'); + assert_array_equals(log[4], [shadow.innerSlot.parentNode, shadow.target], 'EventPath[4] must be the child of the inner shadow root'); + assert_array_equals(log[5], [shadow.innerShadow, shadow.target], 'EventPath[5] must be the inner shadow root'); + assert_array_equals(log[6], [shadow.innerShadow.host, shadow.target], 'EventPath[6] must be the host of the inner shadow tree'); + assert_array_equals(log[7], [shadow.lowerShadow.firstChild, shadow.target], 'EventPath[7] must be the parent of the inner shadow host'); + assert_array_equals(log[8], [shadow.lowerShadow, shadow.target], 'EventPath[8] must be the lower shadow root'); + assert_array_equals(log[9], [shadow.lowerShadow.host, shadow.target], 'EventPath[9] must be the lower shadow host'); + assert_array_equals(log[10], [shadow.host.firstChild, shadow.target], 'EventPath[10] must be the parent of the grand parent of the target'); + assert_array_equals(log[11], [shadow.upperSlot, shadow.target], 'EventPath[11] must be the slot inside the upper shadow tree'); + assert_array_equals(log[12], [shadow.upperSlot.parentNode, shadow.target], 'EventPath[12] must be the parent of the slot inside the upper shadow tree'); + assert_array_equals(log[13], [shadow.upperShadow, shadow.target], 'EventPath[13] must be the upper shadow root'); + assert_array_equals(log[14], [shadow.host, shadow.target], 'EventPath[14] must be the host'); + + }, 'Firing an event on a node with two ancestors with a detached ' + outerUpperMode + ' and ' + outerLowerMode + + ' shadow trees with an inner ' + innerMode + ' shadow tree'); + } + + testEventUnderTwoShadowRoots('open', 'open', 'open'); + testEventUnderTwoShadowRoots('open', 'open', 'closed'); + testEventUnderTwoShadowRoots('open', 'closed', 'open'); + testEventUnderTwoShadowRoots('open', 'closed', 'closed'); + testEventUnderTwoShadowRoots('closed', 'open', 'open'); + testEventUnderTwoShadowRoots('closed', 'open', 'closed'); + testEventUnderTwoShadowRoots('closed', 'closed', 'open'); + testEventUnderTwoShadowRoots('closed', 'closed', 'closed'); + + /* + upper-host (11) -- (upperShadow; 10) + + p (7) + b (9) + | + slot (upperSlot; 8) + + lower-host (6) -- (lowerShadow; 5) + + a + em (4) + + inner-host (3) -- (innerShadow; 2) + + span + i (1) + + slot + slot (innerSlot, target; 0) + */ + + function testEventInsideNestedShadowsUnderAnotherShadow(outerUpperMode, outerLowerMode, innerMode) { + test(function () { + var shadow = createNestedShadowTreesWithSlots(innerMode, outerUpperMode, outerLowerMode); + shadow.deepestNodeInLightDOM = shadow.target; // Needed for dispatchEventWithLog to attach event listeners. + shadow.target = shadow.innerSlot; + + log = dispatchEventWithLog(shadow, new Event('foo', {bubbles: true, composed: true})); + + assert_equals(log.length, 12, 'EventPath must contain 12 targets'); + + assert_array_equals(log[0], [shadow.target, shadow.target], 'EventPath[0] must be the target'); + assert_array_equals(log[1], [shadow.target.parentNode, shadow.target], 'EventPath[1] must be the parent of the target'); + assert_array_equals(log[2], [shadow.innerShadow, shadow.target], 'EventPath[2] must be the inner shadow root'); + assert_array_equals(log[3], [shadow.innerShadow.host, shadow.innerShadow.host], 'EventPath[3] must be the inner shadow host'); + assert_array_equals(log[4], [shadow.lowerShadow.firstChild, shadow.innerShadow.host], 'EventPath[4] must be the parent of the inner shadow host'); + assert_array_equals(log[5], [shadow.lowerShadow, shadow.innerShadow.host], 'EventPath[5] must be the lower (but outer) shadow root'); + assert_array_equals(log[6], [shadow.lowerShadow.host, shadow.lowerShadow.host], 'EventPath[6] must be the lower (but outer) shadow root'); + assert_array_equals(log[7], [shadow.host.firstChild, shadow.lowerShadow.host], 'EventPath[7] must be the slot inside the upper shadow tree'); + assert_array_equals(log[8], [shadow.upperSlot, shadow.lowerShadow.host], 'EventPath[8] must be the slot inside the upper shadow tree'); + assert_array_equals(log[9], [shadow.upperSlot.parentNode, shadow.lowerShadow.host], 'EventPath[9] must be the parent of the slot inside the upper shadow tree'); + assert_array_equals(log[10], [shadow.upperShadow, shadow.lowerShadow.host], 'EventPath[10] must be the upper shadow root'); + assert_array_equals(log[11], [shadow.upperShadow.host, shadow.lowerShadow.host], 'EventPath[11] must be the host'); + + }, 'Firing an event on a node with two ancestors with a detached ' + outerUpperMode + ' and ' + outerLowerMode + + ' shadow trees with an inner ' + innerMode + ' shadow tree'); + } + + testEventInsideNestedShadowsUnderAnotherShadow('open', 'open', 'open'); + testEventInsideNestedShadowsUnderAnotherShadow('open', 'open', 'closed'); + testEventInsideNestedShadowsUnderAnotherShadow('open', 'closed', 'open'); + testEventInsideNestedShadowsUnderAnotherShadow('open', 'closed', 'closed'); + testEventInsideNestedShadowsUnderAnotherShadow('closed', 'open', 'open'); + testEventInsideNestedShadowsUnderAnotherShadow('closed', 'open', 'closed'); + testEventInsideNestedShadowsUnderAnotherShadow('closed', 'closed', 'open'); + testEventInsideNestedShadowsUnderAnotherShadow('closed', 'closed', 'closed'); + + </script> + </body> +</html> |