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/* vim: set ts=2 et sw=2 tw=80: */
/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
"use strict";
requestLongerTimeout(2);
// Check that animation endDelay is visualized in the timeline when the
// animation is delayed.
// Also check that negative endDelays do not overflow the UI, and are shown
// like positive endDelays.
add_task(function* () {
yield addTab(URL_ROOT + "doc_end_delay.html");
let {inspector, panel} = yield openAnimationInspector();
let selectors = ["#target1", "#target2", "#target3", "#target4"];
for (let i = 0; i < selectors.length; i++) {
let selector = selectors[i];
yield selectNode(selector, inspector);
let timelineEl = panel.animationsTimelineComponent.rootWrapperEl;
let animationEl = timelineEl.querySelector(".animation");
checkEndDelayAndName(animationEl);
const state =
panel.animationsTimelineComponent.timeBlocks[0].animation.state;
checkPath(animationEl, state);
}
});
function checkEndDelayAndName(animationEl) {
let endDelay = animationEl.querySelector(".end-delay");
let name = animationEl.querySelector(".name");
let targetNode = animationEl.querySelector(".target");
// Check that the endDelay element does not cause the timeline to overflow.
let endDelayLeft = Math.round(endDelay.getBoundingClientRect().x);
let sidebarWidth = Math.round(targetNode.getBoundingClientRect().width);
ok(endDelayLeft >= sidebarWidth,
"The endDelay element isn't displayed over the sidebar");
// Check that the endDelay is not displayed on top of the name.
let endDelayRight = Math.round(endDelay.getBoundingClientRect().right);
let nameLeft = Math.round(name.getBoundingClientRect().left);
ok(endDelayRight >= nameLeft,
"The endDelay element does not span over the name element");
}
function checkPath(animationEl, state) {
// Check existance of enddelay path.
const endDelayPathEl = animationEl.querySelector(".enddelay-path");
ok(endDelayPathEl, "The endDelay path should exist");
// Check enddelay path coordinates.
const pathSegList = endDelayPathEl.pathSegList;
const startingPathSeg = pathSegList.getItem(0);
const endingPathSeg = pathSegList.getItem(pathSegList.numberOfItems - 2);
if (state.endDelay < 0) {
ok(endDelayPathEl.classList.contains("negative"),
"The endDelay path should have 'negative' class");
const endingX = state.delay + state.iterationCount * state.duration;
const startingX = endingX + state.endDelay;
is(startingPathSeg.x, startingX,
`The x of starting point should be ${ startingX }`);
is(endingPathSeg.x, endingX,
`The x of ending point should be ${ endingX }`);
} else {
ok(!endDelayPathEl.classList.contains("negative"),
"The endDelay path should not have 'negative' class");
const startingX =
state.delay + state.iterationCount * state.duration;
const endingX = startingX + state.endDelay;
is(startingPathSeg.x, startingX,
`The x of starting point should be ${ startingX }`);
is(endingPathSeg.x, endingX,
`The x of ending point should be ${ endingX }`);
}
}
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