browser_inspector_highlighter-cssshape_iframe_01.js

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/* This Source Code Form is subject to the terms of the Mozilla Public

 * License, v. 2.0. If a copy of the MPL was not distributed with this

 * file, You can obtain one at http://mozilla.org/MPL/2.0/. */

"use strict";

// Test that shapes in iframes are updated correctly on mouse events.

const TEST_URL = URL_ROOT + "doc_inspector_highlighter_cssshapes_iframe.html";

const HIGHLIGHTER_TYPE = "ShapesHighlighter";

add_task(async function () {

  const env = await openInspectorForURL(TEST_URL);

  const helper = await getHighlighterHelperFor(HIGHLIGHTER_TYPE)(env);

  const { inspector } = env;

  const view = selectRuleView(inspector);

  const highlighters = view.highlighters;

  const config = { inspector, view, highlighters, helper };

  await testPolygonIframeMovePoint(config);

});

async function testPolygonIframeMovePoint(config) {

  const { inspector, view, helper } = config;

  const selector = "#polygon";

  const property = "clip-path";

  info(`Turn on shapes highlighter for ${selector}`);

  // Get a reference to the highlighter's target node inside the iframe.

  const highlightedNode = await getNodeFrontInFrames(

    ["#frame", selector],

    inspector

);

  // Select the nested node so toggling of the shapes highlighter works from the rule view

  await selectNode(highlightedNode, inspector);

  await toggleShapesHighlighter(view, selector, property, true);

  const { mouse } = helper;

  // We expect two ruleview-changed events:

  // - one for previewing the change (DomRule::previewPropertyValue)

  // - one for applying the change (DomRule::applyProperties)

  let onRuleViewChanged = waitForNEvents(view, "ruleview-changed", 2);

  info("Moving polygon point visible in iframe");

  // Iframe has 10px margin. Element in iframe is 800px by 800px. First point is at 0 0%

is(

    await getClipPathPoint(highlightedNode, 0),

    "0px 0%",

    `First point is at 0 0%`

);

  await mouse.down(10, 10);

  await mouse.move(20, 20);

  await mouse.up();

  await reflowContentPage();

  await onRuleViewChanged;

  // point moved from y 0 to 10px, 10/800 (iframe height) = 1,25%

is(

    await getClipPathPoint(highlightedNode, 0),

    "10px 1.25%",

    `Point moved to 10px 1.25%`

);

  onRuleViewChanged = waitForNEvents(view, "ruleview-changed", 2);

  info("Dragging mouse out of the iframe");

  // Iframe has 10px margin. Element in iframe is 800px by 800px. Second point is at 100px 50%

is(

    await getClipPathPoint(highlightedNode, 1),

    "100px 50%",

    `Second point is at 100px 50%`

);

  await mouse.down(110, 410);

  await mouse.move(120, 510);

  await mouse.up();

  await reflowContentPage();

  await onRuleViewChanged;

  // The point can't be moved out of the iframe boundary, so we can't really assert the

  // y point here (as it depends on the horizontal scrollbar size + the shape control point size).

ok(

    (await getClipPathPoint(highlightedNode, 1)).startsWith("110px"),

    `Point moved to 110px`

);

  info(`Turn off shapes highlighter for ${selector}`);

  await toggleShapesHighlighter(view, selector, property, false);

async function getClipPathPoint(node, pointIndex) {

  const computedStyle = await node.inspectorFront.pageStyle.getComputed(node);

  const definition = computedStyle["clip-path"].value;

  const points = definition.replaceAll(/(^polygon\()|(\)$)/g, "").split(", ");

  return points[pointIndex];