<!DOCTYPE html>
<script src="/resources/testharness.js"></script>
<script src="/resources/testharnessreport.js"></script>
<script src="/resources/testdriver.js"></script>
<script src="/resources/testdriver-vendor.js"></script>
<script src="/resources/testdriver-actions.js"></script>
<script src="../include/editor-test-utils.js"></script>
<iframe srcdoc=""></iframe>
<script>
"use strict";
const iframe = document.querySelector("iframe");
promise_test(async () => {
await new Promise(resolve => {
addEventListener("load", resolve, {once: true});
});
}, "Waiting for load...");
/**
* This test does NOT test whether the edit result is valid or invalid.
* This test just tests whether "undo" and "redo" restores previous state
* and additional "undo" and "redo" does not run unexpectedly.
*
* description: Set string to explain what's testing.
* editorInnerHTML: Set initial innerHTML value of editor.
* init: Set a function object if you need to test complicated cases, e.g.,
* testing with empty text node.
* run: Set a function object which run something modifying the editor (or
* does nothing).
* expectedUndoResult: Set an expected innerHTML result as string or array
* of the string. If this is not specified, it's compared
* with editorInnerHTML value.
* cleanUp: Set a function object if you need to clean something up after the
* test.
*/
const tests = [
{
description: "insertParagraph at start of a paragraph",
editorInnerHTML: "<p>[]abcdef</p>",
run: (win, doc, editingHost) => {
doc.execCommand("insertParagraph");
},
},
{
description: "insertParagraph at middle of a paragraph",
editorInnerHTML: "<p>abc[]def</p>",
run: (win, doc, editingHost) => {
doc.execCommand("insertParagraph");
},
},
{
description: "insertParagraph at end of a paragraph",
editorInnerHTML: "<p>abcdef[]</p>",
run: (win, doc, editingHost) => {
doc.execCommand("insertParagraph");
},
},
{
description: "insertParagraph at start of a listitem",
editorInnerHTML: "<ul><li>[]abcdef</li></ul>",
run: (win, doc, editingHost) => {
doc.execCommand("insertParagraph");
},
},
{
description: "insertParagraph at middle of a listitem",
editorInnerHTML: "<ul><li>abc[]def</li></ul>",
run: (win, doc, editingHost) => {
doc.execCommand("insertParagraph");
},
},
{
description: "insertParagraph at end of a listitem",
editorInnerHTML: "<ul><li>abcdef[]</li></ul>",
run: (win, doc, editingHost) => {
doc.execCommand("insertParagraph");
},
},
{
description: "insertLineBreak at start of a paragraph",
editorInnerHTML: "<p>[]abcdef</p>",
run: (win, doc, editingHost) => {
doc.execCommand("insertLineBreak");
},
},
{
description: "insertLineBreak at middle of a paragraph",
editorInnerHTML: "<p>abc[]def</p>",
run: (win, doc, editingHost) => {
doc.execCommand("insertLineBreak");
},
},
{
description: "insertLineBreak at end of a paragraph",
editorInnerHTML: "<p>abcdef[]</p>",
run: (win, doc, editingHost) => {
doc.execCommand("insertLineBreak");
},
},
{
description: "insertLineBreak at start of a listitem",
editorInnerHTML: "<ul><li>[]abcdef</li></ul>",
run: (win, doc, editingHost) => {
doc.execCommand("insertLineBreak");
},
},
{
description: "insertLineBreak at middle of a listitem",
editorInnerHTML: "<ul><li>abc[]def</li></ul>",
run: (win, doc, editingHost) => {
doc.execCommand("insertLineBreak");
},
},
{
description: "insertLineBreak at end of a listitem",
editorInnerHTML: "<ul><li>abcdef[]</li></ul>",
run: (win, doc, editingHost) => {
doc.execCommand("insertLineBreak");
},
},
{
description: "delete at start of second paragraph",
editorInnerHTML: "<p>abc</p><p>[]def</p>",
run: (win, doc, editingHost) => {
doc.execCommand("delete");
}
},
{
description: "forwarddelete at end of first paragraph",
editorInnerHTML: "<p>abc[]</p><p>def</p>",
run: (win, doc, editingHost) => {
doc.execCommand("forwarddelete");
}
},
{
description: "delete at start of second paragraph starting with an emoji",
editorInnerHTML: "<p>abc\uD83D\uDC49</p><p>[]\uD83D\uDC48def</p>",
run: (win, doc, editingHost) => {
doc.execCommand("delete");
}
},
{
description: "forwarddelete at end of first paragraph ending with an emoji",
editorInnerHTML: "<p>abc\uD83D\uDC49[]</p><p>\uD83D\uDC48def</p>",
run: (win, doc, editingHost) => {
doc.execCommand("forwarddelete");
}
},
{
description: "delete at start of second paragraph ending with a non editable item",
editorInnerHTML: "<p>A line</p><p>[]Second line with <b contenteditable='false'>non-editable item</b></p>",
run: (win, doc, editingHost) => {
doc.execCommand("delete");
}
}
];
for (const curTest of tests) {
promise_test(async t => {
await new Promise(resolve => {
iframe.addEventListener("load", resolve, {once: true});
iframe.srcdoc = "<html><body><div contenteditable></div></body></html>";
});
const contentDocument = iframe.contentDocument;
const contentWindow = iframe.contentWindow;
contentWindow.focus();
const editingHost = contentDocument.querySelector("div[contenteditable]");
const utils = new EditorTestUtils(editingHost, window);
utils.setupEditingHost(curTest.editorInnerHTML);
contentDocument.documentElement.scrollHeight; // flush pending things
if (typeof curTest.init == "function") {
await curTest.init(contentWindow, contentDocument, editingHost);
}
const initialValue = editingHost.innerHTML;
await curTest.run(contentWindow, contentDocument, editingHost);
const newValue = editingHost.innerHTML;
test(t2 => {
const ret = contentDocument.execCommand("undo");
if (curTest.expectedUndoResult !== undefined) {
if (typeof curTest.expectedUndoResult == "string") {
assert_equals(
editingHost.innerHTML,
curTest.expectedUndoResult,
`${t2.name}: should restore the innerHTML value`
);
} else {
assert_in_array(
editingHost.innerHTML,
curTest.expectedUndoResult,
`${t2.name}: should restore one of the innerHTML values`
);
}
} else {
assert_equals(
editingHost.innerHTML,
initialValue,
`${t2.name}: should restore the initial innerHTML value`
);
}
assert_true(ret, `${t2.name}: execCommand("undo") should return true`);
}, `${t.name} - first undo`);
test(t3 => {
const ret = contentDocument.execCommand("redo");
assert_equals(
editingHost.innerHTML,
newValue,
`${t3.name}: should restore the modified innerHTML value`
);
assert_true(ret, `${t3.name}: execCommand("redo") should return true`);
}, `${curTest.description} - first redo`);
test(t4 => {
const ret = contentDocument.execCommand("redo");
assert_equals(
editingHost.innerHTML,
newValue,
`${t4.name}: should not modify the modified innerHTML value`
);
assert_false(ret, `${t4.name}: execCommand("redo") should return false`);
}, `${curTest.description} - second redo`);
if (typeof curTest.cleanUp == "function") {
await curTest.cleanUp(contentWindow, contentDocument, editingHost);
}
await new Promise(resolve => {
iframe.addEventListener("load", resolve, {once: true});
iframe.srcdoc = "";
});
contentDocument.documentElement.scrollHeight; // flush pending things
await new Promise(resolve =>
requestAnimationFrame(
() => requestAnimationFrame(resolve)
)
);
}, curTest.description);
}
</script>
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