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<?xml version="1.0"?>
type="text/css"?>
<window title="Testing composition, text and query content events"
<panel id="panel" hidden="true" orient="vertical">
<vbox id="vbox">
<html:textarea id="textbox" cols="20" rows="4" style="font-size: 36px;"/>
</vbox>
</panel>
<div id="display">
<div id="div" style="margin: 0; padding: 0; font-size: 36px;">Here is a text frame.</div>
<textarea style="margin: 0; font-family: -moz-fixed;" id="textarea" cols="20" rows="4"></textarea><br/>
<iframe id="iframe" width="300" height="150"
src="data:text/html,<textarea id='textarea' cols='20' rows='4'></textarea>"></iframe><br/>
<iframe id="iframe2" width="300" height="150"
src="data:text/html,<body onload='document.designMode=%22on%22'>body content</body>"></iframe><br/>
<iframe id="iframe3" width="300" height="150"
src="data:text/html,<body onload='document.designMode=%22on%22'>body content</body>"></iframe><br/>
<iframe id="iframe4" width="300" height="150"
src="data:text/html,<div contenteditable id='contenteditable'></div>"></iframe><br/>
<!--
NOTE: the width for the next two iframes is chosen to be small enough to make
the Show Password button (for type=password) be outside the viewport so that
it doesn't affect the rendering compared to the type=text control.
But still large enough to comfortably fit the input values we test.
-->
<iframe id="iframe5" style="width:10ch" height="50" src="data:text/html,<input id='input'>"></iframe>
<iframe id="iframe6" style="width:10ch" height="50" src="data:text/html,<input id='password' type='password'>"></iframe><br/>
<iframe id="iframe7" width="300" height="150"
src="data:text/html,<span contenteditable id='contenteditable'></span>"></iframe><br/>
<input id="input" type="text"/><br/>
<input id="password" type="password"/><br/>
</div>
<div id="content" style="display: none">
</div>
<pre id="test">
</pre>
</body>
<script class="testbody" type="application/javascript">
<![CDATA[
function ok(aCondition, aMessage)
{
window.arguments[0].SimpleTest.ok(aCondition, aMessage);
}
function is(aLeft, aRight, aMessage)
{
window.arguments[0].SimpleTest.is(aLeft, aRight, aMessage);
}
function isnot(aLeft, aRight, aMessage)
{
window.arguments[0].SimpleTest.isnot(aLeft, aRight, aMessage);
}
function isfuzzy(aLeft, aRight, aEpsilon, aMessage) {
window.arguments[0].SimpleTest.isfuzzy(aLeft, aRight, aEpsilon, aMessage);
}
function todo(aCondition, aMessage)
{
window.arguments[0].SimpleTest.todo(aCondition, aMessage);
}
function todo_is(aLeft, aRight, aMessage)
{
window.arguments[0].SimpleTest.todo_is(aLeft, aRight, aMessage);
}
function todo_isnot(aLeft, aRight, aMessage)
{
window.arguments[0].SimpleTest.todo_isnot(aLeft, aRight, aMessage);
}
function isSimilarTo(aLeft, aRight, aAllowedDifference, aMessage)
{
if (Math.abs(aLeft - aRight) <= aAllowedDifference) {
ok(true, aMessage);
} else {
ok(false, aMessage + ", got=" + aLeft + ", expected=" + (aRight - aAllowedDifference) + "~" + (aRight + aAllowedDifference));
}
}
function isGreaterThan(aLeft, aRight, aMessage)
{
ok(aLeft > aRight, aMessage + ", got=" + aLeft + ", expected minimum value=" + aRight);
}
/**
* synthesizeSimpleCompositionChange synthesizes a composition which has only
* one clause and put caret end of it.
*
* @param aComposition string or object. If string, it's treated as
* composition string whose attribute is
* COMPOSITION_ATTR_RAW_CLAUSE.
* If object, it must have .string whose type is "string".
* Additionally, .attr can be specified if you'd like to
* use the other attribute instead of
* COMPOSITION_ATTR_RAW_CLAUSE.
*/
function synthesizeSimpleCompositionChange(aComposition, aWindow, aCallback) {
const comp = (() => {
if (typeof aComposition == "string") {
return { string: aComposition, attr: COMPOSITION_ATTR_RAW_CLAUSE };
}
return {
string: aComposition.string,
attr: aComposition.attr === undefined
? COMPOSITION_ATTR_RAW_CLAUSE
: aComposition.attr
};
})();
synthesizeCompositionChange(
{
composition: {
string: comp.string,
clauses: [
{ length: comp.string.length, attr: comp.attr },
],
},
caret: { start: comp.string.length, length: 0 },
},
aWindow,
aCallback
);
}
var div = document.getElementById("div");
var textarea = document.getElementById("textarea");
var panel = document.getElementById("panel");
var textbox = document.getElementById("textbox");
var iframe = document.getElementById("iframe");
var iframe2 = document.getElementById("iframe2");
var iframe3 = document.getElementById("iframe3");
var contenteditable;
var windowOfContenteditable;
var contenteditableBySpan;
var windowOfContenteditableBySpan;
var input = document.getElementById("input");
var password = document.getElementById("password");
var textareaInFrame;
const nsITextInputProcessorCallback = Ci.nsITextInputProcessorCallback;
const nsIInterfaceRequestor = Ci.nsIInterfaceRequestor;
const nsIWebNavigation = Ci.nsIWebNavigation;
const nsIDocShell = Ci.nsIDocShell;
const { AppConstants } = ChromeUtils.importESModule(
"resource://gre/modules/AppConstants.sys.mjs"
);
function waitForTick() {
return new Promise(resolve => { SimpleTest.executeSoon(resolve); });
}
async function waitForEventLoops(aTimes)
{
for (let i = 1; i < aTimes; i++) {
await waitForTick();
}
await new Promise(resolve => { setTimeout(resolve, 20); });
}
function getEditor(aNode)
{
return aNode.editor;
}
function getHTMLEditorIMESupport(aWindow)
{
return aWindow.docShell.editor;
}
const kIsWin = (navigator.platform.indexOf("Win") == 0);
const kIsMac = (navigator.platform.indexOf("Mac") == 0);
const kLFLen = (kIsWin && false) ? 2 : 1;
const kLF = (kIsWin && false) ? "\r\n" : "\n";
function checkQueryContentResult(aResult, aMessage)
{
ok(aResult, aMessage + ": the result is null");
if (!aResult) {
return false;
}
ok(aResult.succeeded, aMessage + ": the query content failed");
return aResult.succeeded;
}
function checkContent(aExpectedText, aMessage, aID)
{
if (!aID) {
aID = "";
}
let textContent = synthesizeQueryTextContent(0, 100);
if (!checkQueryContentResult(textContent, aMessage +
": synthesizeQueryTextContent " + aID)) {
return false;
}
is(textContent.text, aExpectedText,
aMessage + ": composition string is wrong " + aID);
return textContent.text == aExpectedText;
}
function checkContentRelativeToSelection(aRelativeOffset, aLength, aExpectedOffset, aExpectedText, aMessage, aID)
{
if (!aID) {
aID = "";
}
aMessage += " (aRelativeOffset=" + aRelativeOffset + "): "
let textContent = synthesizeQueryTextContent(aRelativeOffset, aLength, true);
if (!checkQueryContentResult(textContent, aMessage +
"synthesizeQueryTextContent " + aID)) {
return false;
}
is(textContent.offset, aExpectedOffset,
aMessage + "offset is wrong " + aID);
is(textContent.text, aExpectedText,
aMessage + "text is wrong " + aID);
return textContent.offset == aExpectedOffset &&
textContent.text == aExpectedText;
}
function checkSelection(aExpectedOffset, aExpectedText, aMessage, aID)
{
if (!aID) {
aID = "";
}
let selectedText = synthesizeQuerySelectedText();
if (!checkQueryContentResult(selectedText, aMessage +
": synthesizeQuerySelectedText " + aID)) {
return false;
}
if (aExpectedOffset === null) {
is(
selectedText.notFound,
true,
`${aMessage}: selection should not be found ${aID}`
);
return selectedText.notFound;
}
is(
selectedText.notFound,
false,
`${aMessage}: selection should be found ${aID}`
);
if (selectedText.notFound) {
return false;
}
is(
selectedText.offset,
aExpectedOffset,
`${aMessage}: selection offset should be ${aExpectedOffset} ${aID}`
);
is(
selectedText.text,
aExpectedText,
`${aMessage}: selected text should be "${aExpectedText}" ${aID}`
);
return selectedText.offset == aExpectedOffset &&
selectedText.text == aExpectedText;
}
function checkIMESelection(
aSelectionType,
aExpectedFound,
aExpectedOffset,
aExpectedText,
aMessage,
aID,
aToDo = {}
) {
if (!aID) {
aID = "";
}
aMessage += " (" + aSelectionType + ")";
let {
notFound = is,
offset = is,
text = is,
} = aToDo;
let selectionType = 0;
switch (aSelectionType) {
case "RawClause":
selectionType = QUERY_CONTENT_FLAG_SELECTION_IME_RAWINPUT;
break;
case "SelectedRawClause":
selectionType = QUERY_CONTENT_FLAG_SELECTION_IME_SELECTEDRAWTEXT;
break;
case "ConvertedClause":
selectionType = QUERY_CONTENT_FLAG_SELECTION_IME_CONVERTEDTEXT;
break;
case "SelectedClause":
selectionType = QUERY_CONTENT_FLAG_SELECTION_IME_SELECTEDCONVERTEDTEXT;
break;
default:
ok(false, aMessage + ": invalid selection type, " + aSelectionType);
}
isnot(selectionType, 0, aMessage + ": wrong value");
let selectedText = synthesizeQuerySelectedText(selectionType);
if (!checkQueryContentResult(selectedText, aMessage +
": synthesizeQuerySelectedText " + aID)) {
return false;
}
notFound(
selectedText.notFound,
!aExpectedFound,
`${aMessage}: selection should ${
aExpectedFound ? "" : "not"
} be found ${aID}`);
if (selectedText.notFound) {
return selectedText.notFound == !aExpectedFound;
}
offset(
selectedText.offset,
aExpectedOffset,
`${aMessage}: selection offset is wrong ${aID}`
);
text(
selectedText.text,
aExpectedText,
`${aMessage}: selected text is wrong ${aID}`
);
return selectedText.offset == aExpectedOffset &&
selectedText.text == aExpectedText;
}
function checkRect(aRect, aExpectedRect, aMessage)
{
is(aRect.left, aExpectedRect.left, aMessage + ": left is wrong");
is(aRect.top, aExpectedRect.top, aMessage + " top is wrong");
is(aRect.width, aExpectedRect.width, aMessage + ": width is wrong");
is(aRect.height, aExpectedRect.height, aMessage + ": height is wrong");
return aRect.left == aExpectedRect.left &&
aRect.top == aExpectedRect.top &&
aRect.width == aExpectedRect.width &&
aRect.height == aExpectedRect.height;
}
function checkRectFuzzy(aRect, aExpectedRect, aEpsilon, aMessage) {
isfuzzy(aRect.left, aExpectedRect.left, aEpsilon.left, aMessage + ": left is wrong");
isfuzzy(aRect.top, aExpectedRect.top, aEpsilon.top, aMessage + " top is wrong");
isfuzzy(aRect.width, aExpectedRect.width, aEpsilon.width, aMessage + ": width is wrong");
isfuzzy(aRect.height, aExpectedRect.height, aEpsilon.height, aMessage + ": height is wrong");
return (aRect.left >= aExpectedRect.left - aEpsilon.left &&
aRect.left <= aExpectedRect.left + aEpsilon.left) &&
(aRect.top >= aExpectedRect.top - aEpsilon.top &&
aRect.top <= aExpectedRect.top + aEpsilon.top) &&
(aRect.width >= aExpectedRect.width - aEpsilon.width &&
aRect.width <= aExpectedRect.width + aEpsilon.width) &&
(aRect.height >= aExpectedRect.height - aEpsilon.height &&
aRect.height <= aExpectedRect.height + aEpsilon.height);
}
function getRectArray(aQueryTextRectArrayResult) {
let rects = [];
for (let i = 0; ; i++) {
let rect = { left: {}, top: {}, width: {}, height: {} };
try {
aQueryTextRectArrayResult.getCharacterRect(i, rect.left, rect.top, rect.width, rect.height);
} catch (e) {
break;
}
rects.push({
left: rect.left.value,
top: rect.top.value,
width: rect.width.value,
height: rect.height.value,
});
}
return rects;
}
function checkRectArray(aQueryTextRectArrayResult, aExpectedTextRectArray, aMessage)
{
for (let i = 1; i < aExpectedTextRectArray.length; ++i) {
let rect = { left: {}, top: {}, width: {}, height: {} };
try {
aQueryTextRectArrayResult.getCharacterRect(i, rect.left, rect.top, rect.width, rect.height);
} catch (e) {
ok(false, aMessage + ": failed to retrieve " + i + "th rect (" + e + ")");
return false;
}
function toRect(aRect)
{
return { left: aRect.left.value, top: aRect.top.value, width: aRect.width.value, height: aRect.height.value };
}
if (!checkRect(toRect(rect), aExpectedTextRectArray[i], aMessage + " " + i + "th rect")) {
return false;
}
}
return true;
}
function checkRectContainsRect(aRect, aContainer, aMessage)
{
let container = { left: Math.ceil(aContainer.left),
top: Math.ceil(aContainer.top),
width: Math.floor(aContainer.width),
height: Math.floor(aContainer.height) };
let ret = container.left <= aRect.left &&
container.top <= aRect.top &&
container.left + container.width >= aRect.left + aRect.width &&
container.top + container.height >= aRect.top + aRect.height;
ret = ret && aMessage;
ok(ret, aMessage + " container={ left=" + container.left + ", top=" +
container.top + ", width=" + container.width + ", height=" +
container.height + " } rect={ left=" + aRect.left + ", top=" + aRect.top +
", width=" + aRect.width + ", height=" + aRect.height + " }");
return ret;
}
// eslint-disable-next-line complexity
function runUndoRedoTest()
{
textarea.value = "";
textarea.focus();
// input raw characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306D",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "," },
});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306D\u3053",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: "b" },
});
// convert
synthesizeCompositionChange(
{ "composition":
{ "string": "\u732B",
"clauses":
[
{ "length": 1,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: " " },
});
// commit
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
// input raw characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u307E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "j" },
});
// cancel the composition
synthesizeComposition({ type: "compositioncommit", data: "", key: { key: "KEY_Escape" } });
// input raw characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3080",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "]" },
});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3080\u3059",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: "r" },
});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3080\u3059\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 },
"key": { key: "/" },
});
// convert
synthesizeCompositionChange(
{ "composition":
{ "string": "\u5A18",
"clauses":
[
{ "length": 1,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: " " },
});
// commit
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
sendString(" meant");
synthesizeKey("KEY_Backspace");
synthesizeKey("s \"cat-girl\". She is a ");
// input raw characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3088",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "9" },
});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3088\u3046",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: "4" },
});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3088\u3046\u304b",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 },
"key": { key: "t" },
});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3088\u3046\u304b\u3044",
"clauses":
[
{ "length": 4, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 },
"key": { key: "e" },
});
// convert
synthesizeCompositionChange(
{ "composition":
{ "string": "\u5996\u602a",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: " " },
});
// commit
synthesizeComposition({ type: "compositioncommitasis", key: { key: "Enter" } });
synthesizeKey("KEY_Backspace", {repeat: 12});
let i = 0;
if (!checkContent("\u732B\u5A18 means \"cat-girl\".",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(20, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B\u5A18 means \"cat-girl\". She is a \u5996\u602A",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(32, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B\u5A18 means \"cat-girl\". She is a ",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(30, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B\u5A18 mean",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(7, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B\u5A18 meant",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(8, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B\u5A18",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(2, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(1, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u732B",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(1, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(0, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true});
if (!checkContent("",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(0, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(1, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(1, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(2, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18 meant",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(8, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18 mean",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(7, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18 means \"cat-girl\". She is a ",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(30, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18 means \"cat-girl\". She is a \u5996\u602A",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(32, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18 means \"cat-girl\".",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(20, "", "runUndoRedoTest", "#" + i)) {
return;
}
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u732B\u5A18 means \"cat-girl\".",
"runUndoRedoTest", "#" + ++i) ||
!checkSelection(20, "", "runUndoRedoTest", "#" + i)) {
// eslint-disable-next-line no-useless-return
return;
}
}
function checkInputEvent(aEvent, aIsComposing, aInputType, aData, aTargetRanges, aDescription) {
if (aEvent.type !== "input" && aEvent.type !== "beforeinput") {
throw new Error(`${aDescription}: "${aEvent.type}" is not InputEvent`);
}
ok(InputEvent.isInstance(aEvent), `"${aEvent.type}" event should be dispatched with InputEvent interface: ${aDescription}`);
let cancelable = aEvent.type === "beforeinput" &&
aInputType !== "insertCompositionText" &&
aInputType !== "deleteCompositionText";
is(aEvent.cancelable, cancelable, `"${aEvent.type}" event should ${cancelable ? "be" : "be never"} cancelable: ${aDescription}`);
is(aEvent.bubbles, true, `"${aEvent.type}" event should always bubble: ${aDescription}`);
is(aEvent.isComposing, aIsComposing, `isComposing of "${aEvent.type}" event should be ${aIsComposing}: ${aDescription}`);
is(aEvent.inputType, aInputType, `inputType of "${aEvent.type}" event should be "${aInputType}": ${aDescription}`);
is(aEvent.data, aData, `data of "${aEvent.type}" event should be ${aData}: ${aDescription}`);
is(aEvent.dataTransfer, null, `dataTransfer of "${aEvent.type}" event should be null: ${aDescription}`);
let targetRanges = aEvent.getTargetRanges();
if (aTargetRanges.length === 0) {
is(targetRanges.length, 0,
`getTargetRange() of "${aEvent.type}" event should return empty array: ${aDescription}`);
} else {
is(targetRanges.length, aTargetRanges.length,
`getTargetRange() of "${aEvent.type}" event should return static range array: ${aDescription}`);
if (targetRanges.length == aTargetRanges.length) {
for (let i = 0; i < targetRanges.length; i++) {
is(targetRanges[i].startContainer, aTargetRanges[i].startContainer,
`startContainer of getTargetRanges()[${i}] of "${aEvent.type}" event does not match: ${aDescription}`);
is(targetRanges[i].startOffset, aTargetRanges[i].startOffset,
`startOffset of getTargetRanges()[${i}] of "${aEvent.type}" event does not match: ${aDescription}`);
is(targetRanges[i].endContainer, aTargetRanges[i].endContainer,
`endContainer of getTargetRanges()[${i}] of "${aEvent.type}" event does not match: ${aDescription}`);
is(targetRanges[i].endOffset, aTargetRanges[i].endOffset,
`endOffset of getTargetRanges()[${i}] of "${aEvent.type}" event does not match: ${aDescription}`);
}
}
}
}
function checkTextInputEvent(aEvent, aData, aDescription) {
if (aEvent.type !== "textInput") {
throw new Error(`${aDescription}: "${aEvent.type}" is not TextEvent`);
}
ok(TextEvent.isInstance(aEvent), `"${aEvent.type}" event should be dispatched with TextEvent interface: ${aDescription}`);
is(aEvent.cancelable, true, `"${aEvent.type}" event should be cancelable: ${aDescription}`);
is(aEvent.bubbles, true, `"${aEvent.type}" event should always bubble: ${aDescription}`);
is(aEvent.data, aData, `data of "${aEvent.type}" event should be ${aData}: ${aDescription}`);
}
function runCompositionCommitAsIsTest()
{
textarea.focus();
let result = [];
function clearResult()
{
result = [];
}
function handler(aEvent)
{
result.push(aEvent);
}
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
textarea.addEventListener("beforeinput", handler, true);
textarea.addEventListener("textInput", handler, true);
textarea.addEventListener("input", handler, true);
textarea.addEventListener("text", handler, true);
// compositioncommitasis with composing string.
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitAsIsTest: textarea doesn't have composition string #1");
is(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitAsIsTest: no textInput event should be fired before commit #1");
clearResult();
synthesizeComposition({ type: "compositioncommitasis", key: { key: "Enter" } });
is(result.length, 5,
"runCompositionCommitAsIsTest: 5 events should be fired after dispatching compositioncommitasis #1");
is(result[0].type, "text",
"runCompositionCommitAsIsTest: text should be fired after dispatching compositioncommitasis because it's dispatched when there is composing string #1");
is(result[1].type, "beforeinput",
"runCompositionCommitAsIsTest: beforeinput should be fired after dispatching compositioncommitasis because it's dispatched when there is composing string #1");
checkInputEvent(result[1], true, "insertCompositionText", "\u3042", [],
"runCompositionCommitAsIsTest: after dispatching compositioncommitasis #1");
is(result[2].type, "textInput",
"runCompositionCommitAsIsText: textInput should be fired after dispatching compositioncommitasis because it's after the last beforeinput for the composition #1");
checkTextInputEvent(result[2], "\u3042",
"runCompositionCommitAsIsText: after dispatching compositioncommitasis #1");
is(result[3].type, "compositionend",
"runCompositionCommitAsIsTest: compositionend should be fired after dispatching compositioncommitasis #1");
is(result[4].type, "input",
"runCompositionCommitAsIsTest: input should be fired after dispatching compositioncommitasis #1");
checkInputEvent(result[4], false, "insertCompositionText", "\u3042", [],
"runCompositionCommitAsIsTest: after dispatching compositioncommitasis #1");
is(textarea.value, "\u3042", "runCompositionCommitAsIsTest: textarea doesn't have committed string #1");
// compositioncommitasis with committed string.
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitAsIsTest: textarea doesn't have composition string #2");
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "KEY_Enter", type: "keydown" },
});
is(textarea.value, "\u3042", "runCompositionCommitAsIsTest: textarea doesn't have committed string #2");
isnot(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitAsIsTest: a textInput event should be fired before commit #2");
clearResult();
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter", type: "keyup" } });
is(result.length, 2,
"runCompositionCommitAsIsTest: 2 events should be fired after dispatching compositioncommitasis #2");
// XXX Do we need a "beforeinput" event here? Not sure.
is(result[0].type, "compositionend",
"runCompositionCommitAsIsTest: compositionend should be fired after dispatching compositioncommitasis #2");
is(result[1].type, "input",
"runCompositionCommitAsIsTest: input should be fired after dispatching compositioncommitasis #2");
checkInputEvent(result[1], false, "insertCompositionText", "\u3042", [],
"runCompositionCommitAsIsTest: after dispatching compositioncommitasis #2");
is(textarea.value, "\u3042", "runCompositionCommitAsIsTest: textarea doesn't have committed string #2");
// compositioncommitasis with committed string.
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitAsIsTest: textarea doesn't have composition string #3");
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "KEY_Escape", type: "keydown" },
});
is(textarea.value, "", "runCompositionCommitAsIsTest: textarea has non-empty composition string #3");
todo_isnot(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitAsIsTest: a textInput event should be fired immediately before commit #3");
clearResult();
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Escape", type: "keyup" } });
is(result.length, 2,
"runCompositionCommitAsIsTest: 2 events should be fired after dispatching compositioncommitasis #3");
// XXX Do we need a "beforeinput" event here? Not sure.
is(result[0].type, "compositionend",
"runCompositionCommitAsIsTest: compositionend shouldn't be fired after dispatching compositioncommitasis #3");
is(result[1].type, "input",
"runCompositionCommitAsIsTest: input should be fired after dispatching compositioncommitasis #3");
checkInputEvent(result[1], false, "insertCompositionText", "", [],
"runCompositionCommitAsIsTest: after dispatching compositioncommitasis #3");
is(textarea.value, "", "runCompositionCommitAsIsTest: textarea doesn't have committed string #3");
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
textarea.removeEventListener("beforeinput", handler, true);
textarea.removeEventListener("textInput", handler, true);
textarea.removeEventListener("input", handler, true);
textarea.removeEventListener("text", handler, true);
}
function runCompositionCommitTest()
{
textarea.focus();
let result = [];
function clearResult()
{
result = [];
}
function handler(aEvent)
{
result.push(aEvent);
}
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
textarea.addEventListener("beforeinput", handler, true);
textarea.addEventListener("textInput", handler, true);
textarea.addEventListener("input", handler, true);
textarea.addEventListener("text", handler, true);
// compositioncommit with different composing string.
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a", type: "keydown" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #1");
is(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitTest: no textInput event should be fired before commit #1");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "\u3043", key: { key: "a", type: "keyup" } });
is(result.length, 6,
"runCompositionCommitTest: 6 events should be fired after dispatching compositioncommit #1");
is(result[0].type, "compositionupdate",
"runCompositionCommitTest: compositionupdate should be fired after dispatching compositioncommit because it's dispatched when there is composing string #1");
is(result[1].type, "text",
"runCompositionCommitTest: text should be fired after dispatching compositioncommit #1");
is(result[2].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired after dispatching compositioncommit because it's dispatched when there is composing string #1");
checkInputEvent(result[2], true, "insertCompositionText", "\u3043", [],
"runCompositionCommitTest: after dispatching compositioncommit #1");
is(result[3].type, "textInput",
"runCompositionCommitTest: textInput should be fired after dispatching compositioncommit because the preceding beforeinput is last one for the composition #1");
checkTextInputEvent(result[3], "\u3043",
"runCompositionCommitTest: after dispatching compositioncommit #1");
is(result[4].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #1");
is(result[5].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #1");
checkInputEvent(result[5], false, "insertCompositionText", "\u3043", [],
"runCompositionCommitTest: after dispatching compositioncommit #1");
is(textarea.value, "\u3043", "runCompositionCommitTest: textarea doesn't have committed string #1");
// compositioncommit with different committed string when there is already committed string
textarea.value = "";
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #2");
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "KEY_Enter", type: "keydown" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have committed string #2");
is(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitTest: no textInput event should be fired before commit #2");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "\u3043", key: { key: "KEY_Enter", type: "keyup" } });
is(result.length, 6,
"runCompositionCommitTest: 6 events should be fired after dispatching compositioncommit #2");
is(result[0].type, "compositionupdate",
"runCompositionCommitTest: compositionupdate should be fired after dispatching compositioncommit #2");
is(result[1].type, "text",
"runCompositionCommitTest: text should be fired after dispatching compositioncommit #2");
is(result[2].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired after dispatching compositioncommit #2");
checkInputEvent(result[2], true, "insertCompositionText", "\u3043", [],
"runCompositionCommitTest: after dispatching compositioncommit #2");
is(result[3].type, "textInput",
"runCompositionCommitTest: textInput should be fired after dispatching compositioncommit #2");
checkTextInputEvent(result[3], "\u3043",
"runCompositionCommitTest: after dispatching compositioncommit #2");
is(result[4].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #2");
is(result[5].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #2");
checkInputEvent(result[5], false, "insertCompositionText", "\u3043", [],
"runCompositionCommitTest: after dispatching compositioncommit #2");
is(textarea.value, "\u3043", "runCompositionCommitTest: textarea doesn't have committed string #2");
// compositioncommit with empty composition string.
textarea.value = "";
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #3");
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "KEY_Enter", type: "keydown" },
});
is(textarea.value, "", "runCompositionCommitTest: textarea has non-empty composition string #3");
is(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitTest: no textInput event should be fired before commit #3");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "\u3043", key: { key: "KEY_Enter", type: "keyup" } });
is(result.length, 6,
"runCompositionCommitTest: 6 events should be fired after dispatching compositioncommit #3");
is(result[0].type, "compositionupdate",
"runCompositionCommitTest: compositionupdate should be fired after dispatching compositioncommit #3");
is(result[1].type, "text",
"runCompositionCommitTest: text should be fired after dispatching compositioncommit #3");
is(result[2].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired after dispatching compositioncommit #3");
checkInputEvent(result[2], true, "insertCompositionText", "\u3043", [],
"runCompositionCommitTest: after dispatching compositioncommit #3");
is(result[3].type, "textInput",
"runCompositionCommitTest: textInput should be fired after dispatching compositioncommit #3");
checkTextInputEvent(result[3], "\u3043",
"runCompositionCommitTest: after dispatching compositioncommit #3");
is(result[4].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #3");
is(result[5].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #3");
checkInputEvent(result[5], false, "insertCompositionText", "\u3043", [],
"runCompositionCommitTest: after dispatching compositioncommit #3");
is(textarea.value, "\u3043", "runCompositionCommitTest: textarea doesn't have committed string #3");
// inserting empty string with simple composition.
textarea.value = "abc";
textarea.setSelectionRange(3, 3);
synthesizeComposition({ type: "compositionstart" });
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "" });
is(result.length, 5,
"runCompositionCommitTest: 5 events should be fired when inserting empty string with composition");
is(result[0].type, "text",
"runCompositionCommitTest: text should be fired when inserting empty string with composition");
is(result[1].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired when inserting empty string with composition");
checkInputEvent(result[1], true, "insertCompositionText", "", [],
"runCompositionCommitTest: when inserting empty string with composition");
is(result[2].type, "textInput",
"runCompositionCommitTest: textInput should be fired when inserting empty string with composition");
checkTextInputEvent(result[2], "",
"runCompositionCommitTest: when inserting empty string with composition");
is(result[3].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired when inserting empty string with composition");
is(result[4].type, "input",
"runCompositionCommitTest: input should be fired when inserting empty string with composition");
checkInputEvent(result[4], false, "insertCompositionText", "", [],
"runCompositionCommitTest: when inserting empty string with composition");
is(textarea.value, "abc",
"runCompositionCommitTest: textarea should keep original value when inserting empty string with composition");
// replacing selection with empty string with simple composition.
textarea.value = "abc";
textarea.setSelectionRange(0, 3);
synthesizeComposition({ type: "compositionstart" });
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "" });
is(result.length, 5,
"runCompositionCommitTest: 5 events should be fired when replacing with empty string with composition");
is(result[0].type, "text",
"runCompositionCommitTest: text should be fired when replacing with empty string with composition");
is(result[1].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired when replacing with empty string with composition");
checkInputEvent(result[1], true, "insertCompositionText", "", [],
"runCompositionCommitTest: when replacing with empty string with composition");
is(result[2].type, "textInput",
"runCompositionCommitTest: textInput should be fired when replacing with empty string with composition");
checkTextInputEvent(result[2], "",
"runCompositionCommitTest: when replacing with empty string with composition");
is(result[3].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired when replacing with empty string with composition");
is(result[4].type, "input",
"runCompositionCommitTest: input should be fired when replacing with empty string with composition");
checkInputEvent(result[4], false, "insertCompositionText", "", [],
"runCompositionCommitTest: when replacing with empty string with composition");
is(textarea.value, "",
"runCompositionCommitTest: textarea should become empty when replacing selection with empty string with composition");
// replacing selection with same string with simple composition.
textarea.value = "abc";
textarea.setSelectionRange(0, 3);
synthesizeComposition({ type: "compositionstart" });
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "abc" });
is(result.length, 6,
"runCompositionCommitTest: 6 events should be fired when replacing selection with same string with composition");
is(result[0].type, "compositionupdate",
"runCompositionCommitTest: compositionupdate should be fired when replacing selection with same string with composition");
is(result[1].type, "text",
"runCompositionCommitTest: text should be fired when replacing selection with same string with composition");
is(result[2].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired when replacing selection with same string with composition");
checkInputEvent(result[2], true, "insertCompositionText", "abc", [],
"runCompositionCommitTest: when replacing selection with same string with composition");
is(result[3].type, "textInput",
"runCompositionCommitTest: textInput should be fired when replacing selection with same string with composition");
checkTextInputEvent(result[3], "abc",
"runCompositionCommitTest: when replacing selection with same string with composition");
is(result[4].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired when replacing selection with same string with composition");
is(result[5].type, "input",
"runCompositionCommitTest: input should be fired when replacing selection with same string with composition");
checkInputEvent(result[5], false, "insertCompositionText", "abc", [],
"runCompositionCommitTest: when replacing selection with same string with composition");
is(textarea.value, "abc",
"runCompositionCommitTest: textarea should keep same value when replacing selection with same string with composition");
// compositioncommit with non-empty composition string.
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #4");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "", key: { key: "KEY_Enter" } });
is(result.length, 6,
"runCompositionCommitTest: 6 events should be fired after dispatching compositioncommit #4");
is(result[0].type, "compositionupdate",
"runCompositionCommitTest: compositionupdate should be fired after dispatching compositioncommit #4");
is(result[1].type, "text",
"runCompositionCommitTest: text should be fired after dispatching compositioncommit #4");
is(result[2].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired after dispatching compositioncommit #4");
checkInputEvent(result[2], true, "insertCompositionText", "", [],
"runCompositionCommitTest: after dispatching compositioncommit #4");
is(result[3].type, "textInput",
"runCompositionCommitTest: textInput should be fired after dispatching compositioncommit #4");
checkTextInputEvent(result[3], "",
"runCompositionCommitTest: after dispatching compositioncommit #4");
is(result[4].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #4");
is(result[5].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #4");
checkInputEvent(result[5], false, "insertCompositionText", "", [],
"runCompositionCommitTest: after dispatching compositioncommit #4");
is(textarea.value, "", "runCompositionCommitTest: textarea should be empty #4");
// compositioncommit immediately without compositionstart
textarea.value = "";
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "\u3042", key: { key: "a" } });
is(result.length, 6,
"runCompositionCommitTest: 6 events should be fired after dispatching compositioncommit #5");
is(result[0].type, "compositionupdate",
"runCompositionCommitTest: compositionupdate should be fired after dispatching compositioncommit #5");
is(result[1].type, "text",
"runCompositionCommitTest: text should be fired after dispatching compositioncommit #5");
is(result[2].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired after dispatching compositioncommit #5");
checkInputEvent(result[2], true, "insertCompositionText", "\u3042", [],
"runCompositionCommitTest: after dispatching compositioncommit #5");
is(result[3].type, "textInput",
"runCompositionCommitTest: textInput should be fired after dispatching compositioncommit #5");
checkTextInputEvent(result[3], "\u3042",
"runCompositionCommitTest: after dispatching compositioncommit #5");
is(result[4].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #5");
is(result[5].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #5");
checkInputEvent(result[5], false, "insertCompositionText", "\u3042", [],
"runCompositionCommitTest: after dispatching compositioncommit #5");
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea should be empty #5");
// compositioncommit with same composition string.
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #5");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "\u3042", key: { key: "KEY_Enter" } });
is(result.length, 5,
"runCompositionCommitTest: 5 events should be fired after dispatching compositioncommit #6");
is(result[0].type, "text",
"runCompositionCommitTest: text should be fired after dispatching compositioncommit #6");
is(result[1].type, "beforeinput",
"runCompositionCommitTest: beforeinput should be fired after dispatching compositioncommit #6");
checkInputEvent(result[1], true, "insertCompositionText", "\u3042", [],
"runCompositionCommitTest: after dispatching compositioncommit #6");
is(result[2].type, "textInput",
"runCompositionCommitTest: textInput should be fired after dispatching compositioncommit #6");
checkTextInputEvent(result[2], "\u3042",
"runCompositionCommitTest: after dispatching compositioncommit #6");
is(result[3].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #6");
is(result[4].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #6");
checkInputEvent(result[4], false, "insertCompositionText", "\u3042", [],
"runCompositionCommitTest: after dispatching compositioncommit #6");
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea should have committed string #6");
// compositioncommit with same composition string when there is committed string
textarea.value = "";
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #6");
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "KEY_Enter", type: "keydown" },
});
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea doesn't have composition string #6");
todo_isnot(result.findIndex(value => value.type == "textInput"), -1,
"runCompositionCommitTest: a textInput event should be fired before immediately commit #6");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "\u3042", key: { key: "KEY_Enter", type: "keyup" } });
is(result.length, 2,
"runCompositionCommitTest: 2 events should be fired after dispatching compositioncommit #7");
// XXX Do we need a "beforeinput" event here? Not sure.
is(result[0].type, "compositionend",
"runCompositionCommitTest: compositionend should be fired after dispatching compositioncommit #7");
is(result[1].type, "input",
"runCompositionCommitTest: input should be fired after dispatching compositioncommit #7");
checkInputEvent(result[1], false, "insertCompositionText", "\u3042", [],
"runCompositionCommitTest: after dispatching compositioncommit #7");
is(textarea.value, "\u3042", "runCompositionCommitTest: textarea should have committed string #6");
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
textarea.removeEventListener("beforeinput", handler, true);
textarea.removeEventListener("textInput", handler, true);
textarea.removeEventListener("input", handler, true);
textarea.removeEventListener("text", handler, true);
}
// eslint-disable-next-line complexity
async function runCompositionTest()
{
textarea.value = "";
textarea.focus();
let caretRects = [];
let caretRect = synthesizeQueryCaretRect(0);
if (!checkQueryContentResult(caretRect,
"runCompositionTest: synthesizeQueryCaretRect #0")) {
return;
}
caretRects[0] = caretRect;
// input first character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "o" },
});
if (!checkContent("\u3089", "runCompositionTest", "#1-1") ||
!checkSelection(1, "", "runCompositionTest", "#1-1")) {
return;
}
caretRect = synthesizeQueryCaretRect(1);
if (!checkQueryContentResult(caretRect,
"runCompositionTest: synthesizeQueryCaretRect #1-1")) {
return;
}
caretRects[1] = caretRect;
// input second character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: "\\", code: "IntlYen", keyCode: KeyboardEvent.DOM_VK_BACKSLASH },
});
if (!checkContent("\u3089\u30FC", "runCompositionTest", "#1-2") ||
!checkSelection(2, "", "runCompositionTest", "#1-2")) {
return;
}
caretRect = synthesizeQueryCaretRect(2);
if (!checkQueryContentResult(caretRect,
"runCompositionTest: synthesizeQueryCaretRect #1-2")) {
return;
}
caretRects[2] = caretRect;
isnot(caretRects[2].left, caretRects[1].left,
"runCompositionTest: caret isn't moved (#1-2)");
is(caretRects[2].top, caretRects[1].top,
"runCompositionTest: caret is moved to another line (#1-2)");
is(caretRects[2].width, caretRects[1].width,
"runCompositionTest: caret width is wrong (#1-2)");
is(caretRects[2].height, caretRects[1].height,
"runCompositionTest: caret width is wrong (#1-2)");
// input third character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 },
"key": { key: "/" },
});
if (!checkContent("\u3089\u30FC\u3081", "runCompositionTest", "#1-3") ||
!checkSelection(3, "", "runCompositionTest", "#1-3")) {
return;
}
caretRect = synthesizeQueryCaretRect(3);
if (!checkQueryContentResult(caretRect,
"runCompositionTest: synthesizeQueryCaretRect #1-3")) {
return;
}
caretRects[3] = caretRect;
isnot(caretRects[3].left, caretRects[2].left,
"runCompositionTest: caret isn't moved (#1-3)");
is(caretRects[3].top, caretRects[2].top,
"runCompositionTest: caret is moved to another line (#1-3)");
is(caretRects[3].width, caretRects[2].width,
"runCompositionTest: caret width is wrong (#1-3)");
is(caretRects[3].height, caretRects[2].height,
"runCompositionTest: caret height is wrong (#1-3)");
// moves the caret left
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: "KEY_ArrowLeft" },
});
if (!checkContent("\u3089\u30FC\u3081", "runCompositionTest", "#1-3-1") ||
!checkSelection(2, "", "runCompositionTest", "#1-3-1")) {
return;
}
caretRect = synthesizeQueryCaretRect(2);
if (!checkQueryContentResult(caretRect,
"runCompositionTest: synthesizeQueryCaretRect #1-3-1")) {
return;
}
is(caretRect.left, caretRects[2].left,
"runCompositionTest: caret rects are different (#1-3-1, left)");
is(caretRect.top, caretRects[2].top,
"runCompositionTest: caret rects are different (#1-3-1, top)");
is(caretRect.width, caretRects[2].width + Math.round(window.devicePixelRatio),
"runCompositionTest: caret rects are different (#1-3-1, width)");
is(caretRect.height, caretRects[2].height,
"runCompositionTest: caret rects are different (#1-3-1, height)");
// moves the caret left
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "KEY_ArrowLeft" },
});
if (!checkContent("\u3089\u30FC\u3081", "runCompositionTest", "#1-3-2") ||
!checkSelection(1, "", "runCompositionTest", "#1-3-2")) {
return;
}
caretRect = synthesizeQueryCaretRect(1);
if (!checkQueryContentResult(caretRect,
"runCompositionTest: synthesizeQueryCaretRect #1-3-2")) {
return;
}
is(caretRect.left, caretRects[1].left,
"runCompositionTest: caret rects are different (#1-3-2, left)");
is(caretRect.top, caretRects[1].top,
"runCompositionTest: caret rects are different (#1-3-2, top)");
is(caretRect.width, caretRects[1].width + Math.round(window.devicePixelRatio),
"runCompositionTest: caret rects are different (#1-3-2, width)");
is(caretRect.height, caretRects[1].height,
"runCompositionTest: caret rects are different (#1-3-2, height)");
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093",
"clauses":
[
{ "length": 4, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 },
"key": { key: "y" },
});
if (!checkContent("\u3089\u30FC\u3081\u3093", "runCompositionTest", "#1-4") ||
!checkSelection(4, "", "runCompositionTest", "#1-4")) {
return;
}
// backspace
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 },
"key": { key: "KEY_Backspace" },
});
if (!checkContent("\u3089\u30FC\u3081", "runCompositionTest", "#1-5") ||
!checkSelection(3, "", "runCompositionTest", "#1-5")) {
return;
}
// re-input
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093",
"clauses":
[
{ "length": 4, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 },
"key": { key: "y" },
});
if (!checkContent("\u3089\u30FC\u3081\u3093", "runCompositionTest", "#1-6") ||
!checkSelection(4, "", "runCompositionTest", "#1-6")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055",
"clauses":
[
{ "length": 5, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 5, "length": 0 },
"key": { key: "x" },
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055", "runCompositionTest", "#1-7") ||
!checkSelection(5, "", "runCompositionTest", "#1-7")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055\u3044",
"clauses":
[
{ "length": 6, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 6, "length": 0 },
"key": { key: "e" },
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055\u3044", "runCompositionTest", "#1-8") ||
!checkSelection(6, "", "runCompositionTest", "#1-8")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055\u3044\u3053",
"clauses":
[
{ "length": 7, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 7, "length": 0 },
"key": { key: "b" },
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055\u3044\u3053", "runCompositionTest", "#1-8") ||
!checkSelection(7, "", "runCompositionTest", "#1-8")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055\u3044\u3053\u3046",
"clauses":
[
{ "length": 8, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 8, "length": 0 },
"key": { key: "4" },
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055\u3044\u3053\u3046",
"runCompositionTest", "#1-9") ||
!checkSelection(8, "", "runCompositionTest", "#1-9")) {
return;
}
// convert
synthesizeCompositionChange(
{ "composition":
{ "string": "\u30E9\u30FC\u30E1\u30F3\u6700\u9AD8",
"clauses":
[
{ "length": 4,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 2,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 },
"key": { key: " " },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700\u9AD8",
"runCompositionTest", "#1-10") ||
!checkSelection(4, "", "runCompositionTest", "#1-10")) {
return;
}
// change the selected clause
synthesizeCompositionChange(
{ "composition":
{ "string": "\u30E9\u30FC\u30E1\u30F3\u6700\u9AD8",
"clauses":
[
{ "length": 4,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": 2,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 6, "length": 0 },
"key": { key: "KEY_ArrowLeft", shiftKey: true },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700\u9AD8",
"runCompositionTest", "#1-11") ||
!checkSelection(6, "", "runCompositionTest", "#1-11")) {
return;
}
// reset clauses
synthesizeCompositionChange(
{ "composition":
{ "string": "\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046",
"clauses":
[
{ "length": 5,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 3,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": 5, "length": 0 },
"key": { key: "KEY_ArrowRight" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046",
"runCompositionTest", "#1-12") ||
!checkSelection(5, "", "runCompositionTest", "#1-12")) {
return;
}
let textRect1 = synthesizeQueryTextRect(0, 1);
let textRect2 = synthesizeQueryTextRect(1, 1);
if (!checkQueryContentResult(textRect1,
"runCompositionTest: synthesizeQueryTextRect #1-12-1") ||
!checkQueryContentResult(textRect2,
"runCompositionTest: synthesizeQueryTextRect #1-12-2")) {
return;
}
// commit the composition string
synthesizeComposition({ type: "compositioncommitasis" });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046",
"runCompositionTest", "#1-13") ||
!checkSelection(8, "", "runCompositionTest", "#1-13")) {
return;
}
let textRect3 = synthesizeQueryTextRect(0, 1);
let textRect4 = synthesizeQueryTextRect(1, 1);
if (!checkQueryContentResult(textRect3,
"runCompositionTest: synthesizeQueryTextRect #1-13-1") ||
!checkQueryContentResult(textRect4,
"runCompositionTest: synthesizeQueryTextRect #1-13-2")) {
return;
}
checkRect(textRect3, textRect1, "runCompositionTest: textRect #1-13-1");
checkRect(textRect4, textRect2, "runCompositionTest: textRect #1-13-2");
// restart composition and input characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3057",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "d" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046\u3057",
"runCompositionTest", "#2-1") ||
!checkSelection(8 + 1, "", "runCompositionTest", "#2-1")) {
return;
}
let textRect3QueriedWithRelativeOffset = synthesizeQueryTextRect(-8, 1, true);
let textRect4QueriedWithRelativeOffset = synthesizeQueryTextRect(-8 + 1, 1, true);
checkRect(textRect3QueriedWithRelativeOffset, textRect3, "runCompositionTest: textRect #2-1-2");
checkRect(textRect4QueriedWithRelativeOffset, textRect4, "runCompositionTest: textRect #2-1-3");
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3058",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "r" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046\u3058",
"runCompositionTest", "#2-2") ||
!checkSelection(8 + 1, "", "runCompositionTest", "#2-2")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3058\u3087",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: ")", code: "Digit9", keyCode: KeyboardEvent.DOM_VK_9, shiftKey: true },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046\u3058\u3087",
"runCompositionTest", "#2-3") ||
!checkSelection(8 + 2, "", "runCompositionTest", "#2-3")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3058\u3087\u3046",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 },
"key": { key: "4" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046\u3058\u3087\u3046",
"runCompositionTest", "#2-4") ||
!checkSelection(8 + 3, "", "runCompositionTest", "#2-4")) {
return;
}
// commit the composition string
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3055\u884C\u3053\u3046\u3058\u3087\u3046",
"runCompositionTest", "#2-4") ||
!checkSelection(8 + 3, "", "runCompositionTest", "#2-4")) {
return;
}
// set selection
const selectionSetTest = await synthesizeSelectionSet(4, 7, false);
ok(selectionSetTest, "runCompositionTest: selectionSetTest failed");
if (!checkSelection(4, "\u3055\u884C\u3053\u3046\u3058\u3087\u3046", "runCompositionTest", "#3-1")) {
return;
}
// start composition with selection
synthesizeCompositionChange(
{ "composition":
{ "string": "\u304A",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "6" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u304A",
"runCompositionTest", "#3-2") ||
!checkSelection(4 + 1, "", "runCompositionTest", "#3-2")) {
return;
}
// remove the composition string
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "KEY_Backspace" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#3-3") ||
!checkSelection(4, "", "runCompositionTest", "#3-3")) {
return;
}
// re-input the composition string
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3046",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "4" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u3046",
"runCompositionTest", "#3-4") ||
!checkSelection(4 + 1, "", "runCompositionTest", "#3-4")) {
return;
}
// cancel the composition
synthesizeComposition({ type: "compositioncommit", data: "", key: { key: "KEY_Escape" } });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#3-5") ||
!checkSelection(4, "", "runCompositionTest", "#3-5")) {
return;
}
// and compty clause information when it lists up Chinese characters on
// its candidate window.
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "a" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#4-1") ||
!checkSelection(4, "", "runCompositionTest", "#4-1")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "b" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#4-2") ||
!checkSelection(4, "", "runCompositionTest", "#4-2")) {
return;
}
synthesizeComposition({ type: "compositioncommit", data: "\u6700", key: { key: "KEY_Enter" } });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700",
"runCompositionTest", "#4-3") ||
!checkSelection(5, "", "runCompositionTest", "#4-3")) {
return;
}
// testing the canceling case
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "a" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700",
"runCompositionTest", "#4-5") ||
!checkSelection(5, "", "runCompositionTest", "#4-5")) {
return;
}
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Escape" } });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700",
"runCompositionTest", "#4-6") ||
!checkSelection(5, "", "runCompositionTest", "#4-6")) {
return;
}
// testing whether the empty composition string deletes selected string.
synthesizeKey("KEY_ArrowLeft", {shiftKey: true});
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "a" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#4-8") ||
!checkSelection(4, "", "runCompositionTest", "#4-8")) {
return;
}
synthesizeComposition({ type: "compositioncommit", data: "\u9AD8", key: { key: "KEY_Enter" } });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u9AD8",
"runCompositionTest", "#4-9") ||
!checkSelection(5, "", "runCompositionTest", "#4-9")) {
return;
}
synthesizeKey("KEY_Backspace");
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#4-11") ||
!checkSelection(4, "", "runCompositionTest", "#4-11")) {
return;
}
// twice at canceling composition.
synthesizeCompositionChange(
{ "composition":
{ "string": "\u6700",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700",
"runCompositionTest", "#5-1") ||
!checkSelection(4 + 1, "", "runCompositionTest", "#5-1")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
"caret": { "start": 0, "length": 0 },
"key": { key: "KEY_Backspace", type: "keydown" },
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#5-2") ||
!checkSelection(4, "", "runCompositionTest", "#5-2")) {
return;
}
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Backspace", type: "keyup" } });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#5-3") ||
!checkSelection(4, "", "runCompositionTest", "#5-3")) {
return;
}
synthesizeKey("z", { accelKey: true });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#6-1") ||
!checkSelection(4, "", "runCompositionTest", "#6-1")) {
return;
}
synthesizeKey("z", { accelKey: true });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u9AD8",
"runCompositionTest", "#6-2") ||
!checkSelection(5, "", "runCompositionTest", "#6-2")) {
return;
}
synthesizeKey("z", { accelKey: true });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700",
"runCompositionTest", "#6-3") ||
!checkSelection(4, "", "runCompositionTest", "#6-3")) {
return;
}
synthesizeKey("z", { accelKey: true });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700",
"runCompositionTest", "#6-4") ||
!checkSelection(5, "", "runCompositionTest", "#6-4")) {
return;
}
synthesizeKey("z", { accelKey: true });
if (!checkContent("\u30E9\u30FC\u30E1\u30F3",
"runCompositionTest", "#6-5") ||
!checkSelection(4, "", "runCompositionTest", "#6-5")) {
// eslint-disable-next-line no-useless-return
return;
}
}
function runCompositionEventTest()
{
const kDescription = "runCompositionEventTest: ";
const kEvents = ["compositionstart", "compositionupdate", "compositionend",
"input"];
input.value = "";
input.focus();
let windowEventCounts = [], windowEventData = [], windowEventLocale = [];
let inputEventCounts = [], inputEventData = [], inputEventLocale = [];
let preventDefault = false;
let stopPropagation = false;
function initResults()
{
for (let i = 0; i < kEvents.length; i++) {
windowEventCounts[kEvents[i]] = 0;
windowEventData[kEvents[i]] = "";
windowEventLocale[kEvents[i]] = "";
inputEventCounts[kEvents[i]] = 0;
inputEventData[kEvents[i]] = "";
inputEventLocale[kEvents[i]] = "";
}
}
function compositionEventHandlerForWindow(aEvent)
{
windowEventCounts[aEvent.type]++;
windowEventData[aEvent.type] = aEvent.data;
windowEventLocale[aEvent.type] = aEvent.locale;
if (preventDefault) {
aEvent.preventDefault();
}
if (stopPropagation) {
aEvent.stopPropagation();
}
}
function formEventHandlerForWindow(aEvent)
{
ok(aEvent.isTrusted, "input events must be trusted events");
windowEventCounts[aEvent.type]++;
windowEventData[aEvent.type] = input.value;
}
function compositionEventHandlerForInput(aEvent)
{
inputEventCounts[aEvent.type]++;
inputEventData[aEvent.type] = aEvent.data;
inputEventLocale[aEvent.type] = aEvent.locale;
if (preventDefault) {
aEvent.preventDefault();
}
if (stopPropagation) {
aEvent.stopPropagation();
}
}
function formEventHandlerForInput(aEvent)
{
inputEventCounts[aEvent.type]++;
inputEventData[aEvent.type] = input.value;
}
window.addEventListener("compositionstart", compositionEventHandlerForWindow,
true, true);
window.addEventListener("compositionend", compositionEventHandlerForWindow,
true, true);
window.addEventListener("compositionupdate", compositionEventHandlerForWindow,
true, true);
window.addEventListener("input", formEventHandlerForWindow,
true, true);
input.addEventListener("compositionstart", compositionEventHandlerForInput,
true, true);
input.addEventListener("compositionend", compositionEventHandlerForInput,
true, true);
input.addEventListener("compositionupdate", compositionEventHandlerForInput,
true, true);
input.addEventListener("input", formEventHandlerForInput,
true, true);
// test for normal case
initResults();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "o" },
});
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by window #1");
is(windowEventData.compositionstart, "",
kDescription + "data of compositionstart isn't empty (window) #1");
is(windowEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty (window) #1");
is(inputEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by input #1");
is(inputEventData.compositionstart, "",
kDescription + "data of compositionstart isn't empty (input) #1");
is(inputEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty (input) #1");
is(windowEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by window #1");
is(windowEventData.compositionupdate, "\u3089",
kDescription + "data of compositionupdate doesn't match (window) #1");
is(windowEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (window) #1");
is(inputEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by input #1");
is(inputEventData.compositionupdate, "\u3089",
kDescription + "data of compositionupdate doesn't match (input) #1");
is(inputEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (input) #1");
is(windowEventCounts.compositionend, 0,
kDescription + "compositionend has been handled by window #1");
is(inputEventCounts.compositionend, 0,
kDescription + "compositionend has been handled by input #1");
is(windowEventCounts.input, 1,
kDescription + "input hasn't been handled by window #1");
is(windowEventData.input, "\u3089",
kDescription + "value of input element wasn't modified (window) #1");
is(inputEventCounts.input, 1,
kDescription + "input hasn't been handled by input #1");
is(inputEventData.input, "\u3089",
kDescription + "value of input element wasn't modified (input) #1");
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 },
"key": { key: "\\", code: "IntlYen", keyCode: KeyboardEvent.DOM_VK_BACKSLASH },
});
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart has been handled more than once by window #2");
is(inputEventCounts.compositionstart, 1,
kDescription + "compositionstart has been handled more than once by input #2");
is(windowEventCounts.compositionupdate, 2,
kDescription + "compositionupdate hasn't been handled by window #2");
is(windowEventData.compositionupdate, "\u3089\u30FC",
kDescription + "data of compositionupdate doesn't match (window) #2");
is(windowEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (window) #2");
is(inputEventCounts.compositionupdate, 2,
kDescription + "compositionupdate hasn't been handled by input #2");
is(inputEventData.compositionupdate, "\u3089\u30FC",
kDescription + "data of compositionupdate doesn't match (input) #2");
is(inputEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (input) #2");
is(windowEventCounts.compositionend, 0,
kDescription + "compositionend has been handled during composition by window #2");
is(inputEventCounts.compositionend, 0,
kDescription + "compositionend has been handled during composition by input #2");
is(windowEventCounts.input, 2,
kDescription + "input hasn't been handled by window #2");
is(windowEventData.input, "\u3089\u30FC",
kDescription + "value of input element wasn't modified (window) #2");
is(inputEventCounts.input, 2,
kDescription + "input hasn't been handled by input #2");
is(inputEventData.input, "\u3089\u30FC",
kDescription + "value of input element wasn't modified (input) #2");
// text event shouldn't cause composition update, e.g., at committing.
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart has been handled more than once by window #3");
is(inputEventCounts.compositionstart, 1,
kDescription + "compositionstart has been handled more than once by input #3");
is(windowEventCounts.compositionupdate, 2,
kDescription + "compositionupdate has been fired unexpectedly on window #3");
is(inputEventCounts.compositionupdate, 2,
kDescription + "compositionupdate has been fired unexpectedly on input #3");
is(windowEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by window #3");
is(windowEventData.compositionend, "\u3089\u30FC",
kDescription + "data of compositionend doesn't match (window) #3");
is(windowEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty (window) #3");
is(inputEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by input #3");
is(inputEventData.compositionend, "\u3089\u30FC",
kDescription + "data of compositionend doesn't match (input) #3");
is(inputEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty (input) #3");
is(windowEventCounts.input, 3,
kDescription + "input hasn't been handled by window #3");
is(windowEventData.input, "\u3089\u30FC",
kDescription + "value of input element wasn't modified (window) #3");
is(inputEventCounts.input, 3,
kDescription + "input hasn't been handled by input #3");
is(inputEventData.input, "\u3089\u30FC",
kDescription + "value of input element wasn't modified (input) #3");
// select the second character, then, data of composition start should be
// the selected character.
initResults();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true});
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "o" },
});
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by window #4");
is(windowEventData.compositionstart, "\u30FC",
kDescription + "data of compositionstart is empty (window) #4");
is(windowEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty (window) #4");
is(inputEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by input #4");
is(inputEventData.compositionstart, "\u30FC",
kDescription + "data of compositionstart is empty (input) #4");
is(inputEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty (input) #4");
is(windowEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by window #4");
is(windowEventData.compositionupdate, "\u3089",
kDescription + "data of compositionupdate doesn't match (window) #4");
is(windowEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (window) #4");
is(inputEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by input #4");
is(inputEventData.compositionupdate, "\u3089",
kDescription + "data of compositionupdate doesn't match (input) #4");
is(inputEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (input) #4");
is(windowEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by window #4");
is(windowEventData.compositionend, "\u3089",
kDescription + "data of compositionend doesn't match (window) #4");
is(windowEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty (window) #4");
is(inputEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by input #4");
is(inputEventData.compositionend, "\u3089",
kDescription + "data of compositionend doesn't match (input) #4");
is(inputEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty (input) #4");
is(windowEventCounts.input, 2,
kDescription + "input hasn't been handled by window #4");
is(windowEventData.input, "\u3089\u3089",
kDescription + "value of input element wasn't modified (window) #4");
is(inputEventCounts.input, 2,
kDescription + "input hasn't been handled by input #4");
is(inputEventData.input, "\u3089\u3089",
kDescription + "value of input element wasn't modified (input) #4");
// preventDefault() should effect nothing.
preventDefault = true;
initResults();
synthesizeKey("a", { accelKey: true }); // Select All
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306D",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "," },
});
synthesizeComposition({ type: "compositioncommitasis" });
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by window #5");
is(windowEventData.compositionstart, "\u3089\u3089",
kDescription + "data of compositionstart is empty (window) #5");
is(windowEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty (window) #5");
is(inputEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by input #5");
is(inputEventData.compositionstart, "\u3089\u3089",
kDescription + "data of compositionstart is empty (input) #5");
is(inputEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty (input) #5");
is(windowEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by window #5");
is(windowEventData.compositionupdate, "\u306D",
kDescription + "data of compositionupdate doesn't match (window) #5");
is(windowEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (window) #5");
is(inputEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by input #5");
is(inputEventData.compositionupdate, "\u306D",
kDescription + "data of compositionupdate doesn't match (input) #5");
is(inputEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty (input) #5");
is(windowEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by window #5");
is(windowEventData.compositionend, "\u306D",
kDescription + "data of compositionend doesn't match (window) #5");
is(windowEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty (window) #5");
is(inputEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by input #5");
is(inputEventData.compositionend, "\u306D",
kDescription + "data of compositionend doesn't match (input) #5");
is(inputEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty (input) #5");
is(windowEventCounts.input, 2,
kDescription + "input hasn't been handled by window #5");
is(windowEventData.input, "\u306D",
kDescription + "value of input element wasn't modified (window) #5");
is(inputEventCounts.input, 2,
kDescription + "input hasn't been handled by input #5");
is(inputEventData.input, "\u306D",
kDescription + "value of input element wasn't modified (input) #5");
preventDefault = false;
// stopPropagation() should effect nothing (except event count)
stopPropagation = true;
initResults();
synthesizeKey("a", { accelKey: true }); // Select All
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "\\", code: "IntlRo", keyCode: KeyboardEvent.DOM_VK_BACKSLASH },
});
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by window #6");
is(windowEventData.compositionstart, "\u306D",
kDescription + "data of compositionstart is empty #6");
is(windowEventLocale.compositionstart, "",
kDescription + "locale of compositionstart isn't empty #6");
is(inputEventCounts.compositionstart, 0,
kDescription + "compositionstart has been handled by input #6");
is(windowEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by window #6");
is(windowEventData.compositionupdate, "\u306E",
kDescription + "data of compositionupdate doesn't match #6");
is(windowEventLocale.compositionupdate, "",
kDescription + "locale of compositionupdate isn't empty #6");
is(inputEventCounts.compositionupdate, 0,
kDescription + "compositionupdate has been handled by input #6");
is(windowEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by window #6");
is(windowEventData.compositionend, "\u306E",
kDescription + "data of compositionend doesn't match #6");
is(windowEventLocale.compositionend, "",
kDescription + "locale of compositionend isn't empty #6");
is(inputEventCounts.compositionend, 0,
kDescription + "compositionend has been handled by input #6");
is(windowEventCounts.input, 2,
kDescription + "input hasn't been handled by window #6");
is(windowEventData.input, "\u306E",
kDescription + "value of input element wasn't modified (window) #6");
is(inputEventCounts.input, 2,
kDescription + "input hasn't been handled by input #6");
is(inputEventData.input, "\u306E",
kDescription + "value of input element wasn't modified (input) #6");
stopPropagation = false;
// create event and dispatch it.
initResults();
input.value = "value of input";
synthesizeKey("a", { accelKey: true }); // Select All
let compositionstart = document.createEvent("CompositionEvent");
compositionstart.initCompositionEvent("compositionstart",
true, true, document.defaultView,
"start data", "start locale");
is(compositionstart.type, "compositionstart",
kDescription + "type doesn't match #7");
is(compositionstart.data, "start data",
kDescription + "data doesn't match #7");
is(compositionstart.locale, "start locale",
kDescription + "locale doesn't match #7");
is(compositionstart.detail, 0,
kDescription + "detail isn't 0 #7");
input.dispatchEvent(compositionstart);
is(windowEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by window #7");
is(windowEventData.compositionstart, "start data",
kDescription + "data of compositionstart was changed (window) #7");
is(windowEventLocale.compositionstart, "start locale",
kDescription + "locale of compositionstart was changed (window) #7");
is(inputEventCounts.compositionstart, 1,
kDescription + "compositionstart hasn't been handled by input #7");
is(inputEventData.compositionstart, "start data",
kDescription + "data of compositionstart was changed (input) #7");
is(inputEventLocale.compositionstart, "start locale",
kDescription + "locale of compositionstart was changed (input) #7");
is(input.value, "value of input",
kDescription + "input value was changed #7");
let compositionupdate1 = document.createEvent("compositionevent");
compositionupdate1.initCompositionEvent("compositionupdate",
true, false, document.defaultView,
"composing string", "composing locale");
is(compositionupdate1.type, "compositionupdate",
kDescription + "type doesn't match #8");
is(compositionupdate1.data, "composing string",
kDescription + "data doesn't match #8");
is(compositionupdate1.locale, "composing locale",
kDescription + "locale doesn't match #8");
is(compositionupdate1.detail, 0,
kDescription + "detail isn't 0 #8");
input.dispatchEvent(compositionupdate1);
is(windowEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by window #8");
is(windowEventData.compositionupdate, "composing string",
kDescription + "data of compositionupdate was changed (window) #8");
is(windowEventLocale.compositionupdate, "composing locale",
kDescription + "locale of compositionupdate was changed (window) #8");
is(inputEventCounts.compositionupdate, 1,
kDescription + "compositionupdate hasn't been handled by input #8");
is(inputEventData.compositionupdate, "composing string",
kDescription + "data of compositionupdate was changed (input) #8");
is(inputEventLocale.compositionupdate, "composing locale",
kDescription + "locale of compositionupdate was changed (input) #8");
is(input.value, "value of input",
kDescription + "input value was changed #8");
let compositionupdate2 = document.createEvent("compositionEvent");
compositionupdate2.initCompositionEvent("compositionupdate",
true, false, document.defaultView,
"commit string", "commit locale");
is(compositionupdate2.type, "compositionupdate",
kDescription + "type doesn't match #9");
is(compositionupdate2.data, "commit string",
kDescription + "data doesn't match #9");
is(compositionupdate2.locale, "commit locale",
kDescription + "locale doesn't match #9");
is(compositionupdate2.detail, 0,
kDescription + "detail isn't 0 #9");
input.dispatchEvent(compositionupdate2);
is(windowEventCounts.compositionupdate, 2,
kDescription + "compositionupdate hasn't been handled by window #9");
is(windowEventData.compositionupdate, "commit string",
kDescription + "data of compositionupdate was changed (window) #9");
is(windowEventLocale.compositionupdate, "commit locale",
kDescription + "locale of compositionupdate was changed (window) #9");
is(inputEventCounts.compositionupdate, 2,
kDescription + "compositionupdate hasn't been handled by input #9");
is(inputEventData.compositionupdate, "commit string",
kDescription + "data of compositionupdate was changed (input) #9");
is(inputEventLocale.compositionupdate, "commit locale",
kDescription + "locale of compositionupdate was changed (input) #9");
is(input.value, "value of input",
kDescription + "input value was changed #9");
let compositionend = document.createEvent("Compositionevent");
compositionend.initCompositionEvent("compositionend",
true, false, document.defaultView,
"end data", "end locale");
is(compositionend.type, "compositionend",
kDescription + "type doesn't match #10");
is(compositionend.data, "end data",
kDescription + "data doesn't match #10");
is(compositionend.locale, "end locale",
kDescription + "locale doesn't match #10");
is(compositionend.detail, 0,
kDescription + "detail isn't 0 #10");
input.dispatchEvent(compositionend);
is(windowEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by window #10");
is(windowEventData.compositionend, "end data",
kDescription + "data of compositionend was changed (window) #10");
is(windowEventLocale.compositionend, "end locale",
kDescription + "locale of compositionend was changed (window) #10");
is(inputEventCounts.compositionend, 1,
kDescription + "compositionend hasn't been handled by input #10");
is(inputEventData.compositionend, "end data",
kDescription + "data of compositionend was changed (input) #10");
is(inputEventLocale.compositionend, "end locale",
kDescription + "locale of compositionend was changed (input) #10");
is(input.value, "value of input",
kDescription + "input value was changed #10");
window.removeEventListener("compositionstart",
compositionEventHandlerForWindow, true);
window.removeEventListener("compositionend",
compositionEventHandlerForWindow, true);
window.removeEventListener("compositionupdate",
compositionEventHandlerForWindow, true);
window.removeEventListener("input",
formEventHandlerForWindow, true);
input.removeEventListener("compositionstart",
compositionEventHandlerForInput, true);
input.removeEventListener("compositionend",
compositionEventHandlerForInput, true);
input.removeEventListener("compositionupdate",
compositionEventHandlerForInput, true);
input.removeEventListener("input",
formEventHandlerForInput, true);
}
function runCompositionTestWhoseTextNodeModified() {
const selection = windowOfContenteditable.getSelection();
(function testInsertTextBeforeComposition() {
const description =
"runCompositionTestWhoseTextNodeModified: testInsertTextBeforeComposition:";
contenteditable.focus();
contenteditable.innerHTML = "<p>def</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "def".length);
// Insert composition to the end of a text node
synthesizeSimpleCompositionChange("g");
is(
textNode.data,
"defg",
`${description} Composition should be inserted to end of the text node`
);
// Insert a character before the composition string
textNode.insertData(0, "c");
is(
textNode.data,
"cdefg",
`${
description
} Composition should be shifted when a character is inserted before it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}cdef`.length,
"g",
`${
description
} IME selection should be shifted when a character is inserted before it`
);
// Update composition string (appending a character)
synthesizeSimpleCompositionChange("gh");
is(
textNode.data,
"cdefgh",
`${
description
} Composition should be updated correctly after inserted a character before it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}cdef`.length,
"gh",
`${
description
} IME selection should be extended correctly at updating composition after inserted a character before it`
);
// Insert another character before the composition
textNode.insertData(0, "b");
is(
textNode.data,
"bcdefgh",
`${
description
} Composition should be shifted when a character is inserted again before it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}bcdef`.length,
"gh",
`${
description
} IME selection should be shifted when a character is inserted again before it`
);
// Update the composition string again (appending another character)
synthesizeSimpleCompositionChange("ghi");
is(
textNode.data,
"bcdefghi",
`${
description
} Composition should be updated correctly after inserted 2 characters before it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}bcdef`.length,
"ghi",
`${
description
} IME selection should be extended correctly at updating composition after inserted 2 characters before it`
);
// Insert a new character before the composition string
textNode.insertData(0, "a");
is(
textNode.data,
"abcdefghi",
`${
description
} Composition should be shifted when a character is inserted again and again before it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}abcdef`.length,
"ghi",
`${
description
} IME selection should be shifted when a character is inserted again and again before it`
);
// Commit the composition string
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abcdefghi",
`${
description
} Composition should be committed as is`
);
is(
selection.focusOffset,
"abcdefghi".length,
`${description} Selection should be collapsed at end of the commit string`
);
// Undo the commit
synthesizeKey("z", { accelKey: true });
is(
textNode.data,
"abcdef",
`${
description
} Composition should be undone correctly`
);
is(
selection.focusOffset,
"abcdef".length,
`${
description
} Selection should be collapsed at where the composition was after undoing`
);
// Redo the commit
synthesizeKey("z", { accelKey: true, shiftKey: true });
is(
textNode.data,
"abcdefghi",
`${
description
} Composition should be redone correctly`
);
is(
selection.focusOffset,
"abcdefghi".length,
`${
description
} focus offset of Selection should be at end of the commit string after redoing`
);
})();
(function testInsertTextImmediatelyBeforeComposition() {
const description =
"runCompositionTestWhoseTextNodeModified: testInsertTextImmediatelyBeforeComposition:";
contenteditable.focus();
contenteditable.innerHTML = "<p>d</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, 0);
// Insert composition at start of the text node
synthesizeSimpleCompositionChange("b");
is(
textNode.data,
"bd",
`${description} Composition should be inserted to start of the text node`
);
// Insert a character before the composition string
textNode.insertData(0, "a");
is(
textNode.data,
"abd",
`${
description
} Composition should be shifted when a character is inserted immediately before it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"b",
`${
description
} IME selection should be shifted when a character is inserted immediately before it`,
"",
{ offset: todo_is, text: todo_is }
);
// Update the composition string after inserting character immediately before it
synthesizeSimpleCompositionChange("bc");
is(
textNode.data,
"abcd",
`${description} Composition should be updated after the inserted character`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"bc",
`${
description
} IME selection should be set at the composition string after the inserted character`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abcd",
`${
description
} Composition should be committed after the inserted character`
);
is(
selection.focusOffset,
"abc".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
(function testInsertTextImmediatelyAfterComposition() {
const description =
"runCompositionTestWhoseTextNodeModified: testInsertTextImmediatelyAfterComposition:";
contenteditable.focus();
contenteditable.innerHTML = "<p>a</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "a".length);
// Insert composition at end of the text node
synthesizeSimpleCompositionChange("b");
is(
textNode.data,
"ab",
`${description} Composition should be inserted to start of the text node`
);
// Insert a character after the composition string
textNode.insertData("ab".length, "d");
is(
textNode.data,
"abd",
`${
description
} Composition should stay when a character is inserted immediately after it`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"b",
`${
description
} IME selection should stay when a character is inserted immediately after it`
);
// Update the composition string after inserting character immediately after it
synthesizeSimpleCompositionChange("bc");
is(
textNode.data,
"abcd",
`${description} Composition should be updated before the inserted character`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"bc",
`${
description
} IME selection should be set at the composition string before the inserted character`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abcd",
`${
description
} Composition should be committed before the inserted character`
);
is(
selection.focusOffset,
"abc".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
// Inserting/replacing text before the last character of composition string
// should be contained by the composition, i.e., updated by next composition
// update. This is Chrome compatible.
(function testInsertTextMiddleOfComposition() {
const description =
"runCompositionTestWhoseTextNodeModified: testInsertTextMiddleOfComposition:";
contenteditable.focus();
contenteditable.innerHTML = "<p>a</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "a".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("bd");
is(
textNode.data,
"abd",
`${description} Composition should be inserted to end of the text node`
);
// Insert a character before the composition string
textNode.insertData("ab".length, "c");
is(
textNode.data,
"abcd",
`${
description
} Inserted string should inserted into the middle of composition string`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"bcd",
`${
description
} IME selection should be extended when a character is inserted into middle of it`
);
// Update the composition string after inserting character into it
synthesizeSimpleCompositionChange("BD");
is(
textNode.data,
"aBD",
`${
description
} Composition should be replace the range containing the inserted character`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"BD",
`${
description
} IME selection should be set at the updated composition string`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"aBD",
`${
description
} Composition should be committed without the inserted character`
);
is(
selection.focusOffset,
"aBD".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
(function testReplaceFirstCharOfCompositionString() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceFirstCharOfCompositionString:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted`
);
// Replace the composition string
textNode.replaceData("ab".length, "c".length, "XYZ");
is(
textNode.data,
"abXYZdefg",
`${description} First character of the composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"XYZde",
`${description} IME selection should contain the replace string`
);
// Update the composition string after replaced
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"abCDEfg",
`${description} Composition should update the replace string too`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"CDE",
`${description} IME selection should update the replace string too`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abCDEfg",
`${description} Composition should be committed`
);
is(
selection.focusOffset,
"abCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
// Although Chrome commits composition if all composition string is removed,
// let's keep composition for making TSF stable...
(function testReplaceAllCompositionString() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceAllCompositionString:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted to the text node`
);
// Replace the composition string
textNode.replaceData("ab".length, "cde".length, "XYZ");
is(
textNode.data,
"abXYZfg",
`${description} Composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"",
`${
description
} IME selection should be collapsed before the replace string`
);
// Update the composition string after replaced
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"abCDEXYZfg",
`${description} Composition should be inserted again`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"CDE",
`${description} IME selection should not contain the replace string`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abCDEXYZfg",
`${description} Composition should be committed`
);
is(
selection.focusOffset,
"abCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
(function testReplaceCompositionStringAndSurroundedCharacters() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceCompositionStringAndSurroundedCharacters:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted to the text node`
);
// Replace the composition string
textNode.replaceData("a".length, "bcdef".length, "XYZ");
is(
textNode.data,
"aXYZg",
`${description} Composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"",
`${
description
} IME selection should be collapsed before the replace string`
);
// Update the composition string after replaced
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"aCDEXYZg",
`${description} Composition should be inserted again`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"CDE",
`${description} IME selection should not contain the replace string`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"aCDEXYZg",
`${description} Composition should be committed`
);
is(
selection.focusOffset,
"aCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
// If start boundary characters are replaced, the replace string should be
// contained into the composition range. This is Chrome compatible.
(function testReplaceStartBoundaryOfCompositionString() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceStartBoundaryOfCompositionString:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted to the text node`
);
// Replace some text
textNode.replaceData("a".length, "bc".length, "XYZ");
is(
textNode.data,
"aXYZdefg",
`${
description
} Start of the composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"XYZde",
`${description} IME selection should contain the replace string`
);
// Update the replace string and remaining composition.
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"aCDEfg",
`${description} Composition should update the replace string too`
);
checkIMESelection(
"RawClause",
true,
`${kLF}a`.length,
"CDE",
`${description} IME selection should contain the replace string`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"aCDEfg",
`${
description
} Composition should be committed`
);
is(
selection.focusOffset,
"aCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
// If start boundary characters are replaced, the replace string should NOT
// be contained in the composition range. This is Chrome compatible.
(function testReplaceEndBoundaryOfCompositionString() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceEndBoundaryOfCompositionString:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted to the text node`
);
// Replace the composition string
textNode.replaceData("abcd".length, "ef".length, "XYZ");
is(
textNode.data,
"abcdXYZg",
`${
description
} End half of the composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"cd",
`${
description
} IME selection should be shrunken to the non-replaced part`
);
// Update the composition string after replaced
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"abCDEXYZg",
`${description} Only the remaining composition string should be updated`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"CDE",
`${description} IME selection should NOT include the replace string`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abCDEXYZg",
`${description} Composition should be committed`
);
is(
selection.focusOffset,
"abCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
// If the last character of composition is replaced, i.e., it should NOT be
// treated as a part of composition string. This is Chrome compatible.
(function testReplaceLastCharOfCompositionString() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceLastCharOfCompositionString:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted`
);
// Replace the composition string
textNode.replaceData("abcd".length, "e".length, "XYZ");
is(
textNode.data,
"abcdXYZfg",
`${description} Last character of the composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"cd",
`${description} IME selection should be shrunken`
);
// Update the composition string after replaced
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"abCDEXYZfg",
`${description} Composition should NOT update the replace string`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"CDE",
`${description} IME selection should not contain the replace string`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abCDEXYZfg",
`${description} Composition should be committed`
);
is(
selection.focusOffset,
"abCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
(function testReplaceMiddleCharOfCompositionString() {
const description =
"runCompositionTestWhoseTextNodeModified: testReplaceMiddleCharOfCompositionString:";
contenteditable.focus();
contenteditable.innerHTML = "<p>abfg</p>";
const textNode = contenteditable.firstChild.firstChild;
selection.collapse(textNode, "ab".length);
// Insert composition at middle of the text node
synthesizeSimpleCompositionChange("cde");
is(
textNode.data,
"abcdefg",
`${description} Composition should be inserted`
);
// Replace the composition string
textNode.replaceData("abc".length, "d".length, "XYZ");
is(
textNode.data,
"abcXYZefg",
`${
description
} Middle character of the composition should be replaced`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"cXYZe",
`${description} IME selection should be extended by the replace string`
);
// Update the composition string after replaced
synthesizeSimpleCompositionChange("CDE");
is(
textNode.data,
"abCDEfg",
`${description} Composition should update the replace string`
);
checkIMESelection(
"RawClause",
true,
`${kLF}ab`.length,
"CDE",
`${description} IME selection should be shrunken after update`
);
// Commit it
synthesizeComposition({ type: "compositioncommitasis" });
is(
textNode.data,
"abCDEfg",
`${description} Composition should be committed`
);
is(
selection.focusOffset,
"abCDE".length,
`${description} Selection should be collapsed at end of the commit string`
);
})();
}
// eslint-disable-next-line complexity
function runQueryTextRectInContentEditableTest()
{
contenteditable.focus();
contenteditable.innerHTML = "<p>abc</p><p>def</p>";
// \n 0 123 4 567
// \r\n 01 234 56 789
let description = "runTextRectInContentEditableTest: \"" + contenteditable.innerHTML + "\", ";
// "a"
let a = synthesizeQueryTextRect(kLFLen, 1);
if (!checkQueryContentResult(a, description + "rect for 'a'")) {
return;
}
// "b"
let b = synthesizeQueryTextRect(kLFLen + 1, 1);
if (!checkQueryContentResult(b, description + "rect for 'b'")) {
return;
}
is(b.top, a.top, description + "'a' and 'b' should be at same top");
isSimilarTo(b.left, a.left + a.width, 2, description + "left of 'b' should be at similar to right of 'a'");
is(b.height, a.height, description + "'a' and 'b' should be same height");
// "c"
let c = synthesizeQueryTextRect(kLFLen + 2, 1);
if (!checkQueryContentResult(c, description + "rect for 'c'")) {
return;
}
is(c.top, b.top, description + "'b' and 'c' should be at same top");
isSimilarTo(c.left, b.left + b.width, 2, description + "left of 'c' should be at similar to right of 'b'");
is(c.height, b.height, description + "'b' and 'c' should be same height");
// "abc" as array
let abcAsArray = synthesizeQueryTextRectArray(kLFLen, 3);
if (!checkQueryContentResult(abcAsArray, description + "rect array for 'abc'") ||
!checkRectArray(abcAsArray, [a, b, c], description + "query text rect array result of 'abc' should match with each query text rect result")) {
return;
}
// 2nd <p> (can be computed with the rect of 'c')
let p2 = synthesizeQueryTextRect(kLFLen + 3, 1);
if (!checkQueryContentResult(p2, description + "rect for 2nd <p>")) {
return;
}
is(p2.top, c.top, description + "'c' and a line breaker caused by 2nd <p> should be at same top");
isSimilarTo(p2.left, c.left + c.width, 2, description + "left of a line breaker caused by 2nd <p> should be at similar to right of 'c'");
is(p2.height, c.height, description + "'c' and a line breaker caused by 2nd <p> should be same height");
// 2nd <p> as array
let p2AsArray = synthesizeQueryTextRectArray(kLFLen + 3, 1);
if (!checkQueryContentResult(p2AsArray, description + "2nd <p>'s line breaker as array") ||
!checkRectArray(p2AsArray, [p2], description + "query text rect array result of 2nd <p> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let p2_2 = synthesizeQueryTextRect(kLFLen + 4, 1);
if (!checkQueryContentResult(p2_2, description + "rect for \\n of \\r\\n caused by 2nd <p>")) {
return;
}
is(p2_2.top, p2.top, description + "'\\r' and '\\n' should be at same top");
is(p2_2.left, p2.left, description + "'\\r' and '\\n' should be at same top");
is(p2_2.height, p2.height, description + "'\\r' and '\\n' should be same height");
is(p2_2.width, p2.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let p2_2AsArray = synthesizeQueryTextRectArray(kLFLen + 4, 1);
if (!checkQueryContentResult(p2_2AsArray, description + "rect array for \\n of \\r\\n caused by 2nd <p>") ||
!checkRectArray(p2_2AsArray, [p2_2], description + "query text rect array result of \\n of \\r\\n caused by 2nd <p> should match with each query text rect result")) {
return;
}
}
// "d"
let d = synthesizeQueryTextRect(kLFLen * 2 + 3, 1);
if (!checkQueryContentResult(d, description + "rect for 'd'")) {
return;
}
isGreaterThan(d.top, a.top + a.height, description + "top of 'd' should be greater than bottom of 'a'");
is(d.left, a.left, description + "'a' and 'd' should be same at same left");
is(d.height, a.height, description + "'a' and 'd' should be same height");
// "e"
let e = synthesizeQueryTextRect(kLFLen * 2 + 4, 1);
if (!checkQueryContentResult(e, description + "rect for 'e'")) {
return;
}
is(e.top, d.top, description + "'d' and 'd' should be at same top");
isSimilarTo(e.left, d.left + d.width, 2, description + "left of 'e' should be at similar to right of 'd'");
is(e.height, d.height, description + "'d' and 'e' should be same height");
// "f"
let f = synthesizeQueryTextRect(kLFLen * 2 + 5, 1);
if (!checkQueryContentResult(f, description + "rect for 'f'")) {
return;
}
is(f.top, e.top, description + "'e' and 'f' should be at same top");
isSimilarTo(f.left, e.left + e.width, 2, description + "left of 'f' should be at similar to right of 'e'");
is(f.height, e.height, description + "'e' and 'f' should be same height");
// "def" as array
let defAsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 3, 3);
if (!checkQueryContentResult(defAsArray, description + "rect array for 'def'") ||
!checkRectArray(defAsArray, [d, e, f], description + "query text rect array result of 'def' should match with each query text rect result")) {
return;
}
// next of "f" (can be computed with rect of 'f')
let next_f = synthesizeQueryTextRect(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(next_f, description + "rect for next of 'f'")) {
return;
}
is(next_f.top, d.top, 2, description + "'f' and next of 'f' should be at same top");
isSimilarTo(next_f.left, f.left + f.width, 2, description + "left of next of 'f' should be at similar to right of 'f'");
is(next_f.height, d.height, description + "'f' and next of 'f' should be same height");
// next of "f" as array
let next_fAsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(next_fAsArray, description + "rect array for next of 'f'") ||
!checkRectArray(next_fAsArray, [next_f], description + "query text rect array result of next of 'f' should match with each query text rect result")) {
return;
}
// too big offset for the editor
let tooBigOffset = synthesizeQueryTextRect(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(tooBigOffset, description + "rect for too big offset")) {
return;
}
is(tooBigOffset.top, next_f.top, description + "too big offset and next of 'f' should be at same top");
is(tooBigOffset.left, next_f.left, description + "too big offset and next of 'f' should be at same left");
is(tooBigOffset.height, next_f.height, description + "too big offset and next of 'f' should be same height");
is(tooBigOffset.width, next_f.width, description + "too big offset and next of 'f' should be same width");
// too big offset for the editors as array
let tooBigOffsetAsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(tooBigOffsetAsArray, description + "rect array for too big offset") ||
!checkRectArray(tooBigOffsetAsArray, [tooBigOffset], description + "query text rect array result with too big offset should match with each query text rect result")) {
return;
}
contenteditable.innerHTML = "<p>abc</p><p>def</p><p><br></p>";
// \n 0 123 4 567 8 9
// \r\n 01 234 56 789 01 23
description = "runTextRectInContentEditableTest: \"" + contenteditable.innerHTML + "\", ";
// "f"
f = synthesizeQueryTextRect(kLFLen * 2 + 5, 1);
if (!checkQueryContentResult(f, description + "rect for 'f'")) {
return;
}
is(f.top, e.top, description + "'e' and 'f' should be at same top");
is(f.height, e.height, description + "'e' and 'f' should be same height");
isSimilarTo(f.left, e.left + e.width, 2, description + "left of 'f' should be at similar to right of 'e'");
// 3rd <p> (can be computed with rect of 'f')
let p3 = synthesizeQueryTextRect(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(p3, description + "rect for 3rd <p>")) {
return;
}
is(p3.top, f.top, description + "'f' and a line breaker caused by 3rd <p> should be at same top");
is(p3.height, f.height, description + "'f' and a line breaker caused by 3rd <p> should be same height");
isSimilarTo(p3.left, f.left + f.width, 2, description + "left of a line breaker caused by 3rd <p> should be similar to right of 'f'");
// 3rd <p> as array
let p3AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(p3AsArray, description + "3rd <p>'s line breaker as array") ||
!checkRectArray(p3AsArray, [p3], description + "query text rect array result of 3rd <p> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let p3_2 = synthesizeQueryTextRect(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(p3_2, description + "rect for \\n of \\r\\n caused by 3rd <p>")) {
return;
}
is(p3_2.top, p3.top, description + "'\\r' and '\\n' should be at same top");
is(p3_2.left, p3.left, description + "'\\r' and '\\n' should be at same top");
is(p3_2.height, p3.height, description + "'\\r' and '\\n' should be same height");
is(p3_2.width, p3.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let p3_2AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(p3_2AsArray, description + "rect array for \\n of \\r\\n caused by 3rd <p>") ||
!checkRectArray(p3_2AsArray, [p3_2], description + "query text rect array result of \\n of \\r\\n caused by 3rd <p> should match with each query text rect result")) {
return;
}
}
// <br> in 3rd <p>
let br = synthesizeQueryTextRect(kLFLen * 3 + 6, 1);
if (!checkQueryContentResult(br, description + "rect for <br> in 3rd <p>")) {
return;
}
isGreaterThan(br.top, d.top + d.height, description + "a line breaker caused by <br> in 3rd <p> should be greater than bottom of 'd'");
isSimilarTo(br.height, d.height, 2, description + "'d' and a line breaker caused by <br> in 3rd <p> should be similar height");
is(br.left, d.left, description + "left of a line breaker caused by <br> in 3rd <p> should be same left of 'd'");
// <br> in 3rd <p> as array
let brAsArray = synthesizeQueryTextRectArray(kLFLen * 3 + 6, 1);
if (!checkQueryContentResult(brAsArray, description + "<br> in 3rd <p> as array") ||
!checkRectArray(brAsArray, [br], description + "query text rect array result of <br> in 3rd <p> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let br_2 = synthesizeQueryTextRect(kLFLen * 3 + 7, 1);
if (!checkQueryContentResult(br_2, description + "rect for \\n of \\r\\n caused by <br> in 3rd <p>")) {
return;
}
is(br_2.top, br.top, description + "'\\r' and '\\n' should be at same top");
is(br_2.left, br.left, description + "'\\r' and '\\n' should be at same top");
is(br_2.height, br.height, description + "'\\r' and '\\n' should be same height");
is(br_2.width, br.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let br_2AsArray = synthesizeQueryTextRectArray(kLFLen * 3 + 7, 1);
if (!checkQueryContentResult(br_2AsArray, description + "rect array for \\n of \\r\\n caused by <br> in 3rd <p>") ||
!checkRectArray(br_2AsArray, [br_2], description + "query text rect array result of \\n of \\r\\n caused by <br> in 3rd <p> should match with each query text rect result")) {
return;
}
}
// next of <br> in 3rd <p>
let next_br = synthesizeQueryTextRect(kLFLen * 4 + 6, 1);
if (!checkQueryContentResult(next_br, description + "rect for next of <br> in 3rd <p>")) {
return;
}
is(next_br.top, br.top, description + "next of <br> and <br> should be at same top");
is(next_br.left, br.left, description + "next of <br> and <br> should be at same left");
is(next_br.height, br.height, description + "next of <br> and <br> should be same height");
is(next_br.width, br.width, description + "next of <br> and <br> should be same width");
// next of <br> in 3rd <p> as array
let next_brAsArray = synthesizeQueryTextRectArray(kLFLen * 4 + 6, 1);
if (!checkQueryContentResult(next_brAsArray, description + "rect array for next of <br> in 3rd <p>") ||
!checkRectArray(next_brAsArray, [next_br], description + "query text rect array result of next of <br> in 3rd <p> should match with each query text rect result")) {
return;
}
// too big offset for the editor
tooBigOffset = synthesizeQueryTextRect(kLFLen * 4 + 7, 1);
if (!checkQueryContentResult(tooBigOffset, description + "rect for too big offset")) {
return;
}
is(tooBigOffset.top, next_br.top, description + "too big offset and next of 3rd <p> should be at same top");
is(tooBigOffset.left, next_br.left, description + "too big offset and next of 3rd <p> should be at same left");
is(tooBigOffset.height, next_br.height, description + "too big offset and next of 3rd <p> should be same height");
is(tooBigOffset.width, next_br.width, description + "too big offset and next of 3rd <p> should be same width");
// too big offset for the editors as array
tooBigOffsetAsArray = synthesizeQueryTextRectArray(kLFLen * 4 + 7, 1);
if (!checkQueryContentResult(tooBigOffsetAsArray, description + "rect array for too big offset") ||
!checkRectArray(tooBigOffsetAsArray, [tooBigOffset], description + "query text rect array result with too big offset should match with each query text rect result")) {
return;
}
contenteditable.innerHTML = "<p>abc</p><p>def</p><p></p>";
// \n 0 123 4 567 8
// \r\n 01 234 56 789 0
description = "runTextRectInContentEditableTest: \"" + contenteditable.innerHTML + "\", ";
// "f"
f = synthesizeQueryTextRect(kLFLen * 2 + 5, 1);
if (!checkQueryContentResult(f, description + "rect for 'f'")) {
return;
}
is(f.top, e.top, description + "'e' and 'f' should be at same top");
isSimilarTo(f.left, e.left + e.width, 2, description + "left of 'f' should be at similar to right of 'e'");
is(f.height, e.height, description + "'e' and 'f' should be same height");
// 3rd <p> (can be computed with rect of 'f')
p3 = synthesizeQueryTextRect(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(p3, description + "rect for 3rd <p>")) {
return;
}
is(p3.top, f.top, description + "'f' and a line breaker caused by 3rd <p> should be at same top");
is(p3.height, f.height, description + "'f' and a line breaker caused by 3rd <p> should be same height");
isSimilarTo(p3.left, f.left + f.width, 2, description + "left of a line breaker caused by 3rd <p> should be similar to right of 'f'");
// 3rd <p> as array
p3AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(p3AsArray, description + "3rd <p>'s line breaker as array") ||
!checkRectArray(p3AsArray, [p3], description + "query text rect array result of 3rd <p> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let p3_2 = synthesizeQueryTextRect(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(p3_2, description + "rect for \\n of \\r\\n caused by 3rd <p>")) {
return;
}
is(p3_2.top, p3.top, description + "'\\r' and '\\n' should be at same top");
is(p3_2.left, p3.left, description + "'\\r' and '\\n' should be at same top");
is(p3_2.height, p3.height, description + "'\\r' and '\\n' should be same height");
is(p3_2.width, p3.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let p3_2AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(p3_2AsArray, description + "rect array for \\n of \\r\\n caused by 3rd <p>") ||
!checkRectArray(p3_2AsArray, [p3_2], description + "query text rect array result of \\n of \\r\\n caused by 3rd <p> should match with each query text rect result")) {
return;
}
}
// next of 3rd <p>
let next_p3 = synthesizeQueryTextRect(kLFLen * 3 + 6, 1);
if (!checkQueryContentResult(next_p3, description + "rect for next of 3rd <p>")) {
return;
}
isGreaterThan(next_p3.top, d.top + d.height, description + "top of next of 3rd <p> should equal to or be bigger than bottom of 'd'");
isSimilarTo(next_p3.left, d.left, 2, description + "left of next of 3rd <p> should be at similar to left of 'd'");
isSimilarTo(next_p3.height, d.height, 2, description + "next of 3rd <p> and 'd' should be similar height");
// next of 3rd <p> as array
let next_p3AsArray = synthesizeQueryTextRectArray(kLFLen * 3 + 6, 1);
if (!checkQueryContentResult(next_p3AsArray, description + "next of 3rd <p> as array") ||
!checkRectArray(next_p3AsArray, [next_p3], description + "query text rect array result of next of 3rd <p> should match with each query text rect result")) {
return;
}
// too big offset for the editor
tooBigOffset = synthesizeQueryTextRect(kLFLen * 3 + 7, 1);
if (!checkQueryContentResult(tooBigOffset, description + "rect for too big offset")) {
return;
}
is(tooBigOffset.top, next_p3.top, description + "too big offset and next of 3rd <p> should be at same top");
is(tooBigOffset.left, next_p3.left, description + "too big offset and next of 3rd <p> should be at same left");
is(tooBigOffset.height, next_p3.height, description + "too big offset and next of 3rd <p> should be same height");
is(tooBigOffset.width, next_p3.width, description + "too big offset and next of 3rd <p> should be same width");
// too big offset for the editors as array
tooBigOffsetAsArray = synthesizeQueryTextRectArray(kLFLen * 3 + 7, 1);
if (!checkQueryContentResult(tooBigOffsetAsArray, description + "rect array for too big offset") ||
!checkRectArray(tooBigOffsetAsArray, [tooBigOffset], description + "query text rect array result with too big offset should match with each query text rect result")) {
return;
}
contenteditable.innerHTML = "abc<br>def";
// \n 0123 456
// \r\n 01234 567
description = "runTextRectInContentEditableTest: \"" + contenteditable.innerHTML + "\", ";
// "a"
a = synthesizeQueryTextRect(0, 1);
if (!checkQueryContentResult(a, description + "rect for 'a'")) {
return;
}
// "b"
b = synthesizeQueryTextRect(1, 1);
if (!checkQueryContentResult(b, description + "rect for 'b'")) {
return;
}
is(b.top, a.top, description + "'a' and 'b' should be at same top");
isSimilarTo(b.left, a.left + a.width, 2, description + "left of 'b' should be at similar to right of 'a'");
is(b.height, a.height, description + "'a' and 'b' should be same height");
// "c"
c = synthesizeQueryTextRect(2, 1);
if (!checkQueryContentResult(c, description + "rect for 'c'")) {
return;
}
is(c.top, b.top, description + "'b' and 'c' should be at same top");
isSimilarTo(c.left, b.left + b.width, 2, description + "left of 'c' should be at similar to right of 'b'");
is(c.height, b.height, description + "'b' and 'c' should be same height");
// "abc" as array
abcAsArray = synthesizeQueryTextRectArray(0, 3);
if (!checkQueryContentResult(abcAsArray, description + "rect array for 'abc'") ||
!checkRectArray(abcAsArray, [a, b, c], description + "query text rect array result of 'abc' should match with each query text rect result")) {
return;
}
// <br> (can be computed with the rect of 'c')
br = synthesizeQueryTextRect(3, 1);
if (!checkQueryContentResult(br, description + "rect for <br>")) {
return;
}
is(br.top, c.top, description + "'c' and a line breaker caused by <br> should be at same top");
isSimilarTo(br.left, c.left + c.width, 2, description + "left of a line breaker caused by <br> should be at similar to right of 'c'");
is(br.height, c.height, description + "'c' and a line breaker caused by <br> should be same height");
// <br> as array
brAsArray = synthesizeQueryTextRectArray(3, 1);
if (!checkQueryContentResult(brAsArray, description + "<br>'s line breaker as array") ||
!checkRectArray(brAsArray, [br], description + "query text rect array result of <br> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let br_2 = synthesizeQueryTextRect(4, 1);
if (!checkQueryContentResult(br_2, description + "rect for \n of \r\n caused by <br>")) {
return;
}
is(br_2.top, br.top, description + "'\\r' and '\\n' should be at same top");
is(br_2.left, br.left, description + "'\\r' and '\\n' should be at same top");
is(br_2.height, br.height, description + "'\\r' and '\\n' should be same height");
is(br_2.width, br.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let br_2AsArray = synthesizeQueryTextRectArray(4, 1);
if (!checkQueryContentResult(br_2AsArray, description + "rect array for \\n of \\r\\n caused by <br>") ||
!checkRectArray(br_2AsArray, [br_2], description + "query text rect array result of \\n of \\r\\n caused by <br> should match with each query text rect result")) {
return;
}
}
// "d"
d = synthesizeQueryTextRect(kLFLen + 3, 1);
if (!checkQueryContentResult(d, description + "rect for 'd'")) {
return;
}
isSimilarTo(d.top, a.top + a.height, 2, description + "top of 'd' should be at similar to bottom of 'a'");
is(d.left, a.left, description + "'a' and 'd' should be same at same left");
is(d.height, a.height, description + "'a' and 'd' should be same height");
// "e"
e = synthesizeQueryTextRect(kLFLen + 4, 1);
if (!checkQueryContentResult(e, description + "rect for 'e'")) {
return;
}
is(e.top, d.top, description + "'d' and 'd' should be at same top");
isSimilarTo(e.left, d.left + d.width, 2, description + "left of 'e' should be at similar to right of 'd'");
is(e.height, d.height, description + "'d' and 'e' should be same height");
// "f"
f = synthesizeQueryTextRect(kLFLen + 5, 1);
if (!checkQueryContentResult(f, description + "rect for 'f'")) {
return;
}
is(f.top, e.top, description + "'e' and 'f' should be at same top");
isSimilarTo(f.left, e.left + e.width, 2, description + "left of 'f' should be at similar to right of 'e'");
is(f.height, e.height, description + "'e' and 'f' should be same height");
// "def" as array
defAsArray = synthesizeQueryTextRectArray(kLFLen + 3, 3);
if (!checkQueryContentResult(defAsArray, description + "rect array for 'def'") ||
!checkRectArray(defAsArray, [d, e, f], description + "query text rect array result of 'def' should match with each query text rect result")) {
return;
}
// next of "f" (can be computed with rect of 'f')
next_f = synthesizeQueryTextRect(kLFLen + 6, 1);
if (!checkQueryContentResult(next_f, description + "rect for next of 'f'")) {
return;
}
is(next_f.top, d.top, 2, description + "'f' and next of 'f' should be at same top");
isSimilarTo(next_f.left, f.left + f.width, 2, description + "left of next of 'f' should be at similar to right of 'f'");
is(next_f.height, d.height, description + "'f' and next of 'f' should be same height");
// next of "f" as array
next_fAsArray = synthesizeQueryTextRectArray(kLFLen + 6, 1);
if (!checkQueryContentResult(next_fAsArray, description + "rect array for next of 'f'") ||
!checkRectArray(next_fAsArray, [next_f], description + "query text rect array result of next of 'f' should match with each query text rect result")) {
return;
}
// too big offset for the editor
tooBigOffset = synthesizeQueryTextRect(kLFLen + 7, 1);
if (!checkQueryContentResult(tooBigOffset, description + "rect for too big offset")) {
return;
}
is(tooBigOffset.top, next_f.top, description + "too big offset and next of 'f' should be at same top");
is(tooBigOffset.left, next_f.left, description + "too big offset and next of 'f' should be at same left");
is(tooBigOffset.height, next_f.height, description + "too big offset and next of 'f' should be same height");
is(tooBigOffset.width, next_f.width, description + "too big offset and next of 'f' should be same width");
// too big offset for the editors as array
tooBigOffsetAsArray = synthesizeQueryTextRectArray(kLFLen + 7, 1);
if (!checkQueryContentResult(tooBigOffsetAsArray, description + "rect array for too big offset") ||
!checkRectArray(tooBigOffsetAsArray, [tooBigOffset], description + "query text rect array result with too big offset should match with each query text rect result")) {
return;
}
// Note that this case does not have an empty line at the end.
contenteditable.innerHTML = "abc<br>def<br>";
// \n 0123 4567
// \r\n 01234 56789
description = "runTextRectInContentEditableTest: \"" + contenteditable.innerHTML + "\", ";
// "f"
f = synthesizeQueryTextRect(kLFLen + 5, 1);
if (!checkQueryContentResult(f, description + "rect for 'f'")) {
return;
}
is(f.top, e.top, description + "'e' and 'f' should be at same top");
is(f.height, e.height, description + "'e' and 'f' should be same height");
isSimilarTo(f.left, e.left + e.width, 2, description + "left of 'f' should be at similar to right of 'e'");
// 2nd <br> (can be computed with rect of 'f')
let br2 = synthesizeQueryTextRect(kLFLen + 6, 1);
if (!checkQueryContentResult(br2, description + "rect for 2nd <br>")) {
return;
}
is(br2.top, f.top, description + "'f' and a line breaker caused by 2nd <br> should be at same top");
is(br2.height, f.height, description + "'f' and a line breaker caused by 2nd <br> should be same height");
isSimilarTo(br2.left, f.left + f.width, 2, description + "left of a line breaker caused by 2nd <br> should be similar to right of 'f'");
// 2nd <br> as array
let br2AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(br2AsArray, description + "2nd <br>'s line breaker as array") ||
!checkRectArray(br2AsArray, [br2], description + "query text rect array result of 2nd <br> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let br2_2 = synthesizeQueryTextRect(kLFLen + 7, 1);
if (!checkQueryContentResult(br2_2, description + "rect for \\n of \\r\\n caused by 2nd <br>")) {
return;
}
is(br2_2.top, br2.top, description + "'\\r' and '\\n' should be at same top");
is(br2_2.left, br2.left, description + "'\\r' and '\\n' should be at same top");
is(br2_2.height, br2.height, description + "'\\r' and '\\n' should be same height");
is(br2_2.width, br2.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let br2_2AsArray = synthesizeQueryTextRectArray(kLFLen + 7, 1);
if (!checkQueryContentResult(br2_2AsArray, description + "rect array for \\n of \\r\\n caused by 2nd <br>") ||
!checkRectArray(br2_2AsArray, [br2_2], description + "query text rect array result of \\n of \\r\\n caused by 2nd <br> should match with each query text rect result")) {
return;
}
}
// next of 2nd <br>
let next_br2 = synthesizeQueryTextRect(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(next_br2, description + "rect for next of 2nd <br>")) {
return;
}
is(next_br2.top, br2.top, description + "2nd <br> and next of 2nd <br> should be at same top");
is(next_br2.left, br2.left, description + "2nd <br> and next of 2nd <br> should be at same top");
is(next_br2.height, br2.height, description + "2nd <br> and next of 2nd <br> should be same height");
is(next_br2.width, br2.width, description + "2nd <br> and next of 2nd <br> should be same width");
// next of 2nd <br> as array
let next_br2AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 6, 1);
if (!checkQueryContentResult(next_br2AsArray, description + "rect array for next of 2nd <br>") ||
!checkRectArray(next_br2AsArray, [next_br2], description + "query text rect array result of next of 2nd <br> should match with each query text rect result")) {
return;
}
// too big offset for the editor
tooBigOffset = synthesizeQueryTextRect(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(tooBigOffset, description + "rect for too big offset")) {
return;
}
is(tooBigOffset.top, next_br2.top, description + "too big offset and next of 2nd <br> should be at same top");
is(tooBigOffset.left, next_br2.left, description + "too big offset and next of 2nd <br> should be at same left");
is(tooBigOffset.height, next_br2.height, description + "too big offset and next of 2nd <br> should be same height");
is(tooBigOffset.width, next_br2.width, description + "too big offset and next of 2nd <br> should be same width");
// too big offset for the editors as array
tooBigOffsetAsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(tooBigOffsetAsArray, description + "rect array for too big offset") ||
!checkRectArray(tooBigOffsetAsArray, [tooBigOffset], description + "query text rect array result with too big offset should match with each query text rect result")) {
return;
}
contenteditable.innerHTML = "abc<br>def<br><br>";
// \n 0123 4567 8
// \r\n 01234 56789 01
description = "runTextRectInContentEditableTest: \"" + contenteditable.innerHTML + "\", ";
// "f"
f = synthesizeQueryTextRect(kLFLen + 5, 1);
if (!checkQueryContentResult(f, description + "rect for 'f'")) {
return;
}
is(f.top, e.top, description + "'e' and 'f' should be at same top");
isSimilarTo(f.left, e.left + e.width, 2, description + "left of 'f' should be at similar to right of 'e'");
is(f.height, e.height, description + "'e' and 'f' should be same height");
// 2nd <br>
br2 = synthesizeQueryTextRect(kLFLen + 6, 1);
if (!checkQueryContentResult(br2, description + "rect for 2nd <br>")) {
return;
}
is(br2.top, f.top, description + "'f' and a line breaker caused by 2nd <br> should be at same top");
is(br2.height, f.height, description + "'f' and a line breaker caused by 2nd <br> should be same height");
ok(f.left < br2.left, description + "left of a line breaker caused by 2nd <br> should be bigger than left of 'f', f.left=" + f.left + ", br2.left=" + br2.left);
// 2nd <br> as array
br2AsArray = synthesizeQueryTextRectArray(kLFLen + 6, 1);
if (!checkQueryContentResult(br2AsArray, description + "2nd <br>'s line breaker as array") ||
!checkRectArray(br2AsArray, [br2], description + "query text rect array result of 2nd <br> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let br2_2 = synthesizeQueryTextRect(kLFLen + 7, 1);
if (!checkQueryContentResult(br2_2, description + "rect for \\n of \\r\\n caused by 2nd <br>")) {
return;
}
is(br2_2.top, br2.top, description + "'\\r' and '\\n' should be at same top");
is(br2_2.left, br2.left, description + "'\\r' and '\\n' should be at same top");
is(br2_2.height, br2.height, description + "'\\r' and '\\n' should be same height");
is(br2_2.width, br2.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let br2_2AsArray = synthesizeQueryTextRectArray(kLFLen + 7, 1);
if (!checkQueryContentResult(br2_2AsArray, description + "rect array for \\n of \\r\\n caused by 2nd <br>") ||
!checkRectArray(br2_2AsArray, [br2_2], description + "query text rect array result of \\n of \\r\\n caused by 2nd <br> should match with each query text rect result")) {
return;
}
}
// 3rd <br>
let br3 = synthesizeQueryTextRect(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(br3, description + "rect for next of 3rd <br>")) {
return;
}
isSimilarTo(br3.top, d.top + d.height, 3, description + "top of next of 3rd <br> should at similar to bottom of 'd'");
isSimilarTo(br3.left, d.left, 2, description + "left of next of 3rd <br> should be at similar to left of 'd'");
isSimilarTo(br3.height, d.height, 2, description + "next of 3rd <br> and 'd' should be similar height");
// 3rd <br> as array
let br3AsArray = synthesizeQueryTextRectArray(kLFLen + 6, 1);
if (!checkQueryContentResult(br3AsArray, description + "3rd <br>'s line breaker as array") ||
!checkRectArray(br3AsArray, [br3], description + "query text rect array result of 3rd <br> should match with each query text rect result")) {
return;
}
if (kLFLen > 1) {
// \n of \r\n
let br3_2 = synthesizeQueryTextRect(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(br3_2, description + "rect for \\n of \\r\\n caused by 3rd <br>")) {
return;
}
is(br3_2.top, br3.top, description + "'\\r' and '\\n' should be at same top");
is(br3_2.left, br3.left, description + "'\\r' and '\\n' should be at same left");
is(br3_2.height, br3.height, description + "'\\r' and '\\n' should be same height");
is(br3_2.width, br3.width, description + "'\\r' and '\\n' should be same width");
// \n of \r\n as array
let br3_2AsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 7, 1);
if (!checkQueryContentResult(br3_2AsArray, description + "rect array for \\n of \\r\\n caused by 3rd <br>") ||
!checkRectArray(br3_2AsArray, [br3_2], description + "query text rect array result of \\n of \\r\\n caused by 3rd <br> should match with each query text rect result")) {
return;
}
}
// next of 3rd <br>
let next_br3 = synthesizeQueryTextRect(kLFLen * 3 + 6, 1);
if (!checkQueryContentResult(next_br3, description + "rect for next of 3rd <br>")) {
return;
}
is(next_br3.top, br3.top, description + "3rd <br> and next of 3rd <br> should be at same top");
is(next_br3.left, br3.left, description + "3rd <br> and next of 3rd <br> should be at same left");
is(next_br3.height, br3.height, description + "3rd <br> and next of 3rd <br> should be same height");
is(next_br3.width, br3.width, description + "3rd <br> and next of 3rd <br> should be same width");
// next of 3rd <br> as array
let next_br3AsArray = synthesizeQueryTextRectArray(kLFLen * 3 + 6, 1);
if (!checkQueryContentResult(next_br3AsArray, description + "rect array for next of 3rd <br>") ||
!checkRectArray(next_br3AsArray, [next_br3], description + "query text rect array result of next of 3rd <br> should match with each query text rect result")) {
return;
}
// too big offset for the editor
tooBigOffset = synthesizeQueryTextRect(kLFLen * 3 + 7, 1);
if (!checkQueryContentResult(tooBigOffset, description + "rect for too big offset")) {
return;
}
is(tooBigOffset.top, next_br3.top, description + "too big offset and next of 3rd <br> should be at same top");
is(tooBigOffset.left, next_br3.left, description + "too big offset and next of 3rd <br> should be at same left");
is(tooBigOffset.height, next_br3.height, description + "too big offset and next of 3rd <br> should be same height");
is(tooBigOffset.width, next_br3.width, description + "too big offset and next of 3rd <br> should be same width");
// too big offset for the editors as array
tooBigOffsetAsArray = synthesizeQueryTextRectArray(kLFLen * 2 + 7, 1);
if (checkQueryContentResult(tooBigOffsetAsArray, description + "rect array for too big offset")) {
checkRectArray(tooBigOffsetAsArray, [tooBigOffset], description + "query text rect array result with too big offset should match with each query text rect result");
}
if (!(function test_query_text_rects_across_invisible_text() {
contenteditable.innerHTML = "<div>\n<div>abc</div></div>";
// \n 0 1 2 345
// \r\n 01 2345 678
description = `runQueryTextRectInContentEditableTest: test_query_text_rects_across_invisible_text: "${
contenteditable.innerHTML.replace(/\n/g, "\\n")
}",`;
// rect of "a"
const rectA = synthesizeQueryTextRect(kLFLen * 3, 1);
if (!checkQueryContentResult(rectA, `${description} rect of "a"`)) {
return false;
}
const rectArrayFromStartToA = synthesizeQueryTextRectArray(0, kLFLen * 3 + 1);
if (!checkQueryContentResult(rectArrayFromStartToA, `${description} rect array from invisible text to "a"`)) {
return false;
}
const fromStartToARects = getRectArray(rectArrayFromStartToA);
if (!checkRect(
fromStartToARects[kLFLen * 3],
rectA,
`${description} rect for "a" in array should be same as the result of query only it`
)) {
return false;
}
return checkRect(
fromStartToARects[kLFLen * 2],
fromStartToARects[0],
`${description} rect for the linebreak in invisible text node should be same as first linebreak`
);
})()) {
return;
}
function test_query_text_rects_starting_from_invisible_text() {
contenteditable.innerHTML = "<div>\n<div>abc</div></div>";
// \n 0 1 2 345
// \r\n 01 2345 678
description = `runQueryTextRectInContentEditableTest: test_query_text_rects_starting_from_invisible_text: "${
contenteditable.innerHTML.replace(/\n/g, "\\n")
}",`;
// rect of "a"
const rectA = synthesizeQueryTextRect(kLFLen * 3, 1);
if (!checkQueryContentResult(rectA, `${description} rect of "a"`)) {
return false;
}
const rectArrayFromInvisibleToA = synthesizeQueryTextRectArray(kLFLen, kLFLen * 2 + 1);
if (!checkQueryContentResult(rectArrayFromInvisibleToA, `${description} rect array from invisible text to "a"`)) {
return false;
}
const fromInvisibleToARects = getRectArray(rectArrayFromInvisibleToA);
if (!checkRect(
fromInvisibleToARects[kLFLen * 2],
rectA,
`${description} rect for "a" in array should be same as the result of query only it`
)) {
return false;
}
// For now the rect of characters in invisible text node should be caret rect
// before the following line break. This is inconsistent from the result of
// the query text rect array event starting from the previous visible line
// break or character, but users anyway cannot insert text into the invisible
// text node only with user's operation. Therefore, this won't be problem
// in usual web apps.
const caretRectBeforeLineBreakBeforeA = fromInvisibleToARects[kLFLen];
return checkRect(
fromInvisibleToARects[0],
caretRectBeforeLineBreakBeforeA,
`${description} rect for the linebreak in invisible text node should be same as caret rect before the following visible linebreak before "a"`
);
}
if (!test_query_text_rects_starting_from_invisible_text()) {
return;
}
if (kLFLen > 1) {
function test_query_text_rects_starting_from_middle_of_invisible_linebreak() {
contenteditable.innerHTML = "<div>\n<div>abc</div></div>";
// \n 0 1 2 345
// \r\n 01 2345 678
description = `runQueryTextRectInContentEditableTest: test_query_text_rects_starting_from_middle_of_invisible_linebreak: "${
contenteditable.innerHTML.replace(/\n/g, "\\n")
}",`;
// rect of "a"
const rectA = synthesizeQueryTextRect(kLFLen * 3, 1);
if (!checkQueryContentResult(rectA, `${description} rect of "a"`)) {
return false;
}
const rectArrayFromInvisibleToA = synthesizeQueryTextRectArray(kLFLen + 1, 1 + kLFLen + 1);
if (!checkQueryContentResult(rectArrayFromInvisibleToA, `${description} rect array from invisible text to "a"`)) {
return false;
}
const fromInvisibleToARects = getRectArray(rectArrayFromInvisibleToA);
if (!checkRect(
fromInvisibleToARects[1 + kLFLen],
rectA,
`${description} rect for "a" in array should be same as the result of query only it`
)) {
return false;
}
// For now the rect of characters in invisible text node should be caret rect
// before the following line break. This is inconsistent from the result of
// the query text rect array event starting from the previous visible line
// break or character, but users anyway cannot insert text into the invisible
// text node only with user's operation. Therefore, this won't be problem
// in usual web apps.
const caretRectBeforeLineBreakBeforeA = fromInvisibleToARects[1];
return checkRect(
fromInvisibleToARects[0],
caretRectBeforeLineBreakBeforeA,
`${description} rect for the linebreak in invisible text node should be same as caret rect before the following visible linebreak before "a"`
);
}
if (!test_query_text_rects_starting_from_middle_of_invisible_linebreak()) {
return;
}
}
function test_query_text_rects_ending_with_invisible_text() {
contenteditable.innerHTML = "<div><div>abc</div>\n</div>";
// \n 0 1 234 5
// \r\n 01 23 456 78
description = `runQueryTextRectInContentEditableTest: test_query_text_rects_ending_with_invisible_text: "${
contenteditable.innerHTML.replace(/\n/g, "\\n")
}",`;
// rect of "c"
const rectC = synthesizeQueryTextRect(kLFLen * 2 + 2, 1);
if (!checkQueryContentResult(rectC, `${description} rect of "c"`)) {
return false;
}
const rectArrayFromCToInvisible = synthesizeQueryTextRectArray(kLFLen * 2 + 2, 1 + kLFLen);
if (!checkQueryContentResult(rectArrayFromCToInvisible, `${description} rect array from "c" to invisible linebreak`)) {
return false;
}
const fromCToInvisibleRects = getRectArray(rectArrayFromCToInvisible);
if (!checkRect(
fromCToInvisibleRects[0],
rectC,
`${description} rect for "c" in array should be same as the result of query only it`
)) {
return false;
}
const caretRectAfterC = {
left: rectC.left + rectC.width,
top: rectC.top,
width: 1,
height: rectC.height,
};
return checkRectFuzzy(
fromCToInvisibleRects[1],
caretRectAfterC,
{
left: 1,
top: 0,
width: 0,
height: 0,
},
`${description} rect for the linebreak in invisible text node should be same as caret rect after "c"`
);
}
if (!test_query_text_rects_ending_with_invisible_text()) {
// eslint-disable-next-line no-useless-return
return;
}
}
function runCharAtPointTest(aFocusedEditor, aTargetName)
{
aFocusedEditor.value = "This is a test of the\nContent Events";
// 012345678901234567890 12345678901234
// 0 1 2 3
aFocusedEditor.focus();
const kNone = -1;
const kTestingOffset = [ 0, 10, 20, 21 + kLFLen, 34 + kLFLen];
const kLeftSideOffset = [ kNone, 9, 19, kNone, 33 + kLFLen];
const kRightSideOffset = [ 1, 11, kNone, 22 + kLFLen, kNone];
const kLeftTentativeCaretOffset = [ 0, 10, 20, 21 + kLFLen, 34 + kLFLen];
const kRightTentativeCaretOffset = [ 1, 11, 21, 22 + kLFLen, 35 + kLFLen];
let editorRect = synthesizeQueryEditorRect();
if (!checkQueryContentResult(editorRect,
"runCharAtPointTest (" + aTargetName + "): editorRect")) {
return;
}
for (let i = 0; i < kTestingOffset.length; i++) {
let textRect = synthesizeQueryTextRect(kTestingOffset[i], 1);
if (!checkQueryContentResult(textRect,
"runCharAtPointTest (" + aTargetName + "): textRect: i=" + i)) {
continue;
}
checkRectContainsRect(textRect, editorRect,
"runCharAtPointTest (" + aTargetName +
"): the text rect isn't in the editor");
// Test #1, getting same character rect by the point near the top-left.
let charAtPt1 = synthesizeCharAtPoint(textRect.left + 1,
textRect.top + 1);
if (checkQueryContentResult(charAtPt1,
"runCharAtPointTest (" + aTargetName + "): charAtPt1: i=" + i)) {
ok(!charAtPt1.notFound,
"runCharAtPointTest (" + aTargetName + "): charAtPt1 isn't found: i=" + i);
if (!charAtPt1.notFound) {
is(charAtPt1.offset, kTestingOffset[i],
"runCharAtPointTest (" + aTargetName + "): charAtPt1 offset is wrong: i=" + i);
checkRect(charAtPt1, textRect, "runCharAtPointTest (" + aTargetName +
"): charAtPt1 left is wrong: i=" + i);
}
ok(!charAtPt1.tentativeCaretOffsetNotFound,
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt1 isn't found: i=" + i);
if (!charAtPt1.tentativeCaretOffsetNotFound) {
is(charAtPt1.tentativeCaretOffset, kLeftTentativeCaretOffset[i],
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt1 is wrong: i=" + i);
}
}
// Test #2, getting same character rect by the point near the bottom-right.
let charAtPt2 = synthesizeCharAtPoint(textRect.left + textRect.width - 2,
textRect.top + textRect.height - 2);
if (checkQueryContentResult(charAtPt2,
"runCharAtPointTest (" + aTargetName + "): charAtPt2: i=" + i)) {
ok(!charAtPt2.notFound,
"runCharAtPointTest (" + aTargetName + "): charAtPt2 isn't found: i=" + i);
if (!charAtPt2.notFound) {
is(charAtPt2.offset, kTestingOffset[i],
"runCharAtPointTest (" + aTargetName + "): charAtPt2 offset is wrong: i=" + i);
checkRect(charAtPt2, textRect, "runCharAtPointTest (" + aTargetName +
"): charAtPt1 left is wrong: i=" + i);
}
ok(!charAtPt2.tentativeCaretOffsetNotFound,
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt2 isn't found: i=" + i);
if (!charAtPt2.tentativeCaretOffsetNotFound) {
is(charAtPt2.tentativeCaretOffset, kRightTentativeCaretOffset[i],
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt2 is wrong: i=" + i);
}
}
// Test #3, getting left character offset.
let charAtPt3 = synthesizeCharAtPoint(textRect.left - 2,
textRect.top + 1);
if (checkQueryContentResult(charAtPt3,
"runCharAtPointTest (" + aTargetName + "): charAtPt3: i=" + i)) {
is(charAtPt3.notFound, kLeftSideOffset[i] == kNone,
kLeftSideOffset[i] == kNone ?
"runCharAtPointTest (" + aTargetName + "): charAtPt3 is found: i=" + i :
"runCharAtPointTest (" + aTargetName + "): charAtPt3 isn't found: i=" + i);
if (!charAtPt3.notFound) {
is(charAtPt3.offset, kLeftSideOffset[i],
"runCharAtPointTest (" + aTargetName + "): charAtPt3 offset is wrong: i=" + i);
}
if (kLeftSideOffset[i] == kNone) {
// There may be no enough padding-left (depends on platform)
todo(false,
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt3 isn't tested: i=" + i);
} else {
ok(!charAtPt3.tentativeCaretOffsetNotFound,
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt3 isn't found: i=" + i);
if (!charAtPt3.tentativeCaretOffsetNotFound) {
is(charAtPt3.tentativeCaretOffset, kLeftTentativeCaretOffset[i],
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt3 is wrong: i=" + i);
}
}
}
// Test #4, getting right character offset.
let charAtPt4 = synthesizeCharAtPoint(textRect.left + textRect.width + 1,
textRect.top + textRect.height - 2);
if (checkQueryContentResult(charAtPt4,
"runCharAtPointTest (" + aTargetName + "): charAtPt4: i=" + i)) {
is(charAtPt4.notFound, kRightSideOffset[i] == kNone,
kRightSideOffset[i] == kNone ?
"runCharAtPointTest (" + aTargetName + "): charAtPt4 is found: i=" + i :
"runCharAtPointTest (" + aTargetName + "): charAtPt4 isn't found: i=" + i);
if (!charAtPt4.notFound) {
is(charAtPt4.offset, kRightSideOffset[i],
"runCharAtPointTest (" + aTargetName + "): charAtPt4 offset is wrong: i=" + i);
}
ok(!charAtPt4.tentativeCaretOffsetNotFound,
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt4 isn't found: i=" + i);
if (!charAtPt4.tentativeCaretOffsetNotFound) {
is(charAtPt4.tentativeCaretOffset, kRightTentativeCaretOffset[i],
"runCharAtPointTest (" + aTargetName + "): tentative caret offset for charAtPt4 is wrong: i=" + i);
}
}
}
}
function runCharAtPointAtOutsideTest()
{
textarea.focus();
textarea.value = "some text";
let editorRect = synthesizeQueryEditorRect();
if (!checkQueryContentResult(editorRect,
"runCharAtPointAtOutsideTest: editorRect")) {
return;
}
// Check on a text node which is at the outside of editor.
let charAtPt = synthesizeCharAtPoint(editorRect.left + 20,
editorRect.top - 10);
if (checkQueryContentResult(charAtPt,
"runCharAtPointAtOutsideTest: charAtPt")) {
ok(charAtPt.notFound,
"runCharAtPointAtOutsideTest: charAtPt is found on outside of editor");
ok(charAtPt.tentativeCaretOffsetNotFound,
"runCharAtPointAtOutsideTest: tentative caret offset for charAtPt is found on outside of editor");
}
}
async function runSetSelectionEventTest()
{
contenteditable.focus();
const selection = windowOfContenteditable.getSelection();
// #1
contenteditable.innerHTML = "abc<br>def";
await synthesizeSelectionSet(0, 100);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #1 (0, 100), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #1 (0, 100), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #1 (0, 100), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node of the editor");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #1 (0, 100), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of children");
checkSelection(0, "abc" + kLF + "def", "runSetSelectionEventTest #1 (0, 100), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(2, 2 + kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #1 (2, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 2,
"runSetSelectionEventTest #1 (2, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 2");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #1 (2, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #1 (2, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(2, "c" + kLF + "d", "runSetSelectionEventTest #1 (2, 2+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(1, 2);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #1 (1, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #1 (1, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #1 (1, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the first text node");
is(selection.focusOffset, contenteditable.firstChild.wholeText.length,
"runSetSelectionEventTest #1 (1, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the text node");
checkSelection(1, "bc", "runSetSelectionEventTest #1 (1, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3, kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #1 (3, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, contenteditable.firstChild.wholeText.length,
"runSetSelectionEventTest #1 (3, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the first text node");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #1 (3, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 2,
"runSetSelectionEventTest #1 (3, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be the index of the last text node");
checkSelection(3, kLF, "runSetSelectionEventTest #1 (3, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(6+kLFLen, 0);
is(selection.anchorNode, contenteditable.lastChild,
"runSetSelectionEventTest #1 (6+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, contenteditable.lastChild.wholeText.length,
"runSetSelectionEventTest #1 (6+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #1 (6+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.anchorOffset, contenteditable.lastChild.wholeText.length,
"runSetSelectionEventTest #1 (6+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(6 + kLFLen, "", "runSetSelectionEventTest #1 (6+kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(100, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #1 (100, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node of the editor");
is(selection.anchorOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #1 (100, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of children");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #1 (100, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node of the editor");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #1 (100, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of children");
checkSelection(6 + kLFLen, "", "runSetSelectionEventTest #1 (100, 0), \"" + contenteditable.innerHTML + "\"");
// #2
contenteditable.innerHTML = "<p>a<b>b</b>c</p><p>def</p>";
await synthesizeSelectionSet(kLFLen, 4+kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #2 (kLFLen, 4+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #2 (kLFLen, 4+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the first <p> node");
is(selection.focusNode, contenteditable.lastChild.firstChild,
"runSetSelectionEventTest #2 (kLFLen, 4+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the second <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #2 (kLFLen, 4+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(kLFLen, "abc" + kLF + "d", "runSetSelectionEventTest #2 (kLFLen, 4+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 2);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #2 (kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #2 (kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the first <p> node");
is(selection.focusNode, contenteditable.firstChild.childNodes.item(1).firstChild,
"runSetSelectionEventTest #2 (kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the <b> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.item(1).firstChild.wholeText.length,
"runSetSelectionEventTest #2 (kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the text node in the <b> node");
checkSelection(kLFLen, "ab", "runSetSelectionEventTest #2 (kLFLen, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(1+kLFLen, 2);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #2 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #2 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #2 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node in the first <p> node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #2 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node in the first <p> node");
checkSelection(1+kLFLen, "bc", "runSetSelectionEventTest #2 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(2+kLFLen, 2+kLFLen);
is(selection.anchorNode, contenteditable.firstChild.childNodes.item(1).firstChild,
"runSetSelectionEventTest #2 (2+kLFLen, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node in the <b> node");
is(selection.anchorOffset, contenteditable.firstChild.childNodes.item(1).firstChild.wholeText.length,
"runSetSelectionEventTest #2 (2+kLFLen, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the text node in the <b> node");
is(selection.focusNode, contenteditable.lastChild.firstChild,
"runSetSelectionEventTest #2 (2+kLFLen, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the last <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #2 (2+kLFLen, 2+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(2+kLFLen, "c" + kLF + "d", "runSetSelectionEventTest #2 (2+kLFLen, 2+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen*2, 1);
is(selection.anchorNode, contenteditable.lastChild,
"runSetSelectionEventTest #2 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the second <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #2 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the second <p> node");
is(selection.focusNode, contenteditable.lastChild.firstChild,
"runSetSelectionEventTest #2 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the second <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #2 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(3+kLFLen*2, "d", "runSetSelectionEventTest #2 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #2 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #2 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #2 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #2 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #2 (0, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #2 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #2 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the first <p> node");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #2 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the first <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #2 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, kLF, "runSetSelectionEventTest #2 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(2+kLFLen, 1+kLFLen);
is(selection.anchorNode, contenteditable.firstChild.childNodes.item(1).firstChild,
"runSetSelectionEventTest #2 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node of the <b> node");
is(selection.anchorOffset, contenteditable.firstChild.childNodes.item(1).firstChild.wholeText.length,
"runSetSelectionEventTest #2 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node of the first <b> node");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #2 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the second <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #2 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(2+kLFLen, "c" + kLF, "runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen, kLFLen);
is(selection.anchorNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node of the first <p> node");
is(selection.anchorOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node of the first <p> node");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the second <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(3+kLFLen, kLF, "runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen, 1+kLFLen);
is(selection.anchorNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #2 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node of the first <p> node");
is(selection.anchorOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #2 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node of the first <p> node");
is(selection.focusNode, contenteditable.lastChild.firstChild,
"runSetSelectionEventTest #2 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node of the second <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #2 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(3+kLFLen, kLF + "d", "runSetSelectionEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
// #3
contenteditable.innerHTML = "<div>abc<p>def</p></div>";
await synthesizeSelectionSet(1+kLFLen, 2);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #3 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the first text node");
is(selection.focusOffset, contenteditable.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the first text node");
checkSelection(1+kLFLen, "bc", "runSetSelectionEventTest #3 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(1+kLFLen, 3+kLFLen);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (1+kLFLen, 3+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #3 (1+kLFLen, 3+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (1+kLFLen, 3+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #3 (1+kLFLen, 3+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(1+kLFLen, "bc" + kLF + "d", "runSetSelectionEventTest #3 (1+kLFLen, 3+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen, 0);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (3+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, contenteditable.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (3+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the first text node");
is(selection.focusNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (3+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the first text node");
is(selection.focusOffset, contenteditable.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (3+kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the first text node");
checkSelection(3+kLFLen, "", "runSetSelectionEventTest #3 (3+kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 6+kLFLen*2);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #3 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #3 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(0, kLF + "abc" + kLF + "def", "runSetSelectionEventTest #3 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 100);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #3 (0, 100), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #3 (0, 100), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #3 (0, 100), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #3 (0, 100), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(0, kLF + "abc" + kLF + "def", "runSetSelectionEventTest #3 (0, 100), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(4+kLFLen*2, 2);
is(selection.anchorNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #3 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(4+kLFLen*2, "ef", "runSetSelectionEventTest #3 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(4+kLFLen*2, 100);
is(selection.anchorNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #3 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #3 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #3 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(4+kLFLen*2, "ef", "runSetSelectionEventTest #3 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(6+kLFLen*2, 0);
is(selection.anchorNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, contenteditable.firstChild.lastChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node");
is(selection.focusNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(6+kLFLen*2, "", "runSetSelectionEventTest #3 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(6+kLFLen*2, 1);
is(selection.anchorNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, contenteditable.firstChild.lastChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #3 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #3 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(6+kLFLen*2, "", "runSetSelectionEventTest #3 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #3 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #3 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the first text node");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #3 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <div> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #3 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, kLF, "runSetSelectionEventTest #3 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 1+kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #3 (0, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #3 (0, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <div> node");
is(selection.focusNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (0, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the first text node of the <div> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #3 (0, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(0, kLF + "a", "runSetSelectionEventTest #3 (0, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(2+kLFLen, 1+kLFLen);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node of the <div> node");
is(selection.anchorOffset, 2,
"runSetSelectionEventTest #3 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 2");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #3 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #3 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(2+kLFLen, "c" + kLF, "runSetSelectionEventTest #3 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen, kLFLen);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node of the <div> node");
is(selection.anchorOffset, contenteditable.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the text node of the <div> node");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #3 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #3 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(3+kLFLen, kLF, "runSetSelectionEventTest #3 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen, 1+kLFLen);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #3 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node of the <div> node");
is(selection.anchorOffset, contenteditable.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #3 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the text node of the <div> node");
is(selection.focusNode, contenteditable.firstChild.lastChild.firstChild,
"runSetSelectionEventTest #3 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node of the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #3 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(3+kLFLen, kLF + "d", "runSetSelectionEventTest #3 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
// #4
contenteditable.innerHTML = "<div><p>abc</p>def</div>";
await synthesizeSelectionSet(1+kLFLen*2, 2);
is(selection.anchorNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (1+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node in the <p> node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #4 (1+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (1+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the <p> node");
is(selection.focusOffset, contenteditable.firstChild.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #4 (1+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the text node in the <p> node");
checkSelection(1+kLFLen*2, "bc", "runSetSelectionEventTest #4 (1+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(1+kLFLen*2, 3);
is(selection.anchorNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (1+kLFLen*2, 3), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node in the <p> node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #4 (1+kLFLen*2, 3), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (1+kLFLen*2, 3), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #4 (1+kLFLen*2, 3), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(1+kLFLen*2, "bcd", "runSetSelectionEventTest #4 (1+kLFLen*2, 3), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(3+kLFLen*2, 0);
is(selection.anchorNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (3+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node in the <p> node");
is(selection.anchorOffset, contenteditable.firstChild.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #4 (3+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the text node in the <p> node");
is(selection.focusNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (3+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the <p> node");
is(selection.focusOffset, contenteditable.firstChild.firstChild.firstChild.wholeText.length,
"runSetSelectionEventTest #4 (3+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the text node in the <p> node");
checkSelection(3+kLFLen*2, "", "runSetSelectionEventTest #4 (3+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 6+kLFLen*2);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #4 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #4 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(0, kLF + kLF + "abcdef", "runSetSelectionEventTest #4 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 100);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #4 (0, 100), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (0, 100), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #4 (0, 100), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #4 (0, 100), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(0, kLF + kLF + "abcdef", "runSetSelectionEventTest #4 (0, 100), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(4+kLFLen*2, 2);
is(selection.anchorNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #4 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #4 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(4+kLFLen*2, "ef", "runSetSelectionEventTest #4 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(4+kLFLen*2, 100);
is(selection.anchorNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #4 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #4 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #4 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(4+kLFLen*2, "ef", "runSetSelectionEventTest #4 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(6+kLFLen*2, 0);
is(selection.anchorNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #4 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node");
is(selection.focusNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #4 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(6+kLFLen*2, "", "runSetSelectionEventTest #4 (6+kLFLen*2, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(6+kLFLen*2, 1);
is(selection.anchorNode, contenteditable.firstChild.lastChild,
"runSetSelectionEventTest #4 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the last text node");
is(selection.anchorOffset, contenteditable.firstChild.lastChild.wholeText.length,
"runSetSelectionEventTest #4 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the length of the last text node");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #4 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #4 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(6+kLFLen*2, "", "runSetSelectionEventTest #4 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #4 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <div> node");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #4 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <div> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #4 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, kLF, "runSetSelectionEventTest #4 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen*2);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <div> node");
is(selection.focusNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, kLF + kLF, "runSetSelectionEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 1+kLFLen*2);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #4 (0, 1+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (0, 1+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <div> node");
is(selection.focusNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (0, 1+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #4 (0, 1+kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(0, kLF + kLF + "a", "runSetSelectionEventTest #4 (0, 1+kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 0);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #4 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <div> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #4 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the <div> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #4 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(kLFLen, "", "runSetSelectionEventTest #4 (kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <div> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <p> node");
is(selection.focusNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(kLFLen, kLF, "runSetSelectionEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 1+kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #4 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <div> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #4 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <p> node");
is(selection.focusNode, contenteditable.firstChild.firstChild.firstChild,
"runSetSelectionEventTest #4 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node in the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #4 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(kLFLen, kLF +"a", "runSetSelectionEventTest #4 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
// #5
contenteditable.innerHTML = "<br>";
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #5 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #5 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #5 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #5 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #5 (0, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #5 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #5 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #5 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #5 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(0, kLF, "runSetSelectionEventTest #5 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #5 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #5 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of the root's children");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #5 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #5 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(kLFLen, "", "runSetSelectionEventTest #5 (kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 1);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #5 (kLFLen, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #5 (kLFLen, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of the root's children");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #5 (kLFLen, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #5 (kLFLen, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(kLFLen, "", "runSetSelectionEventTest #5 (kLFLen, 1), \"" + contenteditable.innerHTML + "\"");
// #6
contenteditable.innerHTML = "<p><br></p>";
await synthesizeSelectionSet(kLFLen, kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #6 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #6 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the <p>'s children");
checkSelection(kLFLen, kLF, "runSetSelectionEventTest #6 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen*2, 0);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #6 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of the <p>'s children");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #6 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the <p>'s children");
checkSelection(kLFLen*2, "", "runSetSelectionEventTest #6 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen*2, 1);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #6 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of the root's children");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #6 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #6 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(kLFLen*2, "", "runSetSelectionEventTest #6 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #6 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #6 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #6 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, kLF, "runSetSelectionEventTest #6 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen*2);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #6 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #6 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #6 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the <p>'s children");
checkSelection(0, kLF + kLF, "runSetSelectionEventTest #6 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 0);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #6 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #6 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #6 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(kLFLen, "", "runSetSelectionEventTest #6 (kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
// #7
contenteditable.innerHTML = "<br><br>";
await synthesizeSelectionSet(0, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #7 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #7 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #7 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #7 (0, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(0, kLF, "runSetSelectionEventTest #7 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, kLFLen * 2);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #7 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #7 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #7 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #7 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(0, kLF + kLF, "runSetSelectionEventTest #7 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #7 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #7 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #7 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #7 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(kLFLen, "", "runSetSelectionEventTest #7 (kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, kLFLen);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #7 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #7 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #7 (kLFLen, kLFLen) selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #7 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(kLFLen, kLF, "runSetSelectionEventTest #7 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen * 2, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #7 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #7 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of the root's children");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #7 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #7 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(kLFLen * 2, "", "runSetSelectionEventTest #7 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\"");
// #8
contenteditable.innerHTML = "<p><br><br></p>";
await synthesizeSelectionSet(kLFLen, kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #8 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #8 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(kLFLen, kLF, "runSetSelectionEventTest #7 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, kLFLen * 2);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #8 (kLFLen, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #8 (kLFLen, kLFLen*2), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the <p>'s children");
checkSelection(kLFLen, kLF + kLF, "runSetSelectionEventTest #8 (kLFLen, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen*2, 0);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #8 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #8 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 1");
checkSelection(kLFLen*2, "", "runSetSelectionEventTest #8 (kLFLen*2, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen*2, kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen*2, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #8 (kLFLen*2, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen*2, kLFLen) selection focus node should be the <p> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #8 (kLFLen*2, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the <p>'s children");
checkSelection(kLFLen*2, kLF, "runSetSelectionEventTest #8 (kLFLen*2, kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen*3, 0);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen*3, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the <p> node");
is(selection.anchorOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #8 (kLFLen*3, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the count of the <p>'s children");
is(selection.focusNode, contenteditable.firstChild,
"runSetSelectionEventTest #8 (kLFLen*3, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, contenteditable.firstChild.childNodes.length,
"runSetSelectionEventTest #8 (kLFLen*3, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the <p>'s children");
checkSelection(kLFLen*3, "", "runSetSelectionEventTest #8 (kLFLen*3, 0), \"" + contenteditable.innerHTML + "\"");
// #9 (ContentEventHandler cannot distinguish if <p> can have children, so, the result is same as case #5, "<br>")
contenteditable.innerHTML = "<p></p>";
await synthesizeSelectionSet(kLFLen, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <p> node + 1");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the <p> node");
is(selection.focusOffset, 1,
"runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be the index of the <p> node + 1");
checkSelection(kLFLen, "", "runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(kLFLen, 1);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be the index of the <p> node + 1");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #9 (kLFLen, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #9 (kLFLen, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(kLFLen, "", "runSetSelectionEventTest #9 (kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
// #10
contenteditable.innerHTML = "";
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #10 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #10 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #10 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #10 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #10 (0, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 1);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #10 (0, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #10 (0, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #10 (0, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #10 (0, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #10 (0, 1), \"" + contenteditable.innerHTML + "\"");
// #11
contenteditable.innerHTML = "<span></span><i><u></u></i>";
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #11 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #11 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #11 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #11 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #11 (0, 0), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(0, 1);
is(selection.anchorNode, contenteditable,
"runSetSelectionEventTest #11 (0, 1), \"" + contenteditable.innerHTML + "\": selection anchor node should be the root node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #11 (0, 1), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable,
"runSetSelectionEventTest #11 (0, 1), \"" + contenteditable.innerHTML + "\": selection focus node should be the root node");
is(selection.focusOffset, contenteditable.childNodes.length,
"runSetSelectionEventTest #11 (0, 1), \"" + contenteditable.innerHTML + "\": selection focus offset should be the count of the root's children");
checkSelection(0, "", "runSetSelectionEventTest #11 (0, 1), \"" + contenteditable.innerHTML + "\"");
// #12
contenteditable.innerHTML = "<span>abc</span><i><u></u></i>";
selection.selectAllChildren(contenteditable);
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #12 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #12 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.firstChild.firstChild,
"runSetSelectionEventTest #12 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #12 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #12 (0, 0), \"" + contenteditable.innerHTML + "\"");
// #13
contenteditable.innerHTML = "<span></span><i>abc<u></u></i>";
selection.selectAllChildren(contenteditable);
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable.childNodes.item(1).firstChild,
"runSetSelectionEventTest #13 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #13 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.childNodes.item(1).firstChild,
"runSetSelectionEventTest #13 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #13 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #13 (0, 0), \"" + contenteditable.innerHTML + "\"");
// #14
contenteditable.innerHTML = "<span></span><i><u>abc</u></i>";
selection.selectAllChildren(contenteditable);
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable.childNodes.item(1).firstChild.firstChild,
"runSetSelectionEventTest #14 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #14 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.childNodes.item(1).firstChild.firstChild,
"runSetSelectionEventTest #14 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #14 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #14 (0, 0), \"" + contenteditable.innerHTML + "\"");
// #15
contenteditable.innerHTML = "<span></span><i><u></u>abc</i>";
selection.selectAllChildren(contenteditable);
await synthesizeSelectionSet(0, 0);
is(selection.anchorNode, contenteditable.childNodes.item(1).lastChild,
"runSetSelectionEventTest #15 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the text node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #15 (0, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.childNodes.item(1).lastChild,
"runSetSelectionEventTest #15 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the text node");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #15 (0, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(0, "", "runSetSelectionEventTest #15 (0, 0), \"" + contenteditable.innerHTML + "\"");
// #16
contenteditable.innerHTML = "a<blink>b</blink>c";
await synthesizeSelectionSet(0, 3);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #16 (0, 3), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first text node");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #16 (0, 3), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #16 (0, 3), \"" + contenteditable.innerHTML + "\": selection focus node should be the last text node");
is(selection.focusOffset, contenteditable.lastChild.wholeText.length,
"runSetSelectionEventTest #16 (0, 3), \"" + contenteditable.innerHTML + "\": selection focus offset should be the length of the last text node");
checkSelection(0, "abc", "runSetSelectionEventTest #16 (0, 3), \"" + contenteditable.innerHTML + "\"");
contenteditable.innerHTML = "<div>a</div><div><br></div>";
await synthesizeSelectionSet(kLFLen, 1+kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #17 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first <div> element");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #17 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #17 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the second <div> element");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #17 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(kLFLen, "a" + kLF, "runSetSelectionEventTest #17 (kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
await synthesizeSelectionSet(1+2*kLFLen, 0);
is(selection.anchorNode, contenteditable.lastChild,
"runSetSelectionEventTest #17 (1+2*kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor node should be the second <div> element");
is(selection.anchorOffset, 0,
"runSetSelectionEventTest #17 (1+2*kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 0");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #17 (1+2*kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus node should be the second <div> element");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #17 (1+2*kLFLen, 0), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(1+2*kLFLen, "", "runSetSelectionEventTest #17 (1+2*kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
contenteditable.innerHTML = "<div><br></div><div><br></div>";
await synthesizeSelectionSet(2*kLFLen, kLFLen);
is(selection.anchorNode, contenteditable.firstChild,
"runSetSelectionEventTest #18 (2*kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor node should be the first <div> element");
is(selection.anchorOffset, 1,
"runSetSelectionEventTest #18 (2*kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection anchor offset should be 1");
is(selection.focusNode, contenteditable.lastChild,
"runSetSelectionEventTest #18 (2*kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus node should be the second <div> element");
is(selection.focusOffset, 0,
"runSetSelectionEventTest #18 (2*kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\": selection focus offset should be 0");
checkSelection(2*kLFLen, kLF, "runSetSelectionEventTest #18 (2*kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
}
function runQueryTextContentEventTest()
{
contenteditable.focus();
let result;
// #1
contenteditable.innerHTML = "abc<br>def";
result = synthesizeQueryTextContent(0, 6 + kLFLen);
is(result.text, "abc" + kLF + "def", "runQueryTextContentEventTest #1 (0, 6+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 100);
is(result.text, "abc" + kLF + "def", "runQueryTextContentEventTest #1 (0, 100), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(2, 2 + kLFLen);
is(result.text, "c" + kLF + "d", "runQueryTextContentEventTest #1 (2, 2+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(1, 2);
is(result.text, "bc", "runQueryTextContentEventTest #1 (1, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #1 (3, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(6 + kLFLen, 1);
is(result.text, "", "runQueryTextContentEventTest #1 (6 + kLFLen, 0), \"" + contenteditable.innerHTML + "\"");
// #2
contenteditable.innerHTML = "<p>a<b>b</b>c</p><p>def</p>";
result = synthesizeQueryTextContent(kLFLen, 4+kLFLen);
is(result.text, "abc" + kLF + "d", "runQueryTextContentEventTest #2 (kLFLen, 4+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen, 2);
is(result.text, "ab", "runQueryTextContentEventTest #2 (kLFLen, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(1+kLFLen, 2);
is(result.text, "bc", "runQueryTextContentEventTest #2 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(2+kLFLen, 2+kLFLen);
is(result.text, "c" + kLF + "d", "runQueryTextContentEventTest #2 (2+kLFLen, 2+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen*2, 1);
is(result.text, "d", "runQueryTextContentEventTest #2 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #2 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(2+kLFLen, 1+kLFLen);
is(result.text, "c" + kLF, "runQueryTextContentEventTest #2 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #2 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen, 1+kLFLen);
is(result.text, kLF + "d", "runQueryTextContentEventTest #2 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
// #3
contenteditable.innerHTML = "<div>abc<p>def</p></div>";
result = synthesizeQueryTextContent(1+kLFLen, 2);
is(result.text, "bc", "runQueryTextContentEventTest #3 (1+kLFLen, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(1+kLFLen, 3+kLFLen);
is(result.text, "bc" + kLF + "d", "runQueryTextContentEventTest #3 (1+kLFLen, 3+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen*2, 1);
is(result.text, "d", "runQueryTextContentEventTest #3 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 6+kLFLen*2);
is(result.text, kLF + "abc" + kLF + "def", "runQueryTextContentEventTest #3 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 100);
is(result.text, kLF + "abc" + kLF + "def", "runQueryTextContentEventTest #3 (0, 100), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(4+kLFLen*2, 2);
is(result.text, "ef", "runQueryTextContentEventTest #3 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(4+kLFLen*2, 100);
is(result.text, "ef", "runQueryTextContentEventTest #3 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(6+kLFLen*2, 1);
is(result.text, "", "runQueryTextContentEventTest #3 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #3 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 1+kLFLen);
is(result.text, kLF + "a", "runQueryTextContentEventTest #3 (0, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(2+kLFLen, 1+kLFLen);
is(result.text, "c" + kLF, "runQueryTextContentEventTest #3 (2+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #3 (3+kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen, 1+kLFLen);
is(result.text, kLF + "d", "runQueryTextContentEventTest #3 (3+kLFLen, 1+kLFLen), \"" + contenteditable.innerHTML + "\"");
// #4
contenteditable.innerHTML = "<div><p>abc</p>def</div>";
result = synthesizeQueryTextContent(1+kLFLen*2, 2);
is(result.text, "bc", "runQueryTextContentEventTest #4 (1+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(1+kLFLen*2, 3);
is(result.text, "bcd", "runQueryTextContentEventTest #4 (1+kLFLen*2, 3), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(3+kLFLen*2, 1);
is(result.text, "d", "runQueryTextContentEventTest #4 (3+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 6+kLFLen*2);
is(result.text, kLF + kLF + "abcdef", "runQueryTextContentEventTest #4 (0, 6+kLFLen*2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 100);
is(result.text, kLF + kLF + "abcdef", "runQueryTextContentEventTest #4 (0, 100), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(4+kLFLen*2, 2);
is(result.text, "ef", "runQueryTextContentEventTest #4 (4+kLFLen*2, 2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(4+kLFLen*2, 100);
is(result.text, "ef", "runQueryTextContentEventTest #4 (4+kLFLen*2, 100), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(6+kLFLen*2, 1);
is(result.text, "", "runQueryTextContentEventTest #4 (6+kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #4 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen*2);
is(result.text, kLF + kLF, "runQueryTextContentEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, 1+kLFLen*2);
is(result.text, kLF + kLF + "a", "runQueryTextContentEventTest #4 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen, 1+kLFLen);
is(result.text, kLF + "a", "runQueryTextContentEventTest #4 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
// #5
contenteditable.innerHTML = "<br>";
result = synthesizeQueryTextContent(0, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #5 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen, 1);
is(result.text, "", "runQueryTextContentEventTest #5 (kLFLen, 1), \"" + contenteditable.innerHTML + "\"");
// #6
contenteditable.innerHTML = "<p><br></p>";
result = synthesizeQueryTextContent(kLFLen, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #6 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen*2, 1);
is(result.text, "", "runQueryTextContentEventTest #5 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #6 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen*2);
is(result.text, kLF + kLF, "runQueryTextContentEventTest #6 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
// #7
contenteditable.innerHTML = "<br><br>";
result = synthesizeQueryTextContent(0, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #7 (0, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(0, kLFLen * 2);
is(result.text, kLF + kLF, "runQueryTextContentEventTest #7 (0, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #7 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen * 2, 1);
is(result.text, "", "runQueryTextContentEventTest #7 (kLFLen*2, 1), \"" + contenteditable.innerHTML + "\"");
// #8
contenteditable.innerHTML = "<p><br><br></p>";
result = synthesizeQueryTextContent(kLFLen, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #8 (kLFLen, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen, kLFLen * 2);
is(result.text, kLF + kLF, "runQueryTextContentEventTest #8 (kLFLen, kLFLen*2), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen*2, kLFLen);
is(result.text, kLF, "runQueryTextContentEventTest #8 (kLFLen*2, kLFLen), \"" + contenteditable.innerHTML + "\"");
result = synthesizeQueryTextContent(kLFLen*3, 1);
is(result.text, "", "runQueryTextContentEventTest #8 (kLFLen*3, 1), \"" + contenteditable.innerHTML + "\"");
// #16
contenteditable.innerHTML = "a<blink>b</blink>c";
result = synthesizeQueryTextContent(0, 3);
is(result.text, "abc", "runQueryTextContentEventTest #16 (0, 3), \"" + contenteditable.innerHTML + "\"");
}
function runQuerySelectionEventTest()
{
contenteditable.focus();
let selection = windowOfContenteditable.getSelection();
// #1
contenteditable.innerHTML = "<br/>a";
selection.setBaseAndExtent(
contenteditable.firstChild,
0,
contenteditable.lastChild,
1
);
checkSelection(
0,
`${kLF}a`,
`runQuerySelectionEventTest #1, "${contenteditable.innerHTML}"`
);
// #2
contenteditable.innerHTML = "<p></p><p>abc</p>";
selection.setBaseAndExtent(
contenteditable.firstChild,
0,
contenteditable.lastChild.firstChild,
1
);
checkSelection(
kLFLen,
`${kLF}a`,
`runQuerySelectionEventTest #2, "${contenteditable.innerHTML}"`
);
// #3
contenteditable.innerHTML = "<p>abc</p><p>def</p>";
selection.setBaseAndExtent(
contenteditable.firstChild,
0,
contenteditable.lastChild.firstChild,
1
);
checkSelection(
kLFLen,
`abc${kLF}d`,
`runQuerySelectionEventTest #3, "${contenteditable.innerHTML}"`
);
// #4
contenteditable.innerHTML = "<p>abc</p>";
selection.removeAllRanges();
checkSelection(
null,
null,
`runQuerySelectionEventTest #4, "${contenteditable.innerHTML}"`
);
}
function runQueryIMESelectionTest()
{
textarea.focus();
textarea.value = "before after";
let startoffset = textarea.selectionStart = textarea.selectionEnd = "before ".length;
if (!checkIMESelection("RawClause", false, 0, "", "runQueryIMESelectionTest: before starting composition") ||
!checkIMESelection("SelectedRawClause", false, 0, "", "runQueryIMESelectionTest: before starting composition") ||
!checkIMESelection("ConvertedClause", false, 0, "", "runQueryIMESelectionTest: before starting composition") ||
!checkIMESelection("SelectedClause", false, 0, "", "runQueryIMESelectionTest: before starting composition")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "a",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
if (!checkIMESelection("RawClause", true, startoffset, "a", "runQueryIMESelectionTest: inputting raw text") ||
!checkIMESelection("SelectedRawClause", false, 0, "", "runQueryIMESelectionTest: inputting raw text") ||
!checkIMESelection("ConvertedClause", false, 0, "", "runQueryIMESelectionTest: inputting raw text") ||
!checkIMESelection("SelectedClause", false, 0, "", "runQueryIMESelectionTest: inputting raw text")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "abcdefgh",
"clauses":
[
{ "length": 8, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 8, "length": 0 }
});
if (!checkIMESelection("RawClause", true, startoffset, "abcdefgh", "runQueryIMESelectionTest: updating raw text") ||
!checkIMESelection("SelectedRawClause", false, 0, "", "runQueryIMESelectionTest: updating raw text") ||
!checkIMESelection("ConvertedClause", false, 0, "", "runQueryIMESelectionTest: updating raw text") ||
!checkIMESelection("SelectedClause", false, 0, "", "runQueryIMESelectionTest: updating raw text")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "ABCDEFGH",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 3, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": 3, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
]
},
"caret": { "start": 2, "length": 0 }
});
if (!checkIMESelection("RawClause", false, 0, "", "runQueryIMESelectionTest: starting to convert") ||
!checkIMESelection("SelectedRawClause", false, 0, "", "runQueryIMESelectionTest: starting to convert") ||
!checkIMESelection("ConvertedClause", true, startoffset + 2, "CDE", "runQueryIMESelectionTest: starting to convert") ||
!checkIMESelection("SelectedClause", true, startoffset, "AB", "runQueryIMESelectionTest: starting to convert")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "ABCDEFGH",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": 3, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 3, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
]
},
"caret": { "start": 5, "length": 0 }
});
if (!checkIMESelection("RawClause", false, 0, "", "runQueryIMESelectionTest: changing selected clause") ||
!checkIMESelection("SelectedRawClause", false, 0, "", "runQueryIMESelectionTest: changing selected clause") ||
!checkIMESelection("ConvertedClause", true, startoffset, "AB", "runQueryIMESelectionTest: changing selected clause") ||
!checkIMESelection("SelectedClause", true, startoffset + 2, "CDE", "runQueryIMESelectionTest: changing selected clause")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeComposition({ type: "compositioncommitasis" });
if (!checkIMESelection("RawClause", false, 0, "", "runQueryIMESelectionTest: after committing composition") ||
!checkIMESelection("SelectedRawClause", false, 0, "", "runQueryIMESelectionTest: after committing composition") ||
!checkIMESelection("ConvertedClause", false, 0, "", "runQueryIMESelectionTest: after committing composition") ||
!checkIMESelection("SelectedClause", false, 0, "", "runQueryIMESelectionTest: after committing composition")) {
return;
}
startoffset = textarea.selectionStart;
synthesizeCompositionChange(
{ "composition":
{ "string": "abcdefgh",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_SELECTED_RAW_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_SELECTED_RAW_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
]
},
"caret": { "start": 8, "length": 0 }
});
if (!checkIMESelection("RawClause", true, startoffset, "a", "runQueryIMESelectionTest: unrealistic testcase") ||
!checkIMESelection("SelectedRawClause", true, startoffset + 1, "b", "runQueryIMESelectionTest: unrealistic testcase") ||
!checkIMESelection("ConvertedClause", true, startoffset + 2, "c", "runQueryIMESelectionTest: unrealistic testcase") ||
!checkIMESelection("SelectedClause", true, startoffset + 3, "d", "runQueryIMESelectionTest: unrealistic testcase")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeComposition({ type: "compositioncommitasis" });
}
function runQueryPasswordTest() {
function checkRange(aOffset, aLength, aExpectedResult, aDescription) {
password.focus();
let result = synthesizeQueryTextContent(aOffset, aLength);
is(result.text, aExpectedResult,
`${aDescription}: synthesizeQueryTextContent(${aOffset}, ${aLength})`);
password.setSelectionRange(aOffset, aOffset + aLength);
result = synthesizeQuerySelectedText();
is(result.text, aExpectedResult,
`${aDescription}: synthesizeQuerySelectedText(${aOffset}, ${aLength})`);
}
let editor = password.editor;
const kMask = editor.passwordMask;
password.value = "abcdef";
editor.mask();
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range is not specified #1");
checkRange(0, 3, `${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range is not specified #2");
checkRange(3, 3, `${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range is not specified #3");
checkRange(2, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range is not specified #4");
editor.unmask(0, 6);
checkRange(0, 6, "abcdef",
"runQueryPasswordTest: unmasked range 0-6 #1");
checkRange(0, 3, "abc",
"runQueryPasswordTest: unmasked range 0-6 #2");
checkRange(3, 3, "def",
"runQueryPasswordTest: unmasked range 0-6 #3");
checkRange(2, 2, "cd",
"runQueryPasswordTest: unmasked range 0-6 #4");
editor.unmask(0, 3);
checkRange(0, 6, `abc${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range 0-3 #1");
checkRange(0, 3, "abc",
"runQueryPasswordTest: unmasked range 0-3 #2");
checkRange(3, 3, `${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range 0-3 #3");
checkRange(2, 2, `c${kMask}`,
"runQueryPasswordTest: unmasked range 0-3 #4");
editor.unmask(3, 6);
checkRange(0, 6, `${kMask}${kMask}${kMask}def`,
"runQueryPasswordTest: unmasked range 3-6 #1");
checkRange(0, 3, `${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range 3-6 #2");
checkRange(3, 3, `def`,
"runQueryPasswordTest: unmasked range 3-6 #3");
checkRange(2, 2, `${kMask}d`,
"runQueryPasswordTest: unmasked range 3-6 #4");
editor.unmask(2, 4);
checkRange(0, 6, `${kMask}${kMask}cd${kMask}${kMask}`,
"runQueryPasswordTest: unmasked range 3-4 #1");
checkRange(1, 2, `${kMask}c`,
"runQueryPasswordTest: unmasked range 3-4 #2");
checkRange(1, 3, `${kMask}cd`,
"runQueryPasswordTest: unmasked range 3-4 #3");
checkRange(1, 4, `${kMask}cd${kMask}`,
"runQueryPasswordTest: unmasked range 3-4 #4");
checkRange(2, 2, "cd",
"runQueryPasswordTest: unmasked range 3-4 #5");
checkRange(2, 3, `cd${kMask}`,
"runQueryPasswordTest: unmasked range 3-4 #6");
const kEmoji = String.fromCodePoint(0x1f914);
password.value = `${kEmoji}${kEmoji}${kEmoji}`
editor.mask();
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range is not specified");
editor.unmask(0, 2);
checkRange(0, 6, `${kEmoji}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 0-2 #1");
checkRange(0, 2, `${kEmoji}`,
"runQueryPasswordTest: Emojis in password, unmasked range 0-2 #2");
checkRange(2, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 0-2 #3");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 0-2 #4");
editor.unmask(2, 4);
checkRange(0, 6, `${kMask}${kMask}${kEmoji}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 2-4 #1");
checkRange(0, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 2-4 #2");
checkRange(2, 2, `${kEmoji}`,
"runQueryPasswordTest: Emojis in password, unmasked range 2-4 #3");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 2-4 #4");
editor.unmask(4, 6);
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kEmoji}`,
"runQueryPasswordTest: Emojis in password, unmasked range 4-6 #1");
checkRange(0, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 4-6 #2");
checkRange(2, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 4-6 #3");
checkRange(4, 2, `${kEmoji}`,
"runQueryPasswordTest: Emojis in password, unmasked range 4-6 #4");
editor.unmask(0, 1);
checkRange(0, 6, `${kEmoji}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 0-1");
editor.unmask(1, 2);
checkRange(0, 6, `${kEmoji}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 1-2");
editor.unmask(2, 3);
checkRange(0, 6, `${kMask}${kMask}${kEmoji}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 2-3");
editor.unmask(3, 4);
checkRange(0, 6, `${kMask}${kMask}${kEmoji}${kMask}${kMask}`,
"runQueryPasswordTest: Emojis in password, unmasked range 3-4");
editor.unmask(4, 5);
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kEmoji}`,
"runQueryPasswordTest: Emojis in password, unmasked range 4-5");
editor.unmask(5, 6);
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kEmoji}`,
"runQueryPasswordTest: Emojis in password, unmasked range 5-6");
const kEmojiSuperhero = String.fromCodePoint(0x1f9b8);
const kEmojiMediumSkinTone = String.fromCodePoint(0x1f3fd);
const kZeroWidthJoiner = "\u200d";
const kFemaleSign = "\u2640";
const kVariationSelector16 = "\ufe0f";
const kComplicatedEmoji = `${kEmojiSuperhero}${kEmojiMediumSkinTone}${kZeroWidthJoiner}${kFemaleSign}${kVariationSelector16}`;
password.value = `${kComplicatedEmoji}${kComplicatedEmoji}${kComplicatedEmoji}`
editor.mask();
checkRange(0, 21, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range is not specified");
editor.unmask(0, 7);
checkRange(0, 21, `${kComplicatedEmoji}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 0-7 #1");
checkRange(0, 7, `${kComplicatedEmoji}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 0-7 #2");
checkRange(7, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 0-7 #3");
checkRange(14, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 0-7 #4");
editor.unmask(7, 14);
checkRange(0, 21, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kComplicatedEmoji}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 7-14 #1");
checkRange(0, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 7-14 #2");
checkRange(7, 7, `${kComplicatedEmoji}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 7-14 #3");
checkRange(14, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 7-14 #4");
editor.unmask(14, 21);
checkRange(0, 21, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kComplicatedEmoji}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 14-21 #1");
checkRange(0, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 14-21 #2");
checkRange(7, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 14-21 #3");
checkRange(14, 7, `${kComplicatedEmoji}`,
"runQueryPasswordTest: Complicated emojis in password, unmasked range 14-21 #4");
password.value = `${kComplicatedEmoji}`
editor.unmask(0, 1);
checkRange(0, 7, `${kEmojiSuperhero}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 0-1");
editor.unmask(1, 2);
checkRange(0, 7, `${kEmojiSuperhero}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 1-2");
editor.unmask(2, 3);
checkRange(0, 7, `${kMask}${kMask}${kEmojiMediumSkinTone}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 2-3");
editor.unmask(3, 4);
checkRange(0, 7, `${kMask}${kMask}${kEmojiMediumSkinTone}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 3-4");
editor.unmask(4, 5);
checkRange(0, 7, `${kMask}${kMask}${kMask}${kMask}${kZeroWidthJoiner}${kMask}${kMask}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 4-5");
editor.unmask(5, 6);
checkRange(0, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kFemaleSign}${kMask}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 5-6");
editor.unmask(6, 7);
checkRange(0, 7, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kVariationSelector16}`,
"runQueryPasswordTest: Complicated emoji in password, unmasked range 6-7");
const kKanji = "\u8fba";
const kIVS = String.fromCodePoint(0xe0101);
const kKanjiWithIVS = `${kKanji}${kIVS}`;
password.value = `${kKanjiWithIVS}${kKanjiWithIVS}${kKanjiWithIVS}`
editor.mask();
checkRange(0, 9, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range is not specified");
editor.unmask(0, 3);
checkRange(0, 9, `${kKanjiWithIVS}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #1");
checkRange(0, 3, `${kKanjiWithIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #2");
checkRange(1, 3, `${kIVS}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #3");
checkRange(0, 1, `${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #4");
checkRange(1, 2, `${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #5");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #6");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #7");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #8");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #9");
editor.unmask(0, 1);
checkRange(0, 9, `${kKanji}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #1");
checkRange(0, 1, `${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #2");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #3");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #4");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #5");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #6");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-1 #7");
editor.unmask(1, 3);
checkRange(0, 9, `${kMask}${kIVS}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #1");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #2");
checkRange(1, 2, `${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #3");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #4");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #5");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #6");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-3 #7");
editor.unmask(3, 6);
checkRange(0, 9, `${kMask}${kMask}${kMask}${kKanjiWithIVS}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #1");
checkRange(3, 3, `${kKanjiWithIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #2");
checkRange(4, 3, `${kIVS}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #3");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #4");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #5");
checkRange(3, 1, `${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #6");
checkRange(4, 2, `${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #7");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #8");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-6 #9");
editor.unmask(3, 4);
checkRange(0, 9, `${kMask}${kMask}${kMask}${kKanji}${kMask}${kMask}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #1");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #2");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #3");
checkRange(3, 1, `${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #4");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #5");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #6");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-4 #7");
editor.unmask(4, 6);
checkRange(0, 9, `${kMask}${kMask}${kMask}${kMask}${kIVS}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #1");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #2");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #3");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #4");
checkRange(4, 2, `${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #5");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #6");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-6 #7");
editor.unmask(6, 9);
checkRange(0, 9, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kKanjiWithIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #1");
checkRange(6, 3, `${kKanjiWithIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #2");
checkRange(4, 3, `${kMask}${kMask}${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #3");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #4");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #5");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #6");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #7");
checkRange(6, 1, `${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #8");
checkRange(7, 2, `${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-9 #9");
editor.unmask(6, 7);
checkRange(0, 9, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kKanji}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #1");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #2");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #3");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #4");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #5");
checkRange(6, 1, `${kKanji}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #6");
checkRange(7, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 6-7 #7");
editor.unmask(7, 9);
checkRange(0, 9, `${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kMask}${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #1");
checkRange(0, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #2");
checkRange(1, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #3");
checkRange(3, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #4");
checkRange(4, 2, `${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #5");
checkRange(6, 1, `${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #6");
checkRange(7, 2, `${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 7-9 #7");
password.value = `${kKanjiWithIVS}${kKanjiWithIVS}`;
editor.unmask(0, 2);
checkRange(0, 6, `${kKanjiWithIVS}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 0-2");
editor.unmask(1, 2);
checkRange(0, 6, `${kMask}${kIVS}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 1-2");
editor.unmask(2, 3);
checkRange(0, 6, `${kMask}${kIVS}${kMask}${kMask}${kMask}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 2-3");
editor.unmask(3, 5);
checkRange(0, 6, `${kMask}${kMask}${kMask}${kKanjiWithIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 3-5");
editor.unmask(4, 5);
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 4-5");
editor.unmask(5, 6);
checkRange(0, 6, `${kMask}${kMask}${kMask}${kMask}${kIVS}`,
"runQueryPasswordTest: Pairs of Kanji and IVS in password, unmasked range 5-6");
editor.mask();
}
function runQueryContentEventRelativeToInsertionPoint()
{
textarea.focus();
textarea.value = "0123456789";
// "[]0123456789"
let startOffset = textarea.selectionStart = textarea.selectionEnd = 0;
if (!checkContentRelativeToSelection(0, 1, 0, "0", "runQueryContentEventRelativeToInsertionPoint[0-0]", "#1") ||
!checkContentRelativeToSelection(-1, 1, 0, "0", "runQueryContentEventRelativeToInsertionPoint[0-0]", "#2") ||
!checkContentRelativeToSelection(1, 1, 1, "1", "runQueryContentEventRelativeToInsertionPoint[0-0]", "#3") ||
!checkContentRelativeToSelection(5, 10, 5, "56789", "runQueryContentEventRelativeToInsertionPoint[0-0]", "#4") ||
!checkContentRelativeToSelection(10, 1, 10, "", "runQueryContentEventRelativeToInsertionPoint[0-0]", "#5")) {
return;
}
// "[01234]56789"
textarea.selectionEnd = 5;
if (!checkContentRelativeToSelection(0, 1, 0, "0", "runQueryContentEventRelativeToInsertionPoint[0-5]", "#1") ||
!checkContentRelativeToSelection(-1, 1, 0, "0", "runQueryContentEventRelativeToInsertionPoint[0-5]", "#2") ||
!checkContentRelativeToSelection(1, 1, 1, "1", "runQueryContentEventRelativeToInsertionPoint[0-5]", "#3") ||
!checkContentRelativeToSelection(5, 10, 5, "56789", "runQueryContentEventRelativeToInsertionPoint[0-5]", "#4") ||
!checkContentRelativeToSelection(10, 1, 10, "", "runQueryContentEventRelativeToInsertionPoint[0-5]", "#5")) {
return;
}
// "0123[]456789"
startOffset = textarea.selectionStart = textarea.selectionEnd = 4;
if (!checkContentRelativeToSelection(0, 1, startOffset + 0, "4", "runQueryContentEventRelativeToInsertionPoint[4-4]", "#1") ||
!checkContentRelativeToSelection(-1, 1, startOffset - 1, "3", "runQueryContentEventRelativeToInsertionPoint[4-4]", "#2") ||
!checkContentRelativeToSelection(1, 1, startOffset + 1, "5", "runQueryContentEventRelativeToInsertionPoint[4-4]", "#3") ||
!checkContentRelativeToSelection(5, 10, startOffset + 5, "9", "runQueryContentEventRelativeToInsertionPoint[4-4]", "#4") ||
!checkContentRelativeToSelection(10, 1, 10, "", "runQueryContentEventRelativeToInsertionPoint[4-4]", "#5")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "a",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
// "0123[a]456789"
if (!checkContentRelativeToSelection(0, 1, startOffset + 0, "a", "runQueryContentEventRelativeToInsertionPoint[composition at 4]", "#1") ||
!checkContentRelativeToSelection(-1, 1, startOffset - 1, "3", "runQueryContentEventRelativeToInsertionPoint[composition at 4]", "#2") ||
!checkContentRelativeToSelection(1, 1, startOffset + 1, "4", "runQueryContentEventRelativeToInsertionPoint[composition at 4]", "#3") ||
!checkContentRelativeToSelection(5, 10, startOffset + 5, "89", "runQueryContentEventRelativeToInsertionPoint[composition at 4]", "#4") ||
!checkContentRelativeToSelection(11, 1, 11, "", "runQueryContentEventRelativeToInsertionPoint[composition at 4]")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeComposition({ type: "compositioncommitasis" });
// Move start of composition at first compositionupdate event.
function onCompositionUpdate()
{
startOffset = textarea.selectionStart = textarea.selectionEnd = textarea.selectionStart - 1;
textarea.removeEventListener("compositionupdate", onCompositionUpdate);
}
textarea.addEventListener("compositionupdate", onCompositionUpdate);
synthesizeCompositionChange(
{ "composition":
{ "string": "b",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
// "0123[b]a456789"
if (!checkContentRelativeToSelection(0, 1, startOffset + 0, "b", "runQueryContentEventRelativeToInsertionPoint[composition at 3]", "#1") ||
!checkContentRelativeToSelection(-1, 1, startOffset - 1, "3", "runQueryContentEventRelativeToInsertionPoint[composition at 3]", "#2") ||
!checkContentRelativeToSelection(1, 1, startOffset + 1, "a", "runQueryContentEventRelativeToInsertionPoint[composition at 3]", "#3") ||
!checkContentRelativeToSelection(5, 10, startOffset + 5, "789", "runQueryContentEventRelativeToInsertionPoint[composition at 3]", "#4") ||
!checkContentRelativeToSelection(12, 1, 12, "", "runQueryContentEventRelativeToInsertionPoint[composition at 3]", "#5")) {
synthesizeComposition({ type: "compositioncommitasis" });
return;
}
synthesizeComposition({ type: "compositioncommitasis" });
}
function runBug1375825Test()
{
contenteditable.focus();
// #1
contenteditable.innerHTML = "abc<span contenteditable=\"false\">defgh</span>";
let ret = synthesizeQueryTextRect(2, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #1 (2, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "c", "runBug1375825Test #1 (2, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'c'");
ret = synthesizeQueryTextRect(3, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #1 (3, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "d", "runBug1375825Test #1 (3, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'd'");
ret = synthesizeQueryTextRect(4, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #1 (4, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "e", "runBug1375825Test #1 (4, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'e'");
ret = synthesizeQueryTextRect(5, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #1 (5, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "f", "runBug1375825Test #1 (5, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'f'");
ret = synthesizeQueryTextRect(6, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #1 (6, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "g", "runBug1375825Test #1 (6, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'g'");
ret = synthesizeQueryTextRect(7, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #1 (7, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "h", "runBug1375825Test #1 (7, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'h'");
// #2
contenteditable.innerHTML = "abc<span style=\"user-select: all;\">defgh</span>";
ret = synthesizeQueryTextRect(2, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #2 (2, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "c", "runBug1375825Test #2 (2, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'c'");
ret = synthesizeQueryTextRect(3, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #2 (3, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "d", "runBug1375825Test #2 (3, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'd'");
ret = synthesizeQueryTextRect(4, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #2 (4, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "e", "runBug1375825Test #2 (4, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'e'");
ret = synthesizeQueryTextRect(5, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #2 (5, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "f", "runBug1375825Test #2 (5, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'f'");
ret = synthesizeQueryTextRect(6, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #2 (6, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "g", "runBug1375825Test #2 (6, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'g'");
ret = synthesizeQueryTextRect(7, 1);
if (!checkQueryContentResult(ret, "runBug1375825Test #2 (7, 1), \"" + contenteditable.innerHTML + "\"")) {
return;
}
is(ret.text, "h", "runBug1375825Test #2 (7, 1), \"" + contenteditable.innerHTML + "\": should have queried a rect for 'h'");
}
function runBug1530649Test()
{
// Vietnamese IME on macOS commits composition with typing space key.
// Then, typing new word shouldn't trim the trailing whitespace.
contenteditable.focus();
contenteditable.innerHTML = "";
synthesizeCompositionChange(
{composition: {string: "abc", clauses: [{length: 3, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
caret: {start: 3, length: 0}});
synthesizeComposition({type: "compositioncommit", data: "abc ", key: " "});
is(contenteditable.innerHTML, "abc <br>",
"runBug1530649Test: The trailing space shouldn't be removed");
synthesizeCompositionChange(
{composition: {string: "d", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
caret: {start: 1, length: 0}});
is(contenteditable.innerHTML, "abc d",
"runBug1530649Test: The new composition string shouldn't remove the last space");
synthesizeComposition({type: "compositioncommitasis", key: "KEY_Enter"});
is(contenteditable.innerHTML, "abc d",
"runBug1530649Test: Committing the new composition string shouldn't remove the last space");
}
function runBug1571375Test()
{
let selection = windowOfContenteditableBySpan.getSelection();
let doc = document.getElementById("iframe7").contentDocument;
contenteditableBySpan.focus();
contenteditableBySpan.innerHTML = "hello world";
let range = doc.createRange();
range.setStart(contenteditableBySpan.firstChild, 6);
range.setEnd(contenteditableBySpan.firstChild, 11);
selection.removeAllRanges();
selection.addRange(range);
synthesizeCompositionChange({
composition: {string: "world", clauses: [{length: 5, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
caret: { start: 5, length: 0 },
});
synthesizeComposition({type: "compositioncommit", data: "world", key: " "});
is(contenteditableBySpan.innerHTML, "hello world",
"runBug1571375Test: space must not be removed by commit");
contenteditableBySpan.innerHTML = "hello world";
range = doc.createRange();
range.setStart(contenteditableBySpan.firstChild, 0);
range.setEnd(contenteditableBySpan.firstChild, 5);
selection.removeAllRanges();
selection.addRange(range);
synthesizeCompositionChange({
composition: {string: "hello", clauses: [{length: 5, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
caret: { start: 5, length: 0 },
});
synthesizeComposition({type: "compositioncommit", data: "hello", key: " "});
is(contenteditableBySpan.innerHTML, "hello world",
"runBug1571375Test: space must not be removed by commit");
contenteditableBySpan.innerHTML = "hello world<div>.</div>";
range = doc.createRange();
range.setStart(contenteditableBySpan.firstChild, 6);
range.setEnd(contenteditableBySpan.firstChild, 11);
selection.removeAllRanges();
selection.addRange(range);
synthesizeCompositionChange({
composition: {string: "world", clauses: [{length: 5, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
caret: {start: 0, length: 0}}
);
synthesizeComposition({type: "compositioncommit", data: "world", key: " "});
is(contenteditableBySpan.innerHTML, "hello world<div>.</div>",
"runBug1571375Test: space must not be removed by commit");
}
async function runBug1584901Test()
{
contenteditableBySpan.focus();
contenteditableBySpan.innerHTML = "";
// XXX synthesizeCompositionChange won't work without wait.
await waitForTick();
synthesizeCompositionChange({
composition: {string: "a ", clauses: [{length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeComposition({type: "compositioncommitasis", key: " "});
is(contenteditableBySpan.innerHTML, "a ",
"runBug1584901Test: space must not be removed by composition change");
synthesizeCompositionChange({
composition: {string: "b ", clauses: [{length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeComposition({type: "compositioncommitasis", key: " "});
is(contenteditableBySpan.innerHTML, "a b ",
"runBug1584901Test: space must not be removed by composition change");
}
function runBug1675313Test()
{
input.value = "";
input.focus();
let count = 0;
function handler() {
input.focus();
count++;
}
input.addEventListener("keydown", handler);
input.addEventListener("keyup", handler);
synthesizeCompositionChange({
composition: {
string: "a",
clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}],
key: { key: "a", type: "keyup" },
},
});
synthesizeCompositionChange({
composition: {
string: "b",
clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}],
key: { key: "b", type: "keyup" },
},
});
synthesizeComposition({type: "compositioncommitasis"});
is(count, 6, "runBug1675313Test: keydown event and keyup event are fired correctly");
is(input.value, "b",
"runBug1675313Test: re-focus element doesn't commit composition if re-focus isn't click by user");
input.removeEventListener("keyup", handler);
}
function runCommitCompositionWithSpaceKey()
{
contenteditable.focus();
contenteditable.innerHTML = "";
// Last white space might be if last child is no <br>
// Actually, our implementation will insert <br> element at last child, so
// white space will be ASCII space.
synthesizeCompositionChange({
composition: {string: "a", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeComposition({type: "compositioncommit", data: "a"});
synthesizeKey(" ");
is(contenteditable.innerHTML, "a <br>",
"runCommitCompositionWithSpaceKey: last single space should be kept");
synthesizeCompositionChange({
composition: {string: "b", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeComposition({type: "compositioncommit", data: "b"});
synthesizeKey(" ");
is(contenteditable.innerHTML, "a b <br>",
"runCommitCompositionWithSpaceKey: inserting composition shouldn't remove last single space.");
synthesizeCompositionChange({
composition: {string: "c", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeComposition({type: "compositioncommit", data: "c"});
synthesizeKey(" ");
is(contenteditable.innerHTML, "a b c <br>",
"runCommitCompositionWithSpaceKey: inserting composition shouldn't remove last single space.");
contenteditable.innerHTML = "a";
windowOfContenteditable.getSelection().collapse(contenteditable.firstChild, contenteditable.firstChild.length);
is(contenteditable.innerHTML, "a",
"runCommitCompositionWithSpaceKey: contenteditable should be initialized with text ending with a space and without following <br> element");
synthesizeCompositionChange({
composition: {string: "b", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeComposition({type: "compositioncommit", data: "b ", key: { key: " ", code: "Space" }});
is(contenteditable.innerHTML, "ab <br>",
"runCommitCompositionWithSpaceKey: contenteditable should end with a padding <br> element after inserting commit string ending with a space");
}
function runCSSTransformTest()
{
textarea.focus();
textarea.value = "some text";
textarea.selectionStart = textarea.selectionEnd = textarea.value.length;
let editorRect = synthesizeQueryEditorRect();
if (!checkQueryContentResult(editorRect,
"runCSSTransformTest: editorRect")) {
return;
}
let firstCharRect = synthesizeQueryTextRect(0, 1);
if (!checkQueryContentResult(firstCharRect,
"runCSSTransformTest: firstCharRect")) {
return;
}
let lastCharRect = synthesizeQueryTextRect(textarea.value.length - 1, textarea.value.length);
if (!checkQueryContentResult(lastCharRect,
"runCSSTransformTest: lastCharRect")) {
return;
}
let caretRect = synthesizeQueryCaretRect(textarea.selectionStart);
if (!checkQueryContentResult(caretRect,
"runCSSTransformTest: caretRect")) {
return;
}
let caretRectBeforeFirstChar = synthesizeQueryCaretRect(0);
if (!checkQueryContentResult(caretRectBeforeFirstChar,
"runCSSTransformTest: caretRectBeforeFirstChar")) {
return;
}
try {
textarea.style.transform = "translate(10px, 15px)";
function movedRect(aRect, aCSS_CX, aCSS_CY)
{
return {
left: aRect.left + Math.round(aCSS_CX * window.devicePixelRatio),
top: aRect.top + Math.round(aCSS_CY * window.devicePixelRatio),
width: aRect.width,
height: aRect.height
};
}
let editorRectTranslated = synthesizeQueryEditorRect();
if (!checkQueryContentResult(editorRectTranslated,
"runCSSTransformTest: editorRectTranslated, " + textarea.style.transform) ||
!checkRectFuzzy(editorRectTranslated, movedRect(editorRect, 10, 15), {left: 1, top: 1, width: 1, height: 1},
"runCSSTransformTest: editorRectTranslated, " + textarea.style.transform)) {
return;
}
let firstCharRectTranslated = synthesizeQueryTextRect(0, 1);
if (!checkQueryContentResult(firstCharRectTranslated,
"runCSSTransformTest: firstCharRectTranslated, " + textarea.style.transform) ||
!checkRectFuzzy(firstCharRectTranslated, movedRect(firstCharRect, 10, 15), {left: 1, top: 1, width: 1, height: 1},
"runCSSTransformTest: firstCharRectTranslated, " + textarea.style.transform)) {
return;
}
let lastCharRectTranslated = synthesizeQueryTextRect(textarea.value.length - 1, textarea.value.length);
if (!checkQueryContentResult(lastCharRectTranslated,
"runCSSTransformTest: lastCharRectTranslated, " + textarea.style.transform) ||
!checkRectFuzzy(lastCharRectTranslated, movedRect(lastCharRect, 10, 15), {left: 1, top: 1, width: 1, height: 1},
"runCSSTransformTest: lastCharRectTranslated, " + textarea.style.transform)) {
return;
}
let caretRectTranslated = synthesizeQueryCaretRect(textarea.selectionStart);
if (!checkQueryContentResult(caretRectTranslated,
"runCSSTransformTest: caretRectTranslated, " + textarea.style.transform) ||
!checkRectFuzzy(caretRectTranslated, movedRect(caretRect, 10, 15), {left: 1, top: 1, width: 1, height: 1},
"runCSSTransformTest: caretRectTranslated, " + textarea.style.transform)) {
return;
}
let caretRectBeforeFirstCharTranslated = synthesizeQueryCaretRect(0);
if (!checkQueryContentResult(caretRectBeforeFirstCharTranslated,
"runCSSTransformTest: caretRectBeforeFirstCharTranslated, " + textarea.style.transform) ||
!checkRectFuzzy(caretRectBeforeFirstCharTranslated, movedRect(caretRectBeforeFirstChar, 10, 15), {left: 1, top: 1, width: 1, height: 1},
"runCSSTransformTest: caretRectBeforeFirstCharTranslated, " + textarea.style.transform)) {
return;
}
let firstCharRectTranslatedAsArray = synthesizeQueryTextRectArray(0, 1);
if (!checkQueryContentResult(firstCharRectTranslatedAsArray, "runCSSTransformTest: firstCharRectTranslatedAsArray, " + textarea.style.transform) ||
!checkRectArray(firstCharRectTranslatedAsArray, [firstCharRectTranslated], "runCSSTransformTest: firstCharRectTranslatedAsArray, " + textarea.style.transform)) {
return;
}
let lastCharRectTranslatedAsArray = synthesizeQueryTextRectArray(textarea.value.length - 1, textarea.value.length);
if (!checkQueryContentResult(lastCharRectTranslatedAsArray, "runCSSTransformTest: lastCharRectTranslatedAsArray, " + textarea.style.transform) ||
!checkRectArray(lastCharRectTranslatedAsArray, [lastCharRectTranslated], "runCSSTransformTest: lastCharRectTranslatedAsArray, " + textarea.style.transform)) {
return;
}
// XXX It's too difficult to check the result with scale and rotate...
// For now, let's check if query text rect and query text rect array returns same rect.
textarea.style.transform = "scale(1.5)";
firstCharRectTranslated = synthesizeQueryTextRect(0, 1);
if (!checkQueryContentResult(firstCharRectTranslated,
"runCSSTransformTest: firstCharRectTranslated, " + textarea.style.transform)) {
return;
}
lastCharRectTranslated = synthesizeQueryTextRect(textarea.value.length - 1, textarea.value.length);
if (!checkQueryContentResult(lastCharRectTranslated,
"runCSSTransformTest: lastCharRectTranslated, " + textarea.style.transform)) {
return;
}
firstCharRectTranslatedAsArray = synthesizeQueryTextRectArray(0, 1);
if (!checkQueryContentResult(firstCharRectTranslatedAsArray, "runCSSTransformTest: firstCharRectTranslatedAsArray, " + textarea.style.transform) ||
!checkRectArray(firstCharRectTranslatedAsArray, [firstCharRectTranslated], "runCSSTransformTest: firstCharRectTranslatedAsArray, " + textarea.style.transform)) {
return;
}
lastCharRectTranslatedAsArray = synthesizeQueryTextRectArray(textarea.value.length - 1, textarea.value.length);
if (!checkQueryContentResult(lastCharRectTranslatedAsArray, "runCSSTransformTest: lastCharRectTranslatedAsArray, " + textarea.style.transform) ||
!checkRectArray(lastCharRectTranslatedAsArray, [lastCharRectTranslated], "runCSSTransformTest: lastCharRectTranslatedAsArray, " + textarea.style.transform)) {
return;
}
textarea.style.transform = "rotate(30deg)";
firstCharRectTranslated = synthesizeQueryTextRect(0, 1);
if (!checkQueryContentResult(firstCharRectTranslated,
"runCSSTransformTest: firstCharRectTranslated, " + textarea.style.transform)) {
return;
}
lastCharRectTranslated = synthesizeQueryTextRect(textarea.value.length - 1, textarea.value.length);
if (!checkQueryContentResult(lastCharRectTranslated,
"runCSSTransformTest: lastCharRectTranslated, " + textarea.style.transform)) {
return;
}
firstCharRectTranslatedAsArray = synthesizeQueryTextRectArray(0, 1);
if (!checkQueryContentResult(firstCharRectTranslatedAsArray, "runCSSTransformTest: firstCharRectTranslatedAsArray, " + textarea.style.transform) ||
!checkRectArray(firstCharRectTranslatedAsArray, [firstCharRectTranslated], "runCSSTransformTest: firstCharRectTranslatedAsArray, " + textarea.style.transform)) {
return;
}
lastCharRectTranslatedAsArray = synthesizeQueryTextRectArray(textarea.value.length - 1, textarea.value.length);
checkQueryContentResult(lastCharRectTranslatedAsArray, "runCSSTransformTest: lastCharRectTranslatedAsArray, " + textarea.style.transform);
checkRectArray(lastCharRectTranslatedAsArray, [lastCharRectTranslated], "runCSSTransformTest: lastCharRectTranslatedAsArray, " + textarea.style.transform);
} finally {
textarea.style.transform = "";
}
}
function runBug722639Test()
{
textarea.focus();
textarea.value = "\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n";
textarea.value += textarea.value;
textarea.value += textarea.value; // 80 characters
let firstLine = synthesizeQueryTextRect(0, 1);
if (!checkQueryContentResult(firstLine,
"runBug722639Test: firstLine")) {
return;
}
ok(true, "runBug722639Test: 1st line, top=" + firstLine.top + ", left=" + firstLine.left);
let firstLineAsArray = synthesizeQueryTextRectArray(0, 1);
if (!checkQueryContentResult(firstLineAsArray, "runBug722639Test: 1st line as array") ||
!checkRectArray(firstLineAsArray, [firstLine], "runBug722639Test: 1st line as array should match with text rect result")) {
return;
}
if (kLFLen > 1) {
let firstLineLF = synthesizeQueryTextRect(1, 1);
if (!checkQueryContentResult(firstLineLF,
"runBug722639Test: firstLineLF")) {
return;
}
is(firstLineLF.top, firstLine.top, "runBug722639Test: 1st line's \\n rect should be same as 1st line's \\r rect");
is(firstLineLF.left, firstLine.left, "runBug722639Test: 1st line's \\n rect should be same as 1st line's \\r rect");
isfuzzy(firstLineLF.height, firstLine.height, 1,
"runBug722639Test: 1st line's \\n rect should be same as 1st line's \\r rect");
is(firstLineLF.width, firstLine.width, "runBug722639Test: 1st line's \\n rect should be same as 1st line's \\r rect");
let firstLineLFAsArray = synthesizeQueryTextRectArray(1, 1);
if (!checkQueryContentResult(firstLineLFAsArray, "runBug722639Test: 1st line's \\n rect as array") ||
!checkRectArray(firstLineLFAsArray, [firstLineLF], "runBug722639Test: 1st line's rect as array should match with text rect result")) {
return;
}
}
let secondLine = synthesizeQueryTextRect(kLFLen, 1);
if (!checkQueryContentResult(secondLine,
"runBug722639Test: secondLine")) {
return;
}
ok(true, "runBug722639Test: 2nd line, top=" + secondLine.top + ", left=" + secondLine.left);
let secondLineAsArray = synthesizeQueryTextRectArray(kLFLen, 1);
if (!checkQueryContentResult(secondLineAsArray, "runBug722639Test: 2nd line as array") ||
!checkRectArray(secondLineAsArray, [secondLine], "runBug722639Test: 2nd line as array should match with text rect result")) {
return;
}
if (kLFLen > 1) {
let secondLineLF = synthesizeQueryTextRect(kLFLen + 1, 1);
if (!checkQueryContentResult(secondLineLF,
"runBug722639Test: secondLineLF")) {
return;
}
is(secondLineLF.top, secondLine.top, "runBug722639Test: 2nd line's \\n rect should be same as 2nd line's \\r rect");
is(secondLineLF.left, secondLine.left, "runBug722639Test: 2nd line's \\n rect should be same as 2nd line's \\r rect");
isfuzzy(secondLineLF.height, secondLine.height, 1,
"runBug722639Test: 2nd line's \\n rect should be same as 2nd line's \\r rect");
is(secondLineLF.width, secondLine.width, "runBug722639Test: 2nd line's \\n rect should be same as 2nd line's \\r rect");
let secondLineLFAsArray = synthesizeQueryTextRectArray(kLFLen + 1, 1);
if (!checkQueryContentResult(secondLineLFAsArray, "runBug722639Test: 2nd line's \\n rect as array") ||
!checkRectArray(secondLineLFAsArray, [secondLineLF], "runBug722639Test: 2nd line's rect as array should match with text rect result")) {
return;
}
}
let lineHeight = secondLine.top - firstLine.top;
ok(lineHeight > 0,
"runBug722639Test: lineHeight must be positive");
is(secondLine.left, firstLine.left,
"runBug722639Test: the left value must be always same value");
isfuzzy(secondLine.height, firstLine.height, 1,
"runBug722639Test: the height must be always same value");
let previousTop = secondLine.top;
for (let i = 3; i <= textarea.value.length + 1; i++) {
let currentLine = synthesizeQueryTextRect(kLFLen * (i - 1), 1);
if (!checkQueryContentResult(currentLine,
"runBug722639Test: " + i + "th currentLine")) {
return;
}
ok(true, "runBug722639Test: " + i + "th line, top=" + currentLine.top + ", left=" + currentLine.left);
let currentLineAsArray = synthesizeQueryTextRectArray(kLFLen * (i - 1), 1);
if (!checkQueryContentResult(currentLineAsArray, "runBug722639Test: " + i + "th line as array") ||
!checkRectArray(currentLineAsArray, [currentLine], "runBug722639Test: " + i + "th line as array should match with text rect result")) {
return;
}
// NOTE: the top position may be 1px larger or smaller than other lines
// due to sub pixel positioning.
if (Math.abs(currentLine.top - (previousTop + lineHeight)) <= 1) {
ok(true, "runBug722639Test: " + i + "th line's top is expected");
} else {
is(currentLine.top, previousTop + lineHeight,
"runBug722639Test: " + i + "th line's top is unexpected");
}
is(currentLine.left, firstLine.left,
"runBug722639Test: " + i + "th line's left is unexpected");
isfuzzy(currentLine.height, firstLine.height, 1,
`runBug722639Test: ${i}th line's height is unexpected`);
if (kLFLen > 1) {
let currentLineLF = synthesizeQueryTextRect(kLFLen * (i - 1) + 1, 1);
if (!checkQueryContentResult(currentLineLF,
"runBug722639Test: " + i + "th currentLineLF")) {
return;
}
is(currentLineLF.top, currentLine.top, "runBug722639Test: " + i + "th line's \\n rect should be same as same line's \\r rect");
is(currentLineLF.left, currentLine.left, "runBug722639Test: " + i + "th line's \\n rect should be same as same line's \\r rect");
isfuzzy(currentLineLF.height, currentLine.height, 1,
`runBug722639Test: ${i}th line's \\n rect should be same as same line's \\r rect`);
is(currentLineLF.width, currentLine.width, "runBug722639Test: " + i + "th line's \\n rect should be same as same line's \\r rect");
let currentLineLFAsArray = synthesizeQueryTextRectArray(kLFLen * (i - 1) + 1, 1);
if (!checkQueryContentResult(currentLineLFAsArray, "runBug722639Test: " + i + "th line's \\n rect as array") ||
!checkRectArray(currentLineLFAsArray, [currentLineLF], "runBug722639Test: " + i + "th line's rect as array should match with text rect result")) {
return;
}
}
previousTop = currentLine.top;
}
}
function runCompositionWithSelectionChange() {
function doTest(aEditor, aDescription) {
aEditor.focus();
const isHTMLEditor =
aEditor.nodeName.toLowerCase() != "input" && aEditor.nodeName.toLowerCase() != "textarea";
const win = isHTMLEditor ? windowOfContenteditable : window;
function getValue() {
return isHTMLEditor ? aEditor.innerHTML : aEditor.value;
}
function setSelection(aStart, aLength) {
if (isHTMLEditor) {
win.getSelection().setBaseAndExtent(aEditor.firstChild, aStart, aEditor.firstChild, aStart + aLength);
} else {
aEditor.setSelectionRange(aStart, aStart + aLength);
}
}
if (isHTMLEditor) {
aEditor.innerHTML = "abcxyz";
} else {
aEditor.value = "abcxyz";
}
setSelection("abc".length, 0);
synthesizeCompositionChange({
composition: {
string: "1",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}],
caret: { start: 1, length: 0 },
}
});
is(getValue(), "abc1xyz",
`${aDescription}: First composing character should be inserted middle of the text`);
aEditor.addEventListener("compositionupdate", () => {
setSelection("abc".length, "1".length);
}, {once: true});
synthesizeCompositionChange({
composition: {
string: "12",
clauses: [{ length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE}],
caret: { start: 2, length: 0 },
}
});
is(getValue(), "abc12xyz",
`${aDescription}: Only composition string should be updated even if selection range is updated by "compositionupdate" event listener`);
aEditor.addEventListener("compositionupdate", () => {
setSelection("abc1".length, "2d".length);
}, {once: true});
synthesizeCompositionChange({
composition: {
string: "123",
clauses: [{ length: 3, attr: COMPOSITION_ATTR_RAW_CLAUSE}],
caret: { start: 3, length: 0 },
}
});
is(getValue(), "abc123xyz",
`${aDescription}: Only composition string should be updated even if selection range wider than composition string is updated by "compositionupdate" event listener`);
aEditor.addEventListener("compositionupdate", () => {
setSelection("ab".length, "c123d".length);
}, {once: true});
synthesizeCompositionChange({
composition: {
string: "456",
clauses: [{ length: 3, attr: COMPOSITION_ATTR_RAW_CLAUSE}],
caret: { start: 3, length: 0 },
}
});
is(getValue(), "abc456xyz",
`${aDescription}: Only composition string should be updated even if selection range which covers all over the composition string is updated by "compositionupdate" event listener`);
aEditor.addEventListener("beforeinput", () => {
setSelection("abc456d".length, 0);
}, {once: true});
synthesizeComposition({ type: "compositioncommitasis" });
is(getValue(), "abc456xyz",
`${aDescription}: Only composition string should be updated when committing composition but selection is updated by "beforeinput" event listener`);
if (isHTMLEditor) {
is(win.getSelection().focusNode, aEditor.firstChild,
`${aDescription}: The focus node after composition should be the text node`);
is(win.getSelection().focusOffset, "abc456".length,
`${aDescription}: The focus offset after composition should be end of the composition string`);
is(win.getSelection().anchorNode, aEditor.firstChild,
`${aDescription}: The anchor node after composition should be the text node`);
is(win.getSelection().anchorOffset, "abc456".length,
`${aDescription}: The anchor offset after composition should be end of the composition string`);
} else {
is(aEditor.selectionStart, "abc456".length,
`${aDescription}: The selectionStart after composition should be end of the composition string`);
is(aEditor.selectionEnd, "abc456".length,
`${aDescription}: The selectionEnd after composition should be end of the composition string`);
}
}
doTest(textarea, "runCompositionWithSelectionChange(textarea)");
doTest(input, "runCompositionWithSelectionChange(input)");
doTest(contenteditable, "runCompositionWithSelectionChange(contenteditable)");
}
function runForceCommitTest()
{
let events;
function eventHandler(aEvent)
{
events.push(aEvent);
}
window.addEventListener("compositionstart", eventHandler, true);
window.addEventListener("compositionupdate", eventHandler, true);
window.addEventListener("compositionend", eventHandler, true);
window.addEventListener("beforeinput", eventHandler, true);
window.addEventListener("input", eventHandler, true);
window.addEventListener("text", eventHandler, true);
// Make the composition in textarea commit by click in the textarea
textarea.focus();
textarea.value = "";
events = [];
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
is(events.length, 5,
"runForceCommitTest: wrong event count #1");
is(events[0].type, "compositionstart",
"runForceCommitTest: the 1st event must be compositionstart #1");
is(events[1].type, "compositionupdate",
"runForceCommitTest: the 2nd event must be compositionupdate #1");
is(events[2].type, "text",
"runForceCommitTest: the 3rd event must be text #1");
is(events[3].type, "beforeinput",
"runForceCommitTest: the 4th event must be beforeinput #1");
checkInputEvent(events[3], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #1");
is(events[4].type, "input",
"runForceCommitTest: the 5th event must be input #1");
checkInputEvent(events[4], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #1");
events = [];
synthesizeMouseAtCenter(textarea, {});
is(events.length, 4,
"runForceCommitTest: wrong event count #2");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #2");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #2`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #2");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #2`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #2");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #2");
is(events[2].target, textarea,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #2`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #2");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #2");
is(events[3].target, textarea,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #2`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #2");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #2");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #2");
// Make the composition in textarea commit by click in another editor (input)
textarea.focus();
textarea.value = "";
input.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
synthesizeMouseAtCenter(input, {});
is(events.length, 4,
"runForceCommitTest: wrong event count #3");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #3");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #3`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #3");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #3`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #3");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #3");
is(events[2].target, textarea,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #3`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #3");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #3");
is(events[3].target, textarea,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #3`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #3");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #3");
ok(!getEditor(input).isComposing,
"runForceCommitTest: the input has composition #3");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #3");
is(input.value, "",
"runForceCommitTest: the input has the committed text? #3");
// Make the composition in textarea commit by blur()
textarea.focus();
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
textarea.blur();
is(events.length, 4,
"runForceCommitTest: wrong event count #4");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #4");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #4`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #4");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #4`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #4");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #4");
is(events[2].target, textarea,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #4`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #4");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #4");
is(events[3].target, textarea,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #4`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #4");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #4");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #4");
// Make the composition in textarea commit by input.focus()
textarea.focus();
textarea.value = "";
input.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
input.focus();
is(events.length, 4,
"runForceCommitTest: wrong event count #5");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #5");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #5`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #5");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #5`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #5");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #5");
is(events[2].target, textarea,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #5`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #5");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #5");
is(events[3].target, textarea,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #5`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #5");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #5");
ok(!getEditor(input).isComposing,
"runForceCommitTest: the input has composition #5");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #5");
is(input.value, "",
"runForceCommitTest: the input has the committed text? #5");
// Make the composition in textarea commit by click in another document's editor
textarea.focus();
textarea.value = "";
textareaInFrame.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
synthesizeMouseAtCenter(textareaInFrame, {}, iframe.contentWindow);
is(events.length, 4,
"runForceCommitTest: wrong event count #6");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #6");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #6`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #6");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #6`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #6");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #6");
is(events[2].target, textarea,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #6`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #6");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #6");
is(events[3].target, textarea,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #6`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #6");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #6");
ok(!getEditor(textareaInFrame).isComposing,
"runForceCommitTest: the textarea in frame has composition #6");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #6");
is(textareaInFrame.value, "",
"runForceCommitTest: the textarea in frame has the committed text? #6");
// Make the composition in textarea commit by another document's editor's focus()
textarea.focus();
textarea.value = "";
textareaInFrame.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
textareaInFrame.focus();
is(events.length, 4,
"runForceCommitTest: wrong event count #7");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #7");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #7`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #7");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #7`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #7");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #7");
is(events[2].target, textarea,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #7`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #7");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #7");
is(events[3].target, textarea,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #7`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #7");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #7");
ok(!getEditor(textareaInFrame).isComposing,
"runForceCommitTest: the textarea in frame has composition #7");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #7");
is(textareaInFrame.value, "",
"runForceCommitTest: the textarea in frame has the committed text? #7");
// Make the composition in a textarea commit by click in another editable document
textarea.focus();
textarea.value = "";
iframe2.contentDocument.body.innerHTML = "Text in the Body";
let iframe2BodyInnerHTML = iframe2.contentDocument.body.innerHTML;
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
synthesizeMouseAtCenter(iframe2.contentDocument.body, {}, iframe2.contentWindow);
is(events.length, 4,
"runForceCommitTest: wrong event count #8");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #8");
is(events[0].target, textarea,
`runForceCommitTest: The ${events[0].type} event was fired on wrong event target #8`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #8");
is(events[1].target, textarea,
`runForceCommitTest: The ${events[1].type} event was fired on wrong event target #8`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runForceCommitTest #8");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #8");
is(events[2].target, textarea,
`runForceCommitTest: The ${events[2].type} event was fired on wrong event target #8`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #8");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #8");
is(events[3].target, textarea,
`runForceCommitTest: The ${events[3].type} event was fired on wrong event target #8`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #8");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #8");
ok(!getHTMLEditorIMESupport(iframe2.contentWindow).isComposing,
"runForceCommitTest: the editable document has composition #8");
is(textarea.value, "\u306E",
"runForceCommitTest: the textarea doesn't have the committed text #8");
is(iframe2.contentDocument.body.innerHTML, iframe2BodyInnerHTML,
"runForceCommitTest: the editable document has the committed text? #8");
// Make the composition in an editable document commit by click in it
iframe2.contentWindow.focus();
iframe2.contentDocument.body.innerHTML = "Text in the Body";
iframe2BodyInnerHTML = iframe2.contentDocument.body.innerHTML;
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
}, iframe2.contentWindow);
events = [];
synthesizeMouseAtCenter(iframe2.contentDocument.body, {}, iframe2.contentWindow);
is(events.length, 4,
"runForceCommitTest: wrong event count #9");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #9");
is(events[0].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #9`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #9");
is(events[1].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #9`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E",
[{startContainer: iframe2.contentDocument.body.firstChild,
startOffset: iframe2.contentDocument.body.firstChild.wholeText.indexOf("\u306E"),
endContainer: iframe2.contentDocument.body.firstChild,
endOffset: iframe2.contentDocument.body.firstChild.wholeText.indexOf("\u306E") + 1}],
"runForceCommitTest #9");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #9");
is(events[2].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #9`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #9");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #9");
is(events[3].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #9`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #9");
ok(!getHTMLEditorIMESupport(iframe2.contentWindow).isComposing,
"runForceCommitTest: the editable document still has composition #9");
ok(iframe2.contentDocument.body.innerHTML != iframe2BodyInnerHTML &&
iframe2.contentDocument.body.innerHTML.includes("\u306E"),
"runForceCommitTest: the editable document doesn't have the committed text #9");
// Make the composition in an editable document commit by click in another document's editor
textarea.value = "";
iframe2.contentWindow.focus();
iframe2.contentDocument.body.innerHTML = "Text in the Body";
iframe2BodyInnerHTML = iframe2.contentDocument.body.innerHTML;
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
}, iframe2.contentWindow);
events = [];
synthesizeMouseAtCenter(textarea, {});
is(events.length, 4,
"runForceCommitTest: wrong event count #10");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #10");
is(events[0].target, iframe2.contentDocument.body,
`runForceCommitTest: The ${events[0].type} event was fired on wrong event target #10`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #10");
is(events[1].target, iframe2.contentDocument.body,
`runForceCommitTest: The ${events[1].type} event was fired on wrong event target #10`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E",
[{startContainer: iframe2.contentDocument.body.firstChild,
startOffset: iframe2.contentDocument.body.firstChild.wholeText.indexOf("\u306E"),
endContainer: iframe2.contentDocument.body.firstChild,
endOffset: iframe2.contentDocument.body.firstChild.wholeText.indexOf("\u306E") + 1}],
"runForceCommitTest #10");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #10");
is(events[2].target, iframe2.contentDocument.body,
`runForceCommitTest: The ${events[2].type} event was fired on wrong event target #10`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #10");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #10");
is(events[3].target, iframe2.contentDocument.body,
`runForceCommitTest: The ${events[3].type} event was fired on wrong event target #10`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #10");
ok(!getHTMLEditorIMESupport(iframe2.contentWindow).isComposing,
"runForceCommitTest: the editable document still has composition #10");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea has composition #10");
ok(iframe2.contentDocument.body.innerHTML != iframe2BodyInnerHTML &&
iframe2.contentDocument.body.innerHTML.includes("\u306E"),
"runForceCommitTest: the editable document doesn't have the committed text #10");
is(textarea.value, "",
"runForceCommitTest: the textarea has the committed text? #10");
// Make the composition in an editable document commit by click in the another editable document
iframe2.contentWindow.focus();
iframe2.contentDocument.body.innerHTML = "Text in the Body";
iframe2BodyInnerHTML = iframe2.contentDocument.body.innerHTML;
iframe3.contentDocument.body.innerHTML = "Text in the Body";
let iframe3BodyInnerHTML = iframe2.contentDocument.body.innerHTML;
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
}, iframe2.contentWindow);
events = [];
synthesizeMouseAtCenter(iframe3.contentDocument.body, {}, iframe3.contentWindow);
is(events.length, 4,
"runForceCommitTest: wrong event count #11");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #11");
is(events[0].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #11`);
is(events[1].type, "beforeinput",
"runForceCommitTest: the 2nd event must be beforeinput #11");
is(events[1].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #11`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E",
[{startContainer: iframe2.contentDocument.body.firstChild,
startOffset: iframe2.contentDocument.body.firstChild.wholeText.indexOf("\u306E"),
endContainer: iframe2.contentDocument.body.firstChild,
endOffset: iframe2.contentDocument.body.firstChild.wholeText.indexOf("\u306E") + 1}],
"runForceCommitTest #11");
is(events[2].type, "compositionend",
"runForceCommitTest: the 3rd event must be compositionend #11");
is(events[2].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[2].type}" event was fired on wrong event target #11`);
is(events[2].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #11");
is(events[3].type, "input",
"runForceCommitTest: the 4th event must be input #11");
is(events[3].target, iframe2.contentDocument.body,
`runForceCommitTest: The "${events[3].type}" event was fired on wrong event target #11`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runForceCommitTest #11");
ok(!getHTMLEditorIMESupport(iframe2.contentWindow).isComposing,
"runForceCommitTest: the editable document still has composition #11");
ok(!getHTMLEditorIMESupport(iframe3.contentWindow).isComposing,
"runForceCommitTest: the other editable document has composition #11");
ok(iframe2.contentDocument.body.innerHTML != iframe2BodyInnerHTML &&
iframe2.contentDocument.body.innerHTML.includes("\u306E"),
"runForceCommitTest: the editable document doesn't have the committed text #11");
is(iframe3.contentDocument.body.innerHTML, iframe3BodyInnerHTML,
"runForceCommitTest: the other editable document has the committed text? #11");
input.focus();
input.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
input.value = "set value";
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runForceCommitTest: wrong event count #12");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #12");
is(events[0].target, input,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #12`);
is(events[1].type, "compositionend",
"runForceCommitTest: the 2nd event must be compositionend #12");
is(events[1].target, input,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #12`);
is(events[1].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #12");
ok(!getEditor(input).isComposing,
"runForceCommitTest: the input still has composition #12");
is(input.value, "set value",
"runForceCommitTest: the input doesn't have the set text #12");
textarea.focus();
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
textarea.value = "set value";
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runForceCommitTest: wrong event count #13");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #13");
is(events[0].target, textarea,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #13`);
is(events[1].type, "compositionend",
"runForceCommitTest: the 2nd event must be compositionend #13");
is(events[1].target, textarea,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #13`);
is(events[1].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #13");
ok(!getEditor(textarea).isComposing,
"runForceCommitTest: the textarea still has composition #13");
is(textarea.value, "set value",
"runForceCommitTest: the textarea doesn't have the set text #13");
input.focus();
input.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
input.value += " appended value";
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runForceCommitTest: wrong event count #14");
is(events[0].type, "text",
"runForceCommitTest: the 1st event must be text #14");
is(events[0].target, input,
`runForceCommitTest: The "${events[0].type}" event was fired on wrong event target #14`);
is(events[1].type, "compositionend",
"runForceCommitTest: the 2nd event must be compositionend #14");
is(events[1].target, input,
`runForceCommitTest: The "${events[1].type}" event was fired on wrong event target #14`);
is(events[1].data, "\u306E",
"runForceCommitTest: compositionend has wrong data #14");
ok(!getEditor(input).isComposing,
"runForceCommitTest: the input still has composition #14");
is(input.value, "\u306E appended value",
"runForceCommitTest: the input should have both composed text and appended text #14");
input.focus();
input.value = "abcd";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
input.value = "abcd\u306E";
is(events.length, 0,
"runForceCommitTest: setting same value to input with composition shouldn't cause any events #15");
is(input.value, "abcd\u306E",
"runForceCommitTest: the input has unexpected value #15");
input.blur(); // commit composition
textarea.focus();
textarea.value = "abcd";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
textarea.value = "abcd\u306E";
is(events.length, 0,
"runForceCommitTest: setting same value to textarea with composition shouldn't cause any events #16");
is(textarea.value, "abcd\u306E",
"runForceCommitTest: the input has unexpected value #16");
textarea.blur(); // commit composition
window.removeEventListener("compositionstart", eventHandler, true);
window.removeEventListener("compositionupdate", eventHandler, true);
window.removeEventListener("compositionend", eventHandler, true);
window.removeEventListener("beforeinput", eventHandler, true);
window.removeEventListener("input", eventHandler, true);
window.removeEventListener("text", eventHandler, true);
}
function runNestedSettingValue()
{
let isTesting = false;
let events = [];
function eventHandler(aEvent)
{
events.push(aEvent);
if (isTesting) {
aEvent.target.value += aEvent.type + ", ";
}
}
window.addEventListener("compositionstart", eventHandler, true);
window.addEventListener("compositionupdate", eventHandler, true);
window.addEventListener("compositionend", eventHandler, true);
window.addEventListener("beforeinput", eventHandler, true);
window.addEventListener("input", eventHandler, true);
window.addEventListener("text", eventHandler, true);
textarea.focus();
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
isTesting = true;
textarea.value = "first setting value, ";
isTesting = false;
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runNestedSettingValue: wrong event count #1");
is(events[0].type, "text",
"runNestedSettingValue: the 1st event must be text #1");
is(events[0].target, textarea,
`runNestedSettingValue: The "${events[0].type}" event was fired on wrong event target #1`);
is(events[1].type, "compositionend",
"runNestedSettingValue: the 2nd event must be compositionend #1");
is(events[1].target, textarea,
`runNestedSettingValue: The "${events[1].type}" event was fired on wrong event target #1`);
is(events[1].data, "\u306E",
"runNestedSettingValue: compositionend has wrong data #1");
ok(!getEditor(textarea).isComposing,
"runNestedSettingValue: the textarea still has composition #1");
is(textarea.value, "first setting value, text, compositionend, ",
"runNestedSettingValue: the textarea should have all string set to value attribute");
input.focus();
input.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
isTesting = true;
input.value = "first setting value, ";
isTesting = false;
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runNestedSettingValue: wrong event count #2");
is(events[0].type, "text",
"runNestedSettingValue: the 1st event must be text #2");
is(events[0].target, input,
`runNestedSettingValue: The "${events[0].type}" event was fired on wrong event target #2`);
is(events[1].type, "compositionend",
"runNestedSettingValue: the 2nd event must be compositionend #2");
is(events[1].target, input,
`runNestedSettingValue: The "${events[1].type}" event was fired on wrong event target #2`);
is(events[1].data, "\u306E",
"runNestedSettingValue: compositionend has wrong data #2");
ok(!getEditor(input).isComposing,
"runNestedSettingValue: the input still has composition #2");
is(textarea.value, "first setting value, text, compositionend, ",
"runNestedSettingValue: the input should have all string set to value attribute #2");
textarea.focus();
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
isTesting = true;
textarea.setRangeText("first setting value, ");
isTesting = false;
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runNestedSettingValue: wrong event count #3");
is(events[0].type, "text",
"runNestedSettingValue: the 1st event must be text #3");
is(events[0].target, textarea,
`runNestedSettingValue: The ${events[0].type} event was fired on wrong event target #3`);
is(events[1].type, "compositionend",
"runNestedSettingValue: the 2nd event must be compositionend #3");
is(events[1].target, textarea,
`runNestedSettingValue: The ${events[1].type} event was fired on wrong event target #3`);
is(events[1].data, "\u306E",
"runNestedSettingValue: compositionend has wrong data #3");
ok(!getEditor(textarea).isComposing,
"runNestedSettingValue: the textarea still has composition #3");
is(textarea.value, "\u306Efirst setting value, text, compositionend, ",
"runNestedSettingValue: the textarea should have appended by setRangeText() and all string set to value attribute #3");
input.focus();
input.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
events = [];
isTesting = true;
input.setRangeText("first setting value, ");
isTesting = false;
// In this case, the result of committing composition won't appear since
// the new value overwrites it. Therefore, neither `beforeinput` nor `input`
// event is fired.
is(events.length, 2,
"runNestedSettingValue: wrong event count #4");
is(events[0].type, "text",
"runNestedSettingValue: the 1st event must be text #4");
is(events[0].target, input,
`runNestedSettingValue: The "${events[0].type}" event was fired on wrong event target #4`);
is(events[1].type, "compositionend",
"runNestedSettingValue: the 2nd event must be compositionend #4");
is(events[1].target, input,
`runNestedSettingValue: The "${events[1].type}" event was fired on wrong event target #4`);
is(events[1].data, "\u306E",
"runNestedSettingValue: compositionend has wrong data #4");
ok(!getEditor(input).isComposing,
"runNestedSettingValue: the input still has composition #4");
is(textarea.value, "\u306Efirst setting value, text, compositionend, ",
"runNestedSettingValue: the input should have all string appended by setRangeText() and set to value attribute #4");
window.removeEventListener("compositionstart", eventHandler, true);
window.removeEventListener("compositionupdate", eventHandler, true);
window.removeEventListener("compositionend", eventHandler, true);
window.removeEventListener("beforeinput", eventHandler, true);
window.removeEventListener("input", eventHandler, true);
window.removeEventListener("text", eventHandler, true);
}
async function runAsyncForceCommitTest()
{
let events;
function eventHandler(aEvent)
{
events.push(aEvent);
};
// If IME commits composition for a request, TextComposition commits
// composition automatically because most web apps must expect that active
// composition should be committed synchronously. Therefore, in this case,
// a click during composition should cause committing composition
// synchronously and delayed commit shouldn't cause composition events.
let commitRequested = false;
let onFinishTest = null;
function callback(aTIP, aNotification)
{
ok(true, aNotification.type);
if (aNotification.type != "request-to-commit") {
return true;
}
commitRequested = true;
if (onFinishTest) {
let resolve = onFinishTest;
onFinishTest = null;
SimpleTest.executeSoon(() => {
events = [];
aTIP.commitComposition();
is(events.length, 0,
"runAsyncForceCommitTest: composition events shouldn't been fired by asynchronous call of nsITextInputProcessor.commitComposition()");
SimpleTest.executeSoon(resolve);
});
}
return true;
};
function promiseCleanUp() {
return new Promise(resolve => { onFinishTest = resolve; });
}
window.addEventListener("compositionstart", eventHandler, true);
window.addEventListener("compositionupdate", eventHandler, true);
window.addEventListener("compositionend", eventHandler, true);
window.addEventListener("beforeinput", eventHandler, true);
window.addEventListener("input", eventHandler, true);
window.addEventListener("text", eventHandler, true);
// Make the composition in textarea commit by click in the textarea
textarea.focus();
textarea.value = "";
events = [];
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
}, window, callback);
is(events.length, 5,
"runAsyncForceCommitTest: wrong event count #1");
is(events[0].type, "compositionstart",
"runAsyncForceCommitTest: the 1st event must be compositionstart #1");
is(events[1].type, "compositionupdate",
"runAsyncForceCommitTest: the 2nd event must be compositionupdate #1");
is(events[2].type, "text",
"runAsyncForceCommitTest: the 3rd event must be text #1");
is(events[3].type, "beforeinput",
"runAsyncForceCommitTest: the 4th event must be beforeinput #1");
checkInputEvent(events[3], true, "insertCompositionText", "\u306E", [],
"runAsyncForceCommitTest #1");
is(events[4].type, "input",
"runAsyncForceCommitTest: the 5th event must be input #1");
checkInputEvent(events[4], true, "insertCompositionText", "\u306E", [],
"runAsyncForceCommitTest #1");
events = [];
let waitCleanState = promiseCleanUp();
synthesizeMouseAtCenter(textarea, {});
ok(commitRequested,
"runAsyncForceCommitTest: \"request-to-commit\" should've been notified");
is(events.length, 4,
"runAsyncForceCommitTest: wrong event count #2");
is(events[0].type, "text",
"runAsyncForceCommitTest: the 1st event must be text #2");
is(events[0].target, textarea,
`runAsyncForceCommitTest: The "${events[0].type}" event was fired on wrong event target #2`);
is(events[1].type, "beforeinput",
"runAsyncForceCommitTest: the 2nd event must be beforeinput #2");
is(events[1].target, textarea,
`runAsyncForceCommitTest: The "${events[1].type}" event was fired on wrong event target #2`);
checkInputEvent(events[1], true, "insertCompositionText", "\u306E", [],
"runAsyncForceCommitTest #2");
is(events[2].type, "compositionend",
"runAsyncForceCommitTest: the 3rd event must be compositionend #2");
is(events[2].target, textarea,
`runAsyncForceCommitTest: The "${events[2].type}" event was fired on wrong event target #2`);
is(events[2].data, "\u306E",
"runAsyncForceCommitTest: compositionend has wrong data #2");
is(events[3].type, "input",
"runAsyncForceCommitTest: the 4th event must be input #2");
is(events[3].target, textarea,
`runAsyncForceCommitTest: The "${events[3].type}" event was fired on wrong event target #2`);
checkInputEvent(events[3], false, "insertCompositionText", "\u306E", [],
"runAsyncForceCommitTest #2");
ok(!getEditor(textarea).isComposing,
"runAsyncForceCommitTest: the textarea still has composition #2");
is(textarea.value, "\u306E",
"runAsyncForceCommitTest: the textarea doesn't have the committed text #2");
await waitCleanState;
window.removeEventListener("compositionstart", eventHandler, true);
window.removeEventListener("compositionupdate", eventHandler, true);
window.removeEventListener("compositionend", eventHandler, true);
window.removeEventListener("beforeinput", eventHandler, true);
window.removeEventListener("input", eventHandler, true);
window.removeEventListener("text", eventHandler, true);
}
function runBug811755Test()
{
iframe2.contentDocument.body.innerHTML = "<div>content<br/></div>";
iframe2.contentWindow.focus();
// Query everything
let textContent = synthesizeQueryTextContent(0, 10);
if (!checkQueryContentResult(textContent, "runBug811755Test: synthesizeQueryTextContent #1")) {
return;
}
// Query everything but specify exact end offset, which should be immediately after the <br> node
// If PreContentIterator is used, the next node after <br> is the node after </div>.
// If ContentIterator is used, the next node is the <div> node itself. In this case, the end
// node ends up being before the start node, and an empty string is returned.
let queryContent = synthesizeQueryTextContent(0, textContent.text.length);
if (!checkQueryContentResult(queryContent, "runBug811755Test: synthesizeQueryTextContent #2")) {
return;
}
is(queryContent.text, textContent.text, "runBug811755Test: two queried texts don't match");
}
function runIsComposingTest()
{
let expectedIsComposing = false;
let description = "";
function eventHandler(aEvent)
{
if (aEvent.type == "keydown" || aEvent.type == "keyup") {
is(aEvent.isComposing, expectedIsComposing,
"runIsComposingTest: " + description + " (type=" + aEvent.type + ", key=" + aEvent.key + ")");
} else if (aEvent.type == "keypress") {
// keypress event shouldn't be fired during composition so that isComposing should be always false.
is(aEvent.isComposing, false,
"runIsComposingTest: " + description + " (type=" + aEvent.type + ")");
} else {
checkInputEvent(aEvent, expectedIsComposing, "insertCompositionText", "\u3042", [],
`runIsComposingTest: ${description}`);
}
}
function onComposition(aEvent)
{
if (aEvent.type == "compositionstart") {
expectedIsComposing = true;
} else if (aEvent.type == "compositionend") {
expectedIsComposing = false;
}
}
textarea.addEventListener("keydown", eventHandler, true);
textarea.addEventListener("keypress", eventHandler, true);
textarea.addEventListener("keyup", eventHandler, true);
textarea.addEventListener("beforeinput", eventHandler, true);
textarea.addEventListener("input", eventHandler, true);
textarea.addEventListener("compositionstart", onComposition, true);
textarea.addEventListener("compositionend", onComposition, true);
textarea.focus();
textarea.value = "";
// XXX These cases shouldn't occur in actual native key events because we
description = "events before dispatching compositionstart";
synthesizeKey("KEY_ArrowLeft");
description = "events after dispatching compositionchange";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 },
"key": { key: "a", code: "KeyA", keyCode: KeyboardEvent.DOM_VK_A },
});
// Although, firing keypress event during composition is a bug.
synthesizeKey("KEY_Insert");
description = "events for committing composition string";
synthesizeComposition({ type: "compositioncommitasis",
key: { key: "KEY_Enter", code: "Enter", type: "keydown" } });
// input event will be fired by synthesizing compositionend event.
// Then, its isComposing should be false.
description = "events after dispatching compositioncommitasis";
synthesizeKey("KEY_Enter", {type: "keyup"});
textarea.removeEventListener("keydown", eventHandler, true);
textarea.removeEventListener("keypress", eventHandler, true);
textarea.removeEventListener("keyup", eventHandler, true);
textarea.removeEventListener("beforeinput", eventHandler, true);
textarea.removeEventListener("input", eventHandler, true);
textarea.removeEventListener("compositionstart", onComposition, true);
textarea.removeEventListener("compositionend", onComposition, true);
textarea.value = "";
}
function runRedundantChangeTest()
{
textarea.focus();
let result = [];
function clearResult()
{
result = [];
}
function handler(aEvent)
{
result.push(aEvent);
}
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
textarea.addEventListener("beforeinput", handler, true);
textarea.addEventListener("input", handler, true);
textarea.addEventListener("text", handler, true);
textarea.value = "";
// synthesize change event
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
is(result.length, 4,
"runRedundantChangeTest: 4 events should be fired after synthesizing composition change #1");
is(result[0].type, "compositionupdate",
"runRedundantChangeTest: compositionupdate should be fired after synthesizing composition change #1");
is(result[1].type, "text",
"runRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string #1");
is(result[2].type, "beforeinput",
"runRedundantChangeTest: beforeinput should be fired after synthesizing composition change #1");
checkInputEvent(result[2], true, "insertCompositionText", "\u3042", [],
"runRedundantChangeTest: after synthesizing composition change #1");
is(result[3].type, "input",
"runRedundantChangeTest: input should be fired after synthesizing composition change #1");
checkInputEvent(result[3], true, "insertCompositionText", "\u3042", [],
"runRedundantChangeTest: after synthesizing composition change #1");
is(textarea.value, "\u3042", "runRedundantChangeTest: textarea has uncommitted string #1");
// synthesize another change event
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042\u3044",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
is(result.length, 4,
"runRedundantChangeTest: 4 events should be fired after synthesizing composition change #2");
is(result[0].type, "compositionupdate",
"runRedundantChangeTest: compositionupdate should be fired after synthesizing composition change #2");
is(result[1].type, "text",
"runRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string #2");
is(result[2].type, "beforeinput",
"runRedundantChangeTest: beforeinput should be fired after synthesizing composition change #2");
checkInputEvent(result[2], true, "insertCompositionText", "\u3042\u3044", [],
"runRedundantChangeTest: after synthesizing composition change #2");
is(result[3].type, "input",
"runRedundantChangeTest: input should be fired after synthesizing composition change #2");
checkInputEvent(result[3], true, "insertCompositionText", "\u3042\u3044", [],
"runRedundantChangeTest: after synthesizing composition change #2");
is(textarea.value, "\u3042\u3044", "runRedundantChangeTest: textarea has uncommitted string #2");
// synthesize same change event again
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3042\u3044",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
is(result.length, 0, "runRedundantChangeTest: no events should be fired after synthesizing composition change again");
is(textarea.value, "\u3042\u3044", "runRedundantChangeTest: textarea has uncommitted string #3");
// synthesize commit-as-is
clearResult();
synthesizeComposition({ type: "compositioncommitasis" });
is(result.length, 4,
"runRedundantChangeTest: 4 events should be fired after synthesizing composition commit-as-is");
is(result[0].type, "text",
"runRedundantChangeTest: text should be fired after synthesizing composition commit-as-is for removing the ranges");
is(result[1].type, "beforeinput",
"runRedundantChangeTest: beforeinput should be fired after synthesizing composition commit-as-is for removing the ranges");
checkInputEvent(result[1], true, "insertCompositionText", "\u3042\u3044", [],
"runRedundantChangeTest: at synthesizing commit-as-is");
is(result[2].type, "compositionend",
"runRedundantChangeTest: compositionend should be fired after synthesizing composition commit-as-is");
is(result[3].type, "input",
"runRedundantChangeTest: input should be fired before compositionend at synthesizing commit-as-is");
checkInputEvent(result[3], false, "insertCompositionText", "\u3042\u3044", [],
"runRedundantChangeTest: at synthesizing commit-as-is");
is(textarea.value, "\u3042\u3044", "runRedundantChangeTest: textarea has the commit string");
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
textarea.removeEventListener("beforeinput", handler, true);
textarea.removeEventListener("input", handler, true);
textarea.removeEventListener("text", handler, true);
}
function runNotRedundantChangeTest()
{
textarea.focus();
let result = [];
function clearResult()
{
result = [];
}
function handler(aEvent)
{
result.push(aEvent);
}
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
textarea.addEventListener("beforeinput", handler, true);
textarea.addEventListener("input", handler, true);
textarea.addEventListener("text", handler, true);
textarea.value = "abcde";
// synthesize change event with non-null ranges
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "ABCDE",
"clauses":
[
{ "length": 5, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 5, "length": 0 }
});
is(result.length, 4,
"runNotRedundantChangeTest: 4 events should be fired after synthesizing composition change with non-null ranges");
is(result[0].type, "compositionupdate",
"runNotRedundantChangeTest: compositionupdate should be fired after synthesizing composition change with non-null ranges");
is(result[1].type, "text",
"runNotRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string with non-null ranges");
is(result[2].type, "beforeinput",
"runNotRedundantChangeTest: beforeinput should be fired after synthesizing composition change with non-null ranges");
checkInputEvent(result[2], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with non-null ranges");
is(result[3].type, "input",
"runNotRedundantChangeTest: input should be fired after synthesizing composition change with non-null ranges");
checkInputEvent(result[3], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with non-null ranges");
is(textarea.value, "abcdeABCDE", "runNotRedundantChangeTest: textarea has uncommitted string #1");
// synthesize change event with null ranges
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "ABCDE",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
});
is(result.length, 3,
"runNotRedundantChangeTest: 3 events should be fired after synthesizing composition change with null ranges after non-null ranges");
is(result[0].type, "text",
"runNotRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string with null ranges after non-null ranges");
is(result[1].type, "beforeinput",
"runNotRedundantChangeTest: beforeinput should be fired after synthesizing composition change because it's dispatched when there is composing string with null ranges after non-null ranges");
checkInputEvent(result[1], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with null ranges after non-null ranges");
is(result[2].type, "input",
"runNotRedundantChangeTest: input should be fired after synthesizing composition change with null ranges after non-null ranges");
checkInputEvent(result[2], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with null ranges after non-null ranges");
is(textarea.value, "abcdeABCDE", "runNotRedundantChangeTest: textarea has uncommitted string #2");
// synthesize change event with non-null ranges
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "ABCDE",
"clauses":
[
{ "length": 5, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 5, "length": 0 }
});
is(result.length, 3,
"runNotRedundantChangeTest: 3 events should be fired after synthesizing composition change with null ranges after non-null ranges");
is(result[0].type, "text",
"runNotRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string with non-null ranges after null ranges");
is(result[1].type, "beforeinput",
"runNotRedundantChangeTest: beforeinput should be fired after synthesizing composition change because it's dispatched when there is composing string with non-null ranges after null ranges");
checkInputEvent(result[1], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with non-null ranges after null ranges");
is(result[2].type, "input",
"runNotRedundantChangeTest: input should be fired after synthesizing composition change with non-null ranges after null ranges");
checkInputEvent(result[2], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with non-null ranges after null ranges");
is(textarea.value, "abcdeABCDE", "runNotRedundantChangeTest: textarea has uncommitted string #3");
// synthesize change event with empty data and null ranges
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "",
"clauses":
[
{ "length": 0, "attr": 0 }
]
},
});
is(result.length, 4,
"runNotRedundantChangeTest: 4 events should be fired after synthesizing composition change with empty data and null ranges after non-null ranges");
is(result[0].type, "compositionupdate",
"runNotRedundantChangeTest: compositionupdate should be fired after synthesizing composition change with empty data and null ranges after non-null ranges");
is(result[1].type, "text",
"runNotRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string with empty data and null ranges after non-null ranges");
is(result[2].type, "beforeinput",
"runNotRedundantChangeTest: beforeinput should be fired after synthesizing composition change with empty data and null ranges after non-null ranges");
checkInputEvent(result[2], true, "insertCompositionText", "", [],
"runNotRedundantChangeTest: after synthesizing composition change with empty data and null ranges after non-null ranges");
is(result[3].type, "input",
"runNotRedundantChangeTest: input should be fired after synthesizing composition change with empty data and null ranges after non-null ranges");
checkInputEvent(result[3], true, "insertCompositionText", "", [],
"runNotRedundantChangeTest: after synthesizing composition change with empty data and null ranges after non-null ranges");
is(textarea.value, "abcde", "runNotRedundantChangeTest: textarea doesn't have uncommitted string #1");
// synthesize change event with non-null ranges
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": "ABCDE",
"clauses":
[
{ "length": 5, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 5, "length": 0 }
});
is(result.length, 4,
"runNotRedundantChangeTest: 4 events should be fired after synthesizing composition change with non-null ranges after empty data and null ranges");
is(result[0].type, "compositionupdate",
"runNotRedundantChangeTest: compositionupdate should be fired after synthesizing composition change with non-null ranges after empty data and null ranges");
is(result[1].type, "text",
"runNotRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string with non-null ranges after empty data and null ranges");
is(result[2].type, "beforeinput",
"runNotRedundantChangeTest: beforeinput should be fired after synthesizing composition change with non-null ranges after empty data and null ranges");
checkInputEvent(result[2], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with non-null ranges after empty data and null ranges");
is(result[3].type, "input",
"runNotRedundantChangeTest: input should be fired after synthesizing composition change with non-null ranges after empty data and null ranges");
checkInputEvent(result[3], true, "insertCompositionText", "ABCDE", [],
"runNotRedundantChangeTest: after synthesizing composition change with non-null ranges after empty data and null ranges");
is(textarea.value, "abcdeABCDE", "runNotRedundantChangeTest: textarea has uncommitted string #4");
clearResult();
synthesizeComposition({ type: "compositioncommit", data: "" });
is(result.length, 5,
"runNotRedundantChangeTest: 5 events should be fired after synthesizing composition commit with empty data after non-empty data");
is(result[0].type, "compositionupdate",
"runNotRedundantChangeTest: compositionupdate should be fired after synthesizing composition commit with empty data after non-empty data");
is(result[1].type, "text",
"runNotRedundantChangeTest: text should be fired after synthesizing composition change because it's dispatched when there is composing string with empty data after non-empty data");
is(result[2].type, "beforeinput",
"runNotRedundantChangeTest: beforeinput should be fired after synthesizing composition commit with empty data after non-empty data");
checkInputEvent(result[2], true, "insertCompositionText", "", [],
"runNotRedundantChangeTest: after synthesizing composition change with empty data after non-empty data");
is(result[3].type, "compositionend",
"runNotRedundantChangeTest: compositionend should be fired after synthesizing composition commit with empty data after non-empty data");
is(result[4].type, "input",
"runNotRedundantChangeTest: input should be fired after compositionend after synthesizing composition change with empty data after non-empty data");
checkInputEvent(result[4], false, "insertCompositionText", "", [],
"runNotRedundantChangeTest: after synthesizing composition change with empty data after non-empty data");
is(textarea.value, "abcde", "runNotRedundantChangeTest: textarea doesn't have uncommitted string #2");
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
textarea.removeEventListener("beforeinput", handler, true);
textarea.removeEventListener("input", handler, true);
textarea.removeEventListener("text", handler, true);
}
function runNativeLineBreakerTest()
{
textarea.focus();
let result = {};
function clearResult()
{
result = { compositionupdate: null, compositionend: null };
}
function handler(aEvent)
{
result[aEvent.type] = aEvent.data;
}
Services.prefs.setBoolPref("dom.compositionevent.allow_control_characters", false);
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
// '\n' in composition string shouldn't be changed.
clearResult();
textarea.value = "";
let clauses = [ "abc\n", "def\n\ng", "hi\n", "\njkl" ];
let caret = clauses[0] + clauses[1] + clauses[2];
synthesizeCompositionChange(
{ "composition":
{ "string": clauses.join(''),
"clauses":
[
{ "length": clauses[0].length,
"attr": COMPOSITION_ATTR_RAW_CLAUSE },
{ "length": clauses[1].length,
"attr": COMPOSITION_ATTR_SELECTED_RAW_CLAUSE },
{ "length": clauses[2].length,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": clauses[3].length,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
]
},
"caret": { "start": caret.length, "length": 0 }
});
checkSelection(caret.replace(/\n/g, "\n").length + (kLFLen - 1) * 4, "", "runNativeLineBreakerTest", "#1");
checkIMESelection("RawClause", true, 0, clauses[0].replace(/\n/g, kLF), "runNativeLineBreakerTest: \\n shouldn't be replaced with any character #1");
checkIMESelection("SelectedRawClause", true, clauses[0].replace(/\n/g, kLF).length, clauses[1].replace(/\n/g, kLF), "runNativeLineBreakerTest: \\n shouldn't be replaced with any character #1");
checkIMESelection("ConvertedClause", true, (clauses[0] + clauses[1]).replace(/\n/g, kLF).length, clauses[2].replace(/\n/g, kLF), "runNativeLineBreakerTest: \\n shouldn't be replaced with any character #1");
checkIMESelection("SelectedClause", true, (clauses[0] + clauses[1] + clauses[2]).replace(/\n/g, kLF).length, clauses[3].replace(/\n/g, kLF), "runNativeLineBreakerTest: \\n shouldn't be replaced with any character #1");
is(result.compositionupdate, clauses.join('').replace(/\n/g, "\n"), "runNativeLineBreakerTest: \\n in compositionupdate.data shouldn't be removed nor replaced with other characters #1");
is(textarea.value, clauses.join('').replace(/\n/g, "\n"), "runNativeLineBreakerTest: \\n in textarea.value shouldn't be removed nor replaced with other characters #1");
synthesizeComposition({ type: "compositioncommit", data: clauses.join('') });
checkSelection(clauses.join('').replace(/\n/g, "\n").length + (kLFLen - 1) * 5, "", "runNativeLineBreakerTest", "#2");
is(result.compositionend, clauses.join('').replace(/\n/g, "\n"), "runNativeLineBreakerTest: \\n in compositionend.data shouldn't be removed nor replaced with other characters #2");
is(textarea.value, clauses.join('').replace(/\n/g, "\n"), "runNativeLineBreakerTest: \\n in textarea.value shouldn't be removed nor replaced with other characters #2");
// \r\n in composition string should be replaced with \n.
clearResult();
textarea.value = "";
clauses = [ "abc\r\n", "def\r\n\r\ng", "hi\r\n", "\r\njkl" ];
caret = clauses[0] + clauses[1] + clauses[2];
synthesizeCompositionChange(
{ "composition":
{ "string": clauses.join(''),
"clauses":
[
{ "length": clauses[0].length,
"attr": COMPOSITION_ATTR_RAW_CLAUSE },
{ "length": clauses[1].length,
"attr": COMPOSITION_ATTR_SELECTED_RAW_CLAUSE },
{ "length": clauses[2].length,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": clauses[3].length,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
]
},
"caret": { "start": caret.length, "length": 0 }
});
checkSelection(caret.replace(/\r\n/g, "\n").length + (kLFLen - 1) * 4, "", "runNativeLineBreakerTest", "#3");
checkIMESelection("RawClause", true, 0, clauses[0].replace(/\r\n/g, kLF), "runNativeLineBreakerTest: \\r\\n should be replaced with \\n #3");
checkIMESelection("SelectedRawClause", true, clauses[0].replace(/\r\n/g, kLF).length, clauses[1].replace(/\r\n/g, kLF), "runNativeLineBreakerTest: \\r\\n should be replaced with \\n #3");
checkIMESelection("ConvertedClause", true, (clauses[0] + clauses[1]).replace(/\r\n/g, kLF).length, clauses[2].replace(/\r\n/g, kLF), "runNativeLineBreakerTest: \\r\\n should be replaced with \\n #3");
checkIMESelection("SelectedClause", true, (clauses[0] + clauses[1] + clauses[2]).replace(/\r\n/g, kLF).length, clauses[3].replace(/\r\n/g, kLF), "runNativeLineBreakerTest: \\r\\n should be replaced with \\n #3");
is(result.compositionupdate, clauses.join('').replace(/\r\n/g, "\n"), "runNativeLineBreakerTest: \\r\\n in compositionudpate.data should be replaced with \\n #3");
is(textarea.value, clauses.join('').replace(/\r\n/g, "\n"), "runNativeLineBreakerTest: \\r\\n in textarea.value should be replaced with \\n #3");
synthesizeComposition({ type: "compositioncommit", data: clauses.join('') });
checkSelection(clauses.join('').replace(/\r\n/g, "\n").length + (kLFLen - 1) * 5, "", "runNativeLineBreakerTest", "#4");
is(result.compositionend, clauses.join('').replace(/\r\n/g, "\n"), "runNativeLineBreakerTest: \\r\\n in compositionend.data should be replaced with \\n #4");
is(textarea.value, clauses.join('').replace(/\r\n/g, "\n"), "runNativeLineBreakerTest: \\r\\n in textarea.value should be replaced with \\n #4");
// \r (not followed by \n) in composition string should be replaced with \n.
clearResult();
textarea.value = "";
clauses = [ "abc\r", "def\r\rg", "hi\r", "\rjkl" ];
caret = clauses[0] + clauses[1] + clauses[2];
synthesizeCompositionChange(
{ "composition":
{ "string": clauses.join(''),
"clauses":
[
{ "length": clauses[0].length,
"attr": COMPOSITION_ATTR_RAW_CLAUSE },
{ "length": clauses[1].length,
"attr": COMPOSITION_ATTR_SELECTED_RAW_CLAUSE },
{ "length": clauses[2].length,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": clauses[3].length,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
]
},
"caret": { "start": caret.length, "length": 0 }
});
checkSelection(caret.replace(/\r/g, "\n").length + (kLFLen - 1) * 4, "", "runNativeLineBreakerTest", "#5");
checkIMESelection("RawClause", true, 0, clauses[0].replace(/\r/g, kLF), "runNativeLineBreakerTest: \\r should be replaced with \\n #5");
checkIMESelection("SelectedRawClause", true, clauses[0].replace(/\r/g, kLF).length, clauses[1].replace(/\r/g, kLF), "runNativeLineBreakerTest: \\r should be replaced with \\n #5");
checkIMESelection("ConvertedClause", true, (clauses[0] + clauses[1]).replace(/\r/g, kLF).length, clauses[2].replace(/\r/g, kLF), "runNativeLineBreakerTest: \\r should be replaced with \\n #5");
checkIMESelection("SelectedClause", true, (clauses[0] + clauses[1] + clauses[2]).replace(/\r/g, kLF).length, clauses[3].replace(/\r/g, kLF), "runNativeLineBreakerTest: \\r should be replaced with \\n #5");
is(result.compositionupdate, clauses.join('').replace(/\r/g, "\n"), "runNativeLineBreakerTest: \\r in compositionupdate.data should be replaced with \\n #5");
is(textarea.value, clauses.join('').replace(/\r/g, "\n"), "runNativeLineBreakerTest: \\r in textarea.value should be replaced with \\n #5");
synthesizeComposition({ type: "compositioncommit", data: clauses.join('') });
checkSelection(clauses.join('').replace(/\r/g, "\n").length + (kLFLen - 1) * 5, "", "runNativeLineBreakerTest", "#6");
is(result.compositionend, clauses.join('').replace(/\r/g, "\n"), "runNativeLineBreakerTest: \\r in compositionend.data should be replaced with \\n #6");
is(textarea.value, clauses.join('').replace(/\r/g, "\n"), "runNativeLineBreakerTest: \\r in textarea.value should be replaced with \\n #6");
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
Services.prefs.clearUserPref("dom.compositionevent.allow_control_characters");
}
function runControlCharTest()
{
textarea.focus();
let result = {};
function clearResult()
{
result = { compositionupdate: null, compositionend: null };
}
function handler(aEvent)
{
result[aEvent.type] = aEvent.data;
}
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
textarea.value = "";
let controlChars = String.fromCharCode.apply(null, Object.keys(Array.from({length:0x20}))) + "\x7F";
let allowedChars = "\t\n\n";
let data = "AB" + controlChars + "CD" + controlChars + "EF";
let removedData = "AB" + allowedChars + "CD" + allowedChars + "EF";
let DIndex = data.indexOf("D");
let removedDIndex = removedData.indexOf("D");
// input string contains control characters
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": data,
"clauses":
[
{ "length": DIndex,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": data.length - DIndex,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": DIndex, "length": 0 }
});
checkSelection(removedDIndex + (kLFLen - 1) * 2, "", "runControlCharTest", "#1")
is(result.compositionupdate, removedData, "runControlCharTest: control characters in event.data should be removed in compositionupdate event #1");
is(textarea.value, removedData, "runControlCharTest: control characters should not appear in textarea #1");
synthesizeComposition({ type: "compositioncommit", data });
is(result.compositionend, removedData, "runControlCharTest: control characters in event.data should be removed in compositionend event #2");
is(textarea.value, removedData, "runControlCharTest: control characters should not appear in textarea #2");
textarea.value = "";
clearResult();
Services.prefs.setBoolPref("dom.compositionevent.allow_control_characters", true);
// input string contains control characters, allowing control characters
clearResult();
synthesizeCompositionChange(
{ "composition":
{ "string": data,
"clauses":
[
{ "length": DIndex,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": data.length - DIndex,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": DIndex, "length": 0 }
});
checkSelection(DIndex + (kLFLen - 1) * 2, "", "runControlCharTest", "#3")
is(result.compositionupdate, data.replace(/\r/g, "\n"), "runControlCharTest: control characters in event.data should not be removed in compositionupdate event #3");
is(textarea.value, data.replace(/\r/g, "\n"), "runControlCharTest: control characters should appear in textarea #3");
synthesizeComposition({ type: "compositioncommit", data });
is(result.compositionend, data.replace(/\r/g, "\n"), "runControlCharTest: control characters in event.data should not be removed in compositionend event #4");
is(textarea.value, data.replace(/\r/g, "\n"), "runControlCharTest: control characters should appear in textarea #4");
Services.prefs.clearUserPref("dom.compositionevent.allow_control_characters");
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
}
async function runRemoveContentTest()
{
let events = [];
function eventHandler(aEvent)
{
events.push(aEvent);
}
textarea.addEventListener("compositionstart", eventHandler, true);
textarea.addEventListener("compositionupdate", eventHandler, true);
textarea.addEventListener("compositionend", eventHandler, true);
textarea.addEventListener("beforeinput", eventHandler, true);
textarea.addEventListener("input", eventHandler, true);
textarea.addEventListener("text", eventHandler, true);
textarea.focus();
textarea.value = "";
synthesizeCompositionChange(
{ "composition":
{ "string": "\u306E",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
let nextSibling = textarea.nextSibling;
let parent = textarea.parentElement;
events = [];
parent.removeChild(textarea);
await waitForEventLoops(50);
// XXX Currently, "input" event and "beforeinput" event are not fired on removed content.
is(events.length, 3,
"runRemoveContentTest: wrong event count #1");
is(events[0].type, "compositionupdate",
"runRemoveContentTest: the 1st event must be compositionupdate #1");
is(events[0].target, textarea,
`runRemoveContentTest: The "${events[0].type}" event was fired on wrong event target #1`);
is(events[0].data, "",
"runRemoveContentTest: compositionupdate has wrong data #1");
is(events[1].type, "text",
"runRemoveContentTest: the 2nd event must be text #1");
is(events[1].target, textarea,
`runRemoveContentTest: The "${events[1].type}" event was fired on wrong event target #1`);
todo_is(events[2].type, "beforeinput",
"runRemoveContentTest: the 3rd event must be beforeinput #1");
// is(events[2].target, textarea,
// `runRemoveContentTest: The "${events[2].type}" event was fired on wrong event target #1`);
// checkInputEvent(events[2], true, "insertCompositionText", "", [],
// "runRemoveContentTest: #1");
is(events[2].type, "compositionend",
"runRemoveContentTest: the 4th event must be compositionend #1");
is(events[2].target, textarea,
`runRemoveContentTest: The "${events[2].type}" event was fired on wrong event target #1`);
is(events[2].data, "",
"runRemoveContentTest: compositionend has wrong data #1");
ok(!getEditor(textarea).isComposing,
"runRemoveContentTest: the textarea still has composition #1");
todo_is(textarea.value, "",
"runRemoveContentTest: the textarea has the committed text? #1");
parent.insertBefore(textarea, nextSibling);
textarea.focus();
textarea.value = "";
synthesizeComposition({ type: "compositionstart" });
events = [];
parent.removeChild(textarea);
await waitForEventLoops(50);
// XXX Currently, "input" event and "beforeinput" event are not fired on removed content.
is(events.length, 2,
"runRemoveContentTest: wrong event count #2");
is(events[0].type, "text",
"runRemoveContentTest: the 1st event must be text #2");
is(events[0].target, textarea,
`runRemoveContentTest: The ${events[0].type} event was fired on wrong event target #2`);
todo_is(events[1].type, "beforeinput",
"runRemoveContentTest: the 2nd event must be beforeinput #2");
// is(events[1].target, textarea,
// `runRemoveContentTest: The ${events[1].type} event was fired on wrong event target #2`);
// checkInputEvent(events[1], true, "insertCompositionText", "", [],
// "runRemoveContentTest: #2");
is(events[1].type, "compositionend",
"runRemoveContentTest: the 3rd event must be compositionend #2");
is(events[1].target, textarea,
`runRemoveContentTest: The ${events[1].type} event was fired on wrong event target #2`);
is(events[1].data, "",
"runRemoveContentTest: compositionupdate has wrong data #2");
ok(!getEditor(textarea).isComposing,
"runRemoveContentTest: the textarea still has composition #2");
is(textarea.value, "",
"runRemoveContentTest: the textarea has the committed text? #2");
parent.insertBefore(textarea, nextSibling);
textarea.removeEventListener("compositionstart", eventHandler, true);
textarea.removeEventListener("compositionupdate", eventHandler, true);
textarea.removeEventListener("compositionend", eventHandler, true);
textarea.removeEventListener("beforeinput", eventHandler, true);
textarea.removeEventListener("input", eventHandler, true);
textarea.removeEventListener("text", eventHandler, true);
await waitForTick();
}
function runTestOnAnotherContext(aPanelOrFrame, aFocusedEditor, aTestName)
{
aFocusedEditor.value = "";
// The frames and panel are cross-origin, and we no longer
// propagate flushes to parent cross-origin iframes explicitly,
// so flush our own layout here so the positions are correct.
document.documentElement.getBoundingClientRect();
let editorRect = synthesizeQueryEditorRect();
if (!checkQueryContentResult(editorRect, aTestName + ": editorRect")) {
return;
}
let r = aPanelOrFrame.getBoundingClientRect();
let parentRect = {
left: r.left * window.devicePixelRatio,
top: r.top * window.devicePixelRatio,
width: (r.right - r.left) * window.devicePixelRatio,
height: (r.bottom - r.top) * window.devicePixelRatio,
};
checkRectContainsRect(editorRect, parentRect, aTestName +
": the editor rect coordinates are wrong");
// input characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3078\u3093\u3057\u3093",
"clauses":
[
{ "length": 4, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 }
});
if (!checkContent("\u3078\u3093\u3057\u3093", aTestName, "#1-1") ||
!checkSelection(4, "", aTestName, "#1-1")) {
return;
}
// convert them #1
synthesizeCompositionChange(
{ "composition":
{ "string": "\u8FD4\u4FE1",
"clauses":
[
{ "length": 2,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
if (!checkContent("\u8FD4\u4FE1", aTestName, "#1-2") ||
!checkSelection(2, "", aTestName, "#1-2")) {
return;
}
// convert them #2
synthesizeCompositionChange(
{ "composition":
{ "string": "\u5909\u8EAB",
"clauses":
[
{ "length": 2,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
if (!checkContent("\u5909\u8EAB", aTestName, "#1-3") ||
!checkSelection(2, "", aTestName, "#1-3")) {
return;
}
// commit them
synthesizeComposition({ type: "compositioncommitasis" });
if (!checkContent("\u5909\u8EAB", aTestName, "#1-4") ||
!checkSelection(2, "", aTestName, "#1-4")) {
return;
}
is(aFocusedEditor.value, "\u5909\u8EAB",
aTestName + ": composition isn't in the focused editor");
if (aFocusedEditor.value != "\u5909\u8EAB") {
return;
}
let textRect = synthesizeQueryTextRect(0, 1);
let caretRect = synthesizeQueryCaretRect(2);
if (!checkQueryContentResult(textRect,
aTestName + ": synthesizeQueryTextRect") ||
!checkQueryContentResult(caretRect,
aTestName + ": synthesizeQueryCaretRect")) {
return;
}
checkRectContainsRect(textRect, editorRect, aTestName + ":testRect");
checkRectContainsRect(caretRect, editorRect, aTestName + ":caretRect");
}
function runFrameTest()
{
textareaInFrame.focus();
runTestOnAnotherContext(iframe, textareaInFrame, "runFrameTest");
runCharAtPointTest(textareaInFrame, "textarea in the iframe");
}
async function runPanelTest()
{
panel.hidden = false;
let waitOpenPopup = new Promise(resolve => {
panel.addEventListener("popupshown", resolve, {once: true});
});
let waitFocusTextBox = new Promise(resolve => {
textbox.addEventListener("focus", resolve, {once: true});
});
panel.openPopupAtScreen(window.screenX + window.outerWidth, 0, false);
await waitOpenPopup;
textbox.focus();
await waitFocusTextBox;
is(panel.state, "open", "The panel should be open (after textbox.focus())");
await waitForTick();
is(panel.state, "open", "The panel should be open (after waitForTick())");
runTestOnAnotherContext(panel, textbox, "runPanelTest");
is(panel.state, "open", "The panel should be open (after runTestOnAnotherContext())");
runCharAtPointTest(textbox, "textbox in the panel");
is(panel.state, "open", "The panel should be open (after runCharAtPointTest())");
let waitClosePopup = new Promise(resolve => {
panel.addEventListener("popuphidden", resolve, {once: true});
});
panel.hidePopup();
await waitClosePopup;
await waitForTick();
}
// eslint-disable-next-line complexity
function runMaxLengthTest()
{
input.maxLength = 1;
input.value = "";
input.focus();
let kDesc ="runMaxLengthTest";
// input first character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
if (!checkContent("\u3089", kDesc, "#1-1") ||
!checkSelection(1, "", kDesc, "#1-1")) {
return;
}
// input second character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
if (!checkContent("\u3089\u30FC", kDesc, "#1-2") ||
!checkSelection(2, "", kDesc, "#1-2")) {
return;
}
// input third character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081", kDesc, "#1-3") ||
!checkSelection(3, "", kDesc, "#1-3")) {
return;
}
// input fourth character
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093",
"clauses":
[
{ "length": 4, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081\u3093", kDesc, "#1-4") ||
!checkSelection(4, "", kDesc, "#1-4")) {
return;
}
// backspace
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081", kDesc, "#1-5") ||
!checkSelection(3, "", kDesc, "#1-5")) {
return;
}
// re-input
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093",
"clauses":
[
{ "length": 4, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081\u3093", kDesc, "#1-6") ||
!checkSelection(4, "", kDesc, "#1-6")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055",
"clauses":
[
{ "length": 5, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 5, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055", kDesc, "#1-7") ||
!checkSelection(5, "", kDesc, "#1-7")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055\u3044",
"clauses":
[
{ "length": 6, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 6, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055\u3044", kDesc, "#1-8") ||
!checkSelection(6, "", kDesc, "#1-8")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055\u3044\u3053",
"clauses":
[
{ "length": 7, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 7, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055\u3044\u3053",
kDesc, "#1-8") ||
!checkSelection(7, "", kDesc, "#1-8")) {
return;
}
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3089\u30FC\u3081\u3093\u3055\u3044\u3053\u3046",
"clauses":
[
{ "length": 8, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 8, "length": 0 }
});
if (!checkContent("\u3089\u30FC\u3081\u3093\u3055\u3044\u3053\u3046",
kDesc, "#1-9") ||
!checkSelection(8, "", kDesc, "#1-9")) {
return;
}
// convert
synthesizeCompositionChange(
{ "composition":
{ "string": "\u30E9\u30FC\u30E1\u30F3\u6700\u9AD8",
"clauses":
[
{ "length": 4,
"attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 2,
"attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": 4, "length": 0 }
});
if (!checkContent("\u30E9\u30FC\u30E1\u30F3\u6700\u9AD8", kDesc, "#1-10") ||
!checkSelection(4, "", kDesc, "#1-10")) {
return;
}
// commit the composition string
synthesizeComposition({ type: "compositioncommitasis" });
if (!checkContent("\u30E9", kDesc, "#1-11") ||
!checkSelection(1, "", kDesc, "#1-11")) {
return;
}
// input characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u3057",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
if (!checkContent("\u30E9\u3057", kDesc, "#2-1") ||
!checkSelection(1 + 1, "", kDesc, "#2-1")) {
return;
}
// commit the composition string
synthesizeComposition({ type: "compositioncommit", data: "\u3058" });
if (!checkContent("\u30E9", kDesc, "#2-2") ||
!checkSelection(1 + 0, "", kDesc, "#2-2")) {
return;
}
// Undo
synthesizeKey("Z", {accelKey: true});
if (!checkContent("\u30E9", kDesc, "#3-1") ||
!checkSelection(1 + 0, "", kDesc, "#3-1")) {
return;
}
// Undo
synthesizeKey("Z", {accelKey: true});
if (!checkContent("", kDesc, "#3-2") ||
!checkSelection(0, "", kDesc, "#3-2")) {
return;
}
// Redo
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u30E9", kDesc, "#3-3") ||
!checkSelection(1, "", kDesc, "#3-3")) {
return;
}
// Redo
synthesizeKey("Z", {accelKey: true, shiftKey: true});
if (!checkContent("\u30E9", kDesc, "#3-4") ||
!checkSelection(1 + 0, "", kDesc, "#3-4")) {
return;
}
// The input element whose content length is already maxlength and
// the carest is at start of the content.
input.value = "X";
input.selectionStart = input.selectionEnd = 0;
// input characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u9B54",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
if (!checkContent("\u9B54X", kDesc, "#4-1") ||
!checkSelection(1, "", kDesc, "#4-1")) {
return;
}
// commit the composition string
synthesizeComposition({ type: "compositioncommitasis" });
// The input text must be discarded. Then, the caret position shouldn't be
// updated from its position at compositionstart.
if (!checkContent("X", kDesc, "#4-2") ||
!checkSelection(0, "", kDesc, "#4-2")) {
return;
}
// input characters
synthesizeCompositionChange(
{ "composition":
{ "string": "\u9B54\u6CD5",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
if (!checkContent("\u9B54\u6CD5X", kDesc, "#5-1") ||
!checkSelection(2, "", kDesc, "#5-1")) {
return;
}
// commit the composition string
synthesizeComposition({ type: "compositioncommitasis" });
if (checkContent("X", kDesc, "#5-2")) {
checkSelection(0, "", kDesc, "#5-2");
}
}
async function runEditorReframeTests()
{
async function runEditorReframeTest(aEditor, aWindow, aEventType)
{
function getValue()
{
return aEditor == contenteditable ?
aEditor.innerHTML.replace("<br>", "") : aEditor.value;
}
let description = "runEditorReframeTest(" + aEditor.id + ", \"" + aEventType + "\"): ";
let tests = [
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "a",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
},
check () {
is(getValue(aEditor), "a", description + "Typing 'a'");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "ab",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ab", description + "Typing 'b' next to 'a'");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "abc",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
},
check () {
is(getValue(aEditor), "abc", description + "Typing 'c' next to 'ab'");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "abc",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
},
check () {
is(getValue(aEditor), "abc", description + "Starting to convert 'ab][c'");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "ABc",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABc", description + "Starting to convert 'AB][c'");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "ABC",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_CONVERTED_CLAUSE },
{ "length": 1, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABC", description + "Starting to convert 'AB][C'");
},
},
{ test () {
// Commit composition
synthesizeComposition({ type: "compositioncommitasis" });
},
check () {
is(getValue(aEditor), "ABC", description + "Committed as 'ABC'");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "d",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABCd", description + "Typing 'd' next to ABC");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "de",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABCde", description + "Typing 'e' next to ABCd");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "def",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABCdef", description + "Typing 'f' next to ABCde");
},
},
{ test () {
// Commit composition
synthesizeComposition({ type: "compositioncommitasis" });
},
check () {
is(getValue(aEditor), "ABCdef", description + "Commit 'def' without convert");
},
},
{ test () {
// Select "Cd"
synthesizeKey("KEY_ArrowLeft");
synthesizeKey("KEY_ArrowLeft");
synthesizeKey("KEY_Shift", {type: "keydown", shiftKey: true});
synthesizeKey("KEY_ArrowLeft", {shiftKey: true});
synthesizeKey("KEY_ArrowLeft", {shiftKey: true});
synthesizeKey("KEY_Shift", {type: "keyup"});
},
check () {
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "g",
"clauses":
[
{ "length": 1, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 1, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABgef", description + "Typing 'g' next to AB");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "gh",
"clauses":
[
{ "length": 2, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 2, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABghef", description + "Typing 'h' next to ABg");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "ghi",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_RAW_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABghief", description + "Typing 'i' next to ABgh");
},
},
{ test () {
synthesizeCompositionChange(
{ "composition":
{ "string": "GHI",
"clauses":
[
{ "length": 3, "attr": COMPOSITION_ATTR_SELECTED_CLAUSE }
]
},
"caret": { "start": 3, "length": 0 }
});
},
check () {
is(getValue(aEditor), "ABGHIef", description + "Convert 'ghi' to 'GHI'");
},
},
{ test () {
// Commit composition
synthesizeComposition({ type: "compositioncommitasis" });
},
check () {
is(getValue(aEditor), "ABGHIef", description + "Commit 'GHI'");
},
},
];
function doReframe(aEvent)
{
aEvent.target.style.overflow =
aEvent.target.style.overflow != "hidden" ? "hidden" : "auto";
}
aEditor.focus();
aEditor.addEventListener(aEventType, doReframe);
for (const currentTest of tests) {
currentTest.test();
await waitForEventLoops(20);
currentTest.check();
await waitForTick();
}
await new Promise(resolve => {
aEditor.style.overflow = "auto";
aEditor.removeEventListener(aEventType, doReframe);
requestAnimationFrame(() => { SimpleTest.executeSoon(resolve); });
});
}
// TODO: Add "beforeinput" case.
input.value = "";
await runEditorReframeTest(input, window, "input");
input.value = "";
await runEditorReframeTest(input, window, "compositionupdate");
textarea.value = "";
await runEditorReframeTest(textarea, window, "input");
textarea.value = "";
await runEditorReframeTest(textarea, window, "compositionupdate");
contenteditable.innerHTML = "";
await runEditorReframeTest(contenteditable, windowOfContenteditable, "input");
contenteditable.innerHTML = "";
await runEditorReframeTest(contenteditable, windowOfContenteditable, "compositionupdate");
}
async function runIMEContentObserverTest()
{
let notifications = [];
let onReceiveNotifications = null;
function callback(aTIP, aNotification)
{
if (aNotification.type != "notify-end-input-transaction") {
notifications.push(aNotification);
}
switch (aNotification.type) {
case "request-to-commit":
aTIP.commitComposition();
break;
case "request-to-cancel":
aTIP.cancelComposition();
break;
}
if (onReceiveNotifications) {
let resolve = onReceiveNotifications;
onReceiveNotifications = null;
SimpleTest.executeSoon(() => {
resolve();
});
}
return true;
}
function dumpUnexpectedNotifications(aDescription, aExpectedCount)
{
if (notifications.length <= aExpectedCount) {
return;
}
for (let i = aExpectedCount; i < notifications.length; i++) {
ok(false,
aDescription + " caused unexpected notification: " + notifications[i].type);
}
}
function promiseReceiveNotifications()
{
notifications = [];
return new Promise(resolve => {
onReceiveNotifications = resolve;
});
}
function flushNotifications()
{
return new Promise(resolve => {
// FYI: Dispatching non-op keyboard events causes forcibly flushing pending
// notifications.
synthesizeKey("KEY_Unidentified", { code: "" });
SimpleTest.executeSoon(()=>{
notifications = [];
resolve();
});
});
}
function ensureToRemovePrecedingPositionChangeNotification(aDescription)
{
if (!notifications.length) {
return;
}
if (notifications[0].type != "notify-position-change") {
return;
}
// Sometimes, notify-position-change is notified first separately if
// the operation causes scroll or something. Tests can ignore this.
ok(true, "notify-position-change", aDescription + "Unnecessary notify-position-change occurred, ignoring it");
notifications.shift();
}
// recorded after all the other events so we remove them through this function.
function ensureToRemovePostPositionChangeNotification(aDescription, expectedCount)
{
if (!notifications.length) {
return;
}
if (notifications.length <= expectedCount) {
return;
}
if (notifications[notifications.length-1].type != "notify-position-change") {
return;
}
ok(true, "notify-position-change", aDescription + "Unnecessary notify-position-change occurred, ignoring it");
notifications.pop();
}
function getNativeText(aXPText)
{
if (kLF == "\n") {
return aXPText;
}
return aXPText.replace(/\n/g, kLF);
}
function checkPositionChangeNotification(aNotification, aDescription)
{
is(!aNotification || aNotification.type, "notify-position-change",
aDescription + " should cause position change notification");
}
function checkSelectionChangeNotification(aNotification, aDescription, aExpected)
{
is(!aNotification || aNotification.type, "notify-selection-change",
aDescription + " should cause selection change notification");
if (!aNotification || (aNotification.type != "notify-selection-change")) {
return;
}
is(aNotification.offset, aExpected.offset,
aDescription + " should cause selection change notification whose offset is " + aExpected.offset);
is(aNotification.text, aExpected.text,
aDescription + " should cause selection change notification whose text is '" + aExpected.text + "'");
is(aNotification.collapsed, !aExpected.text.length,
aDescription + " should cause selection change notification whose collapsed is " + (!aExpected.text.length));
is(aNotification.length, aExpected.text.length,
aDescription + " should cause selection change notification whose length is " + aExpected.text.length);
is(aNotification.reversed, aExpected.reversed || false,
aDescription + " should cause selection change notification whose reversed is " + (aExpected.reversed || false));
is(aNotification.writingMode, aExpected.writingMode || "horizontal-tb",
aDescription + " should cause selection change notification whose writingMode is '" + (aExpected.writingMode || "horizontal-tb"));
}
function checkTextChangeNotification(aNotification, aDescription, aExpected)
{
is(!aNotification || aNotification.type, "notify-text-change",
aDescription + " should cause text change notification");
if (!aNotification || aNotification.type != "notify-text-change") {
return;
}
is(aNotification.offset, aExpected.offset,
aDescription + " should cause text change notification whose offset is " + aExpected.offset);
is(aNotification.removedLength, aExpected.removedLength,
aDescription + " should cause text change notification whose removedLength is " + aExpected.removedLength);
is(aNotification.addedLength, aExpected.addedLength,
aDescription + " should cause text change notification whose addedLength is " + aExpected.addedLength);
}
async function testWithPlaintextEditor(aDescription, aElement, aTestLineBreaker)
{
aElement.value = "";
aElement.blur();
let doc = aElement.ownerDocument;
let win = doc.defaultView;
aElement.focus();
await flushNotifications();
// "a[]"
let description = aDescription + "typing 'a'";
let waitNotifications = promiseReceiveNotifications();
synthesizeKey("a", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0, removedLength: 0, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 1, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "ab[]"
description = aDescription + "typing 'b'";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("b", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1, removedLength: 0, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "abc[]"
description = aDescription + "typing 'c'";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("c", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 2, removedLength: 0, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 3, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "ab[c]"
description = aDescription + "selecting 'c' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 2, text: "c", reversed: true });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "a[bc]"
description = aDescription + "selecting 'bc' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 1, text: "bc", reversed: true });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "[abc]"
description = aDescription + "selecting 'bc' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0, text: "abc", reversed: true });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "[]abc"
description = aDescription + "collapsing selection to the left-most with pressing ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0, text: "" });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "[a]bc"
description = aDescription + "selecting 'a' with pressing Shift+ArrowRight";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowRight", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0, text: "a" });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "[ab]c"
description = aDescription + "selecting 'ab' with pressing Shift+ArrowRight";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowRight", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0, text: "ab" });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "[]c"
description = aDescription + "deleting 'ab' with pressing Delete";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0, removedLength: 2, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 0, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "[]"
description = aDescription + "deleting following 'c' with pressing Delete";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0, removedLength: 1, addedLength: 0 });
checkPositionChangeNotification(notifications[1], description);
ensureToRemovePostPositionChangeNotification(description, 2);
dumpUnexpectedNotifications(description, 2);
// "abc[]"
synthesizeKey("a", {}, win, callback);
synthesizeKey("b", {}, win, callback);
synthesizeKey("c", {}, win, callback);
await flushNotifications();
// "ab[]"
description = aDescription + "deleting 'c' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 2, removedLength: 1, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "[ab]"
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "[]"
description = aDescription + "deleting 'ab' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0, removedLength: 2, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 0, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "abcd[]"
synthesizeKey("a", {}, win, callback);
synthesizeKey("b", {}, win, callback);
synthesizeKey("c", {}, win, callback);
synthesizeKey("d", {}, win, callback);
await flushNotifications();
// "a[bc]d"
synthesizeKey("KEY_ArrowLeft", {}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "a[]d"
description = aDescription + "deleting 'bc' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1, removedLength: 2, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 1, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "a[bc]d"
synthesizeKey("b", {}, win, callback);
synthesizeKey("c", {}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "aB[]d"
description = aDescription + "replacing 'bc' with 'B' with pressing Shift+B";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("B", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1, removedLength: 2, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
if (!aTestLineBreaker) {
return;
}
// "aB\n[]d"
description = aDescription + "inserting a line break after 'B' with pressing Enter";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Enter", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 2, removedLength: 0, addedLength: kLFLen });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("aB\n").length, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "aB[]d"
description = aDescription + "removing a line break after 'B' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 2, removedLength: kLFLen, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "a[B]d"
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "a\n[]d"
description = aDescription + "replacing 'B' with a line break with pressing Enter";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Enter", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1, removedLength: 1, addedLength: kLFLen });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("a\n").length, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// "a[\n]d"
description = aDescription + "selecting '\n' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 1, text: kLF, reversed: true });
ensureToRemovePostPositionChangeNotification(description, 1);
dumpUnexpectedNotifications(description, 1);
// "a[]d"
description = aDescription + "removing selected '\n' with pressing Delete";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1, removedLength: kLFLen, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 1, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// ab\ncd\nef\ngh\n[]
description = aDescription + "setting the value property to 'ab\ncd\nef\ngh\n'";
waitNotifications = promiseReceiveNotifications();
aElement.value = "ab\ncd\nef\ngh\n";
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0, removedLength: 2, addedLength: getNativeText("ab\ncd\nef\ngh\n").length });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("ab\ncd\nef\ngh\n").length, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
// []
description = aDescription + "setting the value property to ''";
waitNotifications = promiseReceiveNotifications();
aElement.value = "";
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0, removedLength: getNativeText("ab\ncd\nef\ngh\n").length, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 0, text: "" });
checkPositionChangeNotification(notifications[2], description);
ensureToRemovePostPositionChangeNotification(description, 3);
dumpUnexpectedNotifications(description, 3);
}
async function testWithHTMLEditor(aDescription, aElement, aDefaultParagraphSeparator)
{
let doc = aElement.ownerDocument;
let win = doc.defaultView;
let sel = doc.getSelection();
let inDesignMode = doc.designMode == "on";
let offsetAtStart = 0;
let offsetAtContainer = 0;
let isDefaultParagraphSeparatorBlock = aDefaultParagraphSeparator != "br";
doc.execCommand("defaultParagraphSeparator", false, aDefaultParagraphSeparator);
// "[]", "<p>[]</p>" or "<div>[]</div>"
switch (aDefaultParagraphSeparator) {
case "br":
aElement.innerHTML = "";
break;
case "p":
case "div":
aElement.innerHTML = "<" + aDefaultParagraphSeparator + "></" + aDefaultParagraphSeparator + ">";
sel.collapse(aElement.firstChild, 0);
offsetAtContainer = offsetAtStart + kLFLen;
break;
default:
ok(false, aDescription + "aDefaultParagraphSeparator is illegal value");
await flushNotifications();
return;
}
if (inDesignMode) {
win.focus();
} else {
aElement.focus();
}
await flushNotifications();
// "a[]"
let description = aDescription + "typing 'a'";
let waitNotifications = promiseReceiveNotifications();
synthesizeKey("a", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, removedLength: 0, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 1 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "ab[]"
description = aDescription + "typing 'b'";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("b", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1 + offsetAtContainer, removedLength: 0, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "abc[]"
description = aDescription + "typing 'c'";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("c", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 2 + offsetAtContainer, removedLength: 0, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 3 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "ab[c]"
description = aDescription + "selecting 'c' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 2 + offsetAtContainer, text: "c", reversed: true });
dumpUnexpectedNotifications(description, 1);
// "a[bc]"
description = aDescription + "selecting 'bc' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 1 + offsetAtContainer, text: "bc", reversed: true });
dumpUnexpectedNotifications(description, 1);
// "[abc]"
description = aDescription + "selecting 'bc' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, text: "abc", reversed: true });
dumpUnexpectedNotifications(description, 1);
// "[]abc"
description = aDescription + "collapsing selection to the left-most with pressing ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, text: "" });
dumpUnexpectedNotifications(description, 1);
// "[a]bc"
description = aDescription + "selecting 'a' with pressing Shift+ArrowRight";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowRight", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, text: "a" });
dumpUnexpectedNotifications(description, 1);
// "[ab]c"
description = aDescription + "selecting 'ab' with pressing Shift+ArrowRight";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowRight", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, text: "ab" });
dumpUnexpectedNotifications(description, 1);
// "[]c"
description = aDescription + "deleting 'ab' with pressing Delete";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, removedLength: 2, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 0 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "[]"
description = aDescription + "deleting following 'c' with pressing Delete";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, removedLength: 1, addedLength: kLFLen });
checkPositionChangeNotification(notifications[1], description);
dumpUnexpectedNotifications(description, 2);
// "abc[]"
synthesizeKey("a", {}, win, callback);
synthesizeKey("b", {}, win, callback);
synthesizeKey("c", {}, win, callback);
await flushNotifications();
// "ab[]"
description = aDescription + "deleting 'c' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 2 + offsetAtContainer, removedLength: 1, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "[ab]"
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "[]<br>"
description = aDescription + "deleting 'ab' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, removedLength: 2, addedLength: kLFLen });
checkSelectionChangeNotification(notifications[1], description, { offset: 0 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "abcd[]"
synthesizeKey("a", {}, win, callback);
synthesizeKey("b", {}, win, callback);
synthesizeKey("c", {}, win, callback);
synthesizeKey("d", {}, win, callback);
await flushNotifications();
// "a[bc]d"
synthesizeKey("KEY_ArrowLeft", {}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "a[]d"
description = aDescription + "deleting 'bc' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1 + offsetAtContainer, removedLength: 2, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: 1 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "a[bc]d"
synthesizeKey("b", {}, win, callback);
synthesizeKey("c", {}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "aB[]d"
description = aDescription + "replacing 'bc' with 'B' with pressing Shift+B";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("B", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 1 + offsetAtContainer, removedLength: 2, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: 2 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "aB<br>[]d" or "<block>aB</block><block>[]d</block>"
description = aDescription + "inserting a line break after 'B' with pressing Enter";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Enter", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
if (isDefaultParagraphSeparatorBlock) {
// Pressing Enter when aB[]d, then, it becomes <block>aB</block><block>[]d</block>.
// All text is replaced with 2 paragraphs.
// <block>aB[]d</block> (removed aBd, added \naBd)
// <block>aB and d</block> (removed d and added d)
// <block>aB<br>[]d</block> (added \n)
// <block>aB<br></block><block>[]d</block> (removed \nd and added \nd)
// <block>aB</block><block>[]d</block> (removed \n)
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer + "aB".length,
removedLength: getNativeText("d").length,
addedLength: getNativeText("\nd").length,
});
} else {
// Inserting <br> causes removing "d" and inserting "<br>d"
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer + "aB".length,
removedLength: "d".length,
addedLength: getNativeText("\nd").length,
});
}
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("aB\n").length + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "aB[]d"
description = aDescription + "removing a line break after 'B' with pressing Backspace";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Backspace", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
if (isDefaultParagraphSeparatorBlock) {
// Joining two blocks causes removing "aB</block><block>d</block>" and inserting "aBd</block>"
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer,
removedLength: getNativeText("aB\nd").length,
addedLength: "aBd".length,
});
checkSelectionChangeNotification(notifications[1], description, { offset: 2 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
} else {
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer + "aB".length,
removedLength: kLFLen,
addedLength: 0,
});
is(notifications.length, 3, description + " should cause 3 notifications");
is(notifications[1] && notifications[1].type, "notify-selection-change", description + " should cause selection change notification");
is(notifications[2] && notifications[2].type, "notify-position-change", description + " should cause position change notification");
}
// "a[B]d"
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await flushNotifications();
// "a<br>[]d" or "<block>a</block><block>[]d</block>"
description = aDescription + "replacing 'B' with a line break with pressing Enter";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Enter", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
if (isDefaultParagraphSeparatorBlock) {
// a[]d (removed B)
// <block>a[]d</block> (removed ad and added \nad)
// <block>a and d</block> (removed d and added d)
// <block>a<br>d</block> (added \n)
// <block>a<br></block><block>d</block> (removed d and added \nd)
// <block>a</block><block>d</block> (removed `\n)
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer + "a".length,
removedLength: getNativeText("Bd").length,
addedLength: getNativeText("\nd").length,
});
} else {
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer + "a".length,
removedLength: "B".length,
addedLength: kLFLen,
});
}
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("a\n").length + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "a[<br>]d" or "<block>a[</block><block>]d</block>"
description = aDescription + "selecting '\\n' with pressing Shift+ArrowLeft";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_ArrowLeft", {shiftKey: true}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkSelectionChangeNotification(notifications[0], description, { offset: 1 + offsetAtContainer, text: kLF, reversed: true });
dumpUnexpectedNotifications(description, 1);
// "a[]d"
description = aDescription + "removing selected '\\n' with pressing Delete";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
if (isDefaultParagraphSeparatorBlock) {
// Joining the blocks causes removing "a</block><block>d</block>" and inserting "<block>ad</block>".
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer,
removedLength: getNativeText("a\nd").length,
addedLength: getNativeText("ad").length,
});
} else {
checkTextChangeNotification(notifications[0], description, {
offset: offsetAtContainer + "a".length,
removedLength: kLFLen,
addedLength: 0,
});
}
checkSelectionChangeNotification(notifications[1], description, { offset: 1 + offsetAtContainer, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5</div>"
description = aDescription + "inserting HTML which has nested block elements";
waitNotifications = promiseReceiveNotifications();
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5</div>";
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
// There is <br> after the end of the line. Therefore, removed length includes a line breaker length.
if (isDefaultParagraphSeparatorBlock) {
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer - kLFLen, removedLength: getNativeText("\nad").length, addedLength: getNativeText("\n1\n2\n345").length });
} else {
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtContainer, removedLength: getNativeText("ad").length, addedLength: getNativeText("\n1\n2\n345").length });
}
checkSelectionChangeNotification(notifications[1], description, { offset: 0, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1[<div>2<div>3</div>4</div>]5</div>" and removing selection
sel.setBaseAndExtent(aElement.firstChild.firstChild, 1, aElement.firstChild.childNodes.item(2), 0);
await flushNotifications();
description = aDescription + "deleting child nodes with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>15</div>", description + " should remove '<div>2<div>3</div>4</div>'");
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1").length + offsetAtStart, removedLength: getNativeText("\n2\n34").length, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1[<div>2<div>3</div>]4</div>5</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5</div>";
sel.setBaseAndExtent(aElement.firstChild.firstChild, 1, aElement.firstChild.childNodes.item(1).childNodes.item(2), 0);
await flushNotifications();
description = aDescription + "deleting child nodes (partially #1) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>145</div>", description + " should remove '<div>2<div>3</div></div>'");
// It causes removing '<div>2<div>3</div>4</div>' and inserting '4'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1").length + offsetAtStart, removedLength: getNativeText("\n2\n34").length, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1[<div>2<div>]3</div>4</div>5</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5</div>";
sel.setBaseAndExtent(aElement.firstChild.firstChild, 1, aElement.firstChild.childNodes.item(1).childNodes.item(1).firstChild, 0);
await flushNotifications();
description = aDescription + "deleting child nodes (partially #2) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>13<div>4</div>5</div>", description + " should remove '<div>2</div>'");
// It causes removing '1<div>2<div>3</div></div>' and inserting '13<div>'.
checkTextChangeNotification(notifications[0], description, { offset: kLFLen + offsetAtStart, removedLength: getNativeText("1\n2\n3").length, addedLength: getNativeText("13\n").length });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1<div>2<div>3[</div>4</div>]5</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5</div>";
sel.setBaseAndExtent(aElement.firstChild.childNodes.item(1).childNodes.item(1).firstChild, 1, aElement.firstChild.childNodes.item(2), 0);
await flushNotifications();
description = aDescription + "deleting child nodes (partially #3) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>1<div>2<div>35</div></div></div>", description + " should remove '4'");
// It causes removing '45' and inserting '5'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1\n2\n3").length + offsetAtStart, removedLength: 2, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1\n2\n3").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5<div>6<div>7</div>8</div>9</div>"
description = aDescription + "inserting HTML which has a pair of nested block elements";
waitNotifications = promiseReceiveNotifications();
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5<div>6<div>7</div>8</div>9</div>";
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
checkTextChangeNotification(notifications[0], description, { offset: 0 + offsetAtStart, removedLength: getNativeText("\n1\n2\n35").length, addedLength: getNativeText("\n1\n2\n345\n6\n789").length });
checkSelectionChangeNotification(notifications[1], description, { offset: 0 + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1<div>2<div>3[</div>4</div>5<div>6<div>]7</div>8</div>9</div>" and removing selection
sel.setBaseAndExtent(aElement.firstChild.childNodes.item(1).childNodes.item(1).firstChild, 1, aElement.firstChild.childNodes.item(3).childNodes.item(1).firstChild, 0);
await flushNotifications();
description = aDescription + "deleting child nodes (between same level descendants) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>1<div>2<div>37</div></div><div>8</div>9</div>", description + " should remove '456<div>7'");
// It causes removing '<div>3</div>4</div>5<div>6<div>7</div>' and inserting '<div>37</div><div>'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1\n2").length + offsetAtStart, removedLength: getNativeText("\n345\n6\n7").length, addedLength: getNativeText("\n37\n").length });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1\n2\n3").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1<div>2[<div>3</div>4</div>5<div>6<div>]7</div>8</div>9</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5<div>6<div>7</div>8</div>9</div>";
sel.setBaseAndExtent(aElement.firstChild.childNodes.item(1).firstChild, 1, aElement.firstChild.childNodes.item(3).childNodes.item(1).firstChild, 0);
await flushNotifications();
description = aDescription + "deleting child nodes (between different level descendants #1) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>1<div>27</div><div>8</div>9</div>", description + " should remove '<div>2<div>3</div>4</div>5<div>6<div>7</div>'");
// It causes removing '<div>2<div>3</div>4</div>5<div>6<div>7</div>' and inserting '<div>27</div>'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1").length + offsetAtStart, removedLength: getNativeText("\n2\n345\n6\n7").length, addedLength: getNativeText("\n27\n").length });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1\n2").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1<div>2[<div>3</div>4</div>5<div>6<div>7</div>8</div>]9</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5<div>6<div>7</div>8</div>9</div>";
sel.setBaseAndExtent(aElement.firstChild.childNodes.item(1).firstChild, 1, aElement.firstChild.childNodes.item(4), 0);
await flushNotifications();
description = aDescription + "deleting child nodes (between different level descendants #2) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>1<div>29</div></div>", description + " should remove '<div>3</div>4</div>5<div>6<div>7</div>8</div>'");
// It causes removing '<div>3</div>4</div>5</div>6<div>7</div>8</div>9' and inserting '9</div>'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1\n2").length + offsetAtStart, removedLength: getNativeText("\n345\n6\n789").length, addedLength: 1 });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1\n2").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1<div>2<div>3[</div>4</div>5<div>]6<div>7</div>8</div>9</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5<div>6<div>7</div>8</div>9</div>";
sel.setBaseAndExtent(aElement.firstChild.childNodes.item(1).childNodes.item(1).firstChild, 1, aElement.firstChild.childNodes.item(3).firstChild, 0);
await flushNotifications();
description = aDescription + "deleting child nodes (between different level descendants #3) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>1<div>2<div>36<div>7</div>8</div></div>9</div>", description + " should remove '<div>36<div>7</div>8</div>'");
// It causes removing '<div>3</div>4</div>5<div>6<div>7</div>8</div>' and inserting '<div>36<div>7</div>8</div>'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1\n2").length + offsetAtStart, removedLength: getNativeText("\n345\n6\n78").length, addedLength: getNativeText("\n36\n78").length });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1\n2\n3").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<div>1<div>2<div>3[</div>4</div>5<div>6<div>7</div>8</div>]9</div>" and removing selection
aElement.innerHTML = "<div>1<div>2<div>3</div>4</div>5<div>6<div>7</div>8</div>9</div>";
sel.setBaseAndExtent(aElement.firstChild.childNodes.item(1).childNodes.item(1).firstChild, 1, aElement.firstChild.childNodes.item(4), 0);
await flushNotifications();
description = aDescription + "deleting child nodes (between different level descendants #4) with pressing Delete key";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Delete", {}, win, callback);
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<div>1<div>2<div>39</div></div></div>", description + " should remove '</div>4</div>5<div>6<div>7</div>8</div>'");
// It causes removing '</div>4</div>5<div>6<div>7</div>8</div>' and inserting '<div>36<div>7</div>8</div>'.
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\n1\n2\n3").length + offsetAtStart, removedLength: getNativeText("45\n6\n789").length, addedLength: getNativeText("9").length });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\n1\n2\n3").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<p>abc</p><p><br></p><p>{<br>}</p>" and removing second paragraph with DOM API
aElement.innerHTML = "<p>abc</p><p><br></p><p><br></p>";
sel.collapse(aElement.firstChild.nextSibling.nextSibling, 0);
await flushNotifications();
description = aDescription + "deleting previous paragraph with DOM API";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Unidentified", { code: "" }, win, callback); // For setting the callback to recode notifications
aElement.firstChild.nextSibling.remove();
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<p>abc</p><p><br></p>", description + " the second paragraph should've been removed");
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\nabc").length + offsetAtStart, removedLength: getNativeText("\n\n").length, addedLength: 0 });
checkSelectionChangeNotification(notifications[1], description, { offset: getNativeText("\nabc\n").length + offsetAtStart, text: "" });
checkPositionChangeNotification(notifications[2], description);
dumpUnexpectedNotifications(description, 3);
// "<p>abc</p><p>{<br>}</p><p><br></p>" and removing last paragraph with DOM API
aElement.innerHTML = "<p>abc</p><p><br></p><p><br></p>";
sel.collapse(aElement.firstChild.nextSibling, 0);
await flushNotifications();
description = aDescription + "deleting next paragraph with DOM API";
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Unidentified", { code: "" }, win, callback); // For setting the callback to recode notifications
aElement.firstChild.nextSibling.nextSibling.remove();
await waitNotifications;
ensureToRemovePrecedingPositionChangeNotification();
is(aElement.innerHTML, "<p>abc</p><p><br></p>", description + " the last paragraph should've been removed");
checkTextChangeNotification(notifications[0], description, { offset: getNativeText("\nabc\n\n").length + offsetAtStart, removedLength: getNativeText("\n\n").length, addedLength: 0 });
checkPositionChangeNotification(notifications[1], description);
dumpUnexpectedNotifications(description, 2);
await (async function test_insert_multiple_consecutive_siblings() {
aElement.innerHTML = "<p><br></p>";
const p = aElement.querySelector("p");
sel.collapse(p, 0);
await flushNotifications();
description = aDescription + "Insert multiple consecutive siblings from DOMNodeInserted event listener";
aElement.addEventListener("DOMNodeInserted", () => {
const span1 = doc.createElement("span");
span1.textContent = "a";
p.insertBefore(span1, p.firstChild);
const span2 = doc.createElement("span");
span2.textContent = "b";
p.insertBefore(span2, p.firstChild);
const span3 = doc.createElement("span");
span3.textContent = "c";
p.insertBefore(span3, p.firstChild);
const span4 = doc.createElement("span");
span4.textContent = "d";
p.insertBefore(span4, p.firstChild);
// Now, span4 should be cached as first added node and <br> should be
// cached as the last added node in IMEContentObserver.
// span2 is not adjacent sibling of the caching range boundaries.
// Therefore, this requires to compute index of span2 in the <p>.
// We want to check the path.
const span5 = doc.createElement("span");
span5.textContent = "e";
span2.insertBefore(span5, span2.firstChild);
}, {once: true});
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Enter", { shiftKey: true }, win, callback); // For setting the callback to recode notifications
ensureToRemovePrecedingPositionChangeNotification();
is(
aElement.innerHTML,
"<p><span>d</span><span>c</span><span><span>e</span>b</span><span>a</span><br><br></p>",
description + " <span> elements should be inserted before the new <br>"
);
checkTextChangeNotification(
notifications[0],
description,
{
offset: getNativeText("\n").length + offsetAtStart,
removedLength: 0,
addedLength: getNativeText("dceba\n").length,
}
);
})();
await (async function test_insert_multiple_indirect_siblings() {
aElement.innerHTML = "<p><span>a</span><br><br></p>";
const p = aElement.querySelector("p");
sel.collapse(p, 2);
await flushNotifications();
description = aDescription + "Insert multiple indirect siblings from DOMNodeInserted event listener";
aElement.addEventListener("DOMNodeInserted", () => {
const span0 = p.querySelector("span");
const newBR = p.querySelector("br + br");
const span1 = doc.createElement("span");
span1.textContent = "b";
p.insertBefore(span1, newBR);
const span2 = doc.createElement("span");
span2.textContent = "c";
p.insertBefore(span2, newBR);
// Now, span1 should be cached as first added node and <br> should be
// cached as the last added node in IMEContentObserver.
// Then, inserting new node before the first <br> which is before the
// span1 (first added node), it should be
const span3 = doc.createElement("span");
span3.textContent = "d";
span0.insertBefore(span3, span0.firstChild);
}, {once: true});
waitNotifications = promiseReceiveNotifications();
synthesizeKey("KEY_Enter", { shiftKey: true }, win, callback); // For setting the callback to recode notifications
ensureToRemovePrecedingPositionChangeNotification();
is(
aElement.innerHTML,
"<p><span><span>d</span>a</span><br><span>b</span><span>c</span><br><br></p>",
description + " <span> elements should be inserted before the new <br>"
);
// However, the text changes should be merged into one notification.
checkTextChangeNotification(
notifications[0],
description,
{
offset: getNativeText("\n").length + offsetAtStart,
removedLength: "a\n".length,
addedLength: getNativeText("da\nbc\n").length,
}
);
})();
}
await testWithPlaintextEditor("runIMEContentObserverTest with input element: ", input, false);
await testWithPlaintextEditor("runIMEContentObserverTest with textarea element: ", textarea, true);
await testWithHTMLEditor("runIMEContentObserverTest with contenteditable (defaultParagraphSeparator is br): ", contenteditable, "br");
await testWithHTMLEditor("runIMEContentObserverTest with contenteditable (defaultParagraphSeparator is p): ", contenteditable, "p");
await testWithHTMLEditor("runIMEContentObserverTest with contenteditable (defaultParagraphSeparator is div): ", contenteditable, "div");
// XXX Due to the difference of HTML editor behavior between designMode and contenteditable,
// testWithHTMLEditor() gets some unexpected behavior. However, IMEContentObserver is
// not depend on editor's detail. So, we should investigate this issue later. It's not
// so important for now.
// await testWithHTMLEditor("runIMEContentObserverTest in designMode (defaultParagraphSeparator is br): ", iframe2.contentDocument.body, "br");
// await testWithHTMLEditor("runIMEContentObserverTest in designMode (defaultParagraphSeparator is p): ", iframe2.contentDocument.body, "p");
// await testWithHTMLEditor("runIMEContentObserverTest in designMode (defaultParagraphSeparator is div): ", iframe2.contentDocument.body, "div");
}
async function runPasswordMaskDelayTest() {
await SpecialPowers.pushPrefEnv({
set: [["editor.password.mask_delay", 600],
["editor.password.testing.mask_delay", true],
],
});
let iframe5 = document.getElementById("iframe5");
let iframe6 = document.getElementById("iframe6");
let inputWindow = iframe5.contentWindow;
let passwordWindow = iframe6.contentWindow;
let inputElement = iframe5.contentDocument.getElementById("input");
let passwordElement = iframe6.contentDocument.getElementById("password");
const kMask = passwordElement.editor.passwordMask;
function promiseAllPasswordMasked() {
return new Promise(resolve => {
passwordElement.addEventListener("MozLastInputMasked", resolve, {once: true});
});
}
function checkSnapshots(aResult, aReference, aMatch, aDescription) {
let [correct, data1, data2] = compareSnapshots(aResult, aReference, true);
is(correct, aMatch, `${aDescription}\nREFTEST IMAGE 1 (TEST): ${data1}\nREFTEST IMAGE 2 (REFERENCE): ${data2}`);
}
// First character input
passwordElement.value = "";
passwordElement.focus();
let waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeKey("a");
let unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
let maskedResult = await snapshotWindow(passwordWindow, true);
inputElement.value = "a";
inputElement.focus();
inputElement.setSelectionRange(1, 1);
let unmaskedReference = await snapshotWindow(inputWindow, true);
inputElement.value = kMask;
inputElement.setSelectionRange(1, 1);
let maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): first inputted character should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): first inputted character should be masked after a while");
// Second character input
passwordElement.value = "a";
passwordElement.focus();
passwordElement.setSelectionRange(1, 1);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeKey("b");
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
inputElement.value = `${kMask}b`;
inputElement.focus();
inputElement.setSelectionRange(2, 2);
unmaskedReference = await snapshotWindow(inputWindow, true);
inputElement.value = `${kMask}${kMask}`;
inputElement.setSelectionRange(2, 2);
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): second inputted character should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): second inputted character should be masked after a while");
// Typing new character should mask the previous unmasked characters
passwordElement.value = "ab";
passwordElement.focus();
passwordElement.setSelectionRange(2, 2);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeKey("c");
synthesizeKey("d");
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
inputElement.value = `${kMask}${kMask}${kMask}d`;
inputElement.focus();
inputElement.setSelectionRange(4, 4);
unmaskedReference = await snapshotWindow(inputWindow, true);
inputElement.value = `${kMask}${kMask}${kMask}${kMask}`;
inputElement.setSelectionRange(4, 4);
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): forth character input should mask the third character");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): forth inputted character should be masked after a while");
// Typing middle of password should unmask the last input character
passwordElement.value = "abcd";
passwordElement.focus();
passwordElement.setSelectionRange(2, 2);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeKey("e");
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
inputElement.value = `${kMask}${kMask}e${kMask}${kMask}`;
inputElement.focus();
inputElement.setSelectionRange(3, 3);
unmaskedReference = await snapshotWindow(inputWindow, true);
inputElement.value = `${kMask}${kMask}${kMask}${kMask}${kMask}`;
inputElement.setSelectionRange(3, 3);
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): inserted character should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): inserted character should be masked after a while");
// Composition string should be unmasked for a while, and shouldn't be committed at masking
passwordElement.value = "ab";
passwordElement.focus();
passwordElement.setSelectionRange(1, 1);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeCompositionChange(
{ composition:
{ string: "c",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
is(getEditor(passwordElement).composing, true,
"runPasswordMaskDelayTest(): composition shouldn't be commited at masking the composing string #1");
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
inputElement.value = `${kMask}${kMask}`;
inputElement.focus();
inputElement.setSelectionRange(1, 1);
synthesizeCompositionChange(
{ composition:
{ string: "c",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
unmaskedReference = await snapshotWindow(inputWindow, true);
synthesizeCompositionChange(
{ composition:
{ string: kMask,
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): composing character should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): composing character should be masked after a while");
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
// Updating composition string should unmask the composition string for a while
passwordElement.value = "ab";
passwordElement.focus();
passwordElement.setSelectionRange(1, 1);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeCompositionChange(
{ composition:
{ string: "c",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
await waitForMaskingLastInput;
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeCompositionChange(
{ composition:
{ string: "d",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
is(getEditor(passwordElement).composing, true,
"runPasswordMaskDelayTest(): composition shouldn't be commited at masking the composing string #2");
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
inputElement.value = `${kMask}${kMask}`;
inputElement.focus();
inputElement.setSelectionRange(1, 1);
synthesizeCompositionChange(
{ composition:
{ string: "d",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
unmaskedReference = await snapshotWindow(inputWindow, true);
synthesizeCompositionChange(
{ composition:
{ string: kMask,
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): updated composing character should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): updated composing character should be masked after a while");
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
// Composing multi-characters should be unmasked for a while.
passwordElement.value = "ab";
passwordElement.focus();
passwordElement.setSelectionRange(1, 1);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeCompositionChange(
{ composition:
{ string: "c",
clauses: [{ length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 1, length: 0 },
});
await waitForMaskingLastInput;
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeCompositionChange(
{ composition:
{ string: "cd",
clauses: [{ length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 2, length: 0 },
});
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
is(getEditor(passwordElement).composing, true,
"runPasswordMaskDelayTest(): composition shouldn't be commited at masking the composing string #3");
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
inputElement.value = `${kMask}${kMask}`;
inputElement.focus();
inputElement.setSelectionRange(1, 1);
synthesizeCompositionChange(
{ composition:
{ string: "cd",
clauses: [{ length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 2, length: 0 },
});
unmaskedReference = await snapshotWindow(inputWindow, true);
synthesizeCompositionChange(
{ composition:
{ string: `${kMask}${kMask}`,
clauses: [{ length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 2, length: 0 },
});
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): all of composing string should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): all of composing string should be masked after a while");
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
// Committing composition should make the commit string unmasked.
passwordElement.value = "ab";
passwordElement.focus();
passwordElement.setSelectionRange(1, 1);
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeCompositionChange(
{ composition:
{ string: "cd",
clauses: [{ length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE }],
},
caret: { start: 2, length: 0 },
});
await waitForMaskingLastInput;
waitForMaskingLastInput = promiseAllPasswordMasked();
synthesizeComposition({ type: "compositioncommitasis", key: { key: "KEY_Enter" } });
unmaskedResult = await snapshotWindow(passwordWindow, true);
await waitForMaskingLastInput;
maskedResult = await snapshotWindow(passwordWindow, true);
inputElement.value = `${kMask}cd${kMask}`;
inputElement.focus();
inputElement.setSelectionRange(3, 3);
unmaskedReference = await snapshotWindow(inputWindow, true);
inputElement.value = `${kMask}${kMask}${kMask}${kMask}`;
inputElement.setSelectionRange(3, 3);
maskedReference = await snapshotWindow(inputWindow, true);
checkSnapshots(unmaskedResult, unmaskedReference, true,
"runPasswordMaskDelayTest(): committed string should be unmasked for a while");
checkSnapshots(maskedResult, maskedReference, true,
"runPasswordMaskDelayTest(): committed string should be masked after a while");
}
async function runInputModeTest()
{
let result = [];
function handler(aEvent)
{
result.push(aEvent);
}
textarea.inputMode = "text";
textarea.value = "";
textarea.focus();
textarea.addEventListener("compositionupdate", handler, true);
textarea.addEventListener("compositionend", handler, true);
synthesizeCompositionChange({
composition: {string: "a ", clauses: [{length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
is(result[0].type, "compositionupdate", "Set initial composition for inputmode test");
result = [];
textarea.inputMode = "tel";
is(result.length, 0, "No compositonend event even if inputmode is updated");
// Clean up
synthesizeComposition({ type: "compositioncommitasis" });
textarea.inputMode = "";
textarea.value = "";
textarea.removeEventListener("compositionupdate", handler, true);
textarea.removeEventListener("compositionend", handler, true);
}
function runPaddingLineBreakTest() {
const selection = windowOfContenteditable.getSelection();
contenteditable.focus();
contenteditable.innerHTML = "<p><br></p>";
selection.collapse(contenteditable.querySelector("p"), 0);
synthesizeCompositionChange({
composition: {string: "a", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
is(
contenteditable.innerHTML,
"<p>a</p>",
"Padding <br> for empty paragraph should be removed when composition string does not end with collapsible white-space"
);
synthesizeComposition({ type: "compositioncommitasis" });
synthesizeKey("z", {accelKey: true});
is(
contenteditable.innerHTML,
"<p><br></p>",
"Undo should restore the padding <br> for the empty paragraph too"
);
contenteditable.innerHTML = "<p><br></p>";
selection.collapse(contenteditable.querySelector("p"), 0);
synthesizeCompositionChange({
composition: {string: "a", clauses: [{length: 1, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
synthesizeCompositionChange({
composition: {string: "a ", clauses: [{length: 2, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
is(
contenteditable.innerHTML,
"<p>a <br></p>",
"Padding <br> should be inserted after composition string when it ends with a collapsible white-space"
);
synthesizeCompositionChange({
composition: {string: "a b", clauses: [{length: 3, attr: COMPOSITION_ATTR_RAW_CLAUSE}]},
});
is(
contenteditable.innerHTML,
"<p>a b</p>",
"Padding <br> should be removed again when the last character becomes visible character"
);
synthesizeComposition({ type: "compositioncommitasis" });
synthesizeKey("z", {accelKey: true});
is(
contenteditable.innerHTML,
"<p><br></p>",
"Undo should restore the padding <br> for the empty paragraph with canceling the composition"
);
contenteditable.innerHTML = "";
}
async function runTest()
{
await SpecialPowers.pushPrefEnv({
set: [
["dom.events.textevent.enabled", true],
["test.ime_content_observer.assert_invalid_cache", true],
["dom.mutation_events.enabled", true],
],
});
window.addEventListener("unload", window.arguments[0].SimpleTest.finish, {once: true, capture: true});
contenteditable = document.getElementById("iframe4").contentDocument.getElementById("contenteditable");
windowOfContenteditable = document.getElementById("iframe4").contentWindow;
textareaInFrame = iframe.contentDocument.getElementById("textarea");
contenteditableBySpan = document.getElementById("iframe7").contentDocument.getElementById("contenteditable");
windowOfContenteditableBySpan = document.getElementById("iframe7").contentWindow;
await runIMEContentObserverTest();
await runEditorReframeTests();
await runAsyncForceCommitTest();
await runRemoveContentTest();
await runPanelTest();
await runPasswordMaskDelayTest();
await runBug1584901Test();
await runInputModeTest();
await runCompositionTest();
await runCompositionCommitTest();
await runSetSelectionEventTest();
runUndoRedoTest();
runCompositionCommitAsIsTest();
runCompositionEventTest();
runCompositionTestWhoseTextNodeModified();
runQueryTextRectInContentEditableTest();
runCharAtPointTest(textarea, "textarea in the document");
runCharAtPointAtOutsideTest();
runQueryTextContentEventTest();
runQuerySelectionEventTest();
runQueryIMESelectionTest();
runQueryContentEventRelativeToInsertionPoint();
runQueryPasswordTest();
runCSSTransformTest();
runPaddingLineBreakTest();
runBug722639Test();
runBug1375825Test();
runBug1530649Test();
runBug1571375Test();
runBug1675313Test();
runCommitCompositionWithSpaceKey();
runCompositionWithSelectionChange();
runForceCommitTest();
runNestedSettingValue();
runBug811755Test();
runIsComposingTest();
runRedundantChangeTest();
runNotRedundantChangeTest();
runNativeLineBreakerTest();
runControlCharTest();
runFrameTest();
runMaxLengthTest();
window.close();
}
window.arguments[0].SimpleTest.waitForFocus(runTest, window);
]]>
</script>
</window>