gecko-dev/accessible/tests/mochitest/text.js

631 строка
22 KiB
JavaScript

////////////////////////////////////////////////////////////////////////////////
// Public
const BOUNDARY_CHAR = nsIAccessibleText.BOUNDARY_CHAR;
const BOUNDARY_WORD_START = nsIAccessibleText.BOUNDARY_WORD_START;
const BOUNDARY_WORD_END = nsIAccessibleText.BOUNDARY_WORD_END;
const BOUNDARY_LINE_START = nsIAccessibleText.BOUNDARY_LINE_START;
const BOUNDARY_LINE_END = nsIAccessibleText.BOUNDARY_LINE_END;
const kTextEndOffset = nsIAccessibleText.TEXT_OFFSET_END_OF_TEXT;
const kCaretOffset = nsIAccessibleText.TEXT_OFFSET_CARET;
const EndPoint_Start = nsIAccessibleTextRange.EndPoint_Start;
const EndPoint_End = nsIAccessibleTextRange.EndPoint_End;
const kTodo = 1; // a test is expected to fail
const kOk = 2; // a test doesn't fail
/**
* Test characterCount for the given array of accessibles.
*
* @param aCount [in] the expected character count
* @param aIDs [in] array of accessible identifiers to test
* @param aTodoFlag [in, optional] either kOk or kTodo
*/
function testCharacterCount(aIDs, aCount, aTodoFlag)
{
var ids = (aIDs instanceof Array) ? aIDs : [ aIDs ];
var isFunc = (aTodoFlag == kTodo) ? todo_is : is;
for (var i = 0; i < ids.length; i++) {
var textacc = getAccessible(ids[i], [nsIAccessibleText]);
isFunc(textacc.characterCount, aCount,
"Wrong character count for " + prettyName(ids[i]));
}
}
/**
* Test text between two given offsets.
*
* @param aIDs [in] an array of accessible IDs to test
* @param aStartOffset [in] the start offset within the text to test
* @param aEndOffset [in] the end offset up to which the text is tested
* @param aText [in] the expected result from the test
* @param aTodoFlag [in, optional] either kOk or kTodo
*/
function testText(aIDs, aStartOffset, aEndOffset, aText, aTodoFlag)
{
var ids = (aIDs instanceof Array) ? aIDs : [ aIDs ];
var isFunc = (aTodoFlag == kTodo) ? todo_is : is;
for (var i = 0; i < ids.length; i++) {
var acc = getAccessible(ids[i], nsIAccessibleText);
try {
isFunc(acc.getText(aStartOffset, aEndOffset), aText,
"getText: wrong text between start and end offsets '" +
aStartOffset + "', '" + aEndOffset + " for '" +
prettyName(ids[i]) + "'");
} catch (e) {
ok(false,
"getText fails between start and end offsets '" + aStartOffset +
"', '" + aEndOffset + " for '" + prettyName(ids[i]) + "'");
}
}
}
/**
* Test password text between two given offsets
*
* @param aIDs [in] an array of accessible IDs to test
* @param aStartOffset [in] the start offset within the text to test
* @param aEndOffset [in] the end offset up to which the text is tested
* @param aText [in] the expected result from the test
*
* @note All this function does is test that getText doe snot expose the
* password text itself, but something else.
*/
function testPasswordText(aIDs, aStartOffset, aEndOffset, aText)
{
for (var i = 0; i < aIDs.length; i++)
{
var acc = getAccessible(aIDs[i], nsIAccessibleText);
try {
isnot(acc.getText(aStartOffset, aEndOffset), aText,
"getText: plain text between start and end offsets '" + aStartOffset +
"', '" + aEndOffset + " for '" + prettyName(aIDs[i]) + "'");
} catch (e) {
ok(false,
"getText fails between start and end offsets '" + aStartOffset +
"', '" + aEndOffset + " for '" + prettyName(aIDs[i]) + "'");
}
}
}
/**
* Test getTextAtOffset for BOUNDARY_CHAR over different elements.
*
* @param aIDs [in] the accessible identifier or array of accessible
* identifiers
* @param aOffset [in] the offset to get a character at it
* @param aChar [in] the expected character
* @param aStartOffset [in] expected start offset of the character
* @param aEndOffset [in] expected end offset of the character
*/
function testCharAtOffset(aIDs, aOffset, aChar, aStartOffset, aEndOffset)
{
var IDs = (aIDs instanceof Array) ? aIDs : [ aIDs ];
for (var i = 0; i < IDs.length; i++) {
var acc = getAccessible(IDs[i], nsIAccessibleText);
testTextHelper(IDs[i], aOffset, BOUNDARY_CHAR,
aChar, aStartOffset, aEndOffset,
kOk, kOk, kOk,
acc.getTextAtOffset, "getTextAtOffset ");
}
}
/**
* Test getTextAtOffset function over different elements.
*
* @param aIDs [in] ID or array of IDs
* @param aBoundaryType [in] boundary type for text to be retrieved
* @param aTestList [in] array of sets:
* offset1 and offset2 defining the offset range
* the text in the range
* start offset of the text in the range
* end offset of the text in the range
*
* or
*
* @param aOffset [in] the offset to get the text at
* @param aBoundaryType [in] Boundary type for text to be retrieved
* @param aText [in] expected return text for getTextAtOffset
* @param aStartOffset [in] expected return start offset for getTextAtOffset
* @param aEndOffset [in] expected return end offset for getTextAtOffset
* @param ... [in] list of ids or list of tuples made of:
* element identifier
* kTodo or kOk for returned text
* kTodo or kOk for returned start offset
* kTodo or kOk for returned offset result
*/
function testTextAtOffset()
{
testTextSuperHelper("getTextAtOffset", arguments);
}
/**
* Test getTextAfterOffset for BOUNDARY_CHAR over different elements.
*
* @param aIDs [in] the accessible identifier or array of accessible
* identifiers
* @param aOffset [in] the offset to get a character after it
* @param aChar [in] the expected character
* @param aStartOffset [in] expected start offset of the character
* @param aEndOffset [in] expected end offset of the character
*/
function testCharAfterOffset(aIDs, aOffset, aChar, aStartOffset, aEndOffset)
{
var IDs = (aIDs instanceof Array) ? aIDs : [ aIDs ];
for (var i = 0; i < IDs.length; i++) {
var acc = getAccessible(IDs[i], nsIAccessibleText);
testTextHelper(IDs[i], aOffset, BOUNDARY_CHAR,
aChar, aStartOffset, aEndOffset,
kOk, kOk, kOk,
acc.getTextAfterOffset, "getTextAfterOffset ");
}
}
/**
* Test getTextAfterOffset function over different elements
*
* @param aIDs [in] ID or array of IDs
* @param aBoundaryType [in] boundary type for text to be retrieved
* @param aTestList [in] array of sets:
* offset1 and offset2 defining the offset range
* the text in the range
* start offset of the text in the range
* end offset of the text in the range
*
* or
*
* @param aOffset [in] the offset to get the text after
* @param aBoundaryType [in] Boundary type for text to be retrieved
* @param aText [in] expected return text for getTextAfterOffset
* @param aStartOffset [in] expected return start offset for getTextAfterOffset
* @param aEndOffset [in] expected return end offset for getTextAfterOffset
* @param ... [in] list of ids or list of tuples made of:
* element identifier
* kTodo or kOk for returned text
* kTodo or kOk for returned start offset
* kTodo or kOk for returned offset result
*/
function testTextAfterOffset(aOffset, aBoundaryType,
aText, aStartOffset, aEndOffset)
{
testTextSuperHelper("getTextAfterOffset", arguments);
}
/**
* Test getTextBeforeOffset for BOUNDARY_CHAR over different elements.
*
* @param aIDs [in] the accessible identifier or array of accessible
* identifiers
* @param aOffset [in] the offset to get a character before it
* @param aChar [in] the expected character
* @param aStartOffset [in] expected start offset of the character
* @param aEndOffset [in] expected end offset of the character
*/
function testCharBeforeOffset(aIDs, aOffset, aChar, aStartOffset, aEndOffset)
{
var IDs = (aIDs instanceof Array) ? aIDs : [ aIDs ];
for (var i = 0; i < IDs.length; i++) {
var acc = getAccessible(IDs[i], nsIAccessibleText);
testTextHelper(IDs[i], aOffset, BOUNDARY_CHAR,
aChar, aStartOffset, aEndOffset,
kOk, kOk, kOk,
acc.getTextBeforeOffset, "getTextBeforeOffset ");
}
}
/**
* Test getTextBeforeOffset function over different elements
*
* @param aIDs [in] ID or array of IDs
* @param aBoundaryType [in] boundary type for text to be retrieved
* @param aTestList [in] array of sets:
* offset1 and offset2 defining the offset range
* the text in the range
* start offset of the text in the range
* end offset of the text in the range
*
* or
*
* @param aOffset [in] the offset to get the text before
* @param aBoundaryType [in] Boundary type for text to be retrieved
* @param aText [in] expected return text for getTextBeforeOffset
* @param aStartOffset [in] expected return start offset for getTextBeforeOffset
* @param aEndOffset [in] expected return end offset for getTextBeforeOffset
* @param ... [in] list of ids or list of tuples made of:
* element identifier
* kTodo or kOk for returned text
* kTodo or kOk for returned start offset
* kTodo or kOk for returned offset result
*/
function testTextBeforeOffset(aOffset, aBoundaryType,
aText, aStartOffset, aEndOffset)
{
testTextSuperHelper("getTextBeforeOffset", arguments);
}
/**
* Test word count for an element.
*
* @param aElement [in] element identifier
* @param aCount [in] Expected word count
* @param aToDoFlag [in] kTodo or kOk for returned text
*/
function testWordCount(aElement, aCount, aToDoFlag)
{
var isFunc = (aToDoFlag == kTodo) ? todo_is : is;
var acc = getAccessible(aElement, nsIAccessibleText);
var startOffsetObj = {}, endOffsetObj = {};
var length = acc.characterCount;
var offset = 0;
var wordCount = 0;
while (true) {
var text = acc.getTextAtOffset(offset, BOUNDARY_WORD_START,
startOffsetObj, endOffsetObj);
if (offset >= length)
break;
wordCount++;
offset = endOffsetObj.value;
}
isFunc(wordCount, aCount,
"wrong words count for '" + acc.getText(0, -1) + "': " + wordCount +
" in " + prettyName(aElement));
}
/**
* Test word at a position for an element.
*
* @param aElement [in] element identifier
* @param aWordIndex [in] index of the word to test
* @param aText [in] expected text for that word
* @param aToDoFlag [in] kTodo or kOk for returned text
*/
function testWordAt(aElement, aWordIndex, aText, aToDoFlag)
{
var isFunc = (aToDoFlag == kTodo) ? todo_is : is;
var acc = getAccessible(aElement, nsIAccessibleText);
var textLength = acc.characterCount;
var wordIdx = aWordIndex;
var startOffsetObj = { value: 0 }, endOffsetObj = { value: 0 };
for (offset = 0; offset < textLength; offset = endOffsetObj.value) {
acc.getTextAtOffset(offset, BOUNDARY_WORD_START,
startOffsetObj, endOffsetObj);
wordIdx--;
if (wordIdx < 0)
break;
}
if (wordIdx >= 0) {
ok(false,
"the given word index '" + aWordIndex + "' exceeds words amount in " +
prettyName(aElement));
return;
}
var startWordOffset = startOffsetObj.value;
var endWordOffset = endOffsetObj.value;
// Calculate the end word offset.
acc.getTextAtOffset(endOffsetObj.value, BOUNDARY_WORD_END,
startOffsetObj, endOffsetObj);
if (startOffsetObj.value != textLength)
endWordOffset = startOffsetObj.value
if (endWordOffset <= startWordOffset) {
todo(false,
"wrong start and end offset for word at index '" + aWordIndex + "': " +
" of text '" + acc.getText(0, -1) + "' in " + prettyName(aElement));
return;
}
text = acc.getText(startWordOffset, endWordOffset);
isFunc(text, aText, "wrong text for word at index '" + aWordIndex + "': " +
" of text '" + acc.getText(0, -1) + "' in " + prettyName(aElement));
}
/**
* Test words in a element.
*
* @param aElement [in] element identifier
* @param aWords [in] array of expected words
* @param aToDoFlag [in, optional] kTodo or kOk for returned text
*/
function testWords(aElement, aWords, aToDoFlag)
{
if (aToDoFlag == null)
aToDoFlag = kOk;
testWordCount(aElement, aWords.length, aToDoFlag);
for (var i = 0; i < aWords.length; i++) {
testWordAt(aElement, i, aWords[i], aToDoFlag);
}
}
/**
* Remove all selections.
*
* @param aID [in] Id, DOM node, or acc obj
*/
function cleanTextSelections(aID)
{
var acc = getAccessible(aID, [nsIAccessibleText]);
while (acc.selectionCount > 0)
acc.removeSelection(0);
}
/**
* Test addSelection method.
*
* @param aID [in] Id, DOM node, or acc obj
* @param aStartOffset [in] start offset for the new selection
* @param aEndOffset [in] end offset for the new selection
* @param aSelectionsCount [in] expected number of selections after addSelection
*/
function testTextAddSelection(aID, aStartOffset, aEndOffset, aSelectionsCount)
{
var acc = getAccessible(aID, [nsIAccessibleText]);
var text = acc.getText(0, -1);
acc.addSelection(aStartOffset, aEndOffset);
ok(acc.selectionCount, aSelectionsCount,
text + ": failed to add selection from offset '" + aStartOffset +
"' to offset '" + aEndOffset + "': selectionCount after");
}
/**
* Test removeSelection method.
*
* @param aID [in] Id, DOM node, or acc obj
* @param aSelectionIndex [in] index of the selection to be removed
* @param aSelectionsCount [in] expected number of selections after
* removeSelection
*/
function testTextRemoveSelection(aID, aSelectionIndex, aSelectionsCount)
{
var acc = getAccessible(aID, [nsIAccessibleText]);
var text = acc.getText(0, -1);
acc.removeSelection(aSelectionIndex);
ok(acc.selectionCount, aSelectionsCount,
text + ": failed to remove selection at index '" +
aSelectionIndex + "': selectionCount after");
}
/**
* Test setSelectionBounds method.
*
* @param aID [in] Id, DOM node, or acc obj
* @param aStartOffset [in] new start offset for the selection
* @param aEndOffset [in] new end offset for the selection
* @param aSelectionIndex [in] index of the selection to set
* @param aSelectionsCount [in] expected number of selections after
* setSelectionBounds
*/
function testTextSetSelection(aID, aStartOffset, aEndOffset,
aSelectionIndex, aSelectionsCount)
{
var acc = getAccessible(aID, [nsIAccessibleText]);
var text = acc.getText(0, -1);
acc.setSelectionBounds(aSelectionIndex, aStartOffset, aEndOffset);
is(acc.selectionCount, aSelectionsCount,
text + ": failed to set selection at index '" +
aSelectionIndex + "': selectionCount after");
}
/**
* Test selectionCount method.
*
* @param aID [in] Id, DOM node, or acc obj
* @param aCount [in] expected selection count
*/
function testTextSelectionCount(aID, aCount)
{
var acc = getAccessible(aID, [nsIAccessibleText]);
var text = acc.getText(0, -1);
is(acc.selectionCount, aCount, text + ": wrong selectionCount: ");
}
/**
* Test getSelectionBounds method.
*
* @param aID [in] Id, DOM node, or acc obj
* @param aStartOffset [in] expected start offset for the selection
* @param aEndOffset [in] expected end offset for the selection
* @param aSelectionIndex [in] index of the selection to get
*/
function testTextGetSelection(aID, aStartOffset, aEndOffset, aSelectionIndex)
{
var acc = getAccessible(aID, [nsIAccessibleText]);
var text = acc.getText(0, -1);
var startObj = {}, endObj = {};
acc.getSelectionBounds(aSelectionIndex, startObj, endObj);
is(startObj.value, aStartOffset, text + ": wrong start offset for index '" +
aSelectionIndex + "'");
is(endObj.value, aEndOffset, text + ": wrong end offset for index '" +
aSelectionIndex + "'");
}
function testTextRange(aRange, aRangeDescr, aStartContainer, aStartOffset,
aEndContainer, aEndOffset, aText,
aCommonContainer, aChildren)
{
isObject(aRange.startContainer, getAccessible(aStartContainer),
"Wrong start container of " + aRangeDescr);
is(aRange.startOffset, aStartOffset,
"Wrong start offset of " + aRangeDescr);
isObject(aRange.endContainer, getAccessible(aEndContainer),
"Wrong end container of " + aRangeDescr);
is(aRange.endOffset, aEndOffset,
"Wrong end offset of " + aRangeDescr);
is(aRange.text, aText, "Wrong text of " + aRangeDescr);
var children = aRange.embeddedChildren;
is(children ? children.length : 0, aChildren ? aChildren.length : 0,
"Wrong embedded children count of " + aRangeDescr);
isObject(aRange.container, getAccessible(aCommonContainer),
"Wrong container of " + aRangeDescr);
if (aChildren) {
for (var i = 0; i < aChildren.length; i++) {
var expectedChild = getAccessible(aChildren[i]);
var actualChild = children.queryElementAt(i, nsIAccessible);
isObject(actualChild, expectedChild,
"Wrong child at index '" + i + "' of " + aRangeDescr);
}
}
}
////////////////////////////////////////////////////////////////////////////////
// Private
function testTextSuperHelper(aFuncName, aArgs)
{
// List of tests.
if (aArgs[2] instanceof Array) {
var ids = (aArgs[0] instanceof Array) ? aArgs[0] : [ aArgs[0] ];
var boundaryType = aArgs[1];
var list = aArgs[2];
for (var i = 0; i < list.length; i++) {
var offset1 = list[i][0], offset2 = list[i][1];
var text = list[i][2], startOffset = list[i][3], endOffset = list[i][4];
var failureList = list[i][5];
for (var offset = offset1; offset <= offset2; offset++) {
for (var idIdx = 0; idIdx < ids.length; idIdx++) {
var id = ids[idIdx];
var flagOk1 = kOk, flagOk2 = kOk, flagOk3 = kOk;
if (failureList) {
for (var fIdx = 0; fIdx < failureList.length; fIdx++) {
if (offset == failureList[fIdx][0] && id == failureList[fIdx][1]) {
flagOk1 = failureList[fIdx][2];
flagOk2 = failureList[fIdx][3];
flagOk3 = failureList[fIdx][4];
break;
}
}
}
var acc = getAccessible(id, nsIAccessibleText);
testTextHelper(id, offset, boundaryType,
text, startOffset, endOffset,
flagOk1, flagOk2, flagOk3,
acc[aFuncName], aFuncName + " ");
}
}
}
return;
}
// Test at single offset. List of IDs.
var offset = aArgs[0];
var boundaryType = aArgs[1];
var text = aArgs[2];
var startOffset = aArgs[3];
var endOffset = aArgs[4];
if (aArgs[5] instanceof Array) {
var ids = aArgs[5];
for (var i = 0; i < ids.length; i++) {
var acc = getAccessible(ids[i], nsIAccessibleText);
testTextHelper(ids[i], offset, boundaryType,
text, startOffset, endOffset,
kOk, kOk, kOk,
acc[aFuncName], aFuncName + " ");
}
return;
}
// Each ID is tested separately.
for (var i = 5; i < aArgs.length; i = i + 4) {
var ID = aArgs[i];
var acc = getAccessible(ID, nsIAccessibleText);
var toDoFlag1 = aArgs[i + 1];
var toDoFlag2 = aArgs[i + 2];
var toDoFlag3 = aArgs[i + 3];
testTextHelper(ID, offset, boundaryType,
text, startOffset, endOffset,
toDoFlag1, toDoFlag2, toDoFlag3,
acc[aFuncName], aFuncName + " ");
}
}
function testTextHelper(aID, aOffset, aBoundaryType,
aText, aStartOffset, aEndOffset,
aToDoFlag1, aToDoFlag2, aToDoFlag3,
aTextFunc, aTextFuncName)
{
var exceptionFlag = aToDoFlag1 == undefined ||
aToDoFlag2 == undefined ||
aToDoFlag3 == undefined;
var startMsg = aTextFuncName + "(" + boundaryToString(aBoundaryType) + "): ";
var endMsg = ", id: " + prettyName(aID) + ";";
try {
var startOffsetObj = {}, endOffsetObj = {};
var text = aTextFunc(aOffset, aBoundaryType,
startOffsetObj, endOffsetObj);
if (exceptionFlag) {
ok(false, startMsg + "no expected failure at offset " + aOffset + endMsg);
return;
}
var isFunc1 = (aToDoFlag1 == kTodo) ? todo : ok;
var isFunc2 = (aToDoFlag2 == kTodo) ? todo : ok;
var isFunc3 = (aToDoFlag3 == kTodo) ? todo : ok;
isFunc1(text == aText,
startMsg + "wrong text " +
"(got '" + text + "', expected: '" + aText + "')" +
", offset: " + aOffset + endMsg);
isFunc2(startOffsetObj.value == aStartOffset,
startMsg + "wrong start offset" +
"(got '" + startOffsetObj.value + "', expected: '" + aStartOffset + "')" +
", offset: " + aOffset + endMsg);
isFunc3(endOffsetObj.value == aEndOffset,
startMsg + "wrong end offset" +
"(got '" + endOffsetObj.value + "', expected: '" + aEndOffset + "')" +
", offset: " + aOffset + endMsg);
} catch (e) {
var okFunc = exceptionFlag ? todo : ok;
okFunc(false, startMsg + "failed at offset " + aOffset + endMsg +
", exception: " + e);
}
}
function boundaryToString(aBoundaryType)
{
switch (aBoundaryType) {
case BOUNDARY_CHAR:
return "char";
case BOUNDARY_WORD_START:
return "word start";
case BOUNDARY_WORD_END:
return "word end";
case BOUNDARY_LINE_START:
return "line start";
case BOUNDARY_LINE_END:
return "line end";
}
}