TEST_F(ActiveStyleSheetsTest, CompareActiveStyleSheets_AppendedToNonEmpty) {
ActiveStyleSheetVector oldSheets;
ActiveStyleSheetVector newSheets;
HeapVector<Member<RuleSet>> changedRuleSets;
CSSStyleSheet* sheet1 = createSheet();
CSSStyleSheet* sheet2 = createSheet();
oldSheets.append(std::make_pair(sheet1, &sheet1->contents()->ruleSet()));
newSheets.append(std::make_pair(sheet1, &sheet1->contents()->ruleSet()));
newSheets.append(std::make_pair(sheet2, &sheet2->contents()->ruleSet()));
EXPECT_EQ(ActiveSheetsAppended,
compareActiveStyleSheets(oldSheets, newSheets, changedRuleSets));
EXPECT_EQ(1u, changedRuleSets.size());
}
DispatchEventResult IDBEventDispatcher::dispatch(Event* event, HeapVector<Member<EventTarget>>& eventTargets)
{
size_t size = eventTargets.size();
ASSERT(size);
event->setEventPhase(Event::CAPTURING_PHASE);
for (size_t i = size - 1; i; --i) { // Don't do the first element.
event->setCurrentTarget(eventTargets[i].get());
eventTargets[i]->fireEventListeners(event);
if (event->propagationStopped())
goto doneDispatching;
}
event->setEventPhase(Event::AT_TARGET);
event->setCurrentTarget(eventTargets[0].get());
eventTargets[0]->fireEventListeners(event);
if (event->propagationStopped() || !event->bubbles() || event->cancelBubble())
goto doneDispatching;
event->setEventPhase(Event::BUBBLING_PHASE);
for (size_t i = 1; i < size; ++i) { // Don't do the first element.
event->setCurrentTarget(eventTargets[i].get());
eventTargets[i]->fireEventListeners(event);
if (event->propagationStopped() || event->cancelBubble())
goto doneDispatching;
}
doneDispatching:
event->setCurrentTarget(nullptr);
event->setEventPhase(Event::NONE);
return EventTarget::dispatchEventResult(*event);
}
static void addRules(RuleSet* ruleSet,
const HeapVector<MinimalRuleData>& rules) {
for (unsigned i = 0; i < rules.size(); ++i) {
const MinimalRuleData& info = rules[i];
ruleSet->addRule(info.m_rule, info.m_selectorIndex, info.m_flags);
}
}
TEST_F(CustomElementUpgradeSorterTest, oneCandidate) {
NonThrowableExceptionState noExceptions;
Element* element =
document()->createElement("a-a", StringOrDictionary(), noExceptions);
document()->documentElement()->appendChild(element);
CustomElementUpgradeSorter sorter;
sorter.add(element);
HeapVector<Member<Element>> elements;
sorter.sorted(&elements, document());
EXPECT_EQ(1u, elements.size())
<< "exactly one candidate should be in the result set";
EXPECT_TRUE(elements.contains(element))
<< "the candidate should be the element that was added";
}
void DistributionPool::distributeTo(InsertionPoint* insertionPoint,
ElementShadowV0* elementShadow) {
DistributedNodes distributedNodes;
for (size_t i = 0; i < m_nodes.size(); ++i) {
if (m_distributed[i])
continue;
if (isHTMLContentElement(*insertionPoint) &&
!toHTMLContentElement(insertionPoint)->canSelectNode(m_nodes, i))
continue;
Node* node = m_nodes[i];
distributedNodes.append(node);
elementShadow->didDistributeNode(node, insertionPoint);
m_distributed[i] = true;
}
// Distributes fallback elements
if (insertionPoint->isContentInsertionPoint() && distributedNodes.isEmpty()) {
for (Node* fallbackNode = insertionPoint->firstChild(); fallbackNode;
fallbackNode = fallbackNode->nextSibling()) {
distributedNodes.append(fallbackNode);
elementShadow->didDistributeNode(fallbackNode, insertionPoint);
}
}
insertionPoint->setDistributedNodes(distributedNodes);
}
void LoadableTextTrack::addRegions(const HeapVector<Member<VTTRegion>>& newRegions)
{
for (size_t i = 0; i < newRegions.size(); ++i) {
newRegions[i]->setTrack(this);
regions()->add(newRegions[i]);
}
}
StyleEngineTest::RuleSetInvalidation
StyleEngineTest::scheduleInvalidationsForRules(TreeScope& treeScope,
const String& cssText) {
StyleSheetContents* sheet =
StyleSheetContents::create(CSSParserContext(HTMLStandardMode, nullptr));
sheet->parseString(cssText);
HeapVector<Member<RuleSet>> ruleSets;
RuleSet& ruleSet = sheet->ensureRuleSet(MediaQueryEvaluator(),
RuleHasDocumentSecurityOrigin);
ruleSet.compactRulesIfNeeded();
if (ruleSet.needsFullRecalcForRuleSetInvalidation())
return RuleSetInvalidationFullRecalc;
ruleSets.append(&ruleSet);
styleEngine().scheduleInvalidationsForRuleSets(treeScope, ruleSets);
return RuleSetInvalidationsScheduled;
}
ScriptPromise NavigatorRequestMediaKeySystemAccess::requestMediaKeySystemAccess(
ScriptState* scriptState,
Navigator& navigator,
const String& keySystem,
const HeapVector<MediaKeySystemConfiguration>& supportedConfigurations)
{
WTF_LOG(Media, "NavigatorRequestMediaKeySystemAccess::requestMediaKeySystemAccess()");
// From https://w3c.github.io/encrypted-media/#requestMediaKeySystemAccess
// When this method is invoked, the user agent must run the following steps:
// 1. If keySystem is an empty string, return a promise rejected with a
// new DOMException whose name is InvalidAccessError.
if (keySystem.isEmpty()) {
return ScriptPromise::rejectWithDOMException(
scriptState, DOMException::create(InvalidAccessError, "The keySystem parameter is empty."));
}
// 2. If supportedConfigurations was provided and is empty, return a
// promise rejected with a new DOMException whose name is
// InvalidAccessError.
if (!supportedConfigurations.size()) {
return ScriptPromise::rejectWithDOMException(
scriptState, DOMException::create(InvalidAccessError, "The supportedConfigurations parameter is empty."));
}
// 3-4. 'May Document use powerful features?' check.
ExecutionContext* executionContext = scriptState->executionContext();
String errorMessage;
if (executionContext->isPrivilegedContext(errorMessage)) {
UseCounter::count(executionContext, UseCounter::EncryptedMediaSecureOrigin);
} else {
UseCounter::countDeprecation(executionContext, UseCounter::EncryptedMediaInsecureOrigin);
// TODO(ddorwin): Implement the following:
// Reject promise with a new DOMException whose name is NotSupportedError.
}
// 5. Let origin be the origin of document.
// (Passed with the execution context in step 7.)
// 6. Let promise be a new promise.
Document* document = toDocument(executionContext);
if (!document->page()) {
return ScriptPromise::rejectWithDOMException(
scriptState, DOMException::create(InvalidStateError, "The context provided is not associated with a page."));
}
MediaKeySystemAccessInitializer* initializer = new MediaKeySystemAccessInitializer(scriptState, keySystem, supportedConfigurations);
ScriptPromise promise = initializer->promise();
// 7. Asynchronously determine support, and if allowed, create and
// initialize the MediaKeySystemAccess object.
MediaKeysController* controller = MediaKeysController::from(document->page());
WebEncryptedMediaClient* mediaClient = controller->encryptedMediaClient(executionContext);
mediaClient->requestMediaKeySystemAccess(WebEncryptedMediaRequest(initializer));
// 8. Return promise.
return promise;
}
inline void DistributionPool::detachNonDistributedNodes() {
for (size_t i = 0; i < m_nodes.size(); ++i) {
if (m_distributed[i])
continue;
if (m_nodes[i]->layoutObject())
m_nodes[i]->lazyReattachIfAttached();
}
}
MIDIInputMap* MIDIAccess::inputs() const
{
HeapVector<Member<MIDIInput>> inputs;
HashSet<String> ids;
for (size_t i = 0; i < m_inputs.size(); ++i) {
MIDIInput* input = m_inputs[i];
if (input->getState() != PortState::MIDIPortStateDisconnected) {
inputs.append(input);
ids.add(input->id());
}
}
if (inputs.size() != ids.size()) {
// There is id duplication that violates the spec.
inputs.clear();
}
return new MIDIInputMap(inputs);
}
TEST_F(ActiveStyleSheetsTest, CompareActiveStyleSheets_RemoveNullRuleSet) {
ActiveStyleSheetVector oldSheets;
ActiveStyleSheetVector newSheets;
HeapVector<Member<RuleSet>> changedRuleSets;
CSSStyleSheet* sheet1 = createSheet();
CSSStyleSheet* sheet2 = createSheet();
oldSheets.append(std::make_pair(sheet1, &sheet1->contents()->ruleSet()));
oldSheets.append(std::make_pair(sheet2, nullptr));
newSheets.append(std::make_pair(sheet1, &sheet1->contents()->ruleSet()));
EXPECT_EQ(NoActiveSheetsChanged,
compareActiveStyleSheets(oldSheets, newSheets, changedRuleSets));
EXPECT_EQ(0u, changedRuleSets.size());
}
TEST_F(CustomElementUpgradeSorterTest, inOtherDocument_notInSet) {
NonThrowableExceptionState noExceptions;
Element* element =
document()->createElement("a-a", StringOrDictionary(), noExceptions);
Document* otherDocument = HTMLDocument::create();
otherDocument->appendChild(element);
EXPECT_EQ(otherDocument, element->ownerDocument())
<< "sanity: another document should have adopted an element on append";
CustomElementUpgradeSorter sorter;
sorter.add(element);
HeapVector<Member<Element>> elements;
sorter.sorted(&elements, document());
EXPECT_EQ(0u, elements.size())
<< "the adopted-away candidate should not have been included";
}
void ScopedStyleResolver::addFontFaceRules(const RuleSet& ruleSet) {
// FIXME(BUG 72461): We don't add @font-face rules of scoped style sheets for
// the moment.
if (!treeScope().rootNode().isDocumentNode())
return;
Document& document = treeScope().document();
CSSFontSelector* cssFontSelector = document.styleEngine().fontSelector();
const HeapVector<Member<StyleRuleFontFace>> fontFaceRules =
ruleSet.fontFaceRules();
for (auto& fontFaceRule : fontFaceRules) {
if (FontFace* fontFace = FontFace::create(&document, fontFaceRule))
cssFontSelector->fontFaceCache()->add(cssFontSelector, fontFaceRule,
fontFace);
}
if (fontFaceRules.size())
document.styleResolver()->invalidateMatchedPropertiesCache();
}
void LoadFontPromiseResolver::loadFonts(ExecutionContext* context) {
if (!m_numLoading) {
m_resolver->resolve(m_fontFaces);
return;
}
for (size_t i = 0; i < m_fontFaces.size(); i++)
m_fontFaces[i]->loadWithCallback(this, context);
}
inline void DistributionPool::populateChildren(const ContainerNode& parent) {
clear();
for (Node* child = parent.firstChild(); child; child = child->nextSibling()) {
if (isHTMLSlotElement(child)) {
// TODO(hayato): Support re-distribution across v0 and v1 shadow trees
continue;
}
if (isActiveInsertionPoint(*child)) {
InsertionPoint* insertionPoint = toInsertionPoint(child);
for (size_t i = 0; i < insertionPoint->distributedNodesSize(); ++i)
m_nodes.append(insertionPoint->distributedNodeAt(i));
} else {
m_nodes.append(child);
}
}
m_distributed.resize(m_nodes.size());
m_distributed.fill(false);
}
void ElementShadowV0::distribute() {
HeapVector<Member<HTMLShadowElement>, 32> shadowInsertionPoints;
DistributionPool pool(m_elementShadow->host());
for (ShadowRoot* root = &youngestShadowRoot(); root;
root = root->olderShadowRoot()) {
HTMLShadowElement* shadowInsertionPoint = 0;
for (const auto& point : root->descendantInsertionPoints()) {
if (!point->isActive())
continue;
if (isHTMLShadowElement(*point)) {
DCHECK(!shadowInsertionPoint);
shadowInsertionPoint = toHTMLShadowElement(point);
shadowInsertionPoints.append(shadowInsertionPoint);
} else {
pool.distributeTo(point, this);
if (ElementShadow* shadow =
shadowWhereNodeCanBeDistributedForV0(*point))
shadow->setNeedsDistributionRecalc();
}
}
}
for (size_t i = shadowInsertionPoints.size(); i > 0; --i) {
HTMLShadowElement* shadowInsertionPoint = shadowInsertionPoints[i - 1];
ShadowRoot* root = shadowInsertionPoint->containingShadowRoot();
DCHECK(root);
if (root->isOldest()) {
pool.distributeTo(shadowInsertionPoint, this);
} else if (root->olderShadowRoot()->type() == root->type()) {
// Only allow reprojecting older shadow roots between the same type to
// disallow reprojecting UA elements into author shadows.
DistributionPool olderShadowRootPool(*root->olderShadowRoot());
olderShadowRootPool.distributeTo(shadowInsertionPoint, this);
root->olderShadowRoot()->setShadowInsertionPointOfYoungerShadowRoot(
shadowInsertionPoint);
}
if (ElementShadow* shadow =
shadowWhereNodeCanBeDistributedForV0(*shadowInsertionPoint))
shadow->setNeedsDistributionRecalc();
}
InspectorInstrumentation::didPerformElementShadowDistribution(
&m_elementShadow->host());
}
HeapVector<FormDataEntryValue> FormData::getAll(const String& name)
{
HeapVector<FormDataEntryValue> results;
const CString encodedName = encodeAndNormalize(name);
for (const auto& entry : entries()) {
if (entry->name() != encodedName)
continue;
FormDataEntryValue value;
if (entry->isString()) {
value.setUSVString(decode(entry->value()));
} else {
ASSERT(entry->isFile());
value.setFile(entry->file());
}
results.append(value);
}
return results;
}
FontFaceSetIterable::IterationSource* FontFaceSet::startIteration(
ScriptState*,
ExceptionState&) {
// Setlike should iterate each item in insertion order, and items should
// be keep on up to date. But since blink does not have a way to hook up CSS
// modification, take a snapshot here, and make it ordered as follows.
HeapVector<Member<FontFace>> fontFaces;
if (inActiveDocumentContext()) {
const HeapListHashSet<Member<FontFace>>& cssConnectedFaces =
cssConnectedFontFaceList();
fontFaces.reserveInitialCapacity(cssConnectedFaces.size() +
m_nonCSSConnectedFaces.size());
for (const auto& fontFace : cssConnectedFaces)
fontFaces.append(fontFace);
for (const auto& fontFace : m_nonCSSConnectedFaces)
fontFaces.append(fontFace);
}
return new IterationSource(fontFaces);
}
static void completeURLs(DocumentFragment& fragment, const String& baseURL) {
HeapVector<AttributeChange> changes;
KURL parsedBaseURL(ParsedURLString, baseURL);
for (Element& element : ElementTraversal::descendantsOf(fragment)) {
AttributeCollection attributes = element.attributes();
// AttributeCollection::iterator end = attributes.end();
for (const auto& attribute : attributes) {
if (element.isURLAttribute(attribute) && !attribute.value().isEmpty())
changes.append(AttributeChange(
&element, attribute.name(),
KURL(parsedBaseURL, attribute.value()).getString()));
}
}
for (auto& change : changes)
change.apply();
}
void HTMLFormControlsCollection::namedGetter(
const AtomicString& name,
RadioNodeListOrElement& returnValue) {
HeapVector<Member<Element>> namedItems;
this->namedItems(name, namedItems);
if (namedItems.isEmpty())
return;
if (namedItems.size() == 1) {
if (!isHTMLImageElement(*namedItems[0]))
returnValue.setElement(namedItems.at(0));
return;
}
// This path never returns a RadioNodeList for <img> because
// onlyMatchingImgElements flag is false by default.
returnValue.setRadioNodeList(ownerNode().radioNodeList(name));
}
TEST_F(CustomElementRegistryTest,
collectCandidates_shouldNotIncludeElementsInDifferentDocument) {
Element* element = CreateElement("a-a").inDocument(&document());
registry().addCandidate(element);
Document* otherDocument = HTMLDocument::create();
otherDocument->appendChild(element);
EXPECT_EQ(otherDocument, element->ownerDocument())
<< "sanity: another document should have adopted an element on append";
HeapVector<Member<Element>> elements;
collectCandidates(CustomElementDescriptor("a-a", "a-a"), &elements);
EXPECT_TRUE(elements.isEmpty())
<< "no candidates should have been found, but we have "
<< elements.size();
EXPECT_FALSE(elements.contains(element))
<< "the adopted-away candidate should not have been found";
}
PaymentAppRequestData PaymentAppRequestDataConversion::toPaymentAppRequestData(
ScriptState* scriptState,
const WebPaymentAppRequestData& webData) {
PaymentAppRequestData data;
data.setOrigin(webData.origin);
HeapVector<PaymentMethodData> methodData;
for (const auto& md : webData.methodData) {
methodData.append(toPaymentMethodData(scriptState, md));
}
data.setMethodData(methodData);
data.setTotal(toPaymentItem(webData.total));
HeapVector<PaymentDetailsModifier> modifiers;
for (const auto& modifier : webData.modifiers) {
modifiers.append(toPaymentDetailsModifier(scriptState, modifier));
}
data.setOptionId(webData.optionId);
return data;
}
bool TouchEventManager::generateTouchInfosAfterHittest(
const PlatformTouchEvent& event,
HeapVector<TouchInfo>& touchInfos)
{
bool newTouchSequence = true;
bool allTouchesReleased = true;
for (const auto& point : event.touchPoints()) {
if (point.state() != PlatformTouchPoint::TouchPressed)
newTouchSequence = false;
if (point.state() != PlatformTouchPoint::TouchReleased && point.state() != PlatformTouchPoint::TouchCancelled)
allTouchesReleased = false;
}
if (newTouchSequence) {
// Ideally we'd ASSERT(!m_touchSequenceDocument) here since we should
// have cleared the active document when we saw the last release. But we
// have some tests that violate this, ClusterFuzz could trigger it, and
// there may be cases where the browser doesn't reliably release all
// touches. http://crbug.com/345372 tracks this.
m_touchSequenceDocument.clear();
m_touchSequenceUserGestureToken.clear();
}
ASSERT(m_frame->view());
if (m_touchSequenceDocument && (!m_touchSequenceDocument->frame() || !m_touchSequenceDocument->frame()->view())) {
// If the active touch document has no frame or view, it's probably being destroyed
// so we can't dispatch events.
return false;
}
for (const auto& point : event.touchPoints()) {
TouchEventManager::TouchInfo touchInfo;
touchInfo.point = point;
touchInfos.append(touchInfo);
}
updateTargetAndRegionMapsForTouchStarts(touchInfos);
m_touchPressed = !allTouchesReleased;
// If there's no document receiving touch events, or no handlers on the
// document set to receive the events, then we can skip all the rest of
// this work.
if (!m_touchSequenceDocument || !m_touchSequenceDocument->frameHost() || !hasTouchHandlers(m_touchSequenceDocument->frameHost()->eventHandlerRegistry()) || !m_touchSequenceDocument->frame()) {
if (allTouchesReleased) {
m_touchSequenceDocument.clear();
m_touchSequenceUserGestureToken.clear();
}
return false;
}
setAllPropertiesOfTouchInfos(touchInfos);
return true;
}
void TextFinder::updateFindMatchRects() {
IntSize currentContentsSize = ownerFrame().contentsSize();
if (m_contentsSizeForCurrentFindMatchRects != currentContentsSize) {
m_contentsSizeForCurrentFindMatchRects = currentContentsSize;
m_findMatchRectsAreValid = false;
}
size_t deadMatches = 0;
for (FindMatch& match : m_findMatchesCache) {
if (!match.m_range->boundaryPointsValid() ||
!match.m_range->startContainer()->isConnected())
match.m_rect = FloatRect();
else if (!m_findMatchRectsAreValid)
match.m_rect = findInPageRectFromRange(match.m_range.get());
if (match.m_rect.isEmpty())
++deadMatches;
}
// Remove any invalid matches from the cache.
if (deadMatches) {
HeapVector<FindMatch> filteredMatches;
filteredMatches.reserveCapacity(m_findMatchesCache.size() - deadMatches);
for (const FindMatch& match : m_findMatchesCache) {
if (!match.m_rect.isEmpty())
filteredMatches.append(match);
}
m_findMatchesCache.swap(filteredMatches);
}
// Invalidate the rects in child frames. Will be updated later during
// traversal.
if (!m_findMatchRectsAreValid)
for (WebFrame* child = ownerFrame().firstChild(); child;
child = child->nextSibling())
toWebLocalFrameImpl(child)->ensureTextFinder().m_findMatchRectsAreValid =
false;
m_findMatchRectsAreValid = true;
}
void CSSAnimations::calculateAnimationActiveInterpolations(CSSAnimationUpdate& update, const Element* animatingElement, double timelineCurrentTime)
{
ElementAnimations* elementAnimations = animatingElement ? animatingElement->elementAnimations() : nullptr;
AnimationStack* animationStack = elementAnimations ? &elementAnimations->defaultStack() : nullptr;
if (update.newAnimations().isEmpty() && update.suppressedAnimations().isEmpty()) {
ActiveInterpolationsMap activeInterpolationsForAnimations(AnimationStack::activeInterpolations(animationStack, 0, 0, KeyframeEffect::DefaultPriority, timelineCurrentTime));
update.adoptActiveInterpolationsForAnimations(activeInterpolationsForAnimations);
return;
}
HeapVector<Member<InertEffect>> newEffects;
for (const auto& newAnimation : update.newAnimations())
newEffects.append(newAnimation.effect.get());
for (const auto& updatedAnimation : update.animationsWithUpdates())
newEffects.append(updatedAnimation.effect.get()); // Animations with updates use a temporary InertEffect for the current frame.
ActiveInterpolationsMap activeInterpolationsForAnimations(AnimationStack::activeInterpolations(animationStack, &newEffects, &update.suppressedAnimations(), KeyframeEffect::DefaultPriority, timelineCurrentTime));
update.adoptActiveInterpolationsForAnimations(activeInterpolationsForAnimations);
}
Nullable<HeapVector<WebCLImageDescriptor>> WebCLContext::getSupportedImageFormats(unsigned memFlags, ExceptionState& es)
{
HeapVector<WebCLImageDescriptor> supportedImageDescriptor;
if (isReleased()) {
es.throwWebCLException(WebCLException::InvalidContext, WebCLException::invalidContextMessage);
return supportedImageDescriptor;
}
if (!WebCLInputChecker::isValidMemoryObjectFlag(memFlags)) {
es.throwWebCLException(WebCLException::InvalidValue, WebCLException::invalidValueMessage);
return supportedImageDescriptor;
}
cl_uint numberOfSupportedImageFormats = 0;
cl_int err = clGetSupportedImageFormats(m_clContext, memFlags, CL_MEM_OBJECT_IMAGE2D, 0, 0, &numberOfSupportedImageFormats);
if (err != CL_SUCCESS) {
es.throwWebCLException(WebCLException::InvalidImageSize, WebCLException::invalidImageSizeMessage);
return supportedImageDescriptor;
}
Vector<cl_image_format> supportedImages;
supportedImages.reserveCapacity(numberOfSupportedImageFormats);
supportedImages.resize(numberOfSupportedImageFormats);
err = clGetSupportedImageFormats(m_clContext, memFlags, CL_MEM_OBJECT_IMAGE2D, numberOfSupportedImageFormats, supportedImages.data(), 0);
if (err != CL_SUCCESS) {
WebCLException::throwException(err, es);
} else {
for (size_t i = 0; i < static_cast<unsigned>(numberOfSupportedImageFormats); ++i) {
if (WebCLInputChecker::isValidChannelOrder(supportedImages[i].image_channel_order) && WebCLInputChecker::isValidChannelType(supportedImages[i].image_channel_data_type)) {
WebCLImageDescriptor des;
des.setChannelOrder(supportedImages[i].image_channel_order);
des.setChannelType(supportedImages[i].image_channel_data_type);
supportedImageDescriptor.append(des);
}
}
}
return supportedImageDescriptor;
}
void NodeSet::sort() const {
if (m_isSorted)
return;
unsigned nodeCount = m_nodes.size();
if (nodeCount < 2) {
const_cast<bool&>(m_isSorted) = true;
return;
}
if (nodeCount > traversalSortCutoff) {
traversalSort();
return;
}
bool containsAttributeNodes = false;
HeapVector<NodeSetVector> parentMatrix(nodeCount);
for (unsigned i = 0; i < nodeCount; ++i) {
NodeSetVector& parentsVector = parentMatrix[i];
Node* n = m_nodes[i].get();
parentsVector.append(n);
if (n->isAttributeNode()) {
n = toAttr(n)->ownerElement();
parentsVector.append(n);
containsAttributeNodes = true;
}
for (n = n->parentNode(); n; n = n->parentNode())
parentsVector.append(n);
}
sortBlock(0, nodeCount, parentMatrix, containsAttributeNodes);
// It is not possible to just assign the result to m_nodes, because some
// nodes may get dereferenced and destroyed.
HeapVector<Member<Node>> sortedNodes;
sortedNodes.reserveInitialCapacity(nodeCount);
for (unsigned i = 0; i < nodeCount; ++i)
sortedNodes.append(parentMatrix[i][0]);
const_cast<HeapVector<Member<Node>>&>(m_nodes).swap(sortedNodes);
}
Element* SlotScopedTraversal::previous(const Element& current)
{
Element* nearestAncestorAssignedToSlot = SlotScopedTraversal::nearestAncestorAssignedToSlot(current);
ASSERT(nearestAncestorAssignedToSlot);
// NodeTraversal within nearestAncestorAssignedToSlot
if (Element* previous = ElementTraversal::previous(current, nearestAncestorAssignedToSlot))
return previous;
// If null, jump to previous assigned node's descendant
const HeapVector<Member<Node>> assignedNodes = nearestAncestorAssignedToSlot->assignedSlot()->getAssignedNodes();
size_t currentIndex = assignedNodes.reverseFind(*nearestAncestorAssignedToSlot);
ASSERT(currentIndex != kNotFound);
for (; currentIndex > 0; --currentIndex) {
const Member<Node> assignedPrevious = assignedNodes[currentIndex - 1];
if (assignedPrevious->isElementNode()) {
if (Element* last = ElementTraversal::lastWithin(*toElement(assignedPrevious)))
return last;
return toElement(assignedPrevious);
}
}
return nullptr;
}
TEST_F(CustomElementUpgradeSorterTest, candidatesInDocumentOrder) {
Element* a = createElementWithId("a-a", "a");
Element* b = createElementWithId("a-a", "b");
Element* c = createElementWithId("a-a", "c");
document()->documentElement()->appendChild(a);
a->appendChild(b);
document()->documentElement()->appendChild(c);
CustomElementUpgradeSorter sorter;
sorter.add(b);
sorter.add(a);
sorter.add(c);
HeapVector<Member<Element>> elements;
sorter.sorted(&elements, document());
EXPECT_EQ(3u, elements.size());
EXPECT_EQ(a, elements[0].get());
EXPECT_EQ(b, elements[1].get());
EXPECT_EQ(c, elements[2].get());
}
TEST_F(ActiveStyleSheetsTest, CompareActiveStyleSheets_InsertedAndRemoved) {
ActiveStyleSheetVector oldSheets;
ActiveStyleSheetVector newSheets;
HeapVector<Member<RuleSet>> changedRuleSets;
CSSStyleSheet* sheet1 = createSheet();
CSSStyleSheet* sheet2 = createSheet();
CSSStyleSheet* sheet3 = createSheet();
oldSheets.append(std::make_pair(sheet1, &sheet1->contents()->ruleSet()));
oldSheets.append(std::make_pair(sheet2, &sheet2->contents()->ruleSet()));
newSheets.append(std::make_pair(sheet2, &sheet2->contents()->ruleSet()));
newSheets.append(std::make_pair(sheet3, &sheet3->contents()->ruleSet()));
EXPECT_EQ(ActiveSheetsChanged,
compareActiveStyleSheets(oldSheets, newSheets, changedRuleSets));
ASSERT_EQ(2u, changedRuleSets.size());
EXPECT_EQ(&sheet1->contents()->ruleSet(), changedRuleSets[0]);
EXPECT_EQ(&sheet3->contents()->ruleSet(), changedRuleSets[1]);
}
