void ElementRuleCollector::collectMatchingRulesForList(const Vector<RuleData>* rules, const MatchRequest& matchRequest, StyleResolver::RuleRange& ruleRange)
{
if (!rules)
return;
for (unsigned i = 0, size = rules->size(); i < size; ++i) {
const RuleData& ruleData = rules->data()[i];
if (m_canUseFastReject && m_selectorFilter.fastRejectSelector<RuleData::maximumIdentifierCount>(ruleData.descendantSelectorIdentifierHashes()))
continue;
StyleRule* rule = ruleData.rule();
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StyleProperties& properties = rule->properties();
if (properties.isEmpty() && !matchRequest.includeEmptyRules)
continue;
// FIXME: Exposing the non-standard getMatchedCSSRules API to web is the only reason this is needed.
if (m_sameOriginOnly && !ruleData.hasDocumentSecurityOrigin())
continue;
if (ruleMatches(ruleData)) {
// Update our first/last rule indices in the matched rules array.
++ruleRange.lastRuleIndex;
if (ruleRange.firstRuleIndex == -1)
ruleRange.firstRuleIndex = ruleRange.lastRuleIndex;
// Add this rule to our list of matched rules.
addMatchedRule(&ruleData);
}
}
}
void RuleSet::addChildRules(const WillBeHeapVector<RefPtrWillBeMember<StyleRuleBase>>& rules, const MediaQueryEvaluator& medium, AddRuleFlags addRuleFlags)
{
for (unsigned i = 0; i < rules.size(); ++i) {
StyleRuleBase* rule = rules[i].get();
if (rule->isStyleRule()) {
StyleRule* styleRule = toStyleRule(rule);
const CSSSelectorList& selectorList = styleRule->selectorList();
for (size_t selectorIndex = 0; selectorIndex != kNotFound; selectorIndex = selectorList.indexOfNextSelectorAfter(selectorIndex)) {
if (selectorList.selectorCrossesTreeScopes(selectorIndex)) {
m_treeBoundaryCrossingRules.append(MinimalRuleData(styleRule, selectorIndex, addRuleFlags));
} else if (selectorList.hasShadowDistributedAt(selectorIndex)) {
m_shadowDistributedRules.append(MinimalRuleData(styleRule, selectorIndex, addRuleFlags));
} else {
addRule(styleRule, selectorIndex, addRuleFlags);
}
}
} else if (rule->isPageRule()) {
addPageRule(toStyleRulePage(rule));
} else if (rule->isMediaRule()) {
StyleRuleMedia* mediaRule = toStyleRuleMedia(rule);
if ((!mediaRule->mediaQueries() || medium.eval(mediaRule->mediaQueries(), &m_viewportDependentMediaQueryResults)))
addChildRules(mediaRule->childRules(), medium, addRuleFlags);
} else if (rule->isFontFaceRule()) {
addFontFaceRule(toStyleRuleFontFace(rule));
} else if (rule->isKeyframesRule()) {
addKeyframesRule(toStyleRuleKeyframes(rule));
} else if (rule->isViewportRule()) {
addViewportRule(toStyleRuleViewport(rule));
} else if (rule->isSupportsRule() && toStyleRuleSupports(rule)->conditionIsSupported()) {
addChildRules(toStyleRuleSupports(rule)->childRules(), medium, addRuleFlags);
}
}
}
void ElementRuleCollector::collectMatchingRulesForList(const RuleSet::RuleDataVector* rules, const MatchRequest& matchRequest, StyleResolver::RuleRange& ruleRange)
{
if (!rules)
return;
for (unsigned i = 0, size = rules->size(); i < size; ++i) {
const RuleData& ruleData = rules->data()[i];
if (!ruleData.canMatchPseudoElement() && m_pseudoStyleRequest.pseudoId != NOPSEUDO)
continue;
if (m_selectorFilter && m_selectorFilter->fastRejectSelector<RuleData::maximumIdentifierCount>(ruleData.descendantSelectorIdentifierHashes()))
continue;
StyleRule* rule = ruleData.rule();
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StyleProperties& properties = rule->properties();
if (properties.isEmpty() && !matchRequest.includeEmptyRules)
continue;
// FIXME: Exposing the non-standard getMatchedCSSRules API to web is the only reason this is needed.
if (m_sameOriginOnly && !ruleData.hasDocumentSecurityOrigin())
continue;
unsigned specificity;
if (ruleMatches(ruleData, specificity))
addMatchedRule(ruleData, specificity, matchRequest.treeContextOrdinal, ruleRange);
}
}
void ElementRuleCollector::collectRuleIfMatches(const RuleData& ruleData, SelectorChecker::BehaviorAtBoundary behaviorAtBoundary, CascadeScope cascadeScope, CascadeOrder cascadeOrder, const MatchRequest& matchRequest, RuleRange& ruleRange)
{
if (m_canUseFastReject && m_selectorFilter.fastRejectSelector<RuleData::maximumIdentifierCount>(ruleData.descendantSelectorIdentifierHashes()))
return;
StyleRule* rule = ruleData.rule();
PseudoId dynamicPseudo = NOPSEUDO;
if (ruleMatches(ruleData, matchRequest.scope, dynamicPseudo, behaviorAtBoundary)) {
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StylePropertySet* properties = rule->properties();
if (!properties || (properties->isEmpty() && !matchRequest.includeEmptyRules))
return;
// FIXME: Exposing the non-standard getMatchedCSSRules API to web is the only reason this is needed.
if (m_sameOriginOnly && !ruleData.hasDocumentSecurityOrigin())
return;
// If we're matching normal rules, set a pseudo bit if
// we really just matched a pseudo-element.
if (dynamicPseudo != NOPSEUDO && m_pseudoStyleRequest.pseudoId == NOPSEUDO) {
if (m_mode == SelectorChecker::CollectingCSSRules || m_mode == SelectorChecker::CollectingStyleRules)
return;
// FIXME: Matching should not modify the style directly.
if (m_style && dynamicPseudo < FIRST_INTERNAL_PSEUDOID)
m_style->setHasPseudoStyle(dynamicPseudo);
} else {
// Update our first/last rule indices in the matched rules array.
++ruleRange.lastRuleIndex;
if (ruleRange.firstRuleIndex == -1)
ruleRange.firstRuleIndex = ruleRange.lastRuleIndex;
// Add this rule to our list of matched rules.
addMatchedRule(&ruleData, cascadeScope, cascadeOrder);
return;
}
}
}
void ElementRuleCollector::collectMatchingRulesForList(const RuleDataListType* rules, CascadeOrder cascadeOrder, const MatchRequest& matchRequest)
{
if (!rules)
return;
SelectorChecker::Init init;
init.mode = m_mode;
init.isUARule = m_matchingUARules;
init.elementStyle = m_style.get();
init.scrollbar = m_pseudoStyleRequest.scrollbar;
init.scrollbarPart = m_pseudoStyleRequest.scrollbarPart;
SelectorChecker checker(init);
SelectorChecker::SelectorCheckingContext context(m_context.element(), SelectorChecker::VisitedMatchEnabled);
context.scope = matchRequest.scope;
context.pseudoId = m_pseudoStyleRequest.pseudoId;
unsigned rejected = 0;
unsigned fastRejected = 0;
unsigned matched = 0;
for (const auto& ruleData : *rules) {
if (m_canUseFastReject && m_selectorFilter.fastRejectSelector<RuleData::maximumIdentifierCount>(ruleData.descendantSelectorIdentifierHashes())) {
fastRejected++;
continue;
}
// FIXME: Exposing the non-standard getMatchedCSSRules API to web is the only reason this is needed.
if (m_sameOriginOnly && !ruleData.hasDocumentSecurityOrigin())
continue;
StyleRule* rule = ruleData.rule();
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StylePropertySet& properties = rule->properties();
if (properties.isEmpty() && !m_includeEmptyRules)
continue;
SelectorChecker::MatchResult result;
context.selector = &ruleData.selector();
if (!checker.match(context, result)) {
rejected++;
continue;
}
if (m_pseudoStyleRequest.pseudoId != PseudoIdNone && m_pseudoStyleRequest.pseudoId != result.dynamicPseudo) {
rejected++;
continue;
}
matched++;
didMatchRule(ruleData, result, cascadeOrder, matchRequest);
}
StyleEngine& styleEngine = m_context.element()->document().styleEngine();
if (!styleEngine.stats())
return;
INCREMENT_STYLE_STATS_COUNTER(styleEngine, rulesRejected, rejected);
INCREMENT_STYLE_STATS_COUNTER(styleEngine, rulesFastRejected, fastRejected);
INCREMENT_STYLE_STATS_COUNTER(styleEngine, rulesMatched, matched);
}
void StyleInvalidationAnalysis::analyzeStyleSheet(StyleSheetContents* styleSheetContents)
{
ASSERT(!styleSheetContents->isLoading());
// See if all rules on the sheet are scoped to some specific ids or classes.
// Then test if we actually have any of those in the tree at the moment.
const Vector<RefPtr<StyleRuleImport> >& importRules = styleSheetContents->importRules();
for (unsigned i = 0; i < importRules.size(); ++i) {
if (!importRules[i]->styleSheet())
continue;
analyzeStyleSheet(importRules[i]->styleSheet());
if (m_dirtiesAllStyle)
return;
}
const Vector<RefPtr<StyleRuleBase> >& rules = styleSheetContents->childRules();
for (unsigned i = 0; i < rules.size(); i++) {
StyleRuleBase* rule = rules[i].get();
if (!rule->isStyleRule()) {
// FIXME: Media rules and maybe some others could be allowed.
m_dirtiesAllStyle = true;
return;
}
StyleRule* styleRule = static_cast<StyleRule*>(rule);
if (!determineSelectorScopes(styleRule->selectorList(), m_idScopes, m_classScopes)) {
m_dirtiesAllStyle = true;
return;
}
}
}
void ElementRuleCollector::doCollectMatchingRulesForList(const Vector<RuleData>* rules, const MatchRequest& matchRequest, StyleResolver::RuleRange& ruleRange)
{
if (!rules)
return;
const StyleResolver::State& state = m_state;
unsigned size = rules->size();
for (unsigned i = 0; i < size; ++i) {
const RuleData& ruleData = rules->at(i);
if (m_canUseFastReject && m_selectorFilter.fastRejectSelector<RuleData::maximumIdentifierCount>(ruleData.descendantSelectorIdentifierHashes()))
continue;
StyleRule* rule = ruleData.rule();
InspectorInstrumentationCookie cookie;
if (hasInspectorFrontends)
cookie = InspectorInstrumentation::willMatchRule(document(), rule, m_inspectorCSSOMWrappers, document()->styleSheetCollection());
PseudoId dynamicPseudo = NOPSEUDO;
if (ruleMatches(ruleData, matchRequest.scope, dynamicPseudo)) {
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StylePropertySet* properties = rule->properties();
if (!properties || (properties->isEmpty() && !matchRequest.includeEmptyRules)) {
if (hasInspectorFrontends)
InspectorInstrumentation::didMatchRule(cookie, false);
continue;
}
// FIXME: Exposing the non-standard getMatchedCSSRules API to web is the only reason this is needed.
if (m_sameOriginOnly && !ruleData.hasDocumentSecurityOrigin()) {
if (hasInspectorFrontends)
InspectorInstrumentation::didMatchRule(cookie, false);
continue;
}
// If we're matching normal rules, set a pseudo bit if
// we really just matched a pseudo-element.
if (dynamicPseudo != NOPSEUDO && m_pseudoStyleRequest.pseudoId == NOPSEUDO) {
if (m_mode == SelectorChecker::CollectingRules) {
if (hasInspectorFrontends)
InspectorInstrumentation::didMatchRule(cookie, false);
continue;
}
if (dynamicPseudo < FIRST_INTERNAL_PSEUDOID)
state.style()->setHasPseudoStyle(dynamicPseudo);
} else {
// Update our first/last rule indices in the matched rules array.
++ruleRange.lastRuleIndex;
if (ruleRange.firstRuleIndex == -1)
ruleRange.firstRuleIndex = ruleRange.lastRuleIndex;
// Add this rule to our list of matched rules.
addMatchedRule(&ruleData);
if (hasInspectorFrontends)
InspectorInstrumentation::didMatchRule(cookie, true);
continue;
}
}
if (hasInspectorFrontends)
InspectorInstrumentation::didMatchRule(cookie, false);
}
}
void RuleSet::addChildRules(const Vector<RefPtr<StyleRuleBase> >& rules, const MediaQueryEvaluator& medium, StyleResolver* resolver, const ContainerNode* scope, bool hasDocumentSecurityOrigin, AddRuleFlags addRuleFlags)
{
for (unsigned i = 0; i < rules.size(); ++i) {
StyleRuleBase* rule = rules[i].get();
if (rule->isStyleRule()) {
StyleRule* styleRule = static_cast<StyleRule*>(rule);
const CSSSelectorList& selectorList = styleRule->selectorList();
for (size_t selectorIndex = 0; selectorIndex != notFound; selectorIndex = selectorList.indexOfNextSelectorAfter(selectorIndex)) {
if (selectorList.hasShadowDistributedAt(selectorIndex)) {
if (isDocumentScope(scope))
continue;
resolver->ruleSets().shadowDistributedRules().addRule(styleRule, selectorIndex, const_cast<ContainerNode*>(scope), addRuleFlags);
} else
addRule(styleRule, selectorIndex, addRuleFlags);
}
} else if (rule->isPageRule())
addPageRule(static_cast<StyleRulePage*>(rule));
else if (rule->isMediaRule()) {
StyleRuleMedia* mediaRule = static_cast<StyleRuleMedia*>(rule);
if ((!mediaRule->mediaQueries() || medium.eval(mediaRule->mediaQueries(), resolver)))
addChildRules(mediaRule->childRules(), medium, resolver, scope, hasDocumentSecurityOrigin, addRuleFlags);
} else if (rule->isFontFaceRule() && resolver) {
// Add this font face to our set.
// FIXME(BUG 72461): We don't add @font-face rules of scoped style sheets for the moment.
if (!isDocumentScope(scope))
continue;
const StyleRuleFontFace* fontFaceRule = static_cast<StyleRuleFontFace*>(rule);
resolver->fontSelector()->addFontFaceRule(fontFaceRule);
resolver->invalidateMatchedPropertiesCache();
} else if (rule->isKeyframesRule() && resolver) {
// FIXME (BUG 72462): We don't add @keyframe rules of scoped style sheets for the moment.
if (!isDocumentScope(scope))
continue;
resolver->addKeyframeStyle(static_cast<StyleRuleKeyframes*>(rule));
}
else if (rule->isRegionRule() && resolver) {
// FIXME (BUG 72472): We don't add @-webkit-region rules of scoped style sheets for the moment.
addRegionRule(static_cast<StyleRuleRegion*>(rule), hasDocumentSecurityOrigin);
}
else if (rule->isHostRule())
resolver->ensureScopedStyleResolver(scope->shadowHost())->addHostRule(static_cast<StyleRuleHost*>(rule), hasDocumentSecurityOrigin, scope);
#if ENABLE(CSS_DEVICE_ADAPTATION)
else if (rule->isViewportRule() && resolver) {
// @viewport should not be scoped.
if (!isDocumentScope(scope))
continue;
resolver->viewportStyleResolver()->addViewportRule(static_cast<StyleRuleViewport*>(rule));
}
#endif
else if (rule->isSupportsRule() && static_cast<StyleRuleSupports*>(rule)->conditionIsSupported())
addChildRules(static_cast<StyleRuleSupports*>(rule)->childRules(), medium, resolver, scope, hasDocumentSecurityOrigin, addRuleFlags);
}
}
void ElementRuleCollector::collectRuleIfMatches(const RuleData& ruleData, CascadeOrder cascadeOrder, const MatchRequest& matchRequest)
{
StyleRule* rule = ruleData.rule();
if (ruleMatches(ruleData)) {
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StylePropertySet& properties = rule->properties();
if (properties.isEmpty())
return;
// Add this rule to our list of matched rules.
addMatchedRule(&ruleData, cascadeOrder, matchRequest.styleSheetIndex, matchRequest.styleSheet);
}
}
StyleRuleBase* BisonCSSParser::createStyleRule(Vector<OwnPtr<CSSParserSelector>>* selectors)
{
StyleRule* result = 0;
if (selectors) {
m_allowImportRules = m_allowNamespaceDeclarations = false;
RefPtrWillBeRawPtr<StyleRule> rule = StyleRule::create();
rule->parserAdoptSelectorVector(*selectors);
rule->setProperties(createStylePropertySet());
result = rule.get();
m_parsedRules.append(rule.release());
CSSSelectorParser::recordSelectorStats(m_context, result->selectorList());
}
clearProperties();
return result;
}
void ElementRuleCollector::collectMatchingRulesForList(const Vector<RuleData>* rules, const MatchRequest& matchRequest, StyleResolver::RuleRange& ruleRange)
{
if (!rules)
return;
for (unsigned i = 0, size = rules->size(); i < size; ++i) {
const RuleData& ruleData = rules->data()[i];
if (m_canUseFastReject && m_selectorFilter.fastRejectSelector<RuleData::maximumIdentifierCount>(ruleData.descendantSelectorIdentifierHashes()))
continue;
StyleRule* rule = ruleData.rule();
PseudoId dynamicPseudo = NOPSEUDO;
if (ruleMatches(ruleData, dynamicPseudo)) {
// For SharingRules testing, any match is good enough, we don't care what is matched.
if (m_mode == SelectorChecker::SharingRules || m_mode == SelectorChecker::StyleInvalidation) {
addMatchedRule(&ruleData);
break;
}
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StyleProperties& properties = rule->properties();
if (properties.isEmpty() && !matchRequest.includeEmptyRules)
continue;
// FIXME: Exposing the non-standard getMatchedCSSRules API to web is the only reason this is needed.
if (m_sameOriginOnly && !ruleData.hasDocumentSecurityOrigin())
continue;
// If we're matching normal rules, set a pseudo bit if
// we really just matched a pseudo-element.
if (dynamicPseudo != NOPSEUDO && m_pseudoStyleRequest.pseudoId == NOPSEUDO) {
if (m_mode == SelectorChecker::CollectingRules)
continue;
if (dynamicPseudo < FIRST_INTERNAL_PSEUDOID && m_style)
m_style->setHasPseudoStyle(dynamicPseudo);
} else {
// Update our first/last rule indices in the matched rules array.
++ruleRange.lastRuleIndex;
if (ruleRange.firstRuleIndex == -1)
ruleRange.firstRuleIndex = ruleRange.lastRuleIndex;
// Add this rule to our list of matched rules.
addMatchedRule(&ruleData);
continue;
}
}
}
}
StyleRule HtmlFormatter::ComputeStyleRule(HtmlToken* t) {
StyleRule rule;
// get style rules ordered by specificity
StyleRule* prevRule = FindStyleRule(Tag_Body, nullptr, 0);
if (prevRule)
rule.Merge(*prevRule);
prevRule = FindStyleRule(Tag_Any, nullptr, 0);
if (prevRule)
rule.Merge(*prevRule);
prevRule = FindStyleRule(t->tag, nullptr, 0);
if (prevRule)
rule.Merge(*prevRule);
// TODO: support multiple class names
AttrInfo* attr = t->GetAttrByName("class");
if (attr) {
prevRule = FindStyleRule(Tag_Any, attr->val, attr->valLen);
if (prevRule)
rule.Merge(*prevRule);
prevRule = FindStyleRule(t->tag, attr->val, attr->valLen);
if (prevRule)
rule.Merge(*prevRule);
}
attr = t->GetAttrByName("style");
if (attr) {
StyleRule newRule = StyleRule::Parse(attr->val, attr->valLen);
rule.Merge(newRule);
}
return rule;
}
void ElementRuleCollector::collectRuleIfMatches(const RuleData& ruleData, SelectorChecker::ContextFlags contextFlags, CascadeScope cascadeScope, CascadeOrder cascadeOrder, const MatchRequest& matchRequest, RuleRange& ruleRange)
{
StyleRule* rule = ruleData.rule();
if (ruleMatches(ruleData, matchRequest.scope, contextFlags)) {
// If the rule has no properties to apply, then ignore it in the non-debug mode.
const StylePropertySet& properties = rule->properties();
if (properties.isEmpty() && !matchRequest.includeEmptyRules)
return;
// Update our first/last rule indices in the matched rules array.
++ruleRange.lastRuleIndex;
if (ruleRange.firstRuleIndex == -1)
ruleRange.firstRuleIndex = ruleRange.lastRuleIndex;
// Add this rule to our list of matched rules.
addMatchedRule(&ruleData, cascadeScope, cascadeOrder, matchRequest.styleSheetIndex, matchRequest.styleSheet);
}
}
void HtmlFormatter::ParseStyleSheet(const char* data, size_t len) {
CssPullParser parser(data, len);
while (parser.NextRule()) {
StyleRule rule = StyleRule::Parse(&parser);
const CssSelector* sel;
while ((sel = parser.NextSelector()) != nullptr) {
if (Tag_NotFound == sel->tag)
continue;
StyleRule* prevRule = FindStyleRule(sel->tag, sel->clazz, sel->clazzLen);
if (prevRule) {
prevRule->Merge(rule);
} else {
rule.tag = sel->tag;
rule.classHash = sel->clazz ? MurmurHash2(sel->clazz, sel->clazzLen) : 0;
styleRules.Append(rule);
}
}
}
}
void StyleInvalidationAnalysis::analyzeStyleSheet(StyleSheetContents* styleSheetContents)
{
ASSERT(!styleSheetContents->isLoading());
// See if all rules on the sheet are scoped to some specific ids or classes.
// Then test if we actually have any of those in the tree at the moment.
const Vector<RefPtr<StyleRuleImport> >& importRules = styleSheetContents->importRules();
for (unsigned i = 0; i < importRules.size(); ++i) {
if (!importRules[i]->styleSheet())
continue;
analyzeStyleSheet(importRules[i]->styleSheet());
if (m_dirtiesAllStyle)
return;
}
if (styleSheetContents->hasSingleOwnerNode()) {
Node* ownerNode = styleSheetContents->singleOwnerNode();
if (ownerNode && ownerNode->hasTagName(HTMLNames::styleTag) && toHTMLStyleElement(ownerNode)->isRegisteredAsScoped()) {
m_scopingNodes.append(determineScopingNodeForStyleScoped(toHTMLStyleElement(ownerNode), styleSheetContents));
return;
}
}
const Vector<RefPtr<StyleRuleBase> >& rules = styleSheetContents->childRules();
for (unsigned i = 0; i < rules.size(); i++) {
StyleRuleBase* rule = rules[i].get();
if (!rule->isStyleRule()) {
if (ruleAdditionMightRequireDocumentStyleRecalc(rule)) {
m_dirtiesAllStyle = true;
return;
}
continue;
}
StyleRule* styleRule = toStyleRule(rule);
if (!determineSelectorScopes(styleRule->selectorList(), m_idScopes, m_classScopes)) {
m_dirtiesAllStyle = true;
return;
}
}
}
void StyleSheetInvalidationAnalysis::analyzeStyleSheet(StyleSheetContents* styleSheetContents)
{
// Updating the style on the shadow DOM for image fallback content can bring us here when imports
// are still getting loaded in the main document. Just need to exit early as we will return here
// when the imports finish loading.
if (styleSheetContents->isLoading())
return;
// See if all rules on the sheet are scoped to some specific ids or classes.
// Then test if we actually have any of those in the tree at the moment.
const WillBeHeapVector<RefPtrWillBeMember<StyleRuleImport>>& importRules = styleSheetContents->importRules();
for (unsigned i = 0; i < importRules.size(); ++i) {
if (!importRules[i]->styleSheet())
continue;
analyzeStyleSheet(importRules[i]->styleSheet());
if (m_dirtiesAllStyle)
return;
}
if (m_treeScope->rootNode().isShadowRoot())
return;
const WillBeHeapVector<RefPtrWillBeMember<StyleRuleBase>>& rules = styleSheetContents->childRules();
for (unsigned i = 0; i < rules.size(); i++) {
StyleRuleBase* rule = rules[i].get();
if (!rule->isStyleRule()) {
if (ruleAdditionMightRequireDocumentStyleRecalc(rule)) {
m_dirtiesAllStyle = true;
return;
}
continue;
}
StyleRule* styleRule = toStyleRule(rule);
if (!determineSelectorScopes(styleRule->selectorList(), m_idScopes, m_classScopes)) {
m_dirtiesAllStyle = true;
return;
}
}
}
void RuleSet::addChildRules(const Vector<RefPtr<StyleRuleBase> >& rules, const MediaQueryEvaluator& medium, AddRuleFlags addRuleFlags)
{
for (unsigned i = 0; i < rules.size(); ++i) {
StyleRuleBase* rule = rules[i].get();
if (rule->isStyleRule()) {
StyleRule* styleRule = toStyleRule(rule);
const CSSSelectorList& selectorList = styleRule->selectorList();
for (size_t selectorIndex = 0; selectorIndex != kNotFound; selectorIndex = selectorList.indexOfNextSelectorAfter(selectorIndex))
addRule(styleRule, selectorIndex, addRuleFlags);
} else if (rule->isMediaRule()) {
StyleRuleMedia* mediaRule = toStyleRuleMedia(rule);
if ((!mediaRule->mediaQueries() || medium.eval(mediaRule->mediaQueries(), &m_viewportDependentMediaQueryResults)))
addChildRules(mediaRule->childRules(), medium, addRuleFlags);
} else if (rule->isFontFaceRule()) {
addFontFaceRule(toStyleRuleFontFace(rule));
} else if (rule->isKeyframesRule()) {
addKeyframesRule(toStyleRuleKeyframes(rule));
} else if (rule->isSupportsRule() && toStyleRuleSupports(rule)->conditionIsSupported()) {
addChildRules(toStyleRuleSupports(rule)->childRules(), medium, addRuleFlags);
}
}
}
StyleRule* StylePersistence::collectRule(QDomElement *element)
{
QString entity = element->attribute(ATTRIBUTE_ENTITY, "").toLower();
QString name = element->attribute(ATTRIBUTE_NAME, "");
QString op = element->attribute(ATTRIBUTE_OP, "").toUpper();
QString type = element->attribute(ATTRIBUTE_TYPE, "").toLower();
QString value = element->attribute(ATTRIBUTE_VALUE, "");
QString caseSensitive = element->attribute(ATTRIBUTE_CASE, "").toLower();
QString axis = element->attribute(ATTRIBUTE_AXIS, "");
StyleRule *rule = new StyleRule();
if(NULL != rule) {
rule->setEntity(entity == RULE_A_ELEMENT);
rule->setName(name);
rule->setOp(op);
rule->setType(type);
rule->setValue(value);
rule->setCaseSensitive(caseSensitive != "false");
rule->setAxis(axis);
}
return rule;
}//()
StyleRule::StyleRule(const StyleRule& o)
: StyleRuleBase(o)
, m_properties(o.properties().mutableCopy())
, m_selectorList(o.m_selectorList)
{
}
StyleRule::StyleRule(const StyleRule& o)
: StyleRuleBase(o),
m_selectorList(o.m_selectorList.copy()),
m_properties(o.properties().mutableCopy()),
m_shouldConsiderForMatchingRules(ConsiderIfNonEmpty) {}
void PageSerializer::retrieveResourcesForRule(StyleRule& rule, Document* document)
{
retrieveResourcesForProperties(&rule.properties(), document);
}
