void ElementRuleCollector::sortAndTransferMatchedRules() { if (m_matchedRules.isEmpty()) return; sortMatchedRules(); if (m_mode == SelectorChecker::CollectingStyleRules) { for (unsigned i = 0; i < m_matchedRules.size(); ++i) ensureStyleRuleList()->append(m_matchedRules[i].ruleData()->rule()); return; } if (m_mode == SelectorChecker::CollectingCSSRules) { for (unsigned i = 0; i < m_matchedRules.size(); ++i) appendCSSOMWrapperForRule( const_cast<CSSStyleSheet*>(m_matchedRules[i].parentStyleSheet()), m_matchedRules[i].ruleData()->rule()); return; } // Now transfer the set of matched rules over to our list of declarations. for (unsigned i = 0; i < m_matchedRules.size(); i++) { const RuleData* ruleData = m_matchedRules[i].ruleData(); m_result.addMatchedProperties( &ruleData->rule()->properties(), ruleData->linkMatchType(), ruleData->propertyWhitelist(m_matchingUARules)); } }
void ElementRuleCollector::sortAndTransferMatchedRules() { if (!m_matchedRules || m_matchedRules->isEmpty()) return; sortMatchedRules(); Vector<MatchedRule, 32>& matchedRules = *m_matchedRules; if (m_mode == SelectorChecker::CollectingStyleRules) { for (unsigned i = 0; i < matchedRules.size(); ++i) ensureStyleRuleList()->m_list.append(matchedRules[i].ruleData()->rule()); return; } if (m_mode == SelectorChecker::CollectingCSSRules) { for (unsigned i = 0; i < matchedRules.size(); ++i) appendCSSOMWrapperForRule(matchedRules[i].ruleData()->rule()); return; } // Now transfer the set of matched rules over to our list of declarations. for (unsigned i = 0; i < matchedRules.size(); i++) { // FIXME: Matching should not modify the style directly. const RuleData* ruleData = matchedRules[i].ruleData(); if (m_style && ruleData->containsUncommonAttributeSelector()) m_style->setUnique(); m_result.addMatchedProperties(ruleData->rule()->properties(), ruleData->rule(), ruleData->linkMatchType(), ruleData->propertyWhitelistType(m_matchingUARules)); } }
void ElementRuleCollector::sortAndTransferMatchedRules() { if (!m_matchedRules || m_matchedRules->isEmpty()) return; sortMatchedRules(); Vector<MatchedRule, 32>& matchedRules = *m_matchedRules; // Now transfer the set of matched rules over to our list of declarations. for (unsigned i = 0; i < matchedRules.size(); i++) { const RuleData* ruleData = matchedRules[i].ruleData(); m_result.addMatchedProperties(&ruleData->rule()->properties()); } }
void ElementRuleCollector::sortAndTransferMatchedRules() { if (m_matchedRules.isEmpty()) return; sortMatchedRules(); if (m_mode == SelectorChecker::Mode::CollectingRules) { for (const MatchedRule& matchedRule : m_matchedRules) m_matchedRuleList.append(matchedRule.ruleData->rule()); return; } for (const MatchedRule& matchedRule : m_matchedRules) { m_result.addMatchedProperties(matchedRule.ruleData->rule()->properties(), matchedRule.ruleData->rule(), matchedRule.ruleData->linkMatchType(), matchedRule.ruleData->propertyWhitelistType(), matchedRule.treeContextOrdinal); } }
void ElementRuleCollector::sortAndTransferMatchedRules() { if (m_matchedRules.isEmpty()) return; sortMatchedRules(); if (m_mode == SelectorChecker::Mode::CollectingRules) { for (const MatchedRule& matchedRule : m_matchedRules) m_matchedRuleList.append(matchedRule.ruleData->rule()); return; } // Now transfer the set of matched rules over to our list of declarations. for (const MatchedRule& matchedRule : m_matchedRules) { if (m_style && matchedRule.ruleData->containsUncommonAttributeSelector()) m_style->setUnique(); m_result.addMatchedProperties(matchedRule.ruleData->rule()->properties(), matchedRule.ruleData->rule(), matchedRule.ruleData->linkMatchType(), matchedRule.ruleData->propertyWhitelistType()); } }
void ElementRuleCollector::sortAndTransferMatchedRules() { if (!m_matchedRules || m_matchedRules->isEmpty()) return; sortMatchedRules(); Vector<const RuleData*, 32>& matchedRules = *m_matchedRules; if (m_mode == SelectorChecker::CollectingRules) { for (unsigned i = 0; i < matchedRules.size(); ++i) m_matchedRuleList.append(matchedRules[i]->rule()); return; } // Now transfer the set of matched rules over to our list of declarations. for (unsigned i = 0; i < matchedRules.size(); i++) { if (m_style && matchedRules[i]->containsUncommonAttributeSelector()) m_style->setUnique(); m_result.addMatchedProperties(matchedRules[i]->rule()->properties(), matchedRules[i]->rule(), matchedRules[i]->linkMatchType(), matchedRules[i]->propertyWhitelistType(MatchingUARulesScope::isMatchingUARules())); } }