void RuleSet::addToRuleSet(const AtomicString& key, PendingRuleMap& map, const RuleData& ruleData)
{
OwnPtrWillBeMember<WillBeHeapLinkedStack<RuleData>>& rules = map.add(key, nullptr).storedValue->value;
if (!rules)
rules = adoptPtrWillBeNoop(new WillBeHeapLinkedStack<RuleData>);
rules->push(ruleData);
}
void RuleSet::compactPendingRules(PendingRuleMap& pendingMap, CompactRuleMap& compactMap)
{
PendingRuleMap::iterator end = pendingMap.end();
for (PendingRuleMap::iterator it = pendingMap.begin(); it != end; ++it) {
OwnPtrWillBeRawPtr<WillBeHeapLinkedStack<RuleData> > pendingRules = it->value.release();
CompactRuleMap::ValueType* compactRules = compactMap.add(it->key, nullptr).storedValue;
WillBeHeapTerminatedArrayBuilder<RuleData> builder(compactRules->value.release());
builder.grow(pendingRules->size());
while (!pendingRules->isEmpty()) {
builder.append(pendingRules->peek());
pendingRules->pop();
}
compactRules->value = builder.release();
}
}
void RuleSet::addToRuleSet(StringImpl* key, PendingRuleMap& map, const RuleData& ruleData)
{
if (!key)
return;
OwnPtr<LinkedStack<RuleData> >& rules = map.add(key, nullptr).iterator->value;
if (!rules)
rules = adoptPtr(new LinkedStack<RuleData>);
rules->push(ruleData);
}
