Match
Operator<QueryPolicy>::Match(Entry* entry, Node* node, const char* attribute,
status_t status = fLeft->Match(entry, node, attribute, type, key,
return fRight->Match(entry, node, attribute, type, key, size);
status_t status = first->Match(entry, node, attribute, type, key,
return second->Match(entry, node, attribute, type, key, size);
status_t oldStatus = fExpression->Root()->Match(entry, node, attribute,
status_t newStatus = fExpression->Root()->Match(entry, node, attribute,
virtual status_t Match(Entry* entry, Node* node,
virtual status_t Match(Entry* entry, Node* node,
virtual status_t Match(Entry* entry, Node* node,
Equation<QueryPolicy>::Match(Entry* entry, Node* node,
status = Match(entry, QueryPolicy::EntryGetNode(entry));
status = other->Match(entry, QueryPolicy::EntryGetNode(entry));
MatchResult Match(const char* string) const;
BOOLEAN Match;
Match = AcpiUtIsPciRootBridge (Hid->String);
if (Match)
match_type Match(int32 state, mount_id device, vnode_id parent,
if (data.IsEmpty() || !fMatcher.Match(data)) {
bool Match(const char *string) const;
functionMatch = fCurrentFilter.Match(instance->PrettyName());
pathMatch = fCurrentFilter.Match(sourcePath.String());
static directory_which Match(const node_ref*);
&& WellKnowEntryList::Match(NodeRef())
if (WellKnowEntryList::Match(NodeRef()) > (directory_which)-1)
if (WellKnowEntryList::Match(NodeRef()) > (directory_which)-1) {
if (fList.ItemAt(index)->Match(nodeRef))
} else if (item->Match(pose->TargetModel()->NodeRef())) {
bool Match(const node_ref*) const;
if (Match(next)) {
if (Match(next)) {
if (Match(Operand(scan)))
if (Match(next))
if (Match(prog->program + 1)) {
int32 Match(const char*) const;
RegExp::MatchResult match = expressionMatcher.Match(value);