InvokeEntry* lookupInvokeEntry(ObjectPtr callable,
llvm::ArrayRef<TypePtr> argsKey,
llvm::ArrayRef<ValueTempness> argsTempness,
MatchFailureError &failures)
{
InvokeSet* invokeSet = lookupInvokeSet(callable, argsKey);
map<vector<ValueTempness>,InvokeEntry*>::iterator iter =
invokeSet->tempnessMap.find(argsTempness);
if (iter != invokeSet->tempnessMap.end())
return iter->second;
MatchResultPtr interfaceResult;
if (invokeSet->interface != NULL) {
interfaceResult = matchInvoke(invokeSet->interface,
invokeSet->callable,
invokeSet->argsKey);
if (interfaceResult->matchCode != MATCH_SUCCESS) {
failures.failedInterface = true;
failures.failures.push_back(make_pair(invokeSet->interface, interfaceResult));
return NULL;
}
}
MatchSuccessPtr match;
vector<ValueTempness> tempnessKey;
vector<uint8_t> forwardedRValueFlags;
unsigned i = 0;
while ((match = getMatch(invokeSet,i,failures)).ptr() != NULL) {
if (matchTempness(match->code,
argsTempness,
match->callByName,
tempnessKey,
forwardedRValueFlags))
{
break;
}
++i;
}
if (!match)
return NULL;
iter = invokeSet->tempnessMap2.find(tempnessKey);
if (iter != invokeSet->tempnessMap2.end()) {
invokeSet->tempnessMap[argsTempness] = iter->second;
return iter->second;
}
InvokeEntry* entry = newInvokeEntry(invokeSet, match,
(MatchSuccess*)interfaceResult.ptr());
entry->forwardedRValueFlags = forwardedRValueFlags;
invokeSet->tempnessMap2[tempnessKey] = entry;
invokeSet->tempnessMap[argsTempness] = entry;
return entry;
}
InvokeEntry* lookupInvokeEntry(ObjectPtr callable,
llvm::ArrayRef<PVData> args,
MatchFailureError &failures)
{
vector<TypePtr> argTypes;
vector<bool> argRValues;
argTypes.reserve(args.size());
argRValues.reserve(args.size());
for (llvm::ArrayRef<PVData>::const_iterator arg = args.begin(); arg != args.end(); ++arg) {
argTypes.push_back(arg->type);
argRValues.push_back(arg->isRValue);
}
InvokeSet* invokeSet = lookupInvokeSet(callable, argTypes);
if (invokeSet->evaluatingPredicate) {
// matchInvoke calls the same lookupInvokeEntry
error("predicate evaluation loop");
}
invokeSet->evaluatingPredicate = true;
FinallyClearEvaluatingPredicate FinallyClearEvaluatingPredicate(invokeSet);
map<vector<bool>, InvokeEntry*>::iterator iter1 =
invokeSet->tempnessMap.find(argRValues);
if (iter1 != invokeSet->tempnessMap.end())
return iter1->second;
MatchResultPtr interfaceResult;
if (invokeSet->interface != NULL) {
interfaceResult = matchInvoke(invokeSet->interface,
invokeSet->callable,
invokeSet->argsKey);
if (interfaceResult->matchCode != MATCH_SUCCESS) {
failures.failedInterface = true;
failures.failures.push_back(make_pair(invokeSet->interface, interfaceResult));
return NULL;
}
}
MatchSuccessPtr match;
vector<ValueTempness> tempnessKey;
vector<uint8_t> forwardedRValueFlags;
unsigned i = 0;
while ((match = getMatch(invokeSet,i,failures)).ptr() != NULL) {
tempnessKey.clear();
forwardedRValueFlags.clear();
if (matchTempness(match->overload->code,
argRValues,
match->overload->callByName,
tempnessKey,
forwardedRValueFlags))
{
break;
}
++i;
}
if (!match)
return NULL;
map<vector<ValueTempness>, InvokeEntry*>::iterator iter2 =
invokeSet->tempnessMap2.find(tempnessKey);
if (iter2 != invokeSet->tempnessMap2.end()) {
invokeSet->tempnessMap[argRValues] = iter2->second;
return iter2->second;
}
InvokeEntry* entry = newInvokeEntry(invokeSet, match,
(MatchSuccess*)interfaceResult.ptr());
entry->forwardedRValueFlags = forwardedRValueFlags;
invokeSet->tempnessMap2[tempnessKey] = entry;
invokeSet->tempnessMap[argRValues] = entry;
if (_finalOverloadsEnabled) {
MatchSuccessPtr match2;
vector<ValueTempness> tempnessKey2;
vector<uint8_t> forwardedRValueFlags2;
unsigned j = invokeSet->nextOverloadIndex;
while ((match2 = findMatchingInvoke(callableOverloads(callable),
j,
callable,
argTypes,
failures)).ptr() != NULL) {
if (matchTempness(match2->overload->code,
argRValues,
match2->overload->callByName,
tempnessKey2,
forwardedRValueFlags2))
{
break;
}
++j;
}
if (match2 != NULL && !match2->overload->isDefault) {
failures.ambiguousMatch = true;
return NULL;
}
}
return entry;
}