plSetListenerMsg::plSetListenerMsg( uint8_t type, const plKey &srcKey, bool binding ) : plMessage( nil, nil, nil )
{
plUoid uoid( kListenerMod_KEY );
plKey pLKey = hsgResMgr::ResMgr()->FindKey( uoid );
AddReceiver( pLKey );
Set( srcKey, type, binding );
}
void plRegistryPageNode::AddKey(plKeyImp* key)
{
uint16_t classType = key->GetUoid().GetClassType();
plRegistryKeyList* keys = fKeyLists[classType];
if (keys == nil)
{
keys = new plRegistryKeyList(classType);
fKeyLists[classType] = keys;
}
// Error check
if (keys->FindKey(key->GetUoid().GetObjectName()) != nil)
{
//char str[512], tempStr[128];
//sprintf(str, "Attempting to add a key with a duplicate name. Not allowed."
// "\n\n(Key name: %s, Class: %s, Loc: %s)", key->GetUoid().GetObjectName(),
// plFactory::GetNameOfClass(classType), key->GetUoid().GetLocation().StringIze(tempStr));
//hsStatusMessage(str);
bool recovered = false;
// Attempt recovery
for (int i = 0; i < 500; i++)
{
plString tempName = plString::Format("%s%d", key->GetUoid().GetObjectName().c_str(), i);
if (keys->FindKey(tempName) == nil)
{
plUoid uoid(key->GetUoid().GetLocation(), key->GetUoid().GetClassType(), tempName, key->GetUoid().GetLoadMask());
key->SetUoid(uoid);
recovered = true;
break;
}
}
if (!recovered)
{
hsAssert(0, "Couldn't allocate a unique key");
return;
}
}
plRegistryKeyList::LoadStatus loadStatusChange;
keys->AddKey(key, loadStatusChange);
if (loadStatusChange == plRegistryKeyList::kDynLoaded)
fDynLoadedTypes++;
}
void hsKeyedObject::UnRegisterAs(plFixedKeyId fixedKey)
{
plUoid uoid(fixedKey);
UnRegisterAsManual(uoid);
}
