void CLiteObjectMgr::Load(ILTMessage_Read *pMsg)
{
// Get rid of the old stuff...
Clear();
// Read the active object count
uint32 nNumActiveObjectsRemaining = pMsg->Readuint32();
m_nNumActiveObjects = nNumActiveObjectsRemaining;
// Read the inactive object count
uint32 nNumInactiveObjectsRemaining = pMsg->Readuint32();
m_nNumInactiveObjects = nNumInactiveObjectsRemaining;
// Reserve some space
m_aActiveObjects.reserve(m_nNumActiveObjects);
m_aInactiveObjects.reserve(m_nNumInactiveObjects);
// Load the active objects
uint32 nCurSerializeID = 0;
for (; nNumActiveObjectsRemaining; --nNumActiveObjectsRemaining)
{
m_aActiveObjects.push_back(LoadObjectInfo(pMsg, nCurSerializeID++));
ASSERT(!pMsg->EOM());
}
ASSERT(nCurSerializeID == m_aActiveObjects.size());
// Load the inactive objects
for (; nNumInactiveObjectsRemaining; --nNumInactiveObjectsRemaining)
{
m_aInactiveObjects.push_back(LoadObjectInfo(pMsg, nCurSerializeID++));
ASSERT(!pMsg->EOM());
}
// Tell the active objects to load
TObjectList::iterator iCurObj = m_aActiveObjects.begin();
for (; iCurObj != m_aActiveObjects.end(); ++iCurObj)
{
(*iCurObj)->Load(pMsg);
}
// Tell the inactive objects to load
for (iCurObj = m_aInactiveObjects.begin(); iCurObj != m_aInactiveObjects.end(); ++iCurObj)
{
(*iCurObj)->Load(pMsg);
}
}
ObjectInfo* ObjectManager::Get(std::string Path)
{
ObjectInfo* objectInfo = _objectMap[Path];
if (!objectInfo)
{
objectInfo = LoadObjectInfo (Path);
_objectMap[Path] = objectInfo;
}
return objectInfo;
}
