PyResult ObjCacheService::Handle_GetCachableObject(PyCallArgs &call) {
CallGetCachableObject args;
if(!args.Decode(&call.tuple))
{
sLog.Error("Obj Cache Srv", "%s: Unable to decode arguments", call.client->GetName());
return NULL;
}
if(!_LoadCachableObject(args.objectID))
return NULL; //print done already
//should we check their version? I am pretty sure they check it and only request what they want.
//well, we want to do something like this, but this doesn't seem to be it. taken
// out until we have time to figure out how to properly throw the CacheOK exception.
/*if(m_cache.IsCacheUpToDate(args.objectID, args.version, args.timestamp)) {
//they throw an exception for "its up to date", lets give it a try...
objectCaching_CacheOK except;
PyObject *error = except.Encode();
return error;
}
*/
PyObject *result = m_cache.GetCachedObject(args.objectID);
return result;
}
PyRep *ObjCacheService::GetCacheHint(const PyRep* objectID) {
if(!_LoadCachableObject(objectID))
return NULL; //print done already
PyObject *cache_hint = m_cache.MakeCacheHint(objectID);
if(cache_hint == NULL) {
_log(SERVICE__ERROR, "Unable to build cache hint for object ID '%s' (h), skipping.", CachedObjectMgr::OIDToString(objectID).c_str());
return NULL;
}
return(cache_hint);
}
void ObjCacheService::PrimeCache()
{
CacheKeysMapConstItr cur, end;
cur = m_cacheKeys.begin();
end = m_cacheKeys.end();
for(; cur != end; cur++)
{
PyString* str = new PyString( cur->first );
_LoadCachableObject( str );
PyDecRef( str );
}
}
