Stuff

	void LoadAdditionalCharData(const char * IndexName, const char * FormatString)	{		Storage<T, StorageType>::Load(IndexName, FormatString);		QueryResult * result;		if(Storage<T, StorageType>::_storage.NeedsMax())		{			result = CharacterDatabase.Query("SELECT MAX(entry) FROM %s", IndexName);			uint32 Max = 999999;			if(result)			{				Max = result->Fetch()[0].GetUInt32() + 1;				delete result;			}			Storage<T, StorageType>::_storage.Resetup(Max);		}		size_t cols = strlen(FormatString);		result = CharacterDatabase.Query("SELECT * FROM %s", IndexName);		if (!result)			return;		Field * fields = result->Fetch();		if(result->GetFieldCount() != cols)		{			if(result->GetFieldCount() > cols)			{				Log.Warning("Storage", "Invalid format in %s (%u/%u), loading anyway because we have enough data\n", IndexName, (unsigned int)cols, (unsigned int)result->GetFieldCount());			}			else			{				Log.Error("Storage", "Invalid format in %s (%u/%u), not enough data to proceed.\n", IndexName, (unsigned int)cols, (unsigned int)result->GetFieldCount());				delete result;				return;			}		}		uint32 Entry;		T * Allocated;		do 		{			Entry = fields[0].GetUInt32();			Allocated = Storage<T, StorageType>::_storage.LookupEntryAllocate(Entry);			if(!Allocated)				continue;			LoadBlock(fields, Allocated);		} while(result->NextRow());		Log.Notice("Storage", "%u entries loaded from table %s.", result->GetRowCount(), IndexName);		delete result;	}