int countAllItemsOfType(int objectId, bool includeSlots)
{
CMemReader& reader = CMemReader::getMemReader();
int contNr;
int ret = 0;
int openContNr = 0;
int openContMax = reader.readOpenContainerCount();
for (contNr = 0; contNr < reader.m_memMaxContainers && openContNr < openContMax; contNr++)
{
CTibiaContainer *cont = reader.readContainer(contNr);
if (cont->flagOnOff)
{
openContNr++;
ret += cont->countItemsOfType(objectId);
}
delete cont;
}
if (includeSlots)
{
for (int slotNr = 0; slotNr < 10; slotNr++) // Loops through all 10 inventory slots(backwards)
{
CTibiaItem *item = reader.readItem(reader.m_memAddressSlotArrow + slotNr * reader.m_memLengthItem);
if (item->objectId == objectId)
ret += item->quantity ? item->quantity : 1;
delete item;
}
}
return ret;
}
int countAllItemsOfType(int objectId,bool includeSlots) {
CMemReaderProxy reader;
CMemConstData memConstData = reader.getMemConstData();
int contNr;
int ret=0;
for (contNr = 0; contNr < memConstData.m_memMaxContainers; contNr++) {
CTibiaContainer *cont = reader.readContainer(contNr);
if (cont->flagOnOff)
ret+=cont->countItemsOfType(objectId);
delete cont;
}
if (includeSlots){
CMemConstData memConstData = reader.getMemConstData();
for (int slotNr = 0; slotNr < 10; slotNr++) { // Loops through all 10 inventory slots(backwards)
CTibiaItem *item = reader.readItem(memConstData.m_memAddressSlotArrow-slotNr*memConstData.m_memLengthItem);
if (item->objectId==objectId)
ret += item->quantity?item->quantity:1;
delete item;
}
}
return ret;
}