void CInventory::AddAvailableItems(TIItemContainer& items_container, bool for_trade) const
{
for(TIItemContainer::const_iterator it = m_ruck.begin(); m_ruck.end() != it; ++it)
{
PIItem pIItem = *it;
if(!for_trade || pIItem->CanTrade())
items_container.push_back(pIItem);
}
if(m_bBeltUseful)
{
for(TIItemContainer::const_iterator it = m_belt.begin(); m_belt.end() != it; ++it)
{
PIItem pIItem = *it;
if(!for_trade || pIItem->CanTrade())
items_container.push_back(pIItem);
}
}
if(m_bSlotsUseful)
{
u16 I = FirstSlot();
u16 E = LastSlot();
for(;I<=E;++I)
{
PIItem item = ItemFromSlot(I);
if(item && (!for_trade || item->CanTrade()) )
{
if(!SlotIsPersistent(I) || item->BaseSlot()==GRENADE_SLOT )
items_container.push_back(item);
}
}
}
}
bool CUIActorMenu::CanSetItemToList(PIItem item, CUIDragDropListEx* l, u16& ret_slot)
{
u16 item_slot = item->BaseSlot();
if( GetSlotList(item_slot)==l )
{
ret_slot = item_slot;
return true;
}
if(item_slot==INV_SLOT_3 && l==m_pInventoryPistolList)
{
ret_slot = INV_SLOT_2;
return true;
}
if(item_slot==INV_SLOT_2 && l==m_pInventoryAutomaticList)
{
ret_slot = INV_SLOT_3;
return true;
}
return false;
}
bool CInventory::IsSlotBlocked(PIItem const iitem) const
{
VERIFY(iitem);
return IsSlotBlocked(iitem->BaseSlot());
}
