def addItemToIndex(self, id, index, count=1): # Check parameters before initiation if self.countIsValid(items.getItemByID(id), count) is GlobalConstants.INVENTORY_OPERATION_INVALID_COUNT: return GlobalConstants.INVENTORY_OPERATION_INVALID_COUNT, None # Item exists in the space requested if not self.isSpaceEmpty(index): # item requested to be added is the same as the slot it is going in if self.inventory[index].getID() == id: # item is stackable (CHANGE THIS WHEN REAL ITEMS IMPLEMENTED) if self.inventory[index].getMaxStack() > 0: newCount = count # Do not let the count overflow if count > self.inventory[index].getMaxStack(): newCount = self.inventory[index].getMaxStack() updateResult, updatedItem = self.updateItem(self.inventory[index], index, newCount) self.inventory[index] = updatedItem return updateResult, updatedItem item = items.getNewItemByID(id) if item is None: return GlobalConstants.INVENTORY_OPERATION_ITEM_NONEXISTENT, None if self.indexIsValid(index) is GlobalConstants.INVENTORY_OPERATION_INVALID_INDEX: return GlobalConstants.INVENTORY_OPERATION_INVALID_INDEX, None setupResult, setupItem = self.setupItem(item, index, count) self.inventory[index] = setupItem return setupResult, setupItem
def removeItem(self, itemID, itemIndex=-1, count=1):
if itemIndex != -1:
result = self.inventoryManagement.removeItemAtIndex(
itemIndex, count)
else:
result = self.inventoryManagement.removeItem(itemID, count)
if result is GlobalConst.INVENTORY_OPERATION_OK:
if self.client:
self.client.onReqItemList(self.itemList, self.equipItemList)
DEBUG_MSG('Removed %i %s to %s inventory.' %
(count, items.getItemByID(itemID).getName(),
self.playerName))
else:
DEBUG_MSG('Failed to remove %i %i to %s inventory' %
(count, itemID, self.playerName))
DEBUG_MSG('Result: ', result)
def addItem(self, id, count=1): remainingCount = count itemAdded = False for i in range(len(self.inventory)): item = self.inventory[i] # Blank space blankSpaceResult = self.isSpaceEmpty(i) # Operations are finished, No items left to add if remainingCount == 0: break # Blank Space if blankSpaceResult is GlobalConstants.INVENTORY_OPERATION_OK: # Create new item in blank space newItem = items.getItemByID(id) amountToAdd = remainingCount if remainingCount > newItem.getMaxStack(): amountToAdd = newItem.getMaxStack() addItemResult, updatedBlankItem = self.addItemToIndex(id, i, amountToAdd) self.inventory[i] = updatedBlankItem remainingCount -= amountToAdd if addItemResult is GlobalConstants.INVENTORY_OPERATION_OK: itemAdded = True # Non-Blank Space elif blankSpaceResult is not GlobalConstants.INVENTORY_OPERATION_OK and item.getID() is id and remainingCount > 0: amountCanAdd = item.getMaxStack() - item.getCount() amountToAdd = remainingCount if remainingCount > amountCanAdd: amountToAdd = amountCanAdd finalAmountToAdd = amountToAdd + item.getCount() # Get updated item addItemResult, updatedItem = self.updateItem(item, i, finalAmountToAdd) # Update failed, discontinue add item procedure if addItemResult is not GlobalConstants.INVENTORY_OPERATION_OK: break # Set updated item self.inventory[i] = updatedItem remainingCount -= amountToAdd if addItemResult is GlobalConstants.INVENTORY_OPERATION_OK: itemAdded = True else: continue if itemAdded is True: return GlobalConstants.INVENTORY_OPERATION_OK return addItemResult
def addItemToIndex(self, id, index, count=1):
overflowed = False
# Check parameters before initiation
if self.countIsValid(
items.getItemByID(id),
count) is GlobalConst.INVENTORY_OPERATION_INVALID_COUNT:
return GlobalConst.INVENTORY_OPERATION_INVALID_COUNT, None
# Item exists in the space requested
if not self.isSpaceEmpty(index):
# item requested to be added is the same as the slot it is going in
if self.inventory[index].getID() == id:
# item is stackable
if self.inventory[index].getStackable(
) or self.inventory[index].getMaxStack() > 0:
newCount = count
# Do not let the count overflow
if count > self.inventory[index].getMaxStack():
newCount = self.inventory[index].getMaxStack()
overflowed = True
updateResult, updatedItem = self.updateItem(
self.inventory[index], index, newCount)
self.inventory[index] = updatedItem
self.setItemInOuroItemList(updatedItem, index)
return updateResult, updatedItem
item = items.getNewItemByID(id)
if item is None:
return GlobalConst.INVENTORY_OPERATION_ITEM_NONEXISTENT, None
if self.indexIsValid(
index) is GlobalConst.INVENTORY_OPERATION_INVALID_INDEX:
return GlobalConst.INVENTORY_OPERATION_INVALID_INDEX, None
setupResult, setupItem = self.setupItem(item, index, count)
if overflowed:
setupResult = GlobalConst.INVENTORY_OPERATION_OVERFLOWED
self.inventory[index] = setupItem
self.setItemInOuroItemList(setupItem, index)
return setupResult, setupItem
def InventoryTest6():
inv = ItemManagement()
item = items.getItemByID(2)
item.use(1)
def addItem(self, id, count=1):
remainingCount = count
itemAdded = False
addItemResult = None
if items.getItemByID(id) is None:
return GlobalConst.INVENTORY_OPERATION_ITEM_NONEXISTENT
completelyFull = self.isInventoryCompletelyFull()
if completelyFull is GlobalConst.INVENTORY_OPERATION_COMPLETELY_FULL:
return completelyFull
for i in range(len(self.inventory)):
item = self.inventory[i]
# Blank space
blankSpaceResult = self.isSpaceEmpty(i)
# Operations are finished, No items left to add
if remainingCount == 0:
break
# Blank Space
if blankSpaceResult is GlobalConst.INVENTORY_OPERATION_OK:
# Create new item in blank space
newItem = items.getItemByID(id)
amountToAdd = remainingCount
if remainingCount > newItem.getMaxStack():
amountToAdd = newItem.getMaxStack()
addItemResult, updatedBlankItem = self.addItemToIndex(
id, i, amountToAdd)
# Catch any errors occuring in this procedure
if addItemResult is not GlobalConst.INVENTORY_OPERATION_OK:
return addItemResult
self.inventory[i] = updatedBlankItem
self.setItemInOuroItemList(updatedBlankItem, i)
remainingCount -= amountToAdd
if addItemResult is GlobalConst.INVENTORY_OPERATION_OK:
itemAdded = True
# Non-Blank Space
elif blankSpaceResult is not GlobalConst.INVENTORY_OPERATION_OK and item.getID(
) is id and remainingCount > 0:
amountCanAdd = item.getMaxStack() - item.getCount()
amountToAdd = remainingCount
if remainingCount > amountCanAdd:
amountToAdd = amountCanAdd
finalAmountToAdd = amountToAdd + item.getCount()
# Get updated item
addItemResult, updatedItem = self.updateItem(
item, i, finalAmountToAdd)
# Update failed, discontinue add item procedure
if addItemResult is not GlobalConst.INVENTORY_OPERATION_OK:
break
# Set updated item
self.inventory[i] = updatedItem
self.setItemInOuroItemList(updatedItem, i)
remainingCount -= amountToAdd
if addItemResult is GlobalConst.INVENTORY_OPERATION_OK:
itemAdded = True
else:
continue
if itemAdded is True:
return GlobalConst.INVENTORY_OPERATION_OK
else:
full = self.isInventoryFull()
if full is GlobalConst.INVENTORY_OPERATION_FULL:
return full
return addItemResult