def check1(tradeItems, limitChanges, stacks, locatable, accumulators,
doIds, giving):
listType = type([])
possibleTypes = (type(1), type(1L), listType)
for i in tradeItems:
for v in i:
itemType = type(v)
if itemType not in possibleTypes:
raise AITradeException, 'element is the wrong type'
if v > 4294967295L and itemType != listType:
raise AITradeException, 'element is larger than unsigned long'
else:
t = i[TypeIndex]
if InventoryId.isLimitChange(t):
a = limitChanges.setdefault(t, [t, 0])
a[1] += i[QuantityIndex]
if a[1] > 65535L:
raise AITradeException, 'element is larger than unsigned short'
elif InventoryId.isStackable(t):
a = stacks.setdefault(t, [t, 0])
a[1] += i[QuantityIndex]
if a[1] > 65535L:
raise AITradeException, 'element is larger than unsigned short'
elif isLocatable(t):
inv = simbase.air.doId2do.get(self.inventoryId)
if inv:
theInvItem = InvItem(i)
theInvItemType = theInvItem.getType()
if giving:
equippableInfo = inv.getItemRequirements(
theInvItemType, self.giving)
if (
equippableInfo == None or filter(
lambda x: equippableInfo[x][1] ==
False, equippableInfo)
) and theInvItemType and theInvItemType not in self.unequippables:
self.unequippables.append(theInvItemType)
if isStackableType(theInvItem.getCat()):
for currLocatable in locatable:
prevInvItem = InvItem(currLocatable)
if prevInvItem.compare(theInvItem,
excludeLoc=True):
adjustedInvItem = prevInvItem.adjustCount(
theInvItem.getCount())
locatable.remove(currLocatable)
i = list(adjustedInvItem)
break
else:
raise AITradeException, 'inventory not present'
locatable.append(i)
elif InventoryId.isAccumulator(t):
a = accumulators.setdefault(t, [t, 0])
a[1] += i[QuantityIndex]
if a[1] > 4294967295L:
raise AITradeException, 'element is larger than unsigned long'
elif InventoryId.isDoId(t):
doIds[i[DoIdIndex]] = i
def locatableItem(self, status, item):
modification = False
itemFields = InvItem(item[0])
itemLocation = itemFields.getLocation()
origStatus = status
if status == self.STATUS_ITEM_MODIFIED or status == self.STATUS_ITEM_MODIFIED_OVERFLOW:
if itemFields[self.ITEM_CAT_IDX] == 0:
status = self.STATUS_ITEM_REMOVED
elif not self._locatableItems.has_key(itemLocation):
status = self.STATUS_ITEM_ADDED
if status == self.STATUS_ITEM_ADDED:
self._locatableItems[itemLocation] = itemFields
modification = True
elif status == self.STATUS_ITEM_REMOVED:
if self._locatableItems.has_key(itemLocation):
del self._locatableItems[itemLocation]
modification = True
elif status == self.STATUS_ITEM_MODIFIED or status == self.STATUS_ITEM_MODIFIED_OVERFLOW:
self._locatableItems.pop(itemLocation, None)
self._locatableItems[itemLocation] = itemFields
modification = True
if modification:
self.notify.debug('sending inventoryLocation message for %s' %
itemLocation)
messenger.send(getLocationChangeMsg(self.doId), [itemLocation])
if origStatus == self.STATUS_ITEM_MODIFIED_OVERFLOW:
messenger.send(getOverflowChangeMsg(self.doId), [itemLocation])
if itemFields.getCat():
messenger.send(
getCategoryChangeMsg(self.doId, itemFields.getCat()),
[itemFields.getType()])
messenger.send(
getCategoryQuantChangeMsg(self.doId, itemFields.getCat()),
[itemFields.getCount()])
messenger.send(getAnyChangeMsg(self.doId))
def locatableItem(self, status, item):
modification = False
itemFields = InvItem(item[0])
itemLocation = itemFields.getLocation()
origStatus = status
if status == self.STATUS_ITEM_MODIFIED or status == self.STATUS_ITEM_MODIFIED_OVERFLOW:
if itemFields[self.ITEM_CAT_IDX] == 0:
status = self.STATUS_ITEM_REMOVED
elif not self._locatableItems.has_key(itemLocation):
status = self.STATUS_ITEM_ADDED
if status == self.STATUS_ITEM_ADDED:
self._locatableItems[itemLocation] = itemFields
modification = True
elif status == self.STATUS_ITEM_REMOVED:
if self._locatableItems.has_key(itemLocation):
del self._locatableItems[itemLocation]
modification = True
elif status == self.STATUS_ITEM_MODIFIED or status == self.STATUS_ITEM_MODIFIED_OVERFLOW:
self._locatableItems.pop(itemLocation, None)
self._locatableItems[itemLocation] = itemFields
modification = True
if modification:
self.notify.debug('sending inventoryLocation message for %s' % itemLocation)
messenger.send(getLocationChangeMsg(self.doId), [
itemLocation])
if origStatus == self.STATUS_ITEM_MODIFIED_OVERFLOW:
messenger.send(getOverflowChangeMsg(self.doId), [
itemLocation])
if itemFields.getCat():
messenger.send(getCategoryChangeMsg(self.doId, itemFields.getCat()), [
itemFields.getType()])
messenger.send(getCategoryQuantChangeMsg(self.doId, itemFields.getCat()), [
itemFields.getCount()])
messenger.send(getAnyChangeMsg(self.doId))
def check1(tradeItems, limitChanges, stacks, locatable, accumulators, doIds, giving):
listType = type([])
possibleTypes = (type(1), type(0x1L), listType)
for i in tradeItems:
for v in i:
itemType = type(v)
if itemType not in possibleTypes:
raise AITradeException, "element is the wrong type"
if v > 0xFFFFFFFFL and itemType != listType:
raise AITradeException, "element is larger than unsigned long"
continue
else:
t = i[TypeIndex]
if InventoryId.isLimitChange(t):
a = limitChanges.setdefault(t, [t, 0])
a[1] += i[QuantityIndex]
if a[1] > 0xFFFFL:
raise AITradeException, "element is larger than unsigned short"
if InventoryId.isStackable(t):
a = stacks.setdefault(t, [t, 0])
a[1] += i[QuantityIndex]
if a[1] > 0xFFFFL:
raise AITradeException, "element is larger than unsigned short"
a[1] > 0xFFFFL
if isLocatable(t):
inv = simbase.air.doId2do.get(self.inventoryId)
if inv:
theInvItem = InvItem(i)
theInvItemType = theInvItem.getType()
if giving:
equippableInfo = inv.getItemRequirements(theInvItemType, self.giving)
if (
(
equippableInfo == None
or filter(lambda x: equippableInfo[x][1] == False, equippableInfo)
)
and theInvItemType
and theInvItemType not in self.unequippables
):
self.unequippables.append(theInvItemType)
if isStackableType(theInvItem.getCat()):
for currLocatable in locatable:
prevInvItem = InvItem(currLocatable)
if prevInvItem.compare(theInvItem, excludeLoc=True):
adjustedInvItem = prevInvItem.adjustCount(theInvItem.getCount())
locatable.remove(currLocatable)
i = list(adjustedInvItem)
break
continue
else:
raise AITradeException, "inventory not present"
locatable.append(i)
continue
if InventoryId.isAccumulator(t):
a = accumulators.setdefault(t, [t, 0])
a[1] += i[QuantityIndex]
if a[1] > 0xFFFFFFFFL:
raise AITradeException, "element is larger than unsigned long"
a[1] > 0xFFFFFFFFL
if InventoryId.isDoId(t):
doIds[i[DoIdIndex]] = i
continue
