def _box_opened(self, bank):
counts = (
(ITEMS_LOGS + ITEMS_BOARDS, 150),
)
d = Restock(self._client, bank, counts=counts).deferred
d.addCallbacks(self._restocked, self._failure)
def _box_opened(self, bank):
counts = (
(ITEMS_LOGS + ITEMS_BOARDS, 150),
)
d = Restock(self._client, bank, counts=counts).deferred
d.addCallbacks(self._restocked, self._failure)
def _box_opened(self, result):
counts = (
(ITEMS_CARPENTRY_TOOLS, 2),
(ITEMS_LOGS + ITEMS_BOARDS, 50),
)
d = Restock(self._client, self._box, counts=counts).deferred
d.addCallbacks(self._success, self._failure)
def _box_opened(self, result):
counts = (
(ITEMS_CARPENTRY_TOOLS, 2),
(ITEMS_LOGS + ITEMS_BOARDS, 50),
)
d = Restock(self._client, self._box, counts=counts).deferred
d.addCallbacks(self._success, self._failure)
def restock(client):
world = client.world
player = world.player
box = find_restock_box(world)
if box is None:
return defer.fail(NoSuchEntity('No box'))
counts = (
(ITEMS_TINKERING_TOOLS, 2),
(ITEMS_INGOT, 100),
)
return Restock(client, box, counts=counts, func=out_filter).deferred
def restock_miner(client, bank):
def out_filter(x):
if x.item_id in ITEMS_MINING_TOOLS: return False
if player_can_melt(client.world.player) and \
x.item_id in ITEMS_ORE:
return False
return True
counts = (
(ITEMS_MINING_TOOLS, 3),
# only if STR=100:
#(ITEMS_ORE, 82),
)
return Restock(client, bank, func=out_filter,
counts=counts).deferred
def chest_opened(client, chest):
return Restock(client, chest, func=lambda x: x.item_id == ITEM_WOOL)
def _opened(self, bank):
d = Restock(self._client, bank, func=self._out_filter,
counts=((ITEMS_AXE, 1),)).deferred
d.addCallbacks(self._restocked, self._failure)
def _opened(self, bank):
d = Restock(self._client,
bank,
func=self._out_filter,
counts=((ITEMS_AXE, 1), )).deferred
d.addCallbacks(self._restocked, self._failure)