def make_shop(vnum: int) -> ShopBehavior:
"""Create an instance of a shop given by the vnum"""
try:
return converted_shops[vnum]
except KeyError:
c_shop = shops[vnum]
shop = ShopBehavior()
shop.circle_vnum = c_shop.circle_vnum # keep the vnum
shop.shopkeeper_vnum = c_shop.shopkeeper # keep the vnum of the shopkeeper
shop.banks_money = c_shop.banks
shop.will_fight = c_shop.fights
shop.buyprofit = c_shop.buyprofit # price factor when shop buys an item
assert shop.buyprofit <= 1.0
shop.sellprofit = c_shop.sellprofit # price factor when shop sells item
assert shop.sellprofit >= 1.0
open_hrs = (max(0, c_shop.open1), min(24, c_shop.close1))
shop.open_hours = [open_hrs]
if c_shop.open2 and c_shop.close2:
open_hrs = (max(0, c_shop.open2), min(24, c_shop.close2))
shop.open_hours.append(open_hrs)
# items to be cloned when sold (endless supply):
shop.forsale = set()
missing_items = set()
for item_vnum in c_shop.forsale:
try:
shop.forsale.add(make_item(item_vnum))
except KeyError:
missing_items.add(item_vnum)
if missing_items:
print("Shop #%d: unknown items:" % vnum, missing_items)
shop.msg_playercantafford = c_shop.msg_playercantafford
shop.msg_playercantbuy = c_shop.msg_playercantbuy
shop.msg_playercantsell = c_shop.msg_playercantsell
shop.msg_shopboughtitem = c_shop.msg_shopboughtitem
shop.msg_shopcantafford = c_shop.msg_shopcantafford
shop.msg_shopdoesnotbuy = c_shop.msg_shopdoesnotbuy
shop.msg_shopsolditem = c_shop.msg_shopsolditem
shop.action_temper = c_shop.msg_temper
shop.willbuy = c_shop.willbuy
shop.wontdealwith = c_shop.wontdealwith
converted_shops[vnum] = shop
return shop
def make_shop(vnum: int) -> ShopBehavior:
"""Create an instance of a shop given by the vnum"""
try:
return converted_shops[vnum]
except KeyError:
c_shop = shops[vnum]
shop = ShopBehavior()
shop.circle_vnum = c_shop.circle_vnum # type: ignore # keep the vnum
shop.shopkeeper_vnum = c_shop.shopkeeper # keep the vnum of the shopkeeper
shop.banks_money = c_shop.banks
shop.will_fight = c_shop.fights
shop.buyprofit = c_shop.buyprofit # price factor when shop buys an item
assert shop.buyprofit <= 1.0
shop.sellprofit = c_shop.sellprofit # price factor when shop sells item
assert shop.sellprofit >= 1.0
open_hrs = (max(0, c_shop.open1), min(24, c_shop.close1))
shop.open_hours = [open_hrs]
if c_shop.open2 and c_shop.close2:
open_hrs = (max(0, c_shop.open2), min(24, c_shop.close2))
shop.open_hours.append(open_hrs)
# items to be cloned when sold (endless supply):
shop.forsale = set()
missing_items = set()
for item_vnum in c_shop.forsale:
try:
shop.forsale.add(make_item(item_vnum))
except KeyError:
missing_items.add(item_vnum)
if missing_items:
print("Shop #%d: unknown items:" % vnum, missing_items)
shop.msg_playercantafford = c_shop.msg_playercantafford
shop.msg_playercantbuy = c_shop.msg_playercantbuy
shop.msg_playercantsell = c_shop.msg_playercantsell
shop.msg_shopboughtitem = c_shop.msg_shopboughtitem
shop.msg_shopcantafford = c_shop.msg_shopcantafford
shop.msg_shopdoesnotbuy = c_shop.msg_shopdoesnotbuy
shop.msg_shopsolditem = c_shop.msg_shopsolditem
shop.action_temper = c_shop.msg_temper
shop.willbuy = c_shop.willbuy
shop.wontdealwith = c_shop.wontdealwith
converted_shops[vnum] = shop
return shop
def setUp(self):
self.shopkeeper = Shopkeeper("lucy", "f")
shop = ShopBehavior()
shop.open_hours = [(9, 17), (22, 3)] # from 9 to 17 and in the night from 22 to 03
self.shopkeeper.set_shop(shop)
def setUp(self):
self.shopkeeper = Shopkeeper("lucy", "f")
shop = ShopBehavior()
shop.open_hours = [(9, 17), (22, 3)] # from 9 to 17 and in the night from 22 to 03
self.shopkeeper.set_shop(shop)