def from_state(cls, state, ais=[], shuffle=False):
players = []
state_dict = json.loads(state)
if len(ais) != state_dict["player_count"]:
raise "Invalid game state for player count!"
for ai, pstate in zip(ais, state_dict["players"]):
ai.name = pstate["name"]
players.append( Player(map(cards.card_by_name, pstate["deck"]), ai, pstate["name"]))
players[-1].discard_pile = map(cards.card_by_name, pstate["discard_pile"])
players[-1].hand = map(cards.card_by_name, pstate["hand"])
players[-1].in_play = map(lambda c: cards.type_by_name(c["name"]).from_state(c["state"]), pstate["in_play"])
players[-1].actions = pstate["actions"]
players[-1].buys = pstate["buys"]
players[-1].money = pstate["money"]
players[-1].reset_stats = False
if shuffle:
random.shuffle(players[-1].deck)
result = Game(players)
result.stacks = map(lambda s: cards.Stack(cards.type_by_name(s["card"]), s["count"]), state_dict["stacks"])
result.active_player = state_dict["active_player"]
return result
def __init__(self, players, saveat=-1, kingdom=None):
self.players = players
if kingdom:
cardnames = kingdom.split(";")
self.stacks = cards.get_default_stacks()
for c in cardnames:
count = 10
card = c
if ":" in c:
card, count = c.split(":")
self.stacks.append(cards.base.Stack(cards.type_by_name(card), int(count)))
else:
self.stacks = cards.make_stacks()
self.trash = []
self.active_player = 0
for p in self.players:
p.set_game(self)
self.saveat = int(saveat)
