def start_game(self):
curr_id = 0
for c in self.__client_info:
self.__client_info[c]["id"] = curr_id
curr_id += 1
p_names = [
f"'{self.__client_info[c]['name']}':'{self.__client_info[c]['id']}'"
for c in self.__client_info
]
game_deck = Deck.full()
game_deck.shuffle()
suit_map = {
"Spades": "0",
"Diamonds": "1",
"Clubs": "2",
"Hearts": "3"
}
deck_str = ":".join([
f"'{suit_map[card.suit]}-{card.value}'" for card in game_deck.cards
])
send_deck = f"{Instruction.Game.SEND_DECK}:{deck_str}"
for c in self.__client_sockets:
self.__client_send_queue[c.getpeername()].append(
Message.new_send_message(send_deck.encode("utf-8")))
c_id = self.__client_info[c.getpeername()]["id"]
message_text = Instruction.START_GAME + f":'{c_id}':" + ":".join(
p_names)
message = Message.new_send_message(message_text.encode("utf-8"))
self.__client_send_queue[c.getpeername()].append(message)
player_decks = game_deck.deal(len(self.__client_sockets))
# setup the decks in the order that each player will hold their IDs
for d in player_decks:
self.__decks.append(d)
self.__decks.append(Deck.empty())
for i in range(4):
self.__decks.append(Deck.empty())
self.__inst_queue.append(
lambda: print(f"Starting game with: {', '.join(p_names)}"))
self.__game_running = True
def __init__(self, cards, name, player_id, local_active_player=False):
self.face_down = cards
self.face_up = Deck.empty()
self.player_id = player_id
self.face_down.deck_id = 2 * player_id
self.face_up.deck_id = 2 * player_id + 1
self.name = name
self.__name_text = Text(self.name, font_hierarchy=["Verdana"])
self.local_active_player = local_active_player
self.__flipped_card = None
def setup_game(self, active_player, players):
self.__active_player = active_player
self.n_players = len(players)
# self.deck = Deck.full()
# self.deck.shuffle()
piles = self.deck.deal(self.n_players)
for (i, pile), name in zip(enumerate(piles),
map(lambda x: x[0], players)):
self.players.append(Player(pile, name, i, i == active_player))
self.__turn = 0
self.update_turn_label()
self.__flip_button.subscribe_event(self.flip_deck)
for i in range(4):
p = Deck.empty()
p.deck_id = len(players) * 2 + i
self.center_piles.append(p)
def flip_deck(self):
self.face_down = Deck(self.face_up.cards[::-1])
self.face_up = Deck.empty()
self.face_down.deck_id = 2 * self.player_id
self.face_up.deck_id = 2 * self.player_id + 1
