def test_from_idx():
for color in Color:
for number in range(CARD_OFFSET, CARD_OFFSET + CARDS_PER_COLOR):
card = Card.create(number, color.name)
idx_card = Card.form_idx(card.id)
assert card == idx_card
def check_out_of_color(self, played_cards, seat_id):
stich_color_id = Card.id_from_color(played_cards[0].color)
for i, seat in enumerate(range(seat_id+1, seat_id+4)): # iterate over all seats
seat_cor = (seat - self.player.seatId) % 4
if seat_cor != 0: # don't track out-of-color the player himself
if played_cards[0].color is not played_cards[i].color and played_cards[i].color is not self.game_type.trumpf_color:
self.out_of_color[seat_cor-1, stich_color_id] = 1
def _convert_action_to_card(self, action):
card = Card.from_idx(int(action), self.game_type.trumpf_color)
for hard_card in self.handCards:
if card == hard_card:
return card
return None
def createBroadcastStich(data):
score = [RoundScore(**score) for score in data.pop("teams")]
return dict(type=MessageType.BROADCAST_STICH,
data=dict(score=score,
playedCards=[
Card.create(**card)
for card in data.pop("playedCards")
],
winner=Player(**data)))
def createRejectCard(card):
return dict(type=MessageType.REJECT_CARD,
data=Card.create(card["number"], card["color"]))
def createRequestCard(cards):
return dict(
type=MessageType.REQUEST_CARD,
data=[Card.create(item["number"], item["color"]) for item in cards])
def createPlayedCards(playedCards):
return dict(type=MessageType.PLAYED_CARDS,
data=[
Card.create(item["number"], item["color"])
for item in playedCards
])
def createDealCards(cards):
return dict(
type=MessageType.DEAL_CARDS,
data=[Card.create(item["number"], item["color"]) for item in cards])