def run(rounds=1):
rounds = int(rounds)
players = [Player(role="Dealer"), Player(role="Player")]
game = Game(players, Shoe())
for i in range(rounds):
hands = game.start_round
winners = Game.getWinners(hands)
displayResult(winners)
def test_moreThan1_dealer_raises_ValueErr(self):
player0 = Player(role="Dealer")
player1 = Player(role="Dealer")
player2 = Player(role="Player")
players = [player0, player1, player2]
shoe = Shoe(1)
with pytest.raises(ValueError):
Game(players, shoe)
def play_player_hand(self, hand, hands, player_hands):
"""
Executes a player hand sequence of action.
The updates the state of the player's hand in reaction to player decisions and changes to cards in the hand
:param hand: the players hand(one of) being acted upon
:param hands: All hands participating in the round
:param player_hands: All hands the belong to the player
"""
while hand.state == state.IN:
if not hand.is_splittable and len(hand.cards) == 1:
hand.cards.append(self.shoe.deal())
display_cards(hands)
if hand.total > 21:
hand.state = state.BUST
break
decision = Player.act(hand)
if decision == "stand":
hand.state = state.STAND
elif decision == "double":
# deal only one more card
hand.cards.append(self.shoe.deal())
display_cards(hands)
break
elif decision == "split":
card = hand.cards.pop()
split_hand = Hand(hand.owner)
split_hand.cards.append(card)
hands.append(split_hand)
player_hands.append(split_hand)
hand.is_splittable = False
split_hand.is_splittable = False
display_cards(hands)
self.play_player_hand(hand, hands, player_hands)
elif decision == "surrender":
hand.state = state.SURRENDER
else:
hand.cards.append(self.shoe.deal())
display_cards(hands)
def dealer_hand():
return Hand(Player(role.DEALER))
def dealer():
return Player(role.DEALER)
def player():
return Player()
def test_role_defaults_to_player(self):
assert Player().role == 'Player'