def hand_fixture():
deck = Deck()
p1 = player_fixture(0)
p2 = player_fixture(1)
p3 = player_fixture(2)
p4 = player_fixture(3)
return Hand(players=[p1, p2, p3, p4], deal_style=[3, 2, 3, 2], deck=deck)
def test_cards_dealt_properly(random_game_start):
game = random_game_start
# cards not initially dealt to players
the_hand = game.hands[0]
game_cards = [the_hand.top_card] + the_hand.deck.cards
fresh_deck = Deck()
assert [len(x.cards) == 5 for x in game.players]
assert len(game_cards) == 4
assert isinstance(the_hand.top_card, Card)
lst_player_cards = []
for x in game.players:
for y in x.cards:
lst_player_cards.append(y)
# make sure all cards accounted for
assert not [
x for x in lst_player_cards + game_cards if x not in fresh_deck.cards
]
assert not [
x for x in fresh_deck.cards if x not in lst_player_cards + game_cards
]
def test_trick_with_trump_led(hand_fixture):
t = Trick()
d = Deck()
p0 = Player(name='matthew', player_id=0)
p1 = Player(name='sean', player_id=1)
p2 = Player(name='sean', player_id=2)
p3 = Player(name='sean', player_id=3)
h = Hand(players=[p0, p1, p2, p3], deal_style=[3, 2, 3, 2], deck=d)
t.add_card(player=p0, card=p0.cards[0], hand=h)
t.add_card(player=p1, card=p1.cards[0], hand=h)
t.add_card(player=p2, card=p2.cards[0], hand=h)
t.add_card(player=p3, card=p3.cards[0], hand=h)
t.add_card()
t.cards = [Card("10", "S"), Card("10", "H"), Card("10", "D"), Card("10", "C")]
t.led_suit = "S"
t.led_rank = "10"
t.players = [Player(name="Player {}".format(x), player_id=x) for x in [3, 0, 1, 2]]
hand_fixture.set_trump("H")
rez = t.score(hand=hand_fixture)
print(rez)
def test_get_card_ranks_by_trump_and_led_bower_led_pass():
low_rank = 9
d = Deck(low_rank=low_rank)
card = Card("J", "C")
rez = d.get_card_ranks_by_trump_and_led("S", card)
assert [repr(x) for x in rez] == ["J♠", "J♣", "A♠", "K♠", "Q♠", "10♠", "9♠"]
card = Card("J", "S")
rez = d.get_card_ranks_by_trump_and_led("C", card)
assert [repr(x) for x in rez] == ["J♣", "J♠", "A♣", "K♣", "Q♣", "10♣", "9♣"]
card = Card("J", "D")
rez = d.get_card_ranks_by_trump_and_led("H", card)
assert [repr(x) for x in rez] == ["J♥", "J♦", "A♥", "K♥", "Q♥", "10♥", "9♥"]
card = Card("J", "H")
rez = d.get_card_ranks_by_trump_and_led("D", card)
assert [repr(x) for x in rez] == ["J♦", "J♥", "A♦", "K♦", "Q♦", "10♦", "9♦"]
def test_get_card_ranks_by_trump_and_led_non_bower_led_pass():
low_rank = 9
d = Deck(low_rank=low_rank)
card = Card("A", "S")
rez = d.get_card_ranks_by_trump_and_led("S", card)
assert [repr(x) for x in rez] == ["J♠", "J♣", "A♠", "K♠", "Q♠", "10♠", "9♠"]
# when non-bower suit is led, J should be in the rankings
# for the non-trump and non-bower suit
card = Card("A", "D")
rez = d.get_card_ranks_by_trump_and_led("S", card)
assert [repr(x) for x in rez] == ["J♠", "J♣", "A♠", "K♠", "Q♠", "10♠", "9♠",
"A♦", "K♦", "Q♦", "J♦", "10♦", "9♦"]
card = Card("A", "H")
rez = d.get_card_ranks_by_trump_and_led("S", card)
assert [repr(x) for x in rez] == ["J♠", "J♣", "A♠", "K♠", "Q♠", "10♠", "9♠",
"A♥", "K♥", "Q♥", "J♥", "10♥", "9♥"]
card = Card("A", "C")
rez = d.get_card_ranks_by_trump_and_led("S", card)
assert [repr(x) for x in rez] == ["J♠", "J♣", "A♠", "K♠", "Q♠", "10♠", "9♠",
"A♣", "K♣", "Q♣", "10♣", "9♣"]
def new_hand(self):
deck = Deck(low_rank=self.low_rank)
self.rotate_dealer()
self.hands.append(Hand(players=self.players,
deal_style=self.deal_style,
deck=deck))
def test_get_card_ranks_by_trump_and_led_no_trump():
trump = None
d = Deck(low_rank=9)
rez = d.get_card_ranks_by_trump_and_led(trump, led_card=Card("9", "C"))
print(rez)
def test_get_non_trump_led_suit_ranks_non_bowers_same_suit_pass(suit):
d = Deck(low_rank=9)
s = Suit()
symbol = s.symbols[suit]
rez = d.get_non_trump_led_suit_ranks(trump=suit, led_suit=suit)
assert [repr(x) for x in rez] == [x + symbol for x in ["A", "K", "Q", "10", "9"]]
def test_get_non_trump_led_suit_ranks_non_bowers_different_suits_pass(trump, led, symbol):
d = Deck(low_rank=9)
rez = d.get_non_trump_led_suit_ranks(trump=trump, led_suit=led)
assert [repr(x) for x in rez] == [x + symbol for x in ["A", "K", "Q", "J", "10", "9"]]
def test_init_deck_low_rank_too_low_fail():
with pytest.raises(IllegalArgumentError):
d = Deck(low_rank=4)
def test_init_deck_low_rank_ok_pass(rank, suit):
d = Deck(low_rank=rank)
test_card = Card(card_rank=rank, card_suit=suit)
assert test_card in d.cards