def cards():
return [
Card(value=9, suit="DIAMONDS"),
Card(value=9, suit="CLUBS"),
Card(value=10, suit="SPADES"),
Card(value="K", suit="DIAMONDS"),
Card(value="ACE", suit="HEARTS"),
]
def test_deck_add_another_deck(deck, cards):
"""Test extracting all cards of one deck to another specified deck"""
second_deck = Deck(
(Card(value="ACE", suit="DIAMONDS"), Card(value="ACE", suit="SPADES")))
expected = list(deck) + list(second_deck)
deck.fetch_all(second_deck)
assert second_deck.size == 7
assert not sum([not card in expected for card in second_deck])
def cards() -> List[Card]:
"""Return list of cards"""
return [
Card(value=9, suit="DIAMONDS"),
Card(value=9, suit="CLUBS"),
Card(value=10, suit="SPADES"),
Card(value="K", suit="DIAMONDS"),
Card(value="ACE", suit="HEARTS"),
]
def generate_deck(deck_number: int) -> List[Card]:
"""Method for generate requested amount of card decks
Args:
deck_number (int): requested amount of card
"""
all_cards = list(product([i for i in range(2, 15)],
CARD_SUITS)) * deck_number
shuffle(all_cards)
return [Card(*card) for card in all_cards]
def test_player_pile_size(player):
"""Check that pile size is changing after new cards addition"""
assert player.pile_size == 0
player.pile.add_card(Card(value="Q", suit="SPADES"))
assert player.pile_size == 1
def test_card_init(value: int, suit: str):
"""Test Card object initialization, all card numbers
that greater than 10 should be converted to string"""
card = Card(value=value, suit=suit)
assert card.value == value
assert card.suit == suit
("4", "DIAMONDS"),
("5", "CLUBS"),
("J", "SPADES"),
("Q", "HEARTS"),
("K", "DIAMONDS"),
("ACE", "CLUBS"),
],
)
def test_card_init(value: int, suit: str):
"""Test Card object initialization, all card numbers
that greater than 10 should be converted to string"""
card = Card(value=value, suit=suit)
assert card.value == value
assert card.suit == suit
@pytest.mark.parametrize(
"first_card, second_card, expected",
[
(Card("3", "HEARTS"), Card("2", "DIAMONDS"), False),
(Card("3", "SPADES"), Card("13", "HEARTS"), False),
(Card("11", "HEARTS"), Card("12", "HEARTS"), False),
(Card("3", "HEARTS"), Card("3", "DIAMONDS"), True),
(Card("14", "SPADES"), Card("14", "CLUBS"), True),
(Card("3", "HEARTS"), Card("3", "HEARTS"), True),
],
)
def test_card_comparison(first_card: Card, second_card: Card, expected: bool):
"""Test cards comparison: cards are True if their values are equal"""
assert (first_card == second_card) == expected
def test_deck_add_card(deck):
"""Test card's addition"""
assert deck.size == 5
deck.add_card(Card(value="ACE", suit="CLUBS"))
assert deck.size == 6
assert deck.get_card() == Card(value="ACE", suit="CLUBS")