def test_basic_deck_sort():
deck = Deck()
sorted_deck = deck.sort_cards(SORT_ORDER)
assert len(sorted_deck) == 52
assert sorted_deck == SORTED_DECK
assert sorted_deck.top_card == SORTED_DECK[-1]
card = sorted_deck.get_card()
assert len(sorted_deck) == 51
assert card == SORTED_DECK[-1]
assert sorted_deck == SORTED_DECK[:-1]
assert sorted_deck.top_card == SORTED_DECK[-2]
for i in range(50, -1, -1):
card = sorted_deck.get_card()
assert card == SORTED_DECK[i]
assert len(sorted_deck) == 0
assert sorted_deck == []
assert sorted_deck.top_card is None
sorted_deck = sorted_deck.sort_cards(SORT_ORDER)
assert sorted_deck == []
deck = Deck()
card_1 = deck.get_card()
card_2 = deck.get_card()
sorted_deck = deck.sort_cards(SORT_ORDER)
assert sorted_deck == list(
filter(lambda x: x not in [card_1, card_2], SORTED_DECK))
assert sorted_deck.top_card == SORTED_DECK[-1]
deck = Deck()
deck.shuffle()
sorted_deck = deck.sort_cards(SORT_ORDER)
assert sorted_deck == SORTED_DECK
assert sorted_deck.top_card == SORTED_DECK[-1]
deck.new_deck()
assert len(deck) == 52
assert deck == UNSHUFFLED_DECK
assert deck.top_card == UNSHUFFLED_DECK[-1]
def test_basic_deck_string():
rand = Random()
rand.seed(1)
deck = Deck()
assert str(deck) == str(UNSHUFFLED_DECK_TUPLES)
deck.get_card()
assert str(deck) == str(UNSHUFFLED_DECK_TUPLES[:-1])
deck = Deck(random_instance=rand)
deck.shuffle()
assert str(deck) == str(SHUFFLED_DECK_1_TUPLES)
deck.get_card()
assert str(deck) == str(SHUFFLED_DECK_1_TUPLES[:-1])
deck = Deck()
sorted_deck = deck.sort_cards(SORT_ORDER)
assert str(sorted_deck) == str(SORTED_DECK_TUPLES)
sorted_deck.get_card()
assert str(sorted_deck) == str(SORTED_DECK_TUPLES[:-1])
for i in range(0, 51):
sorted_deck.get_card()
assert str(sorted_deck) == str([])