def __init__(self, name):
self.cards = Cards()
self.name = name
self.winner = False
self.cut = None
self.played_dropped_card = False
self.rest_value = None
def test_receiving_valid_card(self):
cards = Cards()
number_of_cards_before_receiving_card = len(cards)
valid_card = Card(4, "O")
cards.receive_card(valid_card)
number_of_cards_after_receiving_card = len(cards)
assert cards[
0] == valid_card and number_of_cards_after_receiving_card - number_of_cards_before_receiving_card == 1
def _give_cards_to_players(game, deck):
for i in range(len(game.players)):
game.players[i].cards = Cards()
for _ in range(game.CARDS_IN_HAND):
game.players[i].cards.receive_card(deck.retrieve_card())
game.players[i].rest_value = game.players[i].value_of_current_hand(
)
return game, deck
def test_dropping_last_card_when_no_card_in_cards(self):
cards = Cards()
number_of_cards_before_dropping_card = len(cards)
try:
cards.drop_cards()
has_raised_empty_list_of_cards_exception = False
except game_exceptions.EmptyListOfCards:
has_raised_empty_list_of_cards_exception = True
except Exception:
has_raised_empty_list_of_cards_exception = False
number_of_cards_after_dropping_card = len(cards)
assert has_raised_empty_list_of_cards_exception and number_of_cards_before_dropping_card == number_of_cards_after_dropping_card
def test_receiving_a_non_card_element(self):
cards = Cards()
number_of_cards_before_receiving_card = len(cards)
invalid_card = "string"
try:
cards.receive_card(invalid_card)
has_rised_type_error = False
except TypeError:
has_rised_type_error = True
except Exception:
has_rised_type_error = False
number_of_cards_after_receiving_card = len(cards)
assert has_rised_type_error and number_of_cards_after_receiving_card == number_of_cards_before_receiving_card
def _initialize_hand(self, style=None):
if not hasattr(self, 'games_detector'):
self.games_detector = GamesDetector()
hand = Cards()
if style == "one_same_number_game_one_ladder":
hand.receive_card(Card(1, "O"))
hand.receive_card(Card(1, "B"))
hand.receive_card(Card(1, "C"))
hand.receive_card(Card(3, "O"))
hand.receive_card(Card(4, "O"))
hand.receive_card(Card(5, "O"))
hand.receive_card(Card(9, "O"))
elif style == "two_same_number_game_no_ladder":
hand.receive_card(Card(1, "O"))
hand.receive_card(Card(1, "B"))
hand.receive_card(Card(1, "C"))
hand.receive_card(Card(3, "E"))
hand.receive_card(Card(3, "O"))
hand.receive_card(Card(3, "C"))
hand.receive_card(Card(9, "O"))
elif style == "no_same_number_game_one_ladder":
hand.receive_card(Card(1, "O"))
hand.receive_card(Card(2, "B"))
hand.receive_card(Card(4, "C"))
hand.receive_card(Card(5, "E"))
hand.receive_card(Card(6, "E"))
hand.receive_card(Card(7, "E"))
hand.receive_card(Card(8, "E"))
elif style == "no_game":
hand.receive_card(Card(1, "O"))
hand.receive_card(Card(2, "B"))
hand.receive_card(Card(4, "C"))
hand.receive_card(Card(5, "E"))
hand.receive_card(Card(6, "E"))
hand.receive_card(Card(10, "E"))
hand.receive_card(Card(11, "C"))
return hand
def test_retrieving_card_when_no_card_left(self):
deck = Deck()
deck.cards_in_deck = Cards()
deck.retrieve_card()
assert len(deck.cards_in_deck) == 47