def pool_with_same_value_card():
"""setting pool with some same value cards."""
player1, player2 = Player('Player1', Hand()), Player('Player2', Hand())
player1.hand.cards = [
Card('D', 'A'),
Card('D', '8'),
Card('H', '3'),
Card('S', '9'),
Card('C', 'Q')
]
player2.hand.cards = [
Card('H', 'A'),
Card('C', 'J'),
Card('H', '2'),
Card('S', '2'),
Card('S', 'A')
]
pool = Pool()
pool.add_card(player1.hand.take_top(), player1)
pool.add_card(player2.hand.take_top(), player2)
pool.add_bonus([
player1.hand.take_top(),
player1.hand.take_top(),
player1.hand.take_top(),
player2.hand.take_top(),
player2.hand.take_top(),
player2.hand.take_top()
])
pool.add_card(player1.hand.take_top(), player1)
pool.add_card(player2.hand.take_top(), player2)
return pool
def test_game_finished_no():
"""Finished is False"""
game = Game(['Player1', 'Player2'])
game.players[0].hand.cards = [Card('S', '2'), Card('H', '3'), Card('H', '4'), Card('H', '5'), Card('H', '6'),
Card('H', '7')]
game.players[1].hand.cards = [Card('H', '2'), Card('H', '10'), Card('H', 'J'), Card('H', 'K'), Card('H', 'Q'),
Card('H', 'A')]
assert not game.finished
def test_hand_has_cards_yes():
""" Check Hand has some cards."""
hand = Hand()
card1 = Card('H', '5')
card2 = Card('S', 'J')
hand.add_card(card1)
hand.add_card(card2)
assert hand.has_cards
def test_player_drop_bonus_have_less_than_3_cards():
"""Player drops number of cards in hand to bonus bucket, when hand has less than 3 cards."""
player1 = Player('Player1', Hand())
player1.hand.cards = [Card('D', 'A'), Card('D', '8')]
pool = Pool()
player1.drop_bonus(pool, 3)
assert len(player1.hand.cards) == 0
assert len(pool.bonus) == 2
def test_hand_take_top_len_check_after_pop():
"""Hand len decreases after take_top"""
hand = Hand()
card1 = Card('H', '5')
card2 = Card('S', 'J')
hand.add_card(card1)
hand.add_card(card2)
hand.take_top()
assert len(hand.cards) == 1
def test_hand_add_all_1_card_as_list():
""" Add 1 card as list to non-empty Hand"""
hand = Hand()
card1 = Card('H', '5')
card2 = Card('S', 'J')
hand.add_card(card1)
hand.add_card(card2)
hand.add_all([Card('C', '2')])
assert len(hand.cards) == 3
def test_hand_take_top_check():
"""Take top card of hand"""
hand = Hand()
card1 = Card('H', '5')
card2 = Card('S', 'J')
hand.add_card(card1)
hand.add_card(card2)
top_card = hand.take_top()
assert str(top_card) == str(card1)
def pool_with_diff_value_card():
"""setting pool with different value cards."""
card1, card2 = Card('D', '5'), Card('S', '8')
player1, player2 = Player('Player1', Hand()), Player('Player2', Hand())
player1.hand.add_card(card1)
player2.hand.add_card(card2)
pool = Pool()
pool.add_card(player1.hand.take_top(), player1)
pool.add_card(player2.hand.take_top(), player2)
return pool
def test_pool_winner_cards_value_differ():
"""Pool winner when card value differ"""
player1 = Player('Player1', Hand())
card1 = Card('D', '5')
player2 = Player('Player2', Hand())
card2 = Card('S', '8')
pool = Pool()
pool.add_card(card1, player1)
pool.add_card(card2, player2)
assert pool.winner.name == 'Player2'
def test_hand_add_card_multiple():
"""Add multiple cards to empty hand."""
hand = Hand()
card = Card('D', '5')
card1 = Card('C', '10')
card2 = Card('H', 'A')
hand.add_card(card)
hand.add_card(card1)
hand.add_card(card2)
assert len(hand.cards) == 3
def test_pool_winner_cards_value_same():
"""Pool winner is None when card value same"""
player1 = Player('Player1', Hand())
card1 = Card('D', '5')
player2 = Player('Player2', Hand())
card2 = Card('S', '5')
pool = Pool()
pool.add_card(card1, player1)
pool.add_card(card2, player2)
assert pool.winner is None
def test_pool_add_bonus_when_tie():
"""Adding cards to bonus bucket of pool."""
player1 = Player('Player1', Hand())
card1 = Card('D', '5')
player2 = Player('Player2', Hand())
card2 = Card('C', '5')
pool = Pool()
pool.add_card(card1, player1)
pool.add_card(card2, player2)
cards = [Card('H', '6'), Card('S', '8'), Card('D', '6')]
pool.add_bonus(cards)
assert len(pool.bonus) == len(cards)
def test_pool_add_card_multiple():
""" Adding multiple cards to pool using add_card """
player1 = Player('Player1', Hand())
card1 = Card('D', 'A')
player2 = Player('Player2', Hand())
card2 = Card('C', '5')
player3 = Player('Player3', Hand())
card3 = Card('S', '10')
pool = Pool()
pool.add_card(card1, player1)
pool.add_card(card2, player2)
pool.add_card(card3, player3)
assert str(pool) == '[D-A :: Player1, C-5 :: Player2, S-10 :: Player3]'
def test_pool_add_card_1():
"""Adding 1 card to pool"""
player1 = Player('Player1', Hand())
card1 = Card('D', 'A')
pool = Pool()
pool.add_card(card1, player1)
assert str(pool) == '[D-A :: Player1]'
def test_hand_take_top_has_only_1_card():
""" Hand has only one card. take_top gives empty hand."""
hand = Hand()
card1 = Card('H', '5')
hand.add_card(card1)
top_card = hand.take_top()
assert len(hand.cards) == 0
assert str(top_card) == str(card1)
def test_hand_add_all_to_non_empty():
""" Add list of cards to non-empty Hand"""
hand = Hand()
card1 = Card('H', '5')
card2 = Card('S', 'J')
hand.add_card(card1)
hand.add_card(card2)
hand_cards_len_before_add_all = len(hand.cards)
assert hand_cards_len_before_add_all == 2
cards = [Card('D', '5'), Card('C', '10'), Card('H', 'A'), Card('S', 'K')]
hand.add_all(cards)
hand_cards_len_after_add_all = len(hand.cards)
assert hand_cards_len_after_add_all == hand_cards_len_before_add_all + len(
cards)
def test_hand_add_all_to_empty():
""" Add list of cards to empty Hand"""
cards = [Card('D', '5'), Card('C', '10'), Card('H', 'A'), Card('S', 'K')]
hand = Hand()
hand.add_all(cards)
assert len(hand.cards) == len(cards)
def test_hand_add_card_1():
"""Add 1 card to empty hand."""
hand = Hand()
card = Card('D', '5')
hand.add_card(card)
assert len(hand.cards) == 1
def test_card_invalid_rank():
"""create a card with invalid Rank"""
with pytest.raises(AssertionError):
card = Card('H', '13')
def test_player_give_cards_after_win(players):
""" Player gets cards after win. So increases the hand len"""
player1 = players[0]
winning_cards = [Card('H', '7'), Card('S', '6')]
player1.give_cards(winning_cards)
assert len(player1.hand.cards) == 7
def test_card_value_of_king():
"""create a card with face value = K"""
card = Card('C', 'K')
card_value = card.value + 2
assert card_value == 13
def test_card_value_of_5():
"""create a card with value = 5"""
card = Card('H', '5')
card_value = card.value + 2
assert card_value == 5
def test_card_invalid_suite():
"""create a card with invalid suite"""
with pytest.raises(AssertionError):
card = Card('E', '3')
def players():
""" Setting a players of 2"""
player1, player2 = Player('Player1', Hand()), Player('Player2', Hand())
player1.hand.cards = [Card('D', 'A'), Card('D', '8'), Card('H', '3'), Card('S', '9'), Card('C', 'Q')]
player2.hand.cards = [Card('H', 'A'), Card('C', 'J'), Card('H', '2'), Card('S', '2'), Card('S', 'A')]
return [player1, player2]
def test_card_value_of_ace():
"""create a card with face value = A"""
card = Card('C', 'A')
card_value = card.value + 2
assert card_value == 14
def test_card_validity():
"""Check card value is card.value - 2 as its returned as Index in Card.RANK"""
card = Card('H', '3')
assert card.value == 1
def test_card_value_of_10():
"""create a card with value = 10"""
card = Card('D', '10')
card_value = card.value + 2
assert card_value == 10
def players_cards_with_no_tie():
"""Setting 26 cards to each player with no tie card"""
player2_cards = [Card('H', '2'), Card('H', '3'), Card('H', '4'), Card('H', '5'), Card('H', '6'),
Card('H', '7'), Card('H', '8'), Card('D', '2'), Card('D', '3'), Card('D', '4'),
Card('D', '5'), Card('D', '6'), Card('D', '7'), Card('D', '8'), Card('S', '2'),
Card('S', '3'), Card('S', '4'), Card('S', '5'), Card('S', '6'), Card('S', '7'),
Card('C', '2'), Card('C', '3'), Card('C', '4'), Card('C', '5'), Card('C', '6'),
Card('C', '7')]
player1_cards = [Card('H', '9'), Card('H', '10'), Card('H', 'J'), Card('H', 'K'), Card('H', 'Q'),
Card('H', 'A'), Card('D', '9'), Card('D', '10'), Card('D', 'J'), Card('D', 'K'),
Card('D', 'Q'), Card('D', 'A'), Card('S', '8'), Card('S', '9'), Card('S', '10'),
Card('S', 'J'), Card('S', 'K'), Card('S', 'Q'), Card('S', 'A'), Card('C', '8'),
Card('C', '9'), Card('C', '10'), Card('C', 'J'), Card('C', 'K'), Card('C', 'Q'),
Card('C', 'A')]
players_cards = [player1_cards, player2_cards]
return players_cards
def __init__(self):
"""
Initializes with 52 cards with suite & rank.
"""
self.cards = [Card(s, r) for s in Card.SUITES for r in Card.RANKS]
def test_card_value_of_jack():
"""create a card with face value = J"""
card = Card('S', 'J')
card_value = card.value + 2
assert card_value == 11
