def test_decide_winner_only_one_deck():
""" Check for the cards from both players are from same deck and hence
there can't be any repetition of cards"""
with pytest.raises(ValueError, match=r".*Both sets of cards are not from same deck'*"):
p1_cards = ['ace-hearts','5-spades','queen-hearts']
p2_cards = ['5-hearts', '5-spades', '6-clubs'] # '5-spades' is repetited
session6.decide_winner(p1_cards,p2_cards)
def test_decide_winner_same_num_of_cards_by_players():
""" Check for both player are using same number of cards in one game"""
with pytest.raises(ValueError, match=r".*Both players should use same number of cards'*"):
p1_cards = ['ace-hearts','5-spades', '7-spades']
p2_cards = ['5-hearts', '6-spades','8-spades','king-hearts']
session6.decide_winner(p1_cards,p2_cards)
with pytest.raises(ValueError, match=r".*Both players should use same number of cards'*"):
p1_cards = ['5-hearts', '6-spades', '7-spades','king-hearts']
p2_cards = ['ace-hearts','5-spades','8-spades']
session6.decide_winner(p1_cards,p2_cards)
def test_decide_winner_same_cards_by_player():
""" Check for a player can't use same cards multiple times in one game"""
with pytest.raises(ValueError, match=r".*using same card multiple times'*"):
p1_cards = ['ace-hearts','5-spades', '7-spades','5-spades'] # same card '5-spades'
p2_cards = ['5-hearts', '6-spades','8-spades','king-hearts']
session6.decide_winner(p1_cards,p2_cards)
with pytest.raises(ValueError, match=r".*using same card multiple times'*"):
p1_cards = ['5-hearts', '6-spades', '7-spades','king-hearts']
p2_cards = ['ace-hearts','5-spades','8-spades', '5-spades'] # same card '5-spades'
session6.decide_winner(p1_cards,p2_cards)
def test_decide_winner_number_of_cards():
""" Check for the cards from both players are more than 2 and less than 6"""
with pytest.raises(ValueError, match=r".*Only sets of 3 or 4 or 5 cards allowed'*"):
p1_cards = ['ace-hearts','5-spades'] # less than 3 cards
p2_cards = ['5-hearts', '6-spades'] # less than 3 cards
session6.decide_winner(p1_cards,p2_cards)
with pytest.raises(ValueError, match=r".*Only sets of 3 or 4 or 5 cards allowed'*"):
p1_cards = ['ace-hearts','king-hearts','8-hearts','6-hearts','4-hearts', '3-hearts'] # more than 5 cards
p2_cards = ['9-hearts','7-clubs','6-diamonds','5-spades', '2-hearts', '6-clubs'] # more than 5 cards
session6.decide_winner(p1_cards,p2_cards)
def test_decide_winner_incorrect_players_cards():
""" Check for the valid cards are provided by players"""
with pytest.raises(ValueError, match=r".*Player 1 cards are not valid'*"):
p1_cards = ['ace-hearts','king-blacks','queen-hearts'] # 'king-blacks' is incrrect
p2_cards = ['5-hearts', '5-spades', '6-clubs']
session6.decide_winner(p1_cards,p2_cards)
with pytest.raises(ValueError, match=r".*Player 2 cards are not valid'*"):
p1_cards = ['ace-hearts','queen-hearts']
p2_cards = ['5-hearts', '5-spades', '6-blacks'] # '6-blacks' is incrrect
session6.decide_winner(p1_cards,p2_cards)
def test_decide_winner_4cards_each():
"""Check for the winner and show the winner, 3 cards as input"""
# 10 cases
p1_cards = ['ace-hearts','king-hearts','queen-hearts','jack-hearts']
p2_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['10-clubs','9-clubs','8-clubs','7-clubs']
p2_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['queen-clubs','queen-hearts','queen-spades','queen-diamonds']
p2_cards = ['king-hearts','king-spades','9-diamonds','8-spades']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['king-hearts','queen-hearts','jack-hearts', '10-hearts']
p2_cards = ['9-clubs','8-clubs','7-clubs', '6-clubs']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['10-clubs','9-clubs','8-clubs','7-clubs']
p2_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['8-hearts','7-clubs','6-diamonds','5-spades']
p2_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['queen-clubs','queen-hearts','queen-spades','7-hearts']
p2_cards = ['king-spades','9-diamonds','8-spades', '4-hearts']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['jack-diamonds','jack-hearts','9-spades','9-diamonds']
p2_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 1', "This player is not winner"
p1_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
p2_cards = ['king-hearts','king-spades','9-diamonds','8-spades']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 2', "This player is not winner"
p1_cards = ['queen-clubs','6-hearts','4-spades', '2-diamonds']
p2_cards = ['queen-hearts','queen-spades','7-hearts', '2-clubs']
assert session6.decide_winner(p1_cards,p2_cards) == 'Player 2', "This player is not winner"
def test_decide_winner_no_one_wins():
"""Check for only one player won"""
p1_cards = ['8-hearts','7-clubs','6-diamonds']
p2_cards = ['queen-clubs','7-hearts','2-diamonds']
assert session6.decide_winner(p1_cards,p2_cards) == "Player 1 won, Player 2 cards didn't match the cards", 'Incorrect result'
def test_decide_winner_no_one_wins():
"""Check for none of the player won"""
p1_cards = ['ace-hearts','6-spades', '7-spades']
p2_cards = ['5-hearts', '3-spades','king-hearts']
assert session6.decide_winner(p1_cards,p2_cards) == 'None', 'None of the player won'
def test_manual_20_combinations():
combinations = session6_combinations.list_twenty_comb
for c in combinations:
assert set(c[2]) == set(session6.decide_winner(c[0], c[1])), "Result not matching for combinations"