def test_finish_round(self):
player = Player("Jill", 100)
# (case name, expected prints, player cards, dealer cards)
cases = [
(
"player_loss",
["loss"],
[Card(Card.HEART, Card.TEN), Card(Card.HEART, Card.NINE)],
[Card(Card.SPADE, Card.TEN), Card(Card.DIAMOND, Card.TEN)]
),
(
"player_tie",
["tie"],
[Card(Card.HEART, Card.TEN), Card(Card.CLUB, Card.TEN)],
[Card(Card.SPADE, Card.TEN), Card(Card.DIAMOND, Card.TEN)]
),
(
"player_win",
["win"],
[Card(Card.SPADE, Card.TEN), Card(Card.DIAMOND, Card.TEN)],
[Card(Card.HEART, Card.TEN), Card(Card.HEART, Card.NINE)]
),
(
"player_blackjack_dealer_blackjack",
["tie"],
[Card(Card.HEART, Card.TEN), Card(Card.HEART, Card.ACE)],
[Card(Card.SPADE, Card.JACK), Card(Card.SPADE, Card.ACE)]
),
(
"player_blackjack_dealer_non_blackjack",
["Blackjack"],
[Card(Card.HEART, Card.TEN), Card(Card.HEART, Card.ACE)],
[Card(Card.HEART, Card.TEN), Card(Card.HEART, Card.NINE)]
),
]
for case in cases:
expected_prints = list(reversed(case[1]))
def test_print(statement):
self.assertTrue(expected_prints.pop() in statement)
blackjack = Blackjack([player], test_print)
blackjack._holders[0].set_hand(case[2])
blackjack._holders[1].set_hand(case[3])
blackjack._finish_round()
