def test_payout_bonus_scenario_any_natural(self):
calculator = Lucky9PayoutCalculator()
dealer_up_card = Lucky9Card('spade', 10)
player_cards = [Lucky9Card('club', 3), Lucky9Card('diamond', 6)]
winning = calculator.calculate_bonus_winning(dealer_up_card,
player_cards)
self.assertEqual(5, winning)
def test_payout_bonus_scenario_suited_2_3_4(self):
calculator = Lucky9PayoutCalculator()
dealer_up_card = Lucky9Card('spade', 3)
player_cards = [Lucky9Card('spade', 2), Lucky9Card('spade', 4)]
winning = calculator.calculate_bonus_winning(dealer_up_card,
player_cards)
self.assertEqual(100, winning)
def test_is_lucky9(self):
card1 = Lucky9Card('spade', 1)
card2 = Lucky9Card('spade', 7)
card3 = Lucky9Card('spade', 1)
cards_in_hand = [card1, card2, card3]
self.assertTrue(Lucky9Game.is_lucky9(cards_in_hand))
def test_payout_bonus_lose(self):
calculator = Lucky9PayoutCalculator()
dealer_up_card = Lucky9Card('spade', 2)
player_cards = [Lucky9Card('spade', 3), Lucky9Card('club', 7)]
winning = calculator.calculate_bonus_winning(dealer_up_card,
player_cards)
self.assertEqual(0, winning)
def test_is_not_lucky9_10(self):
card1 = Lucky9Card('spade', 3)
card2 = Lucky9Card('spade', 7)
card3 = Lucky9Card('spade', 10)
cards_in_hand = [card1, card2, card3]
self.assertFalse(Lucky9Game.is_lucky9(cards_in_hand))
def test_payout_bonus_scenario_suited_9(self):
calculator = Lucky9PayoutCalculator()
dealer_up_card = Lucky9Card('club', 1)
player_cards = [Lucky9Card('club', 2), Lucky9Card('club', 6)]
winning = calculator.calculate_bonus_winning(dealer_up_card,
player_cards)
self.assertEqual(30, winning)
def test_card_value(self):
for suit in valid_suits:
cardc1 = Lucky9Card(suit, 1)
cardc2 = Lucky9Card(suit, 9)
cardc3 = Lucky9Card(suit, 10)
cardc4 = Lucky9Card(suit, 13)
self.assertEqual(1, cardc1.card_value())
self.assertEqual(9, cardc2.card_value())
self.assertEqual(10, cardc3.card_value())
self.assertEqual(10, cardc4.card_value())
def test_payout_bet_dealer_not_enough_cards(self):
calculator = Lucky9PayoutCalculator()
dealer_cards = [Lucky9Card('spade', 2)]
player_cards = [
Lucky9Card('spade', 1),
Lucky9Card('spade', 3),
Lucky9Card('spade', 4)
]
self.assertRaises(ValueError, calculator.calculate_bet_winning,
dealer_cards, player_cards)
def test_lucky9_dealer(self):
dealer = Lucky9Dealer()
dealer.add_card(Lucky9Card('spade', 1))
self.assertIsNotNone(dealer.down_card)
dealer.add_card(Lucky9Card('spade', 2))
self.assertIsNotNone(dealer.up_card)
dealer.add_card(Lucky9Card('spade', 4))
self.assertRaises(ValueError, dealer.add_card, Lucky9Card('spade', 3))
def test_payout_tie_scenario_win(self):
calculator = Lucky9PayoutCalculator()
dealer_cards = [
Lucky9Card('spade', 1),
Lucky9Card('spade', 2),
Lucky9Card('spade', 3)
]
player_cards = [
Lucky9Card('club', 6),
Lucky9Card('diamond', 6),
Lucky9Card('spade', 4)
]
winning = calculator.calculate_tie_winning(dealer_cards, player_cards)
self.assertEqual(7, winning)
def test_payout_bet_dealer_more_than_player(self):
calculator = Lucky9PayoutCalculator()
dealer_cards = [
Lucky9Card('spade', 2),
Lucky9Card('club', 3),
Lucky9Card('spade', 4)
]
player_cards = [
Lucky9Card('club', 1),
Lucky9Card('diamond', 2),
Lucky9Card('club', 3)
]
winning = calculator.calculate_bet_winning(dealer_cards, player_cards)
self.assertEqual(0, winning)
def test_payout_bet_dealer_total_9_player_lucky_9(self):
calculator = Lucky9PayoutCalculator()
dealer_cards = [
Lucky9Card('club', 10),
Lucky9Card('diamond', 7),
Lucky9Card('club', 2)
]
player_cards = [
Lucky9Card('spade', 2),
Lucky9Card('club', 3),
Lucky9Card('spade', 4)
]
winning = calculator.calculate_bet_winning(dealer_cards, player_cards)
self.assertEqual(1.5, winning)
def test_payout_bet_player_wins_natural_9_dealer_not_9(self):
calculator = Lucky9PayoutCalculator()
dealer_cards = [
Lucky9Card('club', 1),
Lucky9Card('diamond', 2),
Lucky9Card('club', 3)
]
player_cards = [
Lucky9Card('spade', 10),
Lucky9Card('club', 3),
Lucky9Card('spade', 5)
]
winning = calculator.calculate_bet_winning(dealer_cards, player_cards)
self.assertEqual(1.5, winning)
def test_is_tie_with_dealer(self):
game = Lucky9Game(MockShuffle())
player_card1 = Lucky9Card('spade', 2)
player_card2 = Lucky9Card('spade', 7)
player_card3 = Lucky9Card('spade', 10)
dealer_card1 = Lucky9Card('spade', 2)
dealer_card2 = Lucky9Card('spade', 7)
dealer_card3 = Lucky9Card('spade', 10)
player_cards_in_hand = [player_card2, player_card1, player_card3]
dealer_cards_in_hand = [dealer_card1, dealer_card3, dealer_card2]
game.dealer.cards_in_hand = dealer_cards_in_hand
self.assertTrue(game.is_tie_with_dealer(player_cards_in_hand))
def test_card_factory_lucky9(self):
lucky9_card = CardFactory.factory('lucky9', 'spade', 1)
expected = Lucky9Card('spade', 1)
self.assertEqual(expected.suit, lucky9_card.suit)
self.assertEqual(expected.value, lucky9_card.value)
def test_to_string(self):
card = Lucky9Card('spade', 1)
self.assertEqual("{ suit: spade, value: 1 }", str(card))
def test_pick_card_lower_boundary(self):
dealer = Lucky9Dealer()
dealer.up_card = Lucky9Card('spade', 4)
self.assertTrue(dealer.handle_move())
def test_pick_card_upper_boundary(self):
dealer = Lucky9Dealer()
dealer.up_card = Lucky9Card('spade', 6)
self.assertFalse(dealer.handle_move())
def test_payout_bonus_player_not_enough_cards(self):
calculator = Lucky9PayoutCalculator()
dealer_up_card = Lucky9Card('spade', 1)
player_cards = [Lucky9Card('spade', 2)]
self.assertRaises(ValueError, calculator.calculate_bonus_winning,
dealer_up_card, player_cards)
def test_payout_bonus_dealer_no_cards(self):
calculator = Lucky9PayoutCalculator()
dealer_up_card = None
player_cards = [Lucky9Card('spade', 3), Lucky9Card('spade', 3)]
self.assertRaises(ValueError, calculator.calculate_bonus_winning,
dealer_up_card, player_cards)