def test_dual_aces_are_twelve(self):
hand = BJHand()
hand.add_card(Card(1, "S"))
hand.add_card(Card(1, "H"))
hand.are_busted()
hand.stand()
assert 12 == hand.hand_value
def test_ace_face_are_blackjack(self):
hand = BJHand()
hand.add_card(Card(13, "H"))
hand.add_card(Card(1, "D"))
hand.are_busted()
hand.stand()
assert 21 == hand.hand_value
def test_ace_as_eleven(self):
hand = BJHand()
print("This hand has a value of: " + str(hand.hand_value[0]))
hand.add_card(Card(1, "D"))
hand.add_card(Card(2, "S"))
hand.add_card(Card(3, "C"))
hand.are_busted()
hand.stand()
assert 16 == hand.hand_value
def test_four_aces_are_fourteen(self):
hand = BJHand()
hand.add_card(Card(1, "S"))
hand.add_card(Card(1, "H"))
hand.add_card(Card(1, "C"))
hand.add_card(Card(1, "D"))
hand.are_busted()
hand.stand()
assert 14 == hand.hand_value
def test_proper_splits(self):
player = BJPlayer('Me')
player.deal_card(Card(10, 'H'), 0)
player.deal_card(Card(10, 'S'), 0)
split = player.split_hand(Card(1, 'S'), Card(10, 'C'), 0)
assert len(split) == 2
assert split[0].hand_value == [11, 21]
assert split[1].hand_value == [20]
assert split[1].can_split()
def test_face_cards(self, hand1, hand2, comp_val):
our_hand = BJHand()
for c in hand1:
our_hand.add_card(Card(c, 'H'))
deal_hand = BJHand()
for val in hand2:
deal_hand.add_card(Card(val, 'S'))
our_hand.stand()
deal_hand.stand()
assert our_hand.compare_to(deal_hand) == comp_val
def test_cant_split(self):
one_hand = BJHand()
assert not one_hand.can_split()
one_hand.add_card(Card(5, "H"))
one_hand.add_card(Card(10, "S"))
assert not one_hand.can_split()
twoHand = BJHand()
twoHand.add_card(Card(3, "C"))
twoHand.add_card(Card(3, "H"))
twoHand.add_card(Card(3, "S"))
assert not one_hand.can_split()
def test_aces(self):
ace = Card(1, "S")
hand1 = BJHand()
for _ in range(3):
hand1.add_card(ace)
hand1.stand()
hand2 = BJHand()
hand2.add_card(Card(10, "C"))
for _ in range(2):
hand2.add_card(ace)
hand2.stand()
assert hand1.compare_to(hand2) == 1
def test_dealings(self, cards, size, total):
p = BJPlayer('Me')
for c in cards:
p.deal_card(Card(c, 'H'), 0)
p.hand[0].are_busted()
assert len(p.hand[0].hand_value) == size
p.hand[0].stand()
assert p.hand[0].hand_value == total
def test_long_busted_hand(self):
hand = BJHand()
hand.add_card(Card(2, "H"))
hand.add_card(Card(3, "S"))
hand.add_card(Card(5, "C"))
hand.add_card(Card(1, "H"))
hand.add_card(Card(1, "D"))
hand.add_card(Card(5, "D"))
hand.add_card(Card(4, "S"))
hand.add_card(Card(1, "S"))
assert hand.are_busted()
def test_three_face(self):
hand = BJHand()
hand.add_card(Card(11, "H"))
hand.add_card(Card(12, "D"))
hand.add_card(Card(13, "S"))
assert hand.are_busted()
def test_for_blackjack(self, cards, expected):
h = BJHand()
for c in cards:
h.add_card(Card(c, 'H'))
assert h.have_blackjack() == expected
def test_can_split(self):
one_hand = BJHand()
one_hand.add_card(Card(8, "C"))
one_hand.add_card(Card(8, "H"))
assert one_hand.can_split()
def test_blackjack(self):
hand = BJHand()
hand.add_card(Card(1, "S"))
hand.add_card(Card(12, "H"))
assert not hand.are_busted()
def test_normal_hand(self):
hand = BJHand()
hand.add_card(Card(4, "H"))
hand.add_card(Card(5, "S"))
hand.add_card(Card(6, "C"))
assert not hand.are_busted()
def test_three_ace(self):
hand = BJHand()
hand.add_card(Card(1, "S"))
hand.add_card(Card(1, "H"))
hand.add_card(Card(1, "C"))
assert not hand.are_busted()
