def test_picture_card_score_calculation(self):
"""
Test that picture cards (King, Queen, Jack) all return a score of 10
"""
self.assertEqual(card(11, "H").get_score(), 10)
self.assertEqual(card(12, "H").get_score(), 10)
self.assertEqual(card(13, "H").get_score(), 10)
def create_deck():
deck = []
counter = 1
while counter <= 40:
if counter <= 8:
deck.append(cards.card("Bun", 1))
elif counter > 8 and counter <= 16:
deck.append(cards.card("Patty", 1))
elif counter > 16 and counter <= 20:
deck.append(cards.card("Lettuce", 2))
elif counter > 20 and counter <= 24:
deck.append(cards.card("Tomato", 2))
elif counter > 24 and counter <= 27:
deck.append(cards.card("Onion", 3))
elif counter > 27 and counter <= 29:
deck.append(cards.card("Pickle", 4))
elif counter > 29 and counter <= 34:
deck.append(cards.card("Exercise", -2))
elif counter > 34 and counter <= 37:
deck.append(cards.card("Laxative", -3))
elif counter > 37 and counter <= 39:
deck.append(cards.card("Ketchup", 2))
elif counter == 40:
deck.append(cards.card("Mayo", 3))
counter += 1
random.shuffle(deck)
return deck
def test_card_creation(self):
"""
Test that cards can be created successfully and that values are correct for Aces, numbers
and pictures (king, queen, jack)
"""
self.assertEqual(card(1, "H").get_card_details(), "AH")
self.assertEqual(card(4, "H").get_card_details(), "4H")
self.assertEqual(card(11, "H").get_card_details(), "JH")
self.assertEqual(card(12, "H").get_card_details(), "QH")
self.assertEqual(card(13, "H").get_card_details(), "KH")
def test_dealer_stands_on_soft_17(self):
"""
Test that a dealer always stands when they have a soft 17 (a 17 that could also be a 7 e.g. 6 + A or 3 + 3 + A)
"""
dealer = self.dealer
test_shoe = self.test_shoe
test_shoe.cards.insert(0, card(1, "S"))
test_shoe.cards.insert(3, card(3, "S"))
player_list = self.test_player_list
initial_deal(test_shoe, player_list, dealer)
self.assertTrue(dealer.soft_score_check())
self.assertFalse(dealer_play(test_shoe, dealer))
self.assertEqual(dealer.get_score(), 17)
def test_user_stands_with_blackjack(self):
"""
Test that a user automatically stands when they have blackjack
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(10, "H"))
test_shoe.cards.insert(2, card(1, "H"))
initial_deal(test_shoe, player_list, dealer)
self.assertEqual(player.get_score(), 21)
self.assertTrue(check_blackjack(player.get_score(), player.get_hand()))
def test_user_busts(self):
"""
Test that a user's turn ends when they bust and that they also lose
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(10, "H"))
test_shoe.cards.insert(2, card(3, "H"))
test_shoe.cards.insert(4, card(10, "D"))
initial_deal(test_shoe, player_list, dealer)
with mock.patch('builtins.input', return_value="hit"):
user_play(test_shoe, player, dealer)
self.assertTrue(player.check_bust)
def updata(self,data):
i=0
for p in self._players:
temp=[]
for name in data[i]:
temp.append(card(name))
p.handcard=temp
def test_user_stands_on_21(self):
"""
Test that a user automatically stands when they hit 21
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(10, "H"))
test_shoe.cards.insert(2, card(3, "H"))
test_shoe.cards.insert(4, card(8, "D"))
initial_deal(test_shoe, player_list, dealer)
with mock.patch('builtins.input', return_value="hit"):
user_play(test_shoe, player, dealer)
self.assertEqual(player.get_score(), 21)
self.assertFalse(check_blackjack(player.get_score(),
player.get_hand()))
def ai_single(hand, deck):
test_card = cards.card("null", 0)
current_largest = test_card
for x in hand:
if x.get_value() > current_largest.get_value() and x.get_name() != "Mayo" and x.get_name() != "Ketchup" and x.get_name() != "Laxative" and x.get_name() != "Exercise":
current_largest = x;
if current_largest.get_name() == "null":
hand.remove(hand[0])
ai_card = cards.card("Patty", 1)
else:
hand.remove(current_largest)
ai_card = current_largest
hand, deck = add_cards(hand, deck)
ai_card_choice = []
ai_card_choice.append(ai_card.get_name().lower())
return ai_card_choice, hand, deck
def test_user_wins_with_blackjack(self):
"""
Test that the user wins when they get blackjack and they get the custom message
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(10, "H"))
test_shoe.cards.insert(2, card(1, "H"))
initial_deal(test_shoe, player_list, dealer)
self.assertEqual(player.get_score(), 21)
self.assertTrue(check_blackjack(player.get_score(), player.get_hand()))
dealer_play(test_shoe, dealer)
results = check_results(player_list, dealer)
blackjack_winners = results[3]
self.assertIn(player, blackjack_winners)
def test_user_pushes_with_blackjack(self):
"""
Test that the user pushes with blackjack when the dealer also has a blackjack
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(10, "H"))
test_shoe.cards.insert(1, card(10, "C"))
test_shoe.cards.insert(2, card(1, "H"))
initial_deal(test_shoe, player_list, dealer)
self.assertEqual(player.get_score(), 21)
dealer_play(test_shoe, dealer)
self.assertTrue(check_blackjack(dealer.get_score(), dealer.get_hand()))
self.assertTrue(check_blackjack(player.get_score(), player.get_hand()))
results = check_results(player_list, dealer)
pushers = results[2]
self.assertIn(player, pushers)
def test_user_loses(self):
"""
Test that a user loses when the dealer's score exceeds theirs and the dealer doesn't bust
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(8, "H"))
test_shoe.cards.insert(1, card(10, "C"))
test_shoe.cards.insert(2, card(8, "C"))
test_shoe.cards.insert(3, card(6, "D"))
initial_deal(test_shoe, player_list, dealer)
dealer_play(test_shoe, dealer)
self.assertLess(player.get_score(), dealer.get_score())
self.assertFalse(check_blackjack(player.get_score(),
player.get_hand()))
results = check_results(player_list, dealer)
losers = results[1]
self.assertIn(player, losers)
def test_user_pushes(self):
"""
Test that when a user's score and the dealer's score are the same they push
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(8, "H"))
test_shoe.cards.insert(1, card(10, "C"))
test_shoe.cards.insert(2, card(9, "C"))
test_shoe.cards.insert(3, card(6, "D"))
initial_deal(test_shoe, player_list, dealer)
dealer_play(test_shoe, dealer)
self.assertEqual(player.get_score(), dealer.get_score())
self.assertFalse(check_blackjack(player.get_score(),
player.get_hand()))
results = check_results(player_list, dealer)
pushers = results[2]
self.assertIn(player, pushers)
def test_user_wins_when_dealer_busts(self):
"""
Test that a user wins when the dealer exceeds 21 as long as they have not also bust themselves
"""
test_shoe = self.test_shoe
player_list = self.test_player_list
dealer = self.dealer
player = player_list[0]
test_shoe.cards.insert(0, card(8, "H"))
test_shoe.cards.insert(1, card(10, "C"))
test_shoe.cards.insert(2, card(8, "C"))
test_shoe.cards.insert(3, card(6, "D"))
test_shoe.cards.insert(4, card(10, "D"))
initial_deal(test_shoe, player_list, dealer)
dealer_play(test_shoe, dealer)
self.assertTrue(dealer.check_bust())
self.assertFalse(check_blackjack(player.get_score(),
player.get_hand()))
results = check_results(player_list, dealer)
winners = results[0]
self.assertIn(player, winners)
def print_cards(cards, path):
empty_card = card('', '')
env = Environment(loader=FileSystemLoader('.'))
template = env.get_template(args.template)
html = template.render({
'cards': cards,
'empty_card': empty_card,
'horizontal': args.horizontal
})
with open(path, 'w') as f:
f.write(html)
from cards import card ##import the model
deck = []
for suit in range(1, 5):
for rank in range(1, 14):
deck.append(card(suit, rank))
hand = []
for i in range(0, 5):
a = random.choice(deck)
hand.append(a)
deck.remove(a)
def dealCard_(deck, f, wantedValue):
if wantedValue is None:
f(deck.dealone())
else:
f(cards.card(wantedValue, 0))
default=1000,
help="How many cards to print in one html files")
args = parser.parse_args()
# 1. Loads list of ids(secret_id, public_id) from json file
# 2. each 'ids', generate QR code using 'secret_id' and make a 'card' object
# 3. write HTML file using Jinja2 template
with open(args.input, 'r') as f:
id_pairs = json.load(f)
cards = []
for id_pair in id_pairs:
qr = gen_qr_code(args.base_url, id_pair['secret_id'])
newcard = card(qr, id_pair['public_id'])
cards.append(newcard)
def print_cards(cards, path):
empty_card = card('', '')
env = Environment(loader=FileSystemLoader('.'))
template = env.get_template(args.template)
html = template.render({
'cards': cards,
'empty_card': empty_card,
'horizontal': args.horizontal
})
with open(path, 'w') as f:
f.write(html)
def __cleandeck__(self):
d = []
for a in cards.SUITS:
for b in cards.CARDS:
d.append(cards.card(a, b))
return d
def __cleandeck__(self):
d = []
for a in cards.SUITS:
for b in cards.CARDS:
d.append(cards.card(a, b))
return d
positions_list.append(current_pos)
print("current position: " + monopoly_board[current_pos])
landings_counter[current_pos] += 1
if i > 1 and dice.go_to_jail(i, current_pos, doubles_list[-1],
doubles_list[-2], doubles_list[-3]):
print("GO TO JAIL!")
if positions_list[-1] != 30:
positions_list = positions_list[:-1]
landings_counter[current_pos] -= 1
current_pos = 10
print("current position: " + monopoly_board[current_pos])
positions_list.append(current_pos)
landings_counter[current_pos] += 1
elif "cc" in monopoly_board[current_pos]:
print("DRAW COMMUNITY CHEST CARD!")
cc_card = card("cc", current_pos)
#print("Do we need to move? " + str(cc_card.advance_to != current_pos))
if cc_card.advance_to != current_pos:
current_pos = cc_card.advance_to
positions_list.append(current_pos)
print("current position: " + monopoly_board[current_pos])
elif "chance" in monopoly_board[current_pos]:
print("DRAW CHANCE CARD!")
chance_card = card("chance", current_pos)
#print("Do we need to move? " + str(chance_card.advance_to != current_pos))
if chance_card.advance_to != current_pos:
current_pos = chance_card.advance_to
positions_list.append(current_pos)
print("current position: " + monopoly_board[current_pos])
print("_________________________________________")
else:
def test_cut_card(self):
"""
Test that a cut card is added to the deck
"""
self.assertEqual(card("cut").get_card_details(), "cutcut")
