def test_compare_to_safe(msg, cards_a, cards_b, expected):
try:
hand_a = PokerHand()
for s, v in cards_a:
hand_a.add_card(Card(s, v))
hand_b = PokerHand()
for s, v in cards_b:
hand_b.add_card(Card(s, v))
msg += "\nA: {}\nB: {}".format(str(cards_a), str(cards_b))
if expected > 0:
assert_equals(msg, True, hand_a.compare_to(hand_b) > 0)
elif expected < 0:
assert_equals(msg, True, hand_a.compare_to(hand_b) < 0)
else:
assert_equals(msg, 0, hand_a.compare_to(hand_b))
except:
fail_on_error(msg, sys.exc_info())
def play_1(player):
"""User decides whether Hand #1 or Hand #2 is worth more. If user answer matches
the correct answer given by compare_to function, user gains 1 point; if user answers
wrong or deck runs out of cards, game ends and score is printed."""
playing = True
deck = Deck()
deck.shuffle()
score = 0
print(
input("Welcome to the casino, " + player +
". Press Enter to play the game."))
while playing:
if deck.out():
print("Deck is out of cards. Game over. Your score was ",
str(score))
playing = False
else:
hand_a = PokerHand()
hand_b = PokerHand()
for i in range(0, MAX_HAND_SIZE):
card = deck.deal()
hand_a.add_card(card)
for i in range(0, MAX_HAND_SIZE):
card = deck.deal()
hand_b.add_card(card)
print("Hand #1: ", hand_a)
print("Hand #2: ", hand_b, "\n")
user_answer = int(
input(
"Which hand is worth more? "
"Type 1 if Hand #1, -1 if Hand #2, and 0 if they are worth the same\n "
))
correct_answer = hand_a.compare_to(hand_b)
if user_answer == correct_answer:
print("Correct! Let's try again\n")
score += 1
else:
print("Game over. Your score was ", str(score))
playing = False