def test_shuffle_deck(self):
self.deck = deck.prepare_deck()
self.deck2 = deck.prepare_deck()
self.assertEqual(self.deck, self.deck2)
deck.shuffle_deck(self.deck2)
self.assertNotEqual(self.deck, self.deck2)
for i in self.deck:
self.assertIn(i,self.deck2)
def play(player, dealer, deck):
playing = True
while playing:
print(f"Welcome {player.name} to the Blackjack game")
game = Game(player, dealer)
print("Distributing cards ")
game.give_hand(deck)
print(f"Your balance is ${player.balance}")
game.set_bet()
deck.new_deck()
deck.shuffle_deck()
# game.give_card(deck)
player_play = True
dealer_play = True
while player_play or dealer_play:
try:
print("-----------------------------------------")
print("Your hand is ")
print(player.get_hand())
print(f"Your total points: {player.get_points()}")
print("-----------------------------------------")
print("The dealer hand is ")
print(dealer.get_hand(0))
if player_play:
if game.continue_ask() == True and player.get_points() < 21:
game.give_card(deck, game.player)
print("-----------------------------------------")
else:
player_play = False
if dealer_play == True:
if dealer.get_points() < 17:
game.give_card(deck, game.dealer)
print("-----------------------------------------")
else:
dealer_play = False
except:
print("some error happened")
else:
if game.can_continue(game.player):
print("can continue")
else:
print("You can't continue you reach the limit")
player_play = False
game.check_winner()
print(f"Your balance is ${player.balance}")
if player.balance <= 0:
print("You need money yo play!!!!")
playing = False
if game.continue_playing() == False and player.balance > 0:
playing = False
h1 = d[0:26]
h2 = d[26:]
# Take the bottom thirteen cards from h1 and move them to h2.
h3 = h1[0:13]
h4 = h2 + h3
# TODO: return a value from war() that tells us who won or if we got a tie.
# assert result == tie
war(h1, h4)
if __name__== '__main__':
# Shuffle a deck.
d = create_deck()
shuffle_deck(d)
# Deal the deck into 2 hands, one for each player.
hands = deal_deck(d, 2)
user_hand = hands[0]
computer_hand = hands[1]
while len(user_hand) > 0 and len(computer_hand) > 0:
cmd = input('Enter "p" to play a card or "q" to quit: ')
if cmd == 'p':
user_card = user_hand.pop()
print(user_card)
computer_card = computer_hand.pop()
print(computer_card)
if user_card['value'] > computer_card['value']:
print('You: {}'.format(user_card))
''' Create dealer and player\ Create and shuffle the deck Ask for the player's bet Deal the cards ''' dealer = Dealer() player = create_player() deck = create_deck() game_over = False while game_over == False: shuffle_deck(deck) prompt_bet(player) deal(deck, player, dealer) ''' Player's turn: The flag determines when the player's turn is over. If the flag is 0, the turn continues If the flag is 1, the turn is over If flag is -1, the player has busted - skip the dealer's turn ''' flag = 0 while flag == 0: flag = prompt_player_action(deck, player, dealer)
def main():
d.shuffle_deck(deck)
deal_hands()
print(len(deck), len(player1), len(player2))