def main():
"""Entry point for the application"""
print('Hello world')
game_deck = Deck()
human_player = Hand()
computer_player = Hand()
game_deck.shuffle()
game_over = False
human_player.cards = game_deck.deal_hand()
computer_player.cards = game_deck.deal_hand()
while not game_over:
print(f'Computer has: {computer_player}') # delete me later
players_turn = True
while players_turn:
player_card_selection = input(
f'Please choose a card from your hand you have the following: {human_player}'
)
while not human_player.check_if_in_hand(
player_card_selection.upper()):
print(f'{player_card_selection} not in hand.')
player_card_selection = input(
f'Please choose a card from your hand you have the following: {human_player}'
)
print(f'Computer has: {computer_player}') # delete me later
if computer_player.check_if_in_hand(player_card_selection.upper()):
print(f'Computer has those cards!')
human_player.cards = computer_player.draw_card(
player_card_selection, human_player.cards)
human_player.book_check(player_card_selection)
else:
print('Go fish!')
drawn_card = game_deck.draw_card()
human_player.cards.append(drawn_card)
human_player.book_check(drawn_card)
players_turn = False
while not players_turn:
computer_card_selection = random.choice(computer_player.cards)
if human_player.check_if_in_hand(computer_card_selection):
print(
f'Computer guessed {computer_card_selection} and got it right!'
)
computer_player.cards = human_player.draw_card(
computer_card_selection, computer_player.cards)
computer_player.book_check(computer_card_selection)
else:
drawn_card = game_deck.draw_card()
computer_player.cards.append(drawn_card)
computer_player.book_check(drawn_card)
print(
f'Computer guessed {computer_card_selection} and got it wrong!\n It is now your turn!'
)
players_turn = True
print(human_player)
print(computer_player)
class Dealer:
def __init__(self):
self.table = Table(2)
self.deck = Deck()
def seat_player(self, player):
self.table.seat_player(player)
def go(self):
print("Game is starting")
self._deal()
def deal(self):
self.deck.reset()
seats = self.table.seats
for seat in seats:
if not seat.is_free:
seat.player.clear_hand()
hand = []
for i in range(5):
seat.player.give_card(self.deck.draw_card())
def _printGameState(self):
self.table.print_state()
def process_actions(self):
for seat in self.table.seats:
if not seat.is_free:
seat.player.print_state()
action = seat.player.collect_action()
seat.player.take_cards(action)
for i in range(len(action)):
seat.player.give_card(self.deck.draw_card())
seat.player.print_state()
def declare_winner(self):
hands = []
for seat in self.table.seats:
if not seat.is_free:
hands.append(HandResult(seat.player.hand, seat.player))
round_result = RoundResult(hands)
winning_hands = round_result.find_winning_hands()
for seat in self.table.seats:
if not seat.is_free:
seat.player.tell_result(round_result)
print("Round Winner(s)!: ")
for winning_hand in winning_hands:
print(winning_hand.player.name + " " + str(winning_hand.hand_type))
def test_deck_creation(self):
deck = Deck()
for i in range(52):
deck.draw_card()
with self.assertRaises(OutOfCardsError) as context:
deck.draw_card()
