def __init__(self, player):
self.__player = player
self.__computer = Player('9000', 'HAL')
self.__game = ClassicCardGame()
def __init__(self, player):
self.__player = player
self.__computer = Player('9000', 'HAL')
self.__game = ClassicCardGame()
class WarGame:
def __init__(self, player):
self.__player = player
self.__computer = Player('9000', 'HAL')
self.__game = ClassicCardGame()
def begin(self):
self.__shuffle()
self.__distribute()
play = True
while play:
play = self.__main()
def __shuffle(self):
self.__game.shuffle()
def __distribute(self):
for i in range(len(self.__game.cards)):
card = self.__game.pull()
if i % 2 == 0:
self.__player.addCard(card)
else:
self.__computer.addCard(card)
def __main(self, remainder=[]):
player_card = self.__player.pullCard()
computer_card = self.__computer.pullCard()
if player_card is None:
self.endGame(self.__player, self.__computer)
return False
elif computer_card is None:
self.endGame(self.__computer, self.__player)
return False
print('Main : ')
print(' - {} {} : {}'.format(self.__player.first_name,
self.__player.last_name,
str(player_card)))
print(' - {} {} : {}'.format(self.__computer.first_name,
self.__computer.last_name,
str(computer_card)))
if player_card.value == computer_card.value:
remainder.append(player_card)
remainder.append(computer_card)
return self.__war(remainder)
elif player_card.value > computer_card.value:
self.__player.addCard(player_card)
self.__player.addCard(computer_card)
print(' {} {} wins'.format(self.__player.first_name,
self.__player.last_name))
else:
self.__computer.addCard(computer_card)
self.__computer.addCard(player_card)
print(' {} {} wins'.format(self.__computer.first_name,
self.__computer.last_name))
return True
def __war(self, remainder):
print('***WAR***')
return self.__main(remainder)
def endGame(self, looser, winner):
looser.defeats += 1
winner.victories += 1
print('{} {} won!!!'.format(winner.first_name, winner.last_name))
class WarGame:
def __init__(self, player):
self.__player = player
self.__computer = Player('9000', 'HAL')
self.__game = ClassicCardGame()
def begin(self):
self.__shuffle()
self.__distribute()
play = True
while play:
play = self.__main()
def __shuffle(self):
self.__game.shuffle()
def __distribute(self):
for i in range(len(self.__game.cards)):
card = self.__game.pull()
if i % 2 == 0:
self.__player.addCard(card)
else:
self.__computer.addCard(card)
def __main(self, remainder = []):
player_card = self.__player.pullCard()
computer_card = self.__computer.pullCard()
if player_card is None:
self.endGame(self.__player, self.__computer)
return False
elif computer_card is None:
self.endGame(self.__computer, self.__player)
return False
print('Main : ')
print(' - {} {} : {}'.format(
self.__player.first_name, self.__player.last_name, str(player_card)))
print(' - {} {} : {}'.format(
self.__computer.first_name, self.__computer.last_name, str(computer_card)))
if player_card.value == computer_card.value:
remainder.append(player_card)
remainder.append(computer_card)
return self.__war(remainder)
elif player_card.value > computer_card.value:
self.__player.addCard(player_card)
self.__player.addCard(computer_card)
print(' {} {} wins'.format(self.__player.first_name, self.__player.last_name))
else:
self.__computer.addCard(computer_card)
self.__computer.addCard(player_card)
print(' {} {} wins'.format(self.__computer.first_name, self.__computer.last_name))
return True
def __war(self, remainder):
print('***WAR***')
return self.__main(remainder)
def endGame(self, looser, winner):
looser.defeats += 1
winner.victories += 1
print('{} {} won!!!'.format(winner.first_name, winner.last_name))
