def playerAction(player_command):
if player_command == constants.ACTION_PLAY_CARD:
if len(data_cards.cardList(constants.HAND_PLAYER)) > 0:
print(constants.MESSAGE_PLAY_CARD)
playCard()
else:
print(constants.MESSAGE_EMPTY_HAND)
elif player_command == constants.ACTION_DRAW_PLAY:
if len(data_cards.cardList(constants.DECK_CARDS)) > 0:
print(constants.MESSAGE_DRAW_PLAY)
drawCardAndPlay()
else:
print(constants.MESSAGE_EMPTY_DECK)
processPlayerTurn()
elif player_command == constants.ACTION_PICK_PILE:
if len(data_cards.cardList(constants.PILE_CARDS)) > 0:
pickUpAllCardsInPile()
else:
print(constants.MESSAGE_EMPY_PILE)
processPlayerTurn()
elif player_command == constants.ACTION_ALL_CARDS_IN_PILE:
data_pile_cards.displayPileNumbered()
processPlayerTurn()
elif player_command == constants.ACTION_SHOW_HAND:
displayPlayerHandNumbered()
processPlayerTurn()
elif player_command == constants.ACTION_MENU:
setup_game.menu()
def processComputerTurn():
played_card = playCardComputer()
if played_card == False:
num = random.randint(0, 1)
if num == 0 and len(data_cards.cardList(constants.DECK_CARDS)) > 0:
drawPlayCardComputer()
elif len(data_cards.cardList(constants.PILE_CARDS)) > 0:
pickUpPileComputer()
else:
processComputerTurn()
def winCheck():
winner = ""
deck_cards = data_cards.cardList(constants.DECK_CARDS)
player_hand = data_cards.cardList(constants.HAND_PLAYER)
computer_hand = data_cards.cardList(constants.HAND_COMPUTER)
if len(deck_cards) == 0 and len(player_hand) == 0:
winner = data_player_name.getPlayerName()
elif len(deck_cards) == 0 and len(computer_hand) == 0:
winner = "computer"
return winner
def cardToPlayComputer():
# Get list of computer hand cards
hand_computer = data_cards.cardList(constants.HAND_COMPUTER)
hand_copy = []
hand_copy.extend(hand_computer)
# Get top pile card and value
card_pile_top = data_pile_cards.getPileTopCard()
card_pile_top_int = value_cards.cardValueToInt(card_pile_top)
# If top pile card = 3
if card_pile_top_int == 3:
card_pile_top_int = value_cards.cardValueToInt(
data_pile_cards.cardUnderThree())
# Loop until card to play is found, else return error
while len(hand_copy) != 0:
num = random.randint(0, (len(hand_copy) - 1))
card_to_play = hand_copy[num]
hand_copy.pop(num)
card_to_play_int = value_cards.cardValueToInt(card_to_play)
if rules.checkCanPlayCard(card_to_play_int, card_pile_top_int) == True:
return card_to_play
return constants.INTERNAL_NO_CARD_TO_PLAY
def cardListPlayer():
return data_cards.cardList(constants.HAND_PLAYER)
def playerGoesFirst():
hand_player = data_cards.cardList(constants.HAND_PLAYER)
hand_computer = data_cards.cardList(constants.HAND_COMPUTER)
return playerWithLowestHand(lowestCardInHand(hand_player),
lowestCardInHand(hand_computer))