hi, i want to create a blackjack game. And i have written my own code with the test code below importing the code from the above pictures. But my code doesn't work. My code will be given below. I want the code fixed and i want the extra credit implemented as well.

Thank you.

from lab9 import Card

from lab9 import ChipBank

from random import shuffle

# Import lab9 Classes and random shuffle method.

# BlackjackHand class creates the deck of cards.

class BlackjackHand:

def __init__(self):

self.list_of_cards = []

def add_card(self, new_card):

self.list_of_cards.append(new_card)

def __str__(self):

card_string = ""

for card in self.list_of_cards:

card_string += str(card)

card_string += ", "

card_string = card_string.strip()

return card_string.strip(",")

def get_value(self):

card_values = 0

number_of_aces = 0

for card in self.list_of_cards:

card_values += card.get_value()

if card.get_rank() == "Ace":

number_of_aces += 1

if card_values > 21:

for number in range(number_of_aces):

card_values -= 10

return self.card_values

class Blackjack:

def __init__(self, starting_dollars):

self.bank = ChipBank(starting_dollars)

#print("Your remaining chips are" + self.player_bank)

deck_of_cards = []

cards_created = 0

# reshuffles deck when all cards have been used

cards_used = 0

cards_used_list = []

#while cards_used

# if cards_used > 0:

# print(card)

# shuffled_deck = shuffled_deck - card

#cards_used += 1

player_hand = ""

player_value = 0

player_status = ""

dealer_hand = ""

dealer_value = 0

dealer_status = ""

# while dealer_hand

# dealer_hand.replace(card)

# dealer_value = card.get_value()

# print(dealer_hand)

# if player_value and dealer_value == 21:

# player_status = push

# print("push")

# elif player_value == 21:

# if dealer_value != 21:

# print("player wins")

# elif dealer_value == 21:

# if player_value != 21:

# print("dealer wins")

def draw(self):

card = self.deck_of_cards.pop()

self.cards_used_list.append(card)

card.face_up()

return card

def start_hand(self, wager):

self.bank.withdraw(wager)

self.player_hand = blackjackhand()

self.dealer_hand = blackjackhand()

self.player_hand.add_card(card)

self.dealer_hand.add_card(card)

player_card_1 = self.draw()

self.player_hand.add_card(player_card_1)

player_card_2 = self.draw()

self.player_hand.add_card(player_card_2)

print("The player has a" + player_card_1 + player_card_2)

dealer_card_facedown = self.draw()

self.dealer_hand(dealer_card_facedown).face_down

dealer_card_faceup = self.draw()

self.dealer_hand.add_card(dealer_card_faceup)

print("The dealer has a" + dealer_card_faceup)

if player_hand.get_value == 21 and dealer_hand.get_value == 21:

print("The player and the dealer tie!")

elif player_hand.get_value == 21 and dealer_hand.get_value != 21:

print("The player wins!")

elif dealer_hand.get_value == 21 and player_hand.get_value != 21:

print("The dealer wins!")

def hit(self):

while player_hand

choice = input("Would you like to hit again? YES/NO ")

if choice.upper() == "YES":

if cards_used

player_hand.replace(card)

player_value = card.get_value()

print(player_hand)

else:

shuffled_deck = shuffled_deck - card

cards_used += 1

print(player_value)

if player_hand == 21:

player_status = stand

elif player_hand > 21:

player_staus = bust

def stand(self):

print(dealer_hand)

while dealer_hand

dealer_hand.replace(card)

dealer_value = card.get_value()

print(dealer_hand)

if dealer_value > 21:

player_status = win

end_hand("win")

elif dealer_value == 21:

player_status = lose

end_hand("lose")

elif player_value and dealer_value == 21:

player_status = push

end_hand("push")

elif player_value == 21:

if dealer_value != 21:

end_hand("win")

def end_hand(outcome):

if outcome == "win":

self.bank.deposit(wager * 2)

print('You win')

elif outcome == "lose":

print('You lose')

elif outcome == "push":

print('You tied')

self.bank.deposit(wager)

def game_active():

if dealer_hand != '':

return True

else:

return False

if __name__== "__main__":

blackjack = Blackjack(250)

while blackjack.bank.value > 0:

print("Your remaining chips: "+ str(blackjack.bank))

wager = int(input('How much would you like to wager? '))

blackjack.start_hand(wager)

while blackjack.game_active():

choice = input("STAND or HIT: ").upper()

if choice == "STAND":

blackjack.stand()

elif choice == "HIT":

blackjack.hit()

print()

print("Out of money! The casino wins!")

1 $class Card: This is the header for the class Card. Any new card objects created will use the Card(card_num) method, which will be used to create card objects with a suit, rank, and value. Cards start facing down. # class member variables - shared by all objects suits ["Spades", "Hearts", "Clubs", "Diamonds" ranks ["Jack", "Queen", "King" ] def _init (self, card_num): init will be run whenever a new card object is created ie : Card () Is executed Takes in 2 parameters, card_num (any number between e and 51) , self (giving the object the ability to call it's own methods) # Sets the Card's instance variables: # Cards start facing down self._facing_upFalse 20 21 # Sets its "suit" using the shared suits list. # Integer division of the initial card num determines the suit. # 1-13 spades, 14-26 hearts, 27-39 clubs, 40-52 diamonds self._sut = Card.suts[card-num // 13] 23 24 25 26 27 28 29 # Use modules 13 to determine the card's "rank" (e.g., Ace, King, Queen, Jack, 1, 2, # and point "value" (2-10,11) num = cardnum % 13 # If numk13 == , its an Ace ) - 31 self._rank "Ace" self._value11 # Jack if 10, Queen if 11, King if 12 elif num in [10, 11, 121: 35 self.-rank = Card. ranks [num- 10] # access shared rank list to set ranks of J, Q, and K self.value = 10 37 38 39 - # Else rank and value is it's number +1 (card 1, refers to 2 of spades worth 2 points) else: self._rank - str num + 1) self._valuenum1 1 $class Card: This is the header for the class Card. Any new card objects created will use the Card(card_num) method, which will be used to create card objects with a suit, rank, and value. Cards start facing down. # class member variables - shared by all objects suits ["Spades", "Hearts", "Clubs", "Diamonds" ranks ["Jack", "Queen", "King" ] def _init (self, card_num): init will be run whenever a new card object is created ie : Card () Is executed Takes in 2 parameters, card_num (any number between e and 51) , self (giving the object the ability to call it's own methods) # Sets the Card's instance variables: # Cards start facing down self._facing_upFalse 20 21 # Sets its "suit" using the shared suits list. # Integer division of the initial card num determines the suit. # 1-13 spades, 14-26 hearts, 27-39 clubs, 40-52 diamonds self._sut = Card.suts[card-num // 13] 23 24 25 26 27 28 29 # Use modules 13 to determine the card's "rank" (e.g., Ace, King, Queen, Jack, 1, 2, # and point "value" (2-10,11) num = cardnum % 13 # If numk13 == , its an Ace ) - 31 self._rank "Ace" self._value11 # Jack if 10, Queen if 11, King if 12 elif num in [10, 11, 121: 35 self.-rank = Card. ranks [num- 10] # access shared rank list to set ranks of J, Q, and K self.value = 10 37 38 39 - # Else rank and value is it's number +1 (card 1, refers to 2 of spades worth 2 points) else: self._rank - str num + 1) self._valuenum1