||| u to your mit lk the X + 1 from itertools import product 2 from random import choice, seed 3 from os import linesep 4 5 6 suits = {'hearts', 'clubs', 'spades', 'diamonds'} 7 numbers = set([i for i in range (2,15)]) 8 a = 551 9 seed(a) 10 11 def create_standard_deck(): 123 12 13 14 15 def get_all_cards (deck): 16 17 18 19 20 21 22 23 24 25 25 blackjack.py 26 19 def get_all_twos (deck): 23 def get_all_aces (deck): 661838888 41 pass 27 def get_card_number(deck, card_number): 28 29 42 pass 30 31 def get_card_suit (deck, suit): 32 I 33 34 35 def get_number_and_suit (deck, num, suit): 36 37 44 pass 45 46 pass 39 def remove_card_from_deck (deck, suit, num): 40 pass pass pass 43 def remove_suit_from_deck (deck, suit): pass pass

Best Practices to Follow: It’s worth breaking up each functional task in create_blackjack_game() into separate functions. For example, a function to check the score of a player’s hand, to check whether a player has won, and so on. This entire implementation can be done neatly in about eight functions. Create a Deck of Cards Complete the create_standard_deck() function, which creates a new deck. The deck itself must be a data structure list. The cards within the deck must be represented as tuples of the form (suit, number), where the suit is a string that must be either ‘hearts’, ‘clubs’, ‘spades’, or ‘diamonds’, and the number is an integer that must be one of the following: 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, or 14. Note that the number used to identify the card has the following association: Jack = 11, Queen = 12, King = 13, and Ace = 14. In terms of value, the picture cards (Jack, Queen, and King) all have a value of 10, and the Ace card has a value of 11. The casino only wants you to implement a simple implementation of blackjack, in that the first to 21 wins, and special cases for checking for blackjack are not required. The deck should be sorted in alphabetical order of the suit, and then by an ascending integer identifier; for example: [(‘clubs’, 2), (‘clubs’, 3), ..., (‘diamonds’, 2), ..., (‘diamonds’, 14), (‘hearts’, 2), ... , (‘spades’, 14)]. Task Implement the create_deck() function to create the deck of cards. Drawing a Card from a Deck Your task is to complete the function stub draw_card(deck). The function takes a deck as the input. The function should randomly select a card from the deck using the random.choice() method and then remove the card from the deck by completing the remove_card_from_the_deck() function. Once this is done, the function needs to return the card that was selected. Task Implement the draw_card() function which deals cards to the dealer and players and removes the corresponding card from the deck. Getting the Count of the Cards in a Player’s Hands Your task is to complete the function stub get_count(player). The function takes a player’s hand, which is a list, as input. The function calculates and returns the value of the player’s hand. It should be noted that a special mapping is required. Currently, in the deck, Jack has a value of 11, Queen has a value of 12, King has a value of 13, and Ace has a value of 14. You need to ensure that the Jack, Queen, and King cards all have a value of 10. Finally, for the purposes of this implementation, we will only treat the Ace with a value of 11. Task Implement the `get_count` function to calculate the value of cards in a player's hand. Checking whether a Player has Won Your task is to complete the function stub check_cards(player). The function takes a player’s hand as input and returns ‘WIN’ if the input player has exactly a count of 21. If they have a count that is greater than 21, then it returns ‘BUST’; otherwise, it returns ‘OK’. Task Implement the check_cards() function to check if the player has won, lost, or has room to hit.