Please use functions to abstract the code below. The goal of this is to make the code more readable and organized. The new code should run the exact same way as the code below.

Execution, readability and cleanliness are important.

Once you have completed this, please write approx 1-2 pages explaning

your technique of abstracting the code. Please discuss your decisions, your process, your

struggles, etc.

Please do not submit a handwritten response as this is not legible in most cases.

Thank you.

from random import randint

def deck_of_cards():

face_val = ['Ace','2','3','4','5','6','7','8','9','10','J','Q','K']

cards_val = ['Hearts','Spades','Clubs','Diamonds']

decks = []

for x in cards_val:

for y in face_val:

decks.append(y + ' of ' + x)

return decks

def face_val(card):

if card[:1] in ('J','Q','K','1'):

return int(10)

elif card[:1] in ('2','3','4','5','6','7','8','9'):

return int(card[:1])

elif card[:1] == 'A':

print (" "+ str(card))

num = input("Do you want this to be 1 or 11? >")

while num !='1' or num !='11':

if num == '1':

return int(1)

elif num == '11':

return int(11)

else:

num = input("Do you want this to be 1 or 11? >")

def new_cards(decks):

return decks[randint(0,len(decks)-1)]

def removing_cards(decks,card):

return decks.remove(card)

restart = ''

while restart != 'EXIT':

new_deck = deck_of_cards()

crd = new_cards(new_deck)

removing_cards(new_deck,crd)

crd1 = new_cards(new_deck)

removing_cards(new_deck,crd1)

print (" " + crd + " and " + crd1) #doing this statement first allows for selection between 1 and 11

val1 = face_val(crd)

val2 = face_val(crd1)

tot = val1 + val2

print("with a tot of " + str(tot) )

deal_cards1 = new_cards(new_deck)

removing_cards(new_deck,deal_cards1)

deal_cards2 = new_cards(new_deck)

removing_cards(new_deck,deal_cards2)

deal_val1 = face_val(deal_cards1)

deal_val2 = face_val(deal_cards1)

deal_tot = deal_val1 + deal_val2

print (' The Dealer looks at you and deals one card up and one card face down')

print ("First a " + deal_cards1 + " and face down card.")

if tot == 21:

print("Blackjack!")

else:

while tot < 21: #not win or loss yet

choice = input("do you want to hit or stand? > ")

if choice.lower() == 'hit':

cards_extra = new_cards(new_deck)

removing_cards(new_deck,cards_extra)

more_value = face_val(cards_extra)

tot += int(more_value)

print (cards_extra + " for a new tot of " + str(tot))

if tot > 21: #lose condition

print("You LOSE!")

restart = input("Continue? EXIT to leave ")

elif tot == 21: #winning condition

print("You WIN WIN!")

restart = input("Continue? EXIT to leave ")

else:

continue

elif choice.lower() == 'stand':

print("The dealer reveals his other card to be ")

print("a " + deal_cards2 + " for a tot of " + str(deal_tot))

if deal_tot < 17:

print("The Dealer hits again.")

dealer_more = new_cards(new_deck)

more_dealer_value = face_val(dealer_more)

print("The card is a " + str(dealer_more))

deal_tot += int(more_dealer_value)

if deal_tot > 21 and tot <=21:

print("Dealer Bust! You win!")

elif deal_tot < 21 and deal_tot > tot:

print("Dealer has " + str(deal_tot) + " You lose!")

else:

continue

elif deal_tot == tot:

print("Equal Deals, no winner")

elif deal_tot < tot:

print("You win!")

else:

print("You Lose!")

restart = input(" Would you like to continue? EXIT to leave ")

break

print("Thank you for Playing")

#Please write answer in computer text. Not hand-written.

#Thank you.