blackjack.py

def start():
    f=open("deck.txt","r")

    deck=[]
    for line in f:
        line=line.split(' ')
        line.pop(-1)
        deck.append(line)

    import random
    import time

    l="\n"
    s=[1,2]
    dealercards=[]
    for card in s:
        dealer_card=deck[random.randint(0,len(deck)-1)]
        deck.remove(dealer_card)
        dealercards.append(dealer_card)

    playercards=[]
    for card in s:
        player_card=deck[random.randint(0,len(deck)-1)]
        deck.remove(player_card)
        playercards.append(player_card)

    def playerdeck():
        pos=0
        c=1
        print(l+"Your deck:")
        for card in playercards:
            print(str(c)+".\t"+str(playercards[pos][0]))
            pos=pos+1
            c=c+1

    def dealerdeck():
        pos=0
        c=1
        print(l+"Dealer deck:")
        for card in dealercards:
            print(str(c)+".\t"+str(dealercards[pos][0]))
            pos=pos+1
            c=c+1

    print("Dealer's Card 1: ????")
    print("Dealer's Card 2: "+ str(dealercards[1][0]))

    playerdeck()

    dealer_total=int(dealercards[0][-1])+int(dealercards[1][-1])
    player_total=int(playercards[0][-1])+int(playercards[1][-1])

    def ace_check():
        count=-1
        for card in playercards:
            count=count+1
            if 'Ace' in card[0]:
                if len(card)==2:
                    continue
                else:
                    pass
                ace=input(l+"You have an Ace! Assign value of '1' or '11': ")
                if ace=='1':
                    playercards[count].remove(card[-1])
                    player_card=playercards[count]
                    return player_card
                    break
                elif ace=='11':
                    playercards[count].remove(card[1])
                    player_card=playercards[count]
                    return player_card
                    break
                else:
                    print("Invalid answer. Computer assigns value")
                    playercards[count].remove(card[random.randint(1,2)])
                    player_card=playercards[count]
                    return player_card
                    break

    def dealer_ace_check():
        count=-1
        for card in dealercards:
            count=count+1
            if 'Ace' in card[0]:
                if dealer_total<21:
                    val=21-dealer_total
                    if val<=11:
                        dealercards[count].remove(card[1])
                        dealer_card=dealercards[count]
                        return dealer_card
                    elif val>11:
                        dealercards[count].remove(card[-1])
                        dealer_card=dealercards[count]
                        return dealer_card
    for ace in s:
        ace_check()
        dealer_ace_check()
    
    play=""
    def total_check():
        if play=="stay":
            if dealer_total>16 and player_total>16 and dealer_total==player_total:
                print("DRAW")
            elif dealer_total>player_total and dealer_total<=21:
                print("PLAYER LOSS")
            elif dealer_total<player_total and player_total<=21:
                print("PLAYER WIN")
            pass
        if player_total==21 and dealer_total!=21:
            print("PLAYER WIN")
        elif player_total!=21 and dealer_total==21:
            print("PLAYER LOSS")
        elif player_total==21:
            print("PLAYER WIN")
        elif dealer_total==21:
            print("PLAYER LOSS")
        elif player_total>21:
            print("PLAYER LOSS")
        elif dealer_total>21:
            print("PLAYER WIN")  

    while player_total<=21 and dealer_total<=21:
        if player_total==21:
            total_check()
            break
        play=str(input("Enter 'hit' or 'stay': "))
        if play=="stay" and player_total<=16:
            print("Must hit when card total less than 17")
            continue
            if play=="hit":
                pass
        if play=="hit":
            print("Player: Drawing a card...")
            time.sleep(3)
            player_card=deck[random.randint(0,len(deck)-1)]
            deck.remove(player_card)
            playercards.append(player_card)
            ace_check()
            playercards[-1]=player_card
            player_total=player_total+int(player_card[1])
            play==""
            print(l)
            playerdeck()
            total_check()

        if play=="stay":
            while dealer_total<=16:
                dealer_ace_check()
                dealer_card=deck[random.randint(0,len(deck)-1)]
                deck.remove(dealer_card)
                dealercards.append(dealer_card)
                dealer_total=dealer_total+int(dealer_card[1])
                print("Dealer: Drawing a card...")
                time.sleep(3)
                dealerdeck()
            if dealer_total>=17:
                dealerdeck()
                total_check()
                break


start()


####ISSUES
##        1) total_check(): Will print PLAYER LOSS after every hit when dealer_total is 21 from start.
##        2) dealer_ace_check(): No play input given when dealer has two aces bc total=22
##        3) total_check(): Ace assigned 11 -> stay -> hit. Cards: Ace+3+7=21. Prints PLAYER WIN twice.
##        4) total_check(): Ace assigned 11 -> stay. Dealer cards: Ace+jack=21. Print PLAYER LOSS twice.