from random import randint

class cards:
#code by FraserD
    def __init__(self):
        return None



    suitList = ['Clubs', 'Heart', 'Diamond', 'Spade']
    numberList = [1,2,3,4,5,6,7,8,9,10, 10, 10, 10]
    cardsList = []
    cardValue = 0
    #cardsShuffled = []
    suitCounter = 0 #VV I could combine the two
    numberCounter = 0 #for the loop which puts 4 numbers a suit

    for i in numberList:  #generating the cards
        while suitCounter != 4:
            cardsList.append(numberList[numberCounter])
            suitCounter += 1

        numberCounter += 1
        suitCounter = 0
    print('Deck of Cards: ', cardsList)
    print('Card Number: ', len(cardsList))

    def play(self):
        print("Game Start")
        x = randint(0,51)
        y = randint(0,51)
        print(x, ' x', y, ' y')
        self.cardValue = int(self.cardsList[x] + int(self.cardsList[y]))
        def check(self):
            #print('checkStatement')
            print("Card Value: ", self.cardValue)
            if self.cardValue > int('21'):
                return 'Bust! Try Again!'
                card.play()
                #return 'Bust! Try Again!'

            elif self.cardValue == int('21'):
                return 'Blackjack! You win!'
                card.play()


            elif self.cardValue < int('21'):
                pass

            print("continued")
            a = input("Hit(1) or Stay(0)?")
            if str(a) == '1':
                print(a, ' hit')
                self.cardValue += int(self.cardsList[randint(0,51)])
                check(self)
            elif str(a) == '0':
                print(a, ' stay')
                return cardValue, 'Close! Game Restarting'
                card.play()
                return cardValue, 'Close! Game Restarting'
            else:
                print(a)
                return "Error! Not an option! Game Restarting..."
                card.play()



        print("check")
        check(self)



#pyJack3 by FraserD



''' class shuffle(cards):
**THIS IS A WORK IN PROGRESS SHUFFLE METHOD**

    def __init__(self):
        return None

    def shuffle(self):
        c = 0
        while c != 52:
            x = randint(0,29)
            y = self.cardsList[x]
            self.cardsList.pop(x)
            self.cardsShuffled.append(y)
            c += 1
        self.cardsShuffled.append(self.cardsList)
        print(self.cardsShuffled)
        print('Card Number: ', len(self.cardsShuffled))

            '''