from random import randrange
from random import random


def main():
    printIntro()
    playerScore = 0
    dealerScore = 0
    dealerCard = 1 # for dealer loop
    CardValue = 0  # for figuring out aces/blackjack
    black = ""
    jack = ""
    decision = "H"
    firstTime = 1
    autoWin = 0

    # loop for dealer getting deal cards/ goes until the dealer is done getting cards(score is 17 or more(dealerCard is set to zero))

    while dealerCard != 0:
        # prints dealers score at beginning of loop
        if dealerScore > 0:
            print "The dealer has a score of", dealerScore
            print 
        #deals cards to dealer
        dealerCard = dealDealerHand()

        # Dealer deal info
        # ace decision of 1 or 11 for dealer
        if dealerCard == 1 and ((dealerScore + 11) <= 21):
            dealerCard = 11
        elif dealerCard == 1 and ((dealerScore + 11) > 21):
            dealerCard = 1
        # when dealer will continue or stay or busts
        if dealerScore >= 17 and dealerScore <= 21:
            dealerCard = 0
            print "The dealer has a score of", dealerScore, "he has decided to stay."
        elif dealerScore > 21:
            print "The dealer has busted you win!"
            dealerCard = -1  # if dealer busts this will be used to tell next loop not to start
            break
          
        # dealer Score accumulator adds score + new card dealt
        dealerScore = dealerScore + dealerCard

        # if dealer gets 21 he automatically wins
        if dealerScore == 21:
            print "The dealer got 21, and the dealer wins all ties. Since 21 is the max thats game over."
            autoWin = -1
            break

    

    # user loop
    while decision[0] == "H" or decision[0] == "h":
        # this tells loop to stop if dealer busted
        if dealerCard == -1:
            break
        elif autoWin == -1:
            break


        # print now its ur turn only on first loop
        if firstTime == 1:
            print "Now its your turn..."
            firstTime = 0
        elif firstTime == 0:
            print 
        

       
        
   
        


        #deals cards to user
        Card = dealUserHand()
      

        # If user gets an ace(1 or 11) this allows them to choose what they want the value to be
        if Card == 1 or Card == 11:
            print "You got an ace! It can count for either 1 or 11."
            CardValue = input("What would you like it to count as? 1 or 11?")
            if CardValue == 1:
                Card = 1
            elif CardValue == 11:
                Card = 11
            else:
                print "Wrong input sorry, only 1 or 11 were choices"
                print "Quitting out now."
                break
            
        # defines blackjack for user
        if CardValue == 11:
            black = "black"
            if jack == "jack" and playerScore == 21:
                print "YOU GOT BLACK JACK!!!![an ace and a face card]"
        elif Card == 10:
            jack = "jack"
            if black == "black" and playerScore == 21:
                print "YOU GOT BLACK JACK!!!![an ace and a face card]"
                
        # determines what kind of face card user gets if randrange card is a 10 
        if Card == 10:
            whatFaceCard = random()
            if whatFaceCard < .35:
                print "You got a face card, its a Jack!(worth 10)"
            elif whatFaceCard >= .35 and whatFaceCard < .66:
                print "You got a face card, its a Queen!(worth 10)"
            elif whatFaceCard >= .66:
                print "You got a face card, its a King!(worth 10)"

        # player score accumulator adds score + new card dealt then prints it out
        playerScore = Card + playerScore
        print "You have", playerScore

        # defines bust for player
        if playerScore > 21:
            print "Sorry you busted!"
            break


        # at end of loop this value determines once the while loop starts again whether it will go again(true) or stop(false)
        decision = getDecision()

    # determines who wins the game
    if autoWin != -1 or dealerCard != -1:
        if playerScore > dealerScore and playerScore <= 21:
            print "You won the hand congradulations!!!!"
        elif dealerScore > playerScore and dealerScore <= 21:
            print "The dealer won. :'( Sorry, your welcome to try again!"
        elif dealerScore == playerScore and playerScore <= 21:
            print "AWWW so close. :'( You tied the dealer! But, the dealer wins all ties sorry. :("
    
        









def printIntro():
    print "Welcome, this game allows the user to play black jack."
def getDecision():
    decision = raw_input("Do you want a hit or do you want to stay?")
    return decision

def dealDealerHand():
    dealerScore = 0

    dealerScore = dealOneCard()
    return dealerScore

def dealUserHand():
    playerScore = 0

    playerScore = dealOneCard()
    return playerScore

def dealOneCard():
    dealCard = randrange(1, 11)
    return dealCard

class Hand:  def __init__(self):    self.hasAce = False    self.baseTotal = 0    # This is also the proper spot to handle our rule    # "every hand has at least two cards".    self.addCard()    self.addCard()  def addCard(self):    # Ask the deck for a card. By the way, later you'll want a proper model    # for the deck :)    card = randrange(1, 10)    if card == 1: self.hasAce = True    self.baseTotal += card  def total(self):    # Decide whether we can count an ace as 11 without going over, and    # do so if possible.    if self.hasAce and (self.baseTotal < 11):      return self.baseTotal + 10    else:      return self.baseTotal # can't count any aces.# Now we can initialize the player and dealer:player = Hand()dealer = Hand()

# SPOILERS - a full program (scroll down), though it doesn't print all the# interesting messages of the original - just enough to be able to play.from random import randrange # I'm not using 'random'.class Hand:  def __init__(self):    self.hasAce = False    self.baseTotal = 0    # This is also the proper spot to handle our rule    # "every hand has at least two cards".    self.addCard()    self.addCard()  def addCard(self):    # Ask the deck for a card. By the way, later you'll want a proper model    # for the deck :)    card = randrange(1, 10)    if card == 1: self.hasAce = True    self.baseTotal += card  def total(self):    # Decide whether we can count an ace as 11 without going over, and    # do so if possible.    if self.hasAce and (self.baseTotal < 11):      return self.baseTotal + 10    else:      return self.baseTotal # can't count any aces.def userWantsToHit():  while True:    request = raw_input("(H)it or (S)tay:")    # We'll look at the first letter, for simplicity.    letter = request[0].upper()    if letter == 'H': return True    if letter == 'S': return False    print "Please enter either 'H' or 'S' (no quotes)." # try againdef main():  player = Hand()  dealer = Hand()  while player.total() < 21: # don't allow the user to hit on 21 ;)    print "Your total is", player.total()    if userWantsToHit(): player.addCard()    else: break  # Now that we have the player's final result, we'll save it in a variable  # so we don't have to keep calling the function.  ptotal = player.total()  if ptotal > 21:    print "You busted, you lose."    return # the dealer does not have to play in this case.  while dealer.total() < 17: # the dealer must hit on 16 and under    dealer.addCard()  dtotal = dealer.total()  if dtotal > 21:    print "Dealer busted, you win."  else:    # Noone busted, so we have to compare the hands.    print "Dealer: %s You: %s" % (dtotal, ptotal)    if dtotal > ptotal:      print "Dealer wins."    elif ptotal > dtotal:      print "You win."    else:      print "It's a push" # Tie; bet carries forward to next hand.

>>> main()Your total is 16(H)it or (S)tay:hitYour total is 14(H)it or (S)tay:hitYou busted, you lose.>>>