import random

values = ['A', 2, 3, 4, 5, 6, 7, 8, 9, 10, 'J', 'Q', 'K']
suits = ['card:Spades', 'card:Hearts', 'card:Clubs', 'card: Diamonds']


class Card(object):
	def __init__(self, number, face, value, back='card:BackRed4'):
		self.number = number
		self.face = face
		self.value = value
		self.back = back

	def __repr__(self):
		return f"Card(number = {self.number}, face = {self.face}, value = {self.value}, back = {self.back})"

	def __str__(self):
		return str(self.face)

	def __add__(self, other):
		return self.value + other.value

	def __radd__(self, other):
		return other + self.value


#card contains 4 attributes: number, string for rendering image,
#numeric value: 10 if face card, 11 if 'Ace' otherwise value is same
#as number, string for rendering the back of the card.

#Create a full deck (52 cards) with list comprehension

cards = [
    Card(n, ("'" + suit + str(n) + "'"), 10 if n in ['J', 'Q', 'K'] else 11
         if n == 'A' else n) for n in values for suit in suits
]

cards = list(cards)
random.shuffle(cards)


def nextCard():
	return cards.pop()


#print(cards[4])
'''for card in cards:
  print(card, card.number, card.value)'''


class Hand(object):

	hit = True
	stand = False
	doubleOn = [9, 10, 11]
	total = []

	def __init__(self, player = True):
		self.player = True

	def handValue(self):
		return sum(self.total)

	def reachedTwentyOne(self):
		if (sum(self.total) > 21):
			self.hit = False
			#lose bet, do next hand
		elif (sum(self.total) == 21) and (any(x.value != 11 for x in self.total)):
			self.hit = False
			#dealer move

	def blackjackCheck(self):
		if (len(self.total) == 2) and (sum(self.total) == 21):
			hit = False
			if self.player == True:
			  #check if push, pay player bet times blackjack bonus
			  print('Player Blackjack')
			else:
			  #do something with insurance or whatever
			  print('Dealer Blackjack')

	def add(self, draw):
		if (draw.value == 11) and (any(x.value == 11 for x in self.total)):
			draw.value = 1
			self.total.append(draw)
		elif (draw.value == 11) and (sum(self.total) + draw.value > 21):
			draw.value = 1
			self.total.append(draw)
		elif (draw.value + sum(self.total) > 21) and (any(
		    x.value == 11 for x in self.total)):
			for object in self.total:
			  if object.value == 11:
			    object.value = 1
			self.total.append(draw)
		else:
			self.total.append(draw)

	def playerHit(self):
		self.reachedTwentyOne()
		if self.hit == True:
			self.add(cards.pop())
			self.blackjackCheck()
			print(sum(self.total))
			if (sum(self.total) > 21):
				print('Busted!')
				self.hit = False
		else:
		  print('Not allowed to hit')

	def playerStand(self):
	  self.hit = False
	  self.stand = True
	  #dealer move

	def doubleDown(self):
	  if self.handValue() in self.doubleOn:
	    #double bet
	    print(f'doubling down on {sum(self.total)}')
	    self.playerHit()
	    self.playerStand()
	  else:
	    print(f'not allowed to double down on {sum(self.total)}')

	def playerSplit(self):
	  if self.total[0].value == self.total[1].value:
	    playerHand2 = self.__class__()
	    playerHand2.add(self.total[1])
	  else:
	    print(f'Split not allowed on {self.total[0].number} and {self.total[1].number}')

class Round():
	def __init__(self, player, bet, dealer):
	  self.player = player
	  self.bet = bet
	  self.dealer = dealer

	def newRound(self):
	  pass


playerHand = Hand()
#dealerHand = Hand()

#playerHand.add(nextCard())
#dealerHand.add(nextCard())
#playerHand.add(nextCard())
#dealerHand.add(nextCard())
playerHand.playerHit()
playerHand.playerHit()



'''for card in playerHand.total:
	if card.value == 11:
		print('found one')'''



#print(repr(cards[0]))

#print(eval('cards[0]'))