Please review my game.

I am learning python now, so any suggestions are welcome.

I am running this on linux machine, in Komodo and terminal.

Please review my game. I am learning Python now, so any suggestions are welcome. I am running this on a Linux machine, in Komodo and terminal.

#!/usr/bin/python
#encoding=utf8 
import random
 
# init global variables used for game
player = []
dealer = []
 
class Deck(object):
 def __init__(self,rank=[], suit=[], whole_deck=[], scrambled_deck=[]):
 self.rank = ['1','2','3','4','5','6','7','8','9','J','Q','K','A']
 self.suit = ['♠','♣','♥','♦']
 self.whole_deck = whole_deck
 self.scrambled_deck = scrambled_deck
 #construct deck from existing attributes
 def makedeck(self):
 self.whole_deck = [] 
 i=0
 while i < 4:
 for r in self.rank:
 self.whole_deck.append(r+self.suit[i]) 
 i += 1
 return self.whole_deck
 self.whole_deck = makedeck(self)
 
 def draw_a_card(self):
 d=self.whole_deck.pop(random.choice(range(len(self.whole_deck))))
 return d
 
class Game(Deck):
 def __init__(self,credit=100, bet=10):
 Deck.__init__(self)
 self.credit = credit
 self.bet = bet
 def getcredit(self):
 while True:
 try:
 self.credit = int(raw_input("How many chips would you like to buy? "))
 except:
 print "You need to specify number"
 continue
 else:
 print str(self.credit) + ' Chips Purchased'
 print "Have fun!"
 break
 return self.credit
 def makebet(self):
 while True:
 try:
 self.bet = int(raw_input("How much do you want to bet? "))
 except:
 print "You need to specify number"
 continue
 if self.bet > self.credit:
 print 'You can\'t bet more than you have credit'
 continue
 else:
 print 'You are betting ' + str(self.bet) 
 break
 def deal(self, p_turn=0, d_turn=0):
 global dealer
 global player
 i = 0
 j = 0
 while i < p_turn:
 player.append(g.draw_a_card())
 i += 1
 while j < d_turn:
 dealer.append(g.draw_a_card())
 j += 1
 
def clear_screen():
 print '\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n'
 
####################Construct Cards####################
def makecard(dealer, player, hidden=0):
 card = ['╔═══════╗\t','║ {} ║\t','║ ║\t','║ {} ║\t','║ ║\t','║ {} ║\t','╚═══════╝\t']
 h_card = ['╔═══════╗\t','║▓▓▓▓▓▓▓║\t' ,'║▒▒▒▒▒▒▒║\t','║▓▓▓▓▓▓▓║\t' ,'║▒▒▒▒▒▒▒║\t','║▓▓▓▓▓▓▓║\t' ,'╚═══════╝\t']
 
 global player_cards
 player_cards = ['' for i in player]
 c=0
 p=0
 while p < len(player):
 for c in range(0, len(card)):
 alter = [1,0,0,1,0,0,1]
 current_card=[player[p][:1], player[p][1:]]
 player_cards[p] += str(card[c]).format(current_card[alter[c]])
 player_cards[p] = player_cards[p].split("\t")
 p += 1
 
 global dealer_cards
 dealer_cards = ['' for i in dealer]
 c=0
 p=0 
 
 while p < len(dealer):
 for c in range(0, len(card)):
 alter = [1,0,0,1,0,0,1]
 current_card=[dealer[p][:1], dealer[p][1:]]
 dealer_cards[p] += str(card[c]).format(current_card[alter[c]])
 dealer_cards[p] = dealer_cards[p].split("\t")
 p += 1
 
 if hidden == 1:
 dealer_cards[1]=''.join(h_card)
 dealer_cards[1] = dealer_cards[1].split("\t")
 
def printcards(dealer_cards, player_cards):
 for i in range(len(dealer_cards[0])):
 for j in range(len(dealer_cards)):
 print '{}'.format(dealer_cards[j][i]),
 print
 
 for i in range(len(player_cards[0])):
 for j in range(len(player_cards)):
 print '{}'.format(player_cards[j][i]),
 print
####################Construct Cards END####################
 
def makerank(who):
 i=0
 player_rank = []
 while i < len(who):
 player_rank.append(who[i][0])
 
 for ii in player_rank:
 player_rank = [10 if ii=='K' or ii=='Q' or ii=='J' else ii for ii in player_rank]
 
 for ii in player_rank: 
 if ii == 'A':
 tmp_suit = player_rank.pop()
 # tmp_suit = player_rank.pop(player_rank.index(ii)) 
 if sum([ int(x) for x in player_rank]) <= 10:
 tmp_suit = 11
 player_rank.append(tmp_suit)
 elif sum([ int(x) for x in player_rank]) > 10:
 tmp_suit = 1
 player_rank.append(tmp_suit)
 i += 1 
 
 player_rank = [ int(x) for x in player_rank ]
 return sum(player_rank)
 
def newdeck(mindecksize):
 d = Deck()
 if len(g.whole_deck) < mindecksize: 
 g.whole_deck = d.whole_deck
 
def cards(z):
 if z == 0:
 makecard(dealer, player, 0)
 printcards(dealer_cards, player_cards)
 elif z == 1:
 makecard(dealer, player, 1)
 printcards(dealer_cards, player_cards)
 
def winlose(who):
 if who == 'p':
 g.credit = g.credit + g.bet
 print 'You win!'
 print 'Your credit is: ' + str(g.credit)
 elif who == 'd':
 g.credit = g.credit - g.bet
 print 'Dealer wins!'
 print 'Your credit is: ' + str(g.credit) 
 elif who == 'dr':
 print 'Push'
 print 'Your credit is: ' + str(g.credit) 
 
def dealerplay():
 while makerank(dealer) < 17:
 g.deal(0,1)
 
#Debug functions, can be removed at any time
 
def debug_printset():
 i=0
 while i < len(player):
 print player[i]
 i += 1
 
# Functions end here
g = Game()
 
def play():
 d = Deck()
 global g
 global player
 global dealer
 i = 0
 clear_screen()
 g.getcredit()
 while True: #Whole game loop
 player = []
 dealer = [] 
 g.deal(2,2)
 i += 1
 clear_screen()
 g.makebet()
 cards(1)
 newdeck(5)
 #########################Is it blackjack?#########################
 if makerank(player) == 21: 
 if i == 1 and makerank(dealer) != 21:
 print 'Blackjack!'
 winlose('p')
 break
 elif i == 1 and makerank(dealer) == 21:
 winlose('dr')
 break
 #########################Is it blackjack? END######################### 
 while True: #hand loop 
 player_input = str(raw_input("Press 'h' to hit, or 's' to stand \n"))
 if player_input == 'h':
 newdeck(1)
 g.deal(1)
 if makerank(player) > 21:
 clear_screen()
 cards(0)
 print 'Busted!'
 winlose('d')
 break
 elif makerank(player) < 21:
 clear_screen()
 cards(1)
 continue
 elif makerank(player) == 21:
 clear_screen()
 cards(0)
 dealerplay()
 if makerank(dealer) == 21:
 winlose('dr')
 break
 elif makerank(dealer) < 21:
 winlose('p')
 break
 
 elif player_input == 's':
 dealerplay()
 clear_screen()
 cards(0)
 if makerank(dealer) > 21:
 winlose('p')
 break
 elif makerank(dealer) > makerank(player):
 winlose('d')
 break
 elif makerank(dealer) < makerank(player):
 winlose('p')
 break
 elif makerank(dealer) == makerank(player):
 winlose('dr')
 break
###############Gameover?####################
 if g.credit == 0:
 print "Game Over"
 exit() 
###############Play again?################## 
 while True: 
 print len(g.whole_deck)
 print 'press \'d\' to deal again, or \'c\' to close'
 deal = str(raw_input())
 if deal == 'd':
 i -= 1
 break
 elif deal == 'c':
 print 'Game ended. Your remaining credit is: ' + str(g.credit)
 exit()
 else:
 print "Incorrect input, please input 'd' to Deal again, 'c' to close the game"
 continue
###############Play again? END################## 
 
play()

#!/usr/bin/python
#encoding=utf8 
import random
 
# init global variables used for game
player = []
dealer = []
 
class Deck(object):
 def __init__(self,rank=[], suit=[], whole_deck=[], scrambled_deck=[]):
 self.rank = ['1','2','3','4','5','6','7','8','9','J','Q','K','A']
 self.suit = ['♠','♣','♥','♦︎︎']
 self.whole_deck = whole_deck
 self.scrambled_deck = scrambled_deck
 #construct deck from existing attributes
 def makedeck(self):
 self.whole_deck = [] 
 i=0
 while i < 4:
 for r in self.rank:
 self.whole_deck.append(r+self.suit[i]) 
 i += 1
 return self.whole_deck
 self.whole_deck = makedeck(self)
 
 def draw_a_card(self):
 d=self.whole_deck.pop(random.choice(range(len(self.whole_deck))))
 return d
 
class Game(Deck):
 def __init__(self,credit=100, bet=10):
 Deck.__init__(self)
 self.credit = credit
 self.bet = bet
 def getcredit(self):
 while True:
 try:
 self.credit = int(raw_input("How many chips would you like to buy? "))
 except:
 print "You need to specify number"
 continue
 else:
 print str(self.credit) + ' Chips Purchased'
 print "Have fun!"
 break
 return self.credit
 def makebet(self):
 while True:
 try:
 self.bet = int(raw_input("How much do you want to bet? "))
 except:
 print "You need to specify number"
 continue
 if self.bet > self.credit:
 print 'You can\'t bet more than you have credit'
 continue
 else:
 print 'You are betting ' + str(self.bet) 
 break
 def deal(self, p_turn=0, d_turn=0):
 global dealer
 global player
 i = 0
 j = 0
 while i < p_turn:
 player.append(g.draw_a_card())
 i += 1
 while j < d_turn:
 dealer.append(g.draw_a_card())
 j += 1
 
def clear_screen():
 print '\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n'
 
####################Construct Cards####################
def makecard(dealer, player, hidden=0):
 card = ['╔═══════╗\t','║ {} ║\t','║ ║\t','║ {} ║\t','║ ║\t','║ {} ║\t','╚═══════╝\t']
 h_card = ['╔═══════╗\t','║▓▓▓▓▓▓▓║\t' ,'║▒▒▒▒▒▒▒║\t','║▓▓▓▓▓▓▓║\t' ,'║▒▒▒▒▒▒▒║\t','║▓▓▓▓▓▓▓║\t' ,'╚═══════╝\t']
 
 global player_cards
 player_cards = ['' for i in player]
 c=0
 p=0
 while p < len(player):
 for c in range(0, len(card)):
 alter = [1,0,0,1,0,0,1]
 current_card=[player[p][:1], player[p][1:]]
 player_cards[p] += str(card[c]).format(current_card[alter[c]])
 player_cards[p] = player_cards[p].split("\t")
 p += 1
 
 global dealer_cards
 dealer_cards = ['' for i in dealer]
 c=0
 p=0 
 
 while p < len(dealer):
 for c in range(0, len(card)):
 alter = [1,0,0,1,0,0,1]
 current_card=[dealer[p][:1], dealer[p][1:]]
 dealer_cards[p] += str(card[c]).format(current_card[alter[c]])
 dealer_cards[p] = dealer_cards[p].split("\t")
 p += 1
 
 if hidden == 1:
 dealer_cards[1]=''.join(h_card)
 dealer_cards[1] = dealer_cards[1].split("\t")
 
def printcards(dealer_cards, player_cards):
 for i in range(len(dealer_cards[0])):
 for j in range(len(dealer_cards)):
 print '{}'.format(dealer_cards[j][i]),
 print
 
 for i in range(len(player_cards[0])):
 for j in range(len(player_cards)):
 print '{}'.format(player_cards[j][i]),
 print
####################Construct Cards END####################
 
def makerank(who):
 i=0
 player_rank = []
 while i < len(who):
 player_rank.append(who[i][0])
 
 for ii in player_rank:
 player_rank = [10 if ii=='K' or ii=='Q' or ii=='J' else ii for ii in player_rank]
 
 for ii in player_rank: 
 if ii == 'A':
 tmp_suit = player_rank.pop()
 # tmp_suit = player_rank.pop(player_rank.index(ii)) 
 if sum([ int(x) for x in player_rank]) <= 10:
 tmp_suit = 11
 player_rank.append(tmp_suit)
 elif sum([ int(x) for x in player_rank]) > 10:
 tmp_suit = 1
 player_rank.append(tmp_suit)
 i += 1 
 
 player_rank = [ int(x) for x in player_rank ]
 return sum(player_rank)
 
def newdeck(mindecksize):
 d = Deck()
 if len(g.whole_deck) < mindecksize: 
 g.whole_deck = d.whole_deck
 
def cards(z):
 if z == 0:
 makecard(dealer, player, 0)
 printcards(dealer_cards, player_cards)
 elif z == 1:
 makecard(dealer, player, 1)
 printcards(dealer_cards, player_cards)
 
def winlose(who):
 if who == 'p':
 g.credit = g.credit + g.bet
 print 'You win!'
 print 'Your credit is: ' + str(g.credit)
 elif who == 'd':
 g.credit = g.credit - g.bet
 print 'Dealer wins!'
 print 'Your credit is: ' + str(g.credit) 
 elif who == 'dr':
 print 'Push'
 print 'Your credit is: ' + str(g.credit) 
 
def dealerplay():
 while makerank(dealer) < 17:
 g.deal(0,1)
 
#Debug functions, can be removed at any time
 
def debug_printset():
 i=0
 while i < len(player):
 print player[i]
 i += 1
 
# Functions end here
g = Game()
 
def play():
 d = Deck()
 global g
 global player
 global dealer
 i = 0
 clear_screen()
 g.getcredit()
 while True: #Whole game loop
 player = []
 dealer = [] 
 g.deal(2,2)
 i += 1
 clear_screen()
 g.makebet()
 cards(1)
 newdeck(5)
 #########################Is it blackjack?#########################
 if makerank(player) == 21: 
 if i == 1 and makerank(dealer) != 21:
 print 'Blackjack!'
 winlose('p')
 break
 elif i == 1 and makerank(dealer) == 21:
 winlose('dr')
 break
 #########################Is it blackjack? END######################### 
 while True: #hand loop 
 player_input = str(raw_input("Press 'h' to hit, or 's' to stand \n"))
 if player_input == 'h':
 newdeck(1)
 g.deal(1)
 if makerank(player) > 21:
 clear_screen()
 cards(0)
 print 'Busted!'
 winlose('d')
 break
 elif makerank(player) < 21:
 clear_screen()
 cards(1)
 continue
 elif makerank(player) == 21:
 clear_screen()
 cards(0)
 dealerplay()
 if makerank(dealer) == 21:
 winlose('dr')
 break
 elif makerank(dealer) < 21:
 winlose('p')
 break
 
 elif player_input == 's':
 dealerplay()
 clear_screen()
 cards(0)
 if makerank(dealer) > 21:
 winlose('p')
 break
 elif makerank(dealer) > makerank(player):
 winlose('d')
 break
 elif makerank(dealer) < makerank(player):
 winlose('p')
 break
 elif makerank(dealer) == makerank(player):
 winlose('dr')
 break
###############Gameover?####################
 if g.credit == 0:
 print "Game Over"
 exit() 
###############Play again?################## 
 while True: 
 print len(g.whole_deck)
 print 'press \'d\' to deal again, or \'c\' to close'
 deal = str(raw_input())
 if deal == 'd':
 i -= 1
 break
 elif deal == 'c':
 print 'Game ended. Your remaining credit is: ' + str(g.credit)
 exit()
 else:
 print "Incorrect input, please input 'd' to Deal again, 'c' to close the game"
 continue
###############Play again? END################## 
 
play()