Hand of Black_Jack (command line card game)

blackjack.py

import random

suits = ('Hearts', 'Diamonds', 'Spades', 'Clubs')
ranks = ('Two', 'Three', 'Four', 'Five', 'Six', 'Seven', 'Eight', 'Nine', 'Ten', 'Jack', 'Queen', 'King', 'Ace')
values = {'Two':2, 'Three':3, 'Four':4, 'Five':5, 'Six':6, 'Seven':7, 'Eight':8, 'Nine':9, 'Ten':10, 'Jack':10, 'Queen':10, 'King':10, 'Ace':11}
playing = True

class Card:

    def __init__(self, suits, ranks):
        self.suits = suits
        self.ranks = ranks

    def __str__(self, card):
        return self.ranks[card] + ' of ' + self.suits[card]

class Deck:

    def __init__(self):
        self.deck = []
        for suit in suits:
            for rank in ranks:
                self.deck.append((suit, rank))

    def shuffle(self):
        random.shuffle(self.deck)

    def deal_cards(self):
        self.player = random.sample(self.deck, 2)
        self.dealer = random.sample(self.deck, 2)
        return self.player, self.dealer


class Hand:

    def __init__(self):
        self.cards = []
        self.value = 0
        self.aces = 0

    def add_cards(self, card):
        #for i in card:
         #   self.cards.append(i)
        self.cards.extend(card)
        #self.value = values[self.cards[0][1]]+values[self.cards[1][1]]
        for i in range(0, len(card)):
            self.value += values[card[i][1]]


    def adjust_for_ace(self):
        if self.cards[0][1]=='Ace' or self.cards[1][1]=='Ace':
            if (21-self.value) >= 11:
                values['Ace'] = 11
            else:
                values['Ace'] = 1
        self.aces += 1


class Chips:

    def __init__(self):
        self.total = 100
        self.bet = 0
        self.winnings = 0

    def win_bet(self):
        self.total += self.bet
        self.winnings += 1

    def loss_bet(self):
        self.total -= self.bet
        self.winnings += 1


def take_bet(bet_amount, player_money):
    try:
        while bet_amount>player_money or bet_amount==0:
            bet_amount = int(input(" Enter amount again : "))
        return bet_amount

    except TypeError:
        return "Invalid bet amount"


def hits(obj_de, obj_h):
    new_card = obj_de.deal_cards()[0][0]
    new_card = [new_card]
    obj_h.add_cards(new_card)

def hit_or_stand(obj_de, obj_h, dealer_card):
    global playing
    choice = str(input(" HIT or STAND : ")).lower()
    if choice == "hit":
        hits(obj_de, obj_h)
        show_some(obj_h.cards, dealer_card)
    else:
        playing = False


def show_some(player_cards, dealer_cards):
    print(f" ----->\n PLAYER CARDS : {player_cards}")
    print(f" DEALER CARDS : {[dealer_cards[1]]} \n ----->\n")

def show_all(player_cards, dealer_cards):
    print(f" ------>\n PLAYER_CARDS : {player_cards}")
    print(f" DEALER_CARDS : {dealer_cards} \n ----->\n")


# End game Scenarios
def player_bust(obj_h, obj_c):
    if obj_h.value > 21:
        obj_c.loss_bet()
        return True
    
def player_wins(obj_h, obj_d, obj_c):
    if (obj_h.value == 21):
        obj_c.win_bet()
        return True
    elif (obj_h.value > obj_d.value and obj_h.value < 21):
        obj_c.win_bet()
        return True

def dealer_bust(obj_d, obj_h, obj_c):
    if (obj_d.value > 21):
        if (obj_h.value < 21):
            obj_c.win_bet()
            return True

def dealer_wins(obj_h, obj_d, obj_c):
    if (obj_d.value == 21):
        obj_c.loss_bet()
        return True
    elif (obj_d.value > obj_h.value and obj_d.value < 21):
        obj_c.loss_bet()
        return True

def push(obj_h, obj_d):
    if obj_h.value == 21 and obj_d.value==21:
        print("\n"+ 'PUSH'.center(10, '-'))


def greet():
    print(' '+''.center(40, '_'), '|'+''.center(40, ' ')+'|', sep='\n')
    print('|'+'HaNd Of BLaCk_JaCk'.center(40, ' ')+'|', '|'+''.center(40, '_')+'|', sep='\n')


def main():
    greet()
    a = Deck()                                              # Creating a Deck
    c = Chips()                                             # Setting up Chips
    while True:
        
        a.shuffle()                                         # shuffle the deck
        p_cards, d_cards = a.deal_cards()                   # deal cards

        b = Hand()
        b.add_cards(p_cards)                                # Add player cards to extract their values

        #c = Chips                                          # Set-up the player chips
        print("\n Total money -> ", c.total)
        bet_money = int(input(" Enter bet amount : "))      # Prompt for bet amount
        c.bet = take_bet(bet_money, c.total)                # New bet amount

        print(c.total)
        show_some(p_cards, d_cards)                         # Show cards (keep dealer one hidden)
        global playing
        while playing:                                      # Recall var. from hit and stand function
            hit_or_stand(a, b, d_cards)                     # Prompt for hit or stand   
            #show_some(b.cards, d_cards)                     # Show cards (keep dealer one hidden)
            if player_bust(b, c) == True:                   # Calling function player bust
                print(str("PLAYER --> BUUUSSTTT"))
                break
        playing = True

        d = Hand()
        d.add_cards(d_cards)                                # Add dealer cards to extract their values
        while d.value < 17:
            hits(a, d)                                      # Add new cards to dealer pack too
            if dealer_bust(d, b, c) == True:
                print(str("DEALER --> BUUUSSTTT"))
                break
        show_all(b.cards, d.cards)                          # Show all cards (both player and dealer)

        push(b, d)
        if player_wins(b, d, c) == True:
            print(' '+"PLAYER_WINS".center(18, '-'))
        elif dealer_wins(b, d, c) == True:
            print(' '+"DEALER WINS".center(18, '-'))
        print('\n -- Remaining : ', c.total)
        
        ans = str(input(" Play again(YES/NO) : ")).lower()
        if ans == "no":
            break