Blackjack Game in Python

Assignment Requirements

• Implement a playable Blackjack game in Python with one player and one dealer.
• Card, Deck, and Player classes must be created with docstrings.
• Game must reshuffle deck if it drops below 20 cards.
• Handle Ace values (1 or 11) appropriately.
• Implement standard Blackjack rules including:
  • Dealer stands on soft 17
  • Pushes (ties) result in no win/loss
  • 3:2 payout for natural blackjack

Project Summary

This is a console-based version of Blackjack built in Python, simulating classic casino rules. It features a full betting system, natural blackjack detection, reshuffling, and player/dealer interactions.

Key Features

• Alternating play between player and automated dealer
• Docstring-compliant Card, Deck, and Player classes
• Betting system with win/loss/push payouts
• Dealer AI that respects soft 17
• Support for reshuffling based on deck size

Sample Code: Card Class

class Card:
    """Represents a single playing card in a standard 52-card deck."""
    def __init__(self, suit, face, value):
        self.suit = suit
        self.face = face
        self.value = value

    def get_value(self):
        return self.value

    def __str__(self):
        return f"{self.face} of {self.suit}"
                

Sample Code: Blackjack Logic

if self.player.blackjack():
    if self.dealer.blackjack():
        print("Push: Both you and the dealer have blackjack.")
        self.player.win(bet_amount)
    else:
        print("Blackjack! You win 3:2 payout.")
        self.player.win(int(bet_amount * 2.5))
                

Technologies Used

• Python 3
• OOP (Object-Oriented Programming)
• Basic input/output and loop control

Reflection

This project solidified my understanding of object-oriented programming and control flow. I implemented recursive logic for Ace evaluation and handled edge cases like dealer ties and re-shuffling logic. In future updates, I could expand the interface to support multiple players or add a graphical UI.