🚀 *The Importance of Low-Level Design (LLD) in Interviews * 🚀

In today's tech interviews, mastering Low-Level Design (LLD) is crucial.

It demonstrates your ability to think through the detailed aspects of system design, ensuring robustness, scalability, and maintainability.

Let's explore how to design a software system for such interviews with an advanced N x N Tic Tac Toe game! 🎉

🔍 Overview:

This project brings a modern twist to the classic Tic Tac Toe game, allowing players to compete on a flexible N x N board.

The first player to align N marks in a row, column, or diagonal wins the game. If the board is filled without any player achieving this, the game ends in a tie.

📝 Game Rules:

1. Players:

• Player 1 ('Bob')

• Player 2 ('Alice')

1. GamePlay:

• Player 1 starts the game by placing a 'Bob' on the board.

• Player 2 follows by placing an 'Alice'.

• Players take turns to place their marks in an empty cell of the board.

• The game continues until a player wins or the board is full.

1. Winning Conditions:

• A player wins by placing N marks consecutively in a row, column, or diagonal.

• If all cells are filled and no player has N consecutive marks, the game is a tie.

💡 Classes:

1. Player:

• Represents a player in the game.

• Can be extended to include additional player attributes and methods.

1. Board:

• Manages the state of the game board.

• Contains the business logic to check for valid moves and determine the game status (win/tie).

1. Game:

• Orchestrates the game flow.

• Interacts with the Player and Board classes to manage turns and check for game completion.

⚙️ Algorithm Design:

• The time complexity for determining whether a player has won, tied, or has more moves left is constant time, O(1).

🎮 Ready to dive in? Check out the GitHub repository and start playing! 🕹️

GitHub Link : https://lnkd.in/gGShtCTF

Reference Video : https://lnkd.in/gr6D5uBG

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