This Java-based project simulates a tile management system for a Scrabble-like word game, showcasing various software engineering principles and practices.
**Immutable Tiles: **Demonstrates the use of immutability in class design, ensuring that tile states remain consistent throughout the game. **Singleton Bag: **Employs the Singleton design pattern for managing the central tile repository, ensuring global access while preventing multiple instantiations. Random and Specific Tile Retrieval: Illustrates the use of algorithms to manage and manipulate data structures effectively. Tile Return Mechanism: Implements functionality to return tiles to the bag, showcasing the practical use of data structure manipulation. Software Engineering Experience
**Design and Architecture Templates: **Utilizes design patterns like Singleton, demonstrating effective software architecture planning.
**Communication and Server-Client Architecture: **While the current scope focuses on tile management, the structure allows for extension into a server-client model for multiplayer gaming.
Data Structures / Databases: Showcases the use of arrays and data manipulation, with potential scalability to utilize databases for persistent storage.
**Data Streaming: **Sets the groundwork for implementing file-based data streaming, essential for game state saving and loading.
Algorithm Implementation: Employs algorithms for random tile drawing and specific tile retrieval, essential for game logic.
Parallel Programming: The architecture supports extension into using threads for parallel tasks, crucial for real-time multiplayer games.
Event-Oriented Programming with GUI: While the current console-based validation demonstrates core logic, the design allows integration with a GUI, showcasing event-driven programming.
Ensure Java is installed and follow these steps to run the project:
git clone <repository-url>
cd <project-directory>
javac Tile.java BagValidator.java
java BagValidator