This project is an implementation of a 29-card game using Java with a focus on Multi-Threading for concurrent execution and efficient gameplay. It also includes a robust server-client communication system using Java Socket Programming, ensuring reliable and real-time interaction between players. This approach facilitates seamless communication and synchronization between the game server and connected clients, enhancing the overall multiplayer gaming experience.
The Twenty-Nine card game is played with a deck of 32 cards from a standard 52-card pack. The cards in every suit rank from high to low: Jack, 9, Ace, 10, King, Queen, 8, 7. The primary aim of the game is to win tricks containing valuable cards. The values of the cards are as follows:
- Jacks: 3 points each
- Nines: 2 points each
- Aces: 1 point each
- Tens: 1 point each
- Other cards (King, Queen, 8, 7): No points
To get a deeper understanding of the Twenty-Nine (29) card game and its rules, you can refer to the following resources:
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Multi-Threading: Utilizes Java's multi-threading capabilities to allow concurrent execution of game tasks, making the gameplay more efficient and responsive.
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Real-Time Communication: The game server and clients communicate in real-time using Java Socket Programming, ensuring that actions and updates are instantly reflected to all players.
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User-Friendly Interface: The game includes a user-friendly interface for an enjoyable gaming experience.
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Multiplayer Mode: Play the 29 card game with friends or other players in a multiplayer environment.
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Connect to the game server with multiple clients to start a multiplayer game session.
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Enjoy playing the 29 card game in a real-time multiplayer environment!
This project is licensed under the MIT License - see the LICENSE file for details.
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Thanks to the Java community for providing valuable resources and support for Java development.
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Inspired by the love for card games and multiplayer gaming experiences.
Contributions are welcome! If you'd like to contribute to this project, please open an issue or submit a pull request.
For any questions or suggestions, feel free to contact the project maintainers:
- Sonjoy Kumar Paul - [[email protected]]
- Project Link: GitHub Project Link
This project is for educational and entertainment purposes only. It is not intended for gambling or any other illegal activities. Please use it responsibly.