This repository contains a collection of Java networking projects, ranging from simple client-server applications to more complex examples involving multithreading, synchronization, and secure communication. It serves as a practical guide for learning and implementing networking concepts in Java.
The repository is organized into several directories, each demonstrating a specific concept or a complete application.
-New-Step-by-step-learning: A guided progression through core networking topics.
1.1_SimpleClientServer: Basic client-server communication.1.2_Threading: Handling multiple clients with a multi-threaded server.1.3_Synchronization: Demonstrating thread synchronization with shared resources.1.4_ChatApplication: A complete multi-user chat application.1.5_SecuredChatApplication: A chat application secured with SSL/TLS.ChatApp: A more refined multi-client chat application.reader_writer_thread: Demonstrates full-duplex (simultaneous read/write) communication using separate threads.simple_client_server_using_threading: A basic client-server model that uses multithreading.simpleclient_server_without_thread: A fundamental client-server application that can only handle a single client at a time.Threading: Examples of core Java threading concepts, including the Producer-Consumer problem.Thread-Pooling: Beginner to expert examples of using thread pools.The projects in this repository are built using standard Java and can be compiled and run from the command line. For detailed instructions, please refer to the README.md file within each specific project directory.
cd "-New-Step-by-step-learning/1.1_SimpleClientServer"
javac *.java
java SimpleServer
java SimpleClient
Contributions are highly encouraged! If you have any suggestions, improvements, or bug reports, please feel free to open an issue or submit a pull request on GitHub. Your input helps make this project better!
git checkout -b feature/AmazingFeature)git commit -m 'Add some AmazingFeature')git push origin feature/AmazingFeature)Acknowledging my BUET CSE course teacher, Professor Rifat Shahriyar for his invaluable teaching and guidance.
This project is distributed under the MIT License. See the LICENSE file for more information.