Guided tour

1. 💡01

   P2P File Sharing Application

   This project is a terminal-based implementation of the BitTorrent protocol, enabling peer-to-peer file sharing. It solves the problem of efficient file distribution by allowing multiple peers to connect and share chunks of files.

   • ✓Uses BitTorrent protocol for file sharing
2. 🛠02

   Layered Monolithic Architecture

   The application is structured as a single Java monolith with multiple peer classes that handle different aspects of the BitTorrent protocol. It includes features like chunking and peer connection management.

   • !Structured as a single Java application
3. 📄03

   FileOwner.java - Core Logic

   The FileOwner.java file is crucial as it manages the ownership and distribution of file chunks among peers. This reflects the developer's focus on efficient file management in a P2P network.

   • !Contains core logic for file management
   • ✓file_snippet

   FileOwner.java

   public class FileOwner {
       private String fileName;
       private List<Peer> peers;
   
       public FileOwner(String fileName) {
           this.fileName = fileName;
           this.peers = new ArrayList<>();
       }
   
       public void addPeer(Peer peer) {
           peers.add(peer);
       }
   }

4. ✓04

   No CI/CD Configured

   Currently, there are no configured CI/CD workflows for testing this project. However, the code can be manually tested by running the application and connecting peers.

   • !No CI workflows present
5. 🚀05

   No Deployment Configurations

   There are no CI/CD deployment workflows configured for this project. It is intended to be run locally as a terminal application.

   • !No deployment workflows present
6. ▶06

   Clone to Try It Out

   To try this application, you can clone the repository from GitHub and run it locally. It is designed for terminal use.

   • !Clone available for testing

   git clone https://github.com/shashankcm95/BitTorrent

graph TD;
    A[Terminal-based Application] --> B[Peer Classes];
    A --> C[Tracker];
    A --> D[Chunking];
    A --> E[Logging];