Process Control Block Simulator

This repository contains a Process Control Block (PCB) Simulator developed as the final project for Semester 6 in the course BSCS-502: Concepts of Operating Systems. The project demonstrates the implementation of the Round Robin Scheduling Algorithm through an interactive and visually simulated interface.

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Key Features

1. Round Robin Scheduling:

   • Simulates process scheduling using a fixed quantum size.
   • Displays the execution of processes with status updates (Running, Ready, Completed).

2. Dynamic Process Management:

   • Add processes dynamically with arrival time and execution time inputs.
   • Set quantum size to control process switching.

3. Real-Time Logs:

   • Generates detailed execution logs for each process.
   • Logs include execution time, remaining time, status, clock time, and program counter (PC) updates.

4. Graphical User Interface (GUI):

   • Built using React.js and styled with Material-UI for a clean, responsive design.
   • User-friendly input validation and feedback using SweetAlert2.

5. Interactive Simulation:

   • Step-by-step visualization of process execution and scheduling in real-time.

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Technologies Used

• JavaScript (React.js for UI development)
• Material-UI (For modern and responsive UI components)
• SweetAlert2 (For interactive and user-friendly alerts)

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Learning Outcomes

• Gained in-depth knowledge of Process Control Blocks and their role in operating system design.
• Understood and implemented the Round Robin Scheduling Algorithm.
• Improved skills in front-end development and real-time process simulation using JavaScript frameworks.
• Learned to handle dynamic inputs and log generation for system process simulations.

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Feel free to clone and experiment with the simulator. Contributions and suggestions are welcome! 😊