Semaphore MultiTasking is a repository that provides a comprehensive implementation of the Semaphore concept along with various multi-tasking scenarios. It includes examples such as producer and consumer agents, reader and writer, and hungry philosophers, showcasing the practical usage and benefits of semaphores in concurrent programming.

• Introduction
• Features
• Usage
• Examples
• References

In modern software development, managing concurrent execution is a critical aspect. Semaphore-MultiTasking aims to address this challenge by providing a robust implementation of the Semaphore concept in a multi-tasking environment. This repository serves as a valuable resource for understanding and implementing semaphores in various scenarios.

• Complete implementation of the Semaphore concept

• Examples of common multi-tasking scenarios:

  • Producer and consumer agents:

  Implementation with C++

  Implementation with Java

  Implementation with Python

  • Reader and writer:

  Implementation with C++

  Implementation with Java

  Implementation with Python

  • Dining Philosophers:

  Implementation with C++

  Implementation with Java

  Implementation with Python

• Easy-to-understand code structure and documentation

1. Open your preferred development environment.
2. Import the Semaphore-MultiTasking project.
3. Explore the repository's codebase to understand the Semaphore implementation and different multi-tasking scenarios.
4. Modify or extend the existing examples to fit your specific requirements.

• Producer and Consumer Agents: The producer-consumer problem is a classic synchronization problem where one or more producers generate data, and one or more consumers consume that data. In Semaphore-MultiTasking, you can find a well-documented example of how to implement a solution using semaphores.

• Reader and Writer: The reader-writer problem involves concurrent access to a shared resource, where multiple readers can access it simultaneously, but only one writer can access it at a time. Semaphore-MultiTasking provides an illustrative implementation of this scenario using semaphores.

• Dining Philosophers: The dining philosophers problem is a classic synchronization problem that involves multiple philosophers sitting around a table with bowls of rice and chopsticks. Semaphore-MultiTasking demonstrates a clever use of semaphores to prevent resource deadlocks and starvation.

Please refer to the repository's source code and documentation for detailed explanations of these examples.

• Semaphores in Process Synchronization
• Implementation of semaphore with C++
• Implementation of semaphore with Java
• Implementation of semaphore with Python

BOOK:

• Modern Operating Systems Book by Andrew Tanenbaum.
• Operating System Concepts Book by Abraham Silberschatz.