/Synchronous-IPC-With-Fork-And-Pipe-main

To develop a synchronous interprocess communication through the use of both fork() and pipe() process

Primary LanguageCMIT LicenseMIT

Synchronous IPC with CodeStreamX

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Overview

Synchronous IPC with CodeStreamX is a versatile computer science project developed by Apophis. It focuses on implementing synchronous interprocess communication using the fork() and pipe() process system calls. This project caters to computer science enthusiasts, programmers, and those interested in data communication and synchronization.

Description

The core focus of Synchronous IPC with CodeStreamX is to implement synchronous interprocess communication using the fork() and pipe() process system calls. This communication mechanism enables data exchange and synchronization between processes, making it a valuable tool for various applications.

Features

  • Process Synchronization: Implement synchronization between processes to ensure orderly communication.
  • Data Exchange: Facilitate the exchange of data between processes using pipes.
  • Error Handling: Implement error detection and handling mechanisms for robust communication.
  • File Operations: Read and write data to files as part of the communication process.

Components

Synchronous IPC with CodeStreamX comprises several components that work together to achieve synchronous interprocess communication:

1. Producer and Consumer

  • Description: The Producer and Consumer components are essential parts of CodeStreamX, implementing a data exchange mechanism using pipelines.
  • Features:
    • Data Transmission: Producer sends data to Consumer via pipelines.
    • Data Transformation: Data is processed, converted, and transformed between Producer and Consumer.
    • File Operations: Reading and writing data to files for further processing.

2. Application

  • Description: The Application component is the central hub of CodeStreamX, integrating various features and functionalities.
  • Features:
    • Programming Challenges: Engage in coding challenges and exercises to enhance your programming skills.
    • Theoretical Physics Resources: Access a wealth of resources related to theoretical physics.
    • Movie Recommendations: Receive personalized movie suggestions based on your preferences.

3. EncDec (Encoding and Decoding)

  • Description: The EncDec component provides encoding and decoding capabilities, primarily for data transformation.
  • Features:
    • Character Encoding: Convert characters to binary bit patterns with parity bits.
    • Binary Decoding: Decode binary patterns to characters, considering parity for error checking.
    • File Operations: Reading and writing encoded data to files.

4. Physical Layer

  • Description: The Physical Layer component deals with low-level data transmission and reception.
  • Features:
    • Bit-Level Handling: Handling data at the bit level for transmission and reception.
    • Parity Bit Check: Implementing parity bit checks for data integrity.
    • Data Linkage: Interface with the Data Link Layer for seamless communication.

5. Data Link Layer

  • Description: The Data Link Layer component manages data link connections, ensuring reliable communication.
  • Features:
    • Packet Handling: Managing data in packets for efficient transmission.
    • Error Detection: Implementing error detection mechanisms for data integrity.
    • Flow Control: Managing data flow to prevent overload and congestion.

Getting Started

To explore and utilize the functionalities of Synchronous IPC with CodeStreamX and its synchronous interprocess communication capabilities, follow these steps:

  1. Clone the Repository: Clone the project's repository to your local machine.

    git clone https://github.com/yourusername/synchronous-ipc-codestreamx.git
cd synchronous-ipc-codestreamx/OPYSYS
./producer input_text-file_name output_text-file_name

input_text-file_name : provided file with text written here filename.inpf output_text-file_name: generated by the program, you have to just name that file

  1. Explore the Components: Once you've set up the project, delve into the various components to harness their capabilities for synchronous interprocess communication.

Contributions Welcome!

We invite contributions from the community to enhance and expand Synchronous IPC with CodeStreamX's features. Follow these steps to contribute:

  1. Fork the Repository: Begin by forking the project's repository to your own GitHub account.

  2. Create a New Branch: Establish a new branch in your forked repository for your changes.

  3. Implement Improvements: Work on improvements, new features, or bug fixes related to synchronous interprocess communication.

  4. Submit a Pull Request: When ready, submit a pull request for review and potential integration into the main project.

License

Synchronous IPC with CodeStreamX is open-source and operates under the MIT License. Refer to the LICENSE file for comprehensive licensing details.

Embark on a journey through the realms of programming, data communication, and synchronization with Synchronous IPC with CodeStreamX.

Feel free to use this updated project description as a template and customize it further as needed.