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IPC using C++ and CPP-ZMQ Library
Rating: 4.2 out of 5(31 ratings)
1,480 students

IPC using C++ and CPP-ZMQ Library

Build a Siri/Google Assistant-like Console Application with Essential IPC Techniques(ChatBoat)
Created bySubrata Kumar Swain
Last updated 11/2024
English

What you'll learn

  • Learn IPC (Inter Process Communication) using C++ and the third-party library CPP-ZMQ for practical application in real-time projects.
  • Unlock the secrets of the Request-Reply pattern in CPP-ZMQ for seamless bidirectional communication.
  • Harness the power of 3rd-party libraries to enhance your project capabilities.
  • Gain a deep understanding of IPC and its implementation through messaging for real-world projects.
  • Master the creation and management of sockets, establishing connections, and sending/receiving messages effectively.
  • Elevate your skills with real-time examples and build a robust console-based virtual assistant akin to Siri.

Course content

19 sections • 20 lectures • 1h 47m total length

  • Introduction5:44

    Explore inter-process communication in C++ using the cpp-zmq library, introducing the request-response pattern, binding across languages, and building a console-based five-program IPC application with argument parsing and data conversion.

Requirements

  • Basic understanding of C/C++ programming language.

Description

Is learning Inter-Process Communication(IPC) difficult? You are in the right place at the right time. We make it simple to understand and remember.


Most real-world projects need IPC, where two or more processes may need to talk with each other. It's crucial to understand and implement IPC effectively. To achieve IPC through messaging, we are using CPP-ZMQ, a C++ binding of the ZMQ(C-library) . ZMQ is an open-source library.

Together, we will build a Siri-like console-text application.


WHAT YOU LEARN?

  • Implementing Siri/Google Assistant-like Application: Build a console text application where two processes communicate.

  • Request-Reply Pattern in ZMQ: Understand and implement the request-reply pattern in detail.

  • Using Third-Party Libraries: Learn how to incorporate third-party libraries into your projects.

  • Inter-Process Communication (IPC): Grasp IPC concepts and how to achieve them through messaging.

  • Sockets and Ports: Discover what sockets and ports are, how to create them, and their roles in IPC.

    • Creating Sockets

    • Establishing Connections

    • Making Socket Addresses

    • Understanding Multiple Ports

  • Sending and Receiving Messages: Learn the nuances of message passing.

  • Debugging Tips: Gain insights into effective debugging.

  • Hands-On Project: Build a console-based Siri together.


HOW?

  • In-Depth Lectures: Understand concepts through detailed explanations and visual diagrams.

  • Hands-On Assignments: Complete five practical assignments to reinforce learning.

  • Real-Time Project: Apply your knowledge by building a real-world project.


WHAT IS NEXT?

  • Real-World Application: Start using IPC techniques in your projects.

  • Advanced Learning: Explore other ZMQ patterns for more robust solutions.

  • Enhance Your Siri: Further develop the console-based Siri application.


Who this course is for:

  • C++ developers interested in mastering Inter Process Communication (IPC) using the CPP-ZMQ library.
  • Software engineers looking to enhance their understanding of networking and messaging in C++.
  • Students or professionals aiming to build real-world applications involving bidirectional communication between processes.
  • Individuals seeking to create console-based virtual assistant applications similar to Siri or Google Assistant using C++ and IPC.
  • Anyone interested in leveraging third-party libraries for IPC and messaging in C++ applications.
  • Any Programmer Willing To Learn A New Concept

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