Udemy – Linux Inter Process Communication (IPC) from Scratch in C 2022-7

Udemy – Linux Inter Process Communication (IPC) from Scratch in C 2022-7 Downloadly IRSpace

Apr 17, 2025 - 19:16 Updated: Apr 21, 2025 - 09:19

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Udemy – Linux Inter Process Communication (IPC) from Scratch in C 2022-7

Linux Inter Process Communication (IPC) course from Scratch in C. This course is about how Linux processes talk to each other. It is a subdomain of Linux system programming. We will examine the various popular mechanisms used by the industry through which Linux processes exchange data with each other. We will examine the concepts behind each IPC mechanism in detail, discuss the implementation, and design and analyze the situation in which a given IPC is preferred over others. We also discuss how to design applications to use the IPC facilities provided by the Linux operating system. Wherever possible, you will have assignments, and during the course, there will be a project where you will gradually apply the new IPC technique you have learned. By the end of the course, you will have practiced and applied all the IPC techniques learned in this course. For each IPC mechanism, we will have a detailed code walkthrough where I will show you how an IPC mechanism is actually implemented on the send and receive side. When you join the industry, from day one you will see IPC concepts used throughout the software to facilitate communication between different parts of the software. This course is intended for UG Computer Science students, job seekers and professional developers. This is a MUST course for those who want to join MNCs as a developer in system programming. In system programming, you almost always need to use IPC to perform data exchange between processes, so students graduating in computer science and looking for an opportunity in MNCs as a developer must have IPC concepts. to be

It will be useful if you know a little about C and OS. We have designed this course assuming that the student is a complete beginner in IPC Linux and we gradually raise the level of the course by moving from Basic to advancing concepts wherever necessary. Also please don’t just watch my code. Write your own code, even if it’s the same as mine!

IPC is a facility provided by the operating system to developers to exchange data between processes. Learning IPC using C will help you understand what’s going on behind the scenes. The C language really shows the low-level details about how the system actually works. In system programming, C is the only language that can be used, and even in system programming, there is no remote substitute for this language. Whatever logic you implement, you must implement it from scratch. This course does not suggest using third-party libraries to perform tasks. Using external libraries completely defeats the purpose of the course. However, it is recommended to use third-party libraries for common data structures like linked lists/trees/queues etc., which will save a lot of time to implement these data structures.

Note 1: Although we use Linux to teach IPC techniques, conceptually, Linux IPC is not much different from other operating system platforms such as Windows, iOS, etc. So, if you’re a developer for other platforms, this course is still of great value. for you.
Note 2: This course talks about various data exchange techniques between processes, other related topics such as process synchronization and locking are outside the scope of this course and will be discussed separately.

What you will learn in Linux Inter Process Communication (IPC) from Scratch in C course

You can design programs that require IPC
Choose the best IPC mechanism depending on the application requirement
Understand the Linux IPC programming interface
Understand the Linux operating system better and feel confident
Prepare for IPC based interview questions
Design a Linux process that can take advantage of different IPC mechanisms simultaneously

This course is suitable for people who

Master’s students in computer science
Graduate students
Job seekers in the field of System Programming – Network / Driver Programming / Distributed Systems / IOT etc.