Linux Inter Process Communication (Ipc) From Scratch In C

Linux Inter Process Communication (Ipc) From Scratch In C
Last updated 7/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English

| Size: 5.80 GB[/center]
| Duration: 8h 46m
Linux Course - Includes Socket Programming, Linux System Programming, C programming - From Beginner to Expert

What you'll learn
You will be able to Design Application which require IPC
Choose the best IPC mechanism depending on the application requirement
Understand the Linux IPC programming interface
Understand Linux OS better and feel confident
Prepare for IPC based interview Questions
Design a Linux process which could harness benefits of various IPC Mechanism at the same time
Requirements
Basic C is essential
Basic knowledge Operating System shall be good
Zeal and Enthusiasm to learn
Description
About This Course is about learning How Linux Processes Talk to each Other. This is a sub-domain of Linux System Programming. We shall explore various popular mechanism used in the industry through which Linux processes to exchange data with each other. We will go through the concepts in detail behind each IPC mechanism, discuss the implementation, and design and analyze the situation where the given IPC is preferred over others.We also discuss how applications should be designed to use IPC facilities provided by underlying Linux OS.You will have Assignments wherever possible, and throughout the course, there shall be one project in which you shall be incrementally applying the new IPC technique you have learned. Towards the end of the course, you would have practiced and applied all IPC techniques learned in this course.Each IPC mechanism, we will have a detailed code walk in which I show you how actually a given IPC mechanism is implemented on sending and receiving side. When you would join the industry, from day 1 you will witness IPC concepts being applied all over the software in order to facilitate communication between different parts of the software.Who should do this course ?This course is meant for UG Computer science students, job seekers, and professional developers. This is a MUST do course for those who want to join MNCs as a developer in System Programming. In System Programming, almost all the time you have to use IPC to carry out data exchange between processes, therefore students graduating in computer science and looking to seek an opportunity in MNCs as a developer should have IPC concepts at his/her fingertips.Pre-requisiteIt shall be advantageous if you know a little about C and OS. We designed this course assuming the student is a complete beginner in Linux IPC and we raise the level of course gradually as we move from Basic to advance concepts wherever necessary.Also, please just do not sit and watch my codes. Write your own codes, even if it is the same as mine!Related CoursesRPC (Remote Procedure Calls) is another way of carrying out Inter-Process Communication between two processes running on separate machines in the network. You may also want to check my other course on Linux RPCs where you will learn how to implement RPCs from scratch.Programming Language used In this course :We have strong reasons to choose C as a language for this course:IPC is a facility provided by the OS to developers to carry out data exchange between processes. Learning IPC using C helps you understand what is going on behind the scenes. C language really exposes the low-level details about how the system actually works. In System programming, C is the only language to be used and there is not even a remote substitute of this language when it comes to System programming.No Third-Party librariesWhatever logic you implement, you need to implement it from scratch. This course does not suggest taking the help of any third party library to get the jobs done. Use of external libraries completely defeats the purpose of the course. However, it is recommended to use third-party libraries for commonly used data structures such as linked lists/Trees/Queues, etc which saves a lot of time implementing these data structures.Note1 : Though we use Linux to teach the IPC techniques, conceptually, IPC of Linux is not very different from other OS platforms such as windows, iOS, etc. So, if you are a programmer for other platforms, this course still holds great value for you.Note2 : This Course talks about various techniques regarding exchanging data between processes, the other related topics such as process synchronization and locking is out of the scope of this course and will be covered separately.Warning: This course has auto system-generated subtitles which may not be perfect. Please disable subtitles as per your convenience.CurriculumIntroductionTable of ContentsComputer Architecture - OverviewVarious IPC TechniquesCommunication TypesIPC Technique 1 - Unix Domain SocketsSocket API IntroductionSocket Message TypesSocket Design ParadigmAccept System CallIntroducing Unix Domain SocketUnix Domain Socket Server ImplementationUnix Domain Socket Client ImplementationMultiplexingSelect System CallMultiplexing Server State machineMultiplexed Server ImplementationData Synchronization - IPC Project part 1IPC Technique 2 - Message QueueIntroductionMsgQ as a Kernel ResourceOpen & Create a MsgQClosing a MsgQEnque Data in MsgQDequeue Data from MsgQUnlinking a MsgQUsing a Msg Q - Design perspectiveBi-Directional Communication Code Walk - ImplementationDemonstrationIPC Technique 3 - Shared MemoryOverall Design GoalsConcept of Virtual Memory Program Control BlockShared Memory BasicsKernel Memorymmap() - Memory MappingDesign ConstraintShared Memory related APIsData Synchronization - IPC Project part 2IPC Technique 4 - SignalsIntroductionLinux Well knows SignalsSignals Generation and TrappingSending Signals using Kill()Data Synchronization - IPC Project part 3IPC Technique 5 - Network socketsSocket Programming DesignSelect System callAccept System callConcept of MultiplexingServer State machineProject on Socket Programming - IPC Project 4Multiplexing on Different IPCsUse select() to multiplex on different IPC interfaces

Overview

Section 1: Table of Contents

Lecture 1 Table of Contents

Lecture 2 Join Telegram Group

Lecture 3 Introduction

Section 2: Pre-requisites - Setting up Linux Development Environment

Lecture 4 Setting up Linux Development Environment

Section 3: IPC Technique 1 - Unix Domain Sockets

Lecture 5 Sockets Introduction

Lecture 6 Socket Message Types

Lecture 7 Socket Design

Lecture 8 Socket Accept() System Call

Lecture 9 Unix Domain Socket Introduction

Lecture 10 Unix Domain Server Implementation part 1

Lecture 11 Unix Domain Server Implementation part 2

Lecture 12 Unix Domain Client Implementation

Lecture 13 Unix Domain Client Server Demonstration

Lecture 14 Unix Domain IPC - Summary and observation

Lecture 15 Concept of Multiplexing

Lecture 16 Understanding select() System Call

Lecture 17 Multiplexing State Machine

Lecture 18 Multiplexed Unix Domain Server Implementation

Lecture 19 Multiplexed Unix Domain Server Demonstration

Lecture 20 Project - Data Synchronization using Unix Domain Sockets as an IPC

Section 4: IPC Technique 2 - Message Queues

Lecture 21 Introduction

Lecture 22 MsgQ as a kernel Resource

Lecture 23 Opening and Creating a MsgQ

Lecture 24 Closing a MsgQ

Lecture 25 Enque A Msg into MsgQ

Lecture 26 Deque a Msg from a MsgQ

Lecture 27 Unlink a MsgQ

Lecture 28 How to Use a MsgQ as an IPC

Lecture 29 Code Walk and Implementation

Lecture 30 Demonstration of msgQ as an IPC

Section 5: IPC Technique 3 - Shared Memory

Lecture 31 Agenda

Lecture 32 Paging Recap And Memory Mapping

Lecture 33 How Memory Mapping Works

Lecture 34 Shared Memory

Lecture 35 Using RAM as Shared Memory

Lecture 36 Example Codes

Lecture 37 Get familiar with mmap()

Lecture 38 Demo Program - Map Text File in Process Virtual Memory

Lecture 39 Design Constraints for using SHM as IPC

Lecture 40 Project - Data Synchronization using Shared Memory as an IPC

Section 6: IPC Technique 4 - Signals

Lecture 41 Signals Introduction

Lecture 42 Linux Well Known Signals

Lecture 43 Linux Signal Generation and Signal Trapping

Lecture 44 Sending Signal using kill

Lecture 45 Project - Data Synchronization using Signals as an IPC

Section 7: Network Socket Programming

Lecture 46 Disclaimer

Lecture 47 Introduction to Socket Programming

Lecture 48 Server Designing

Lecture 49 Accept system call

Lecture 50 Select System Call

Lecture 51 Implementing Multiplexing with Accept & Select System Calls

Lecture 52 TCP Server Example - part 1

Lecture 53 TCP Server Example - part 2

Lecture 54 TCP Server Example - part 3

Lecture 55 TCP Server Design Observation

Lecture 56 TCP Client Design and Implementation

Lecture 57 TCP Server Client Demonstration

Lecture 58 TCP Server With Multiplexing - High Level Design - Part1

Lecture 59 TCP Server With Multiplexing - Implementation - part 2

Lecture 60 TCP Server With Multiplexing - Demonstration - part 3

Lecture 61 Socket Programming Conclusion

Lecture 62 Project on TCP Server Designing Programming

Section 8: Multiplexing on Multiple IPCs

Lecture 63 Multiplexing on Multiple IPCs

Section 9: Project on Socket Programming

Lecture 64 Project Goals

Lecture 65 Project Deployment

Lecture 66 PUT Request Algorithm

Lecture 67 GET Request Algorithm

Lecture 68 Message Types

Lecture 69 Messages Processing

Lecture 70 Projects Pseudocode

Lecture 71 Final Words before Coding

Lecture 72 Bonus

Under graduate Computer Science Students,Post Graduate Students,Job Seekers in System programming Domain - Networking/Driver programming/Distributed Systems/IOT etc