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Linux Inter Process Communication (IPC) from Scratch in C
Section 1: Table of Contents
. Table of Contents (1:44)
Join Telegram Group (0:13)
Introduction
Section 2: Pre-requisites - Setting up Linux Development Environment
Setting up Linux Development Environment
Section 3: IPC Technique 1 - Unix Domain Sockets
Sockets Introduction (9:18)
Socket Message Types (6:23)
Socket Design (10:46)
Socket Accept() System Call (4:55)
Unix Domain Socket Introduction (5:00)
Unix Domain Server Implementation part 1 (10:12)
Unix Domain Server Implementation part 2 (18:53)
Unix Domain Client Implementation (8:43)
Unix Domain Client Server Demonstration (8:52)
Unix Domain IPC - Summary and observation (3:39)
Concept of Multiplexing (6:15)
Understanding select() System Call (8:52)
Multiplexing State Machine
Multiplexed Unix Domain Server Implementation (22:01)
Multiplexed Unix Domain Server Demonstration (4:50)
Project - Data Synchronization using Unix Domain Sockets as an IPC (13:22)
Section 4: IPC Technique 2 - Message Queues
Introduction (4:10)
. MsgQ as a kernel Resource (3:26)
Opening and Creating a MsgQ (11:13)
Closing a MsgQ (4:28)
Enque A Msg into MsgQ (4:31)
Deque a Msg from a MsgQ (3:12)
Unlink a MsgQ (3:17)
How to Use a MsgQ as an IPC (4:29)
Code Walk and Implementation (7:57)
Demonstration of msgQ as an IPC (3:11)
Section 5 : IPC Technique 3 - Shared Memory
Agenda (2:39)
Paging Recap And Memory Mapping (9:01)
How Memory Mapping Works (17:01)
Shared Memory (8:55)
Using RAM as Shared Memory (3:39)
Example Codes (1:40)
Get familiar with mmap() (10:34)
Demo Program - Map Text File in Process Virtual Memory (9:02)
Design Constraints for using SHM as IPC (7:23)
Project - Data Synchronization using Shared Memory as an IPC (11:23)
Section 6: IPC Technique 4 - Signals
Signals Introduction (8:05)
Linux Well Known Signals (9:03)
Linux Signal Generation and Signal Trapping (7:59)
Sending Signal using kill (3:26)
Project - Data Synchronization using Signals as an IPC (5:25)
Section 7: Network Socket Programming
Introduction to Socket Programming (5:40)
Server Designing (11:10)
Accept system call
Select System Call (9:52)
Implementing Multiplexing with Accept & Select System Calls (10:47)
TCP Server Example - part 1 (14:31)
TCP Server Example - part 2 (13:07)
TCP Server Example - part 3 (8:30)
TCP Server Design Observation (11:10)
TCP Client Design and Implementation (15:20)
TCP Server Client Demonstration (6:37)
TCP Server With Multiplexing - High Level Design - Part1 (6:00)
TCP Server With Multiplexing - Implementation - part 2 (18:41)
TCP Server With Multiplexing - Demonstration - part 3 (6:11)
Socket Programming Conclusion
Section 8: Multiplexing on Multiple IPCs
Multiplexing on Multiple IPCs (6:01)
Section 9: Project on Socket Programming
Project Goals (3:48)
Project Deployment
PUT Request Algorithm
GET Request Algorithm
Message Types
Messages Processing (2:22)
Projects Pseudocode (3:02)
Final Words before Coding (4:06)
Bonus Lecture - Time to get some Candies !! (1:16)
Deque a Msg from a MsgQ
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