课程目录

• 1 - Table of Contents
• 1 - Course Codes Discussed in the course.txt
• 1 - Download Full Course PPTPDF.txt
• 1 - Fork the Git Repo It has the complete solution to the project discussed in the course.txt
• 1 - Source Code Discussed in the course Part2.txt
• 1 - Table of Contents English.vtt
• 1 - Table of Contents
• 1 - Table of Contents.srt
• 2 - Download Complete Presentation for this Course.txt
• 2 - Join Telegram Group English.vtt
• 2 - Join Telegram Group
• 2 - Join Us.txt
• 3 - Introduction English.vtt
• 3 - Introduction
• 3 - Introduction.srt
• 3 - Learn Synchronous and Asynchronous Data Transmission.txt
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• 2 - Prerequisites Setting up Linux Development Environment
• 4 - Link to youtube Video A guide to setup up complete Linux Development environment.txt
• 4 - Project00-Setting-up-Linux-Dev-Env-pdf
• 4 - Setting up Linux Development Environment English.vtt
• 4 - Setting up Linux Development Environment
• 4 - Setting up Linux Development Environment.srt
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• 3 - IPC Technique 1 Unix Domain Sockets
• 10 - If you get address already in use error.txt
• 10 - Unix Domain Server Implementation part 1 English.vtt
• 10 - Unix Domain Server Implementation part 1
• 10 - Unix Domain Server Implementation part 1.srt
• 11 - Unix Domain Server Implementation part 2 English.vtt
• 11 - Unix Domain Server Implementation part 2
• 11 - Unix Domain Server Implementation part 2.srt
• 12 - Unix Domain Client Implementation English.vtt
• 12 - Unix Domain Client Implementation
• 12 - Unix Domain Client Implementation.srt
• 13 - Unix Domain Client Server Demonstration English.vtt
• 13 - Unix Domain Client Server Demonstration
• 13 - Unix Domain Client Server Demonstration.srt
• 14 - Unix Domain IPC Summary and observation English.vtt
• 14 - Unix Domain IPC Summary and observation
• 14 - Unix Domain IPC Summary and observation.srt
• 15 - Concept of Multiplexing English.vtt
• 15 - Concept of Multiplexing
• 15 - Concept of Multiplexing.srt
• 16 - Understanding select System Call.html
• 17 - Multiplexing State Machine English.vtt
• 17 - Multiplexing State Machine
• 17 - Multiplexing State Machine.srt
• 17 - Note-on-Select.txt
• 18 - Multiplexed Unix Domain Server Implementation English.vtt
• 18 - Multiplexed Unix Domain Server Implementation
• 18 - Multiplexed Unix Domain Server Implementation.srt
• 19 - Multiplexed Unix Domain Server Demonstration English.vtt
• 19 - Multiplexed Unix Domain Server Demonstration
• 19 - Multiplexed Unix Domain Server Demonstration.srt
• 20 - Fork the Git Repo It has the complete solution to the project discussed in the course.txt
• 20 - Project Data Synchronization using Unix Domain Sockets as an IPC English.vtt
• 20 - Project Data Synchronization using Unix Domain Sockets as an IPC
• 20 - Project Data Synchronization using Unix Domain Sockets as an IPC.srt
• 5 - Sockets Introduction English.vtt
• 5 - Sockets Introduction
• 5 - Sockets Introduction.srt
• 6 - Socket Message Types English.vtt
• 6 - Socket Message Types
• 6 - Socket Message Types.srt
• 7 - Socket Design English.vtt
• 7 - Socket Design
• 7 - Socket Design.srt
• 8 - Socket Accept System Call English.vtt
• 8 - Socket Accept System Call
• 8 - Socket Accept System Call.srt
• 9 - Unix Domain Socket Introduction English.vtt
• 9 - Unix Domain Socket Introduction
• 9 - Unix Domain Socket Introduction.srt
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• 4 - IPC Technique 2 Message Queues
• 21 - Introduction English.vtt
• 21 - Introduction
• 21 - Introduction.srt
• 22 - MsgQ as a kernel Resource English.vtt
• 22 - MsgQ as a kernel Resource
• 22 - MsgQ as a kernel Resource.srt
• 23 - Opening and Creating a MsgQ English.vtt
• 23 - Opening and Creating a MsgQ
• 23 - Opening and Creating a MsgQ.srt
• 24 - Closing a MsgQ English.vtt
• 24 - Closing a MsgQ
• 24 - Closing a MsgQ.srt
• 25 - Enque A Msg into MsgQ English.vtt
• 25 - Enque A Msg into MsgQ
• 25 - Enque A Msg into MsgQ.srt
• 26 - Deque a Msg from a MsgQ English.vtt
• 26 - Deque a Msg from a MsgQ
• 26 - Deque a Msg from a MsgQ.srt
• 27 - Unlink a MsgQ English.vtt
• 27 - Unlink a MsgQ
• 27 - Unlink a MsgQ.srt
• 28 - How to Use a MsgQ as an IPC English.vtt
• 28 - How to Use a MsgQ as an IPC
• 28 - How to Use a MsgQ as an IPC.srt
• 29 - Code Walk and Implementation English.vtt
• 29 - Code Walk and Implementation
• 29 - Code Walk and Implementation.srt
• 30 - Demonstration of msgQ as an IPC English.vtt
• 30 - Demonstration of msgQ as an IPC
• 30 - Demonstration of msgQ as an IPC.srt
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• 5 - IPC Technique 3 Shared Memory
• 31 - Agenda English.vtt
• 31 - Agenda
• 31 - Agenda.srt
• 32 - Paging Recap And Memory Mapping English.vtt
• 32 - Paging Recap And Memory Mapping
• 32 - Paging Recap And Memory Mapping.srt
• 33 - How Memory Mapping Works English.vtt
• 33 - How Memory Mapping Works
• 33 - How Memory Mapping Works.srt
• 34 - Shared Memory English.vtt
• 34 - Shared Memory
• 34 - Shared Memory.srt
• 35 - Using RAM as Shared Memory English.vtt
• 35 - Using RAM as Shared Memory
• 35 - Using RAM as Shared Memory.srt
• 36 - Example Codes English.vtt
• 36 - Example Codes
• 36 - Example Codes.srt
• 37 - Get familiar with mmap English.vtt
• 37 - Get familiar with mmap
• 37 - Get familiar with mmap.srt
• 38 - Demo Program Map Text File in Process Virtual Memory English.vtt
• 38 - Demo Program Map Text File in Process Virtual Memory
• 38 - Demo Program Map Text File in Process Virtual Memory.srt
• 39 - Design Constraints for using SHM as IPC English.vtt
• 39 - Design Constraints for using SHM as IPC
• 39 - Design Constraints for using SHM as IPC.srt
• 40 - Fork the Git Repo It has the complete solution to the project discussed in the course.txt
• 40 - Project Data Synchronization using Shared Memory as an IPC English.vtt
• 40 - Project Data Synchronization using Shared Memory as an IPC
• 40 - Project Data Synchronization using Shared Memory as an IPC.srt
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• 6 - IPC Technique 4 Signals
• 41 - Signals Introduction English.vtt
• 41 - Signals Introduction
• 41 - Signals Introduction.srt
• 42 - Linux Well Known Signals English.vtt
• 42 - Linux Well Known Signals
• 42 - Linux Well Known Signals.srt
• 43 - A-Note-on-SIGABRT.txt
• 43 - Linux Signal Generation and Signal Trapping English.vtt
• 43 - Linux Signal Generation and Signal Trapping
• 43 - Linux Signal Generation and Signal Trapping.srt
• 44 - Sending Signal using kill English.vtt
• 44 - Sending Signal using kill
• 44 - Sending Signal using kill.srt
• 44 - timed-input.c
• 45 - Fork the Git Repo It has the complete solution to the project discussed in the course.txt
• 45 - Project Data Synchronization using Signals as an IPC English.vtt
• 45 - Project Data Synchronization using Signals as an IPC
• 45 - Project Data Synchronization using Signals as an IPC.srt
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• 7 - Network Socket Programming
• 46 - Disclaimer.html
• 47 - Introduction to Socket Programming English.vtt
• 47 - Introduction to Socket Programming
• 47 - Introduction to Socket Programming.srt
• 48 - Server Designing English.vtt
• 48 - Server Designing
• 48 - Server Designing.srt
• 49 - Accept system call English.vtt
• 49 - Accept system call
• 49 - Accept system call.srt
• 50 - Select System Call English.vtt
• 50 - Select System Call
• 50 - Select System Call.srt
• 51 - Implementing Multiplexing with Accept Select System Calls English.vtt
• 51 - Implementing Multiplexing with Accept Select System Calls
• 51 - Implementing Multiplexing with Accept Select System Calls.srt
• 52 - TCP Server Example part 1 English.vtt
• 52 - TCP Server Example part 1
• 52 - TCP Server Example part 1.srt
• 53 - TCP Server Example part 2 English.vtt
• 53 - TCP Server Example part 2
• 53 - TCP Server Example part 2.srt
• 54 - TCP Server Example part 3 English.vtt
• 54 - TCP Server Example part 3
• 54 - TCP Server Example part 3.srt
• 55 - TCP Server Design Observation English.vtt
• 55 - TCP Server Design Observation
• 55 - TCP Server Design Observation.srt
• 56 - TCP Client Design and Implementation English.vtt
• 56 - TCP Client Design and Implementation
• 56 - TCP Client Design and Implementation.srt
• 57 - TCP Server Client Demonstration English.vtt
• 57 - TCP Server Client Demonstration
• 57 - TCP Server Client Demonstration.srt
• 58 - TCP Server With Multiplexing High Level Design Part1 English.vtt
• 58 - TCP Server With Multiplexing High Level Design Part1
• 58 - TCP Server With Multiplexing High Level Design Part1.srt
• 59 - TCP Server With Multiplexing Implementation part 2 English.vtt
• 59 - TCP Server With Multiplexing Implementation part 2
• 59 - TCP Server With Multiplexing Implementation part 2.srt
• 60 - TCP Server With Multiplexing Demonstration part 3 English.vtt
• 60 - TCP Server With Multiplexing Demonstration part 3
• 60 - TCP Server With Multiplexing Demonstration part 3.srt
• 61 - Socket Programming Conclusion English.vtt
• 61 - Socket Programming Conclusion
• 61 - Socket Programming Conclusion.srt
• 62 - Project on TCP Server Designing Programming.html
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• 8 - Multiplexing on Multiple IPCs
• 63 - Multiplexing on Multiple IPCs English.vtt
• 63 - Multiplexing on Multiple IPCs
• 63 - Multiplexing on Multiple IPCs.srt
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• 9 - Project on Socket Programming
• 64 - Project Goals English.vtt
• 64 - Project Goals
• 64 - Project Goals.srt
• 65 - Project Deployment English.vtt
• 65 - Project Deployment
• 65 - Project Deployment.srt
• 66 - PUT Request Algorithm English.vtt
• 66 - PUT Request Algorithm
• 66 - PUT Request Algorithm.srt
• 67 - GET Request Algorithm English.vtt
• 67 - GET Request Algorithm
• 67 - GET Request Algorithm.srt
• 68 - Message Types English.vtt
• 68 - Message Types
• 68 - Message Types.srt
• 69 - Messages Processing English.vtt
• 69 - Messages Processing
• 69 - Messages Processing.srt
• 70 - Projects Pseudocode English.vtt
• 70 - Projects Pseudocode
• 70 - Projects Pseudocode.srt
• 71 - Final Words before Coding English.vtt
• 71 - Final Words before Coding
• 71 - Final Words before Coding.srt
• 72 - Bonus English.vtt
• 72 - Bonus
• 72 - Bonus.srt