CSEPracticals, an online EdTech Company, offers 27 Courses in the field of Linux System Programming and Networking on Udemy.Visit <a target="_blank" rel="noopener noreferrer nofollow" class="af pa" href="http://www.csepracticals.com/">www.csepracticals.com</a>Courses can be divided into two categories :<ol><li style="color: rgb(36, 36, 36)">System Programming</li><li style="color: rgb(36, 36, 36)">Networking</li></ol>Further, Courses are both — theory as well as pure coding.<h1 id="f4bc140a-420c-4a9c-867d-5891335e8c4c" data-toc-id="f4bc140a-420c-4a9c-867d-5891335e8c4c">So, In what Order should one do these courses?</h1>For Linux System Programming, Courses should be done as follows :<ol><li style="color: rgb(36, 36, 36)">Linux System Programming Concepts and Techniques ( I explain various tricks to do C programming. You can skip the Heap/Stack Memory part which is theory)</li><li style="color: rgb(36, 36, 36)">Inter-Process Communication ( Only do Socket Programming Part because Socket Programming is used in several other courses )</li><li style="color: rgb(36, 36, 36)">Multi-threading Concepts — Part A ( Multi-threading is used in several of our projects )</li><li style="color: rgb(36, 36, 36)">Integrate CLI interface to C/C++ projects ( This Course is required if you want to do projects that include CLI interface. In many of the courses we integrate this CLI library ).</li><li style="color: rgb(36, 36, 36)">We Use self Developed Timer library in a few of our projects in which timer-based processing is required. The student either should need to use their own timer library if they have one, Or do this short 30 min course offered in which they can quickly integrate a timer library with Projects and use it straight away. This is a free course. Link below : <a target="_blank" rel="noopener noreferrer nofollow" href="https://www.udemy.com/course/30min_timer_lib_tutorial">https://www.udemy.com/course/30min_timer_lib_tutorial</a> ( password: timerlib )</li><li style="color: rgb(36, 36, 36)">Asynchronous Programming Design Pattern ( this is required only for Courses 17 &amp; 18 )</li></ol>Its obvious, Part-B of any Course must be done after doing Part-A.Now, After doing the above courses, you can do any Course in System programming Or development in any order. The rest of them are independent. The instructor usually explains the prerequisites required to do the course in the introductory lectures of each course.The remaining Courses in System Programming that can be done in any order are listed below [7–14]:7. System C Project — Write a Garbage Collector from Scratch8. Build Remote Procedure Calls (RPC) — from scratch in C9. Operating System Project — Develop Heap Memory Manager in C10. Part B (ADVANCE) Multithreading Design Patterns ( pthreads )11. Linux Kernel Programming — IPC b/w Userspace and KernelSpace12. Coding Project — Programming Finite State Machines13. Writing Parsers in C++ ( for MathExpressions / SQL etc )14. Advance Bit Level Programming in C (No dependency )Below 15th Course can be done only after Course 13.15. Project : Implement SQL-RDBMS from Scratch in C/C++16. Project : System IPC Project : Develop Asynchronous PUB-SUB System (Should be done if you have basics of Multi-threading and thread synch knowledge + IPC Concepts , So either you should have this knowledge already OR do this course after Course 2 - IPC and Course 3 - Multithreading)<h1 id="fcece0b8-bea4-4410-812d-9915a6536326" data-toc-id="fcece0b8-bea4-4410-812d-9915a6536326">Coming to Networking, Courses should be done in the following order :</h1>17. Networking Concepts with Socket Programming — Academic LevelThis is one course that should be done before any course on networking. This course forms the background on the basics of Networking.We offer Development projects in the field of networking and should be done only when Courses 1, 3, 4, 5 are done at least from the system programming part.Make sure you have knowledge of courses 1, 3, 4, 5 before attempting the below courses [18–21].18. Part A- Networking Coding Projects — Implement TCP/IP Stack in C ( We Implement Theory of Course 17 in this project )19. Part B- Networking Coding Projects — Implement TCP/IP Stack in CAdditionally, Course #6 (Only First Two Sections) is required to attempt courses 20 and 21. Though these Courses are created by extending the src code of Course 18/19, they're made in a manner that they are independent of Courses 18 and 19.20. Part A — Network Protocol Development in C ( from scratch )21. Part B— Network Protocol Development in C ( from scratch )For Course # 22, Socket programming ( Course 1 ) and Multithreading Course (Course 3 ) are musts.22. Advanced TCP/IP Socket Programming in C/C++ ( Posix )Below Two Courses can be done in any order, as when you like.23. Network Security — Implement L3 Routing Table &amp; ACL in C/C++24. Master Class : TCP/IP Mechanics from Scratch to Expert25. Advance Networking Concepts - Part 2 (obviously, should be done after Part 1, which is Course #17 )Should have any Query/Confusion, pls email <a target="_blank" href="mailto:csepracticals@gmail.com">csepracticals@gmail.com</a>

In What Order should one do CSEPracticals Courses

So, In what Order should one do these courses?

Coming to Networking, Courses should be done in the following order :

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In What Order should one do CSEPracticals Courses

In What Order should one do CSEPracticals Courses

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