What you'll learn:
- MultiThreading Fundamentals
- Concurrency
- Thread Synchronization Techniques
- Writing Thread Safe Codes
- Thread standard problems - Reader-Writer Problem
- Detecting and preventing Dead-locks
- Advanced Multithreading Concepts
- Monitors, Barriers, WaitQueues, Assembly line
- Thread Pools, Wait Queues, Barriers, Monitors, Assembly Line
This is a sequel Course to Master Class-Multithreading & Thread Synchronization - C/C++, and this course should be done only when the prequel course has been completed unless you have reasonable knowledge regarding how Mutexes and Condition Variables work.
In this course, we shall be Implementing Advanced Thread Synchronization Data Structures and Multithreading based software patterns, with some advanced thread synchronization-based problem-solving. This course uses POSIXthreads, hence it is Linux only course. We shall be building upon the knowledge we gathered from the prequel course.
***However note that the course is highly conceptual and concepts learned can be easily applied to any programming knowledge which supports Multithreading. *** So, Java, C#,Python, Go, Kotlin Programmers do not hesitate to enroll in this course, you can write your own codes based on the concept discussed. This Course is unique and only one of its kind.
The level of this course is Intermediate to Advanced.
Table of Contents
====================
1. Thread Management
2. Pausing and Resuming Threads
3. ThreadPools/Work CrewModel
4. Thread Barriers
5. Wait-Queue Model
6. Recursive Mutexes
What are Recursive Mutexes?
When to use over Normal Mutexes?
Implement own Recursive Mutex
7. Read-Write Locks
What are Read-Write locks ?
What is its benefit?
Implement your own Read-Write lock
8. Monitors
Implement Reader-Writer Monitor
Solving Bridge Problem using Monitors
Guidelines for writing Monitors
CaseStudy :Covid Vaccination Drive Implementation using Monitors
*** Completed Till here as of 2 Mar 2022 **
9. Assembly Line Model
10. Deadlock Detection and Prevention
11. Other RelatedCourses on Multi-Threading
Designing Timers
Designing Multi-Threaded TCP Servers
Asynchronous Programming
UnScheduled Topics :
=================
11. Bounded Waiting
12. Fifo (Strong) Semaphores
13. Event Pair Synchronization
14. Inter-Process Synchronization using Semaphores
15. Forking a Multi-Threaded Program
Though We use the C language to demonstrate the concepts, concepts hold good for any programming language. This course is equally valuable for C++ programmers. Other language programmers may also find this course useful as we explain Multithreading concepts close to the ground zero levels with No Abstraction.
At each stage of this Course series, you shall be writing a lot of multi-threaded Codes. So be ready to Master the Multi-threading. Along the journey, we shall cover several interview-favorite topics and Questions to prepare you alongside for interviews.
