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TIMESTAMPS:
0:00 - Introduction
0:05 - Threads In C++ An Introduction
18:09 - Different Types To Create Threads In C++11
25:32 - Join And Detach With Joinable In C++11 Threading
42:41 - Mutex In C++ Threading
58:56 - Mutex Try Lock
01:09:33 - std::try_lock In C++11 Threading
01:21:07 - Timed Mutex In C++ Threading
01:32:51 - Recursive Mutex In C++ Threading
01:53:21 - Lock Guard In C++ Threading
02:02:14 - Unique Lock In C++ Threading
02:13:49 - Condition Variable In C++ Threading
02:28:14 - DeadLock With Example In C++
02:36:57 - Thread OR Process Synchronisation
02:50:46 - std::lock In C++11
03:10:02 - std::promise And std::future In C++ Threading and why to use them?
03:18:20 - std::async In C++ Create A Task
03:29:08 - Producer And Consumer Problem In C++ With Code Implementation
03:44:44 - Sleep VS Wait In Threading, when to use what?
In this video I have covered Threading In C++ with all the chapters so it becomes easy for learners to just go through the chapters and learn what they what. I have mainly covered the basics of locking, unlocking, mutex, timed mutex.
Threading is widely used to do multiple things together and it is very light weight. If we look at the application you will find that almost all the applications include threading in some manner.
Big servers depends on threading, we send and receive data on the basis of threading.
Example: one thread can listen for the the data stream and another thread can write the data to the stream, like this simultaneously data can be sent and received by the same application without blocking it self at any time.
Threading is used in operating systems which is very powerful tool and almost all the the application needs an operating system to run and without threads operating system will not be able to handle multiple execution together. Like this there are thousands of example that if threading is not there then would be very hard to implement.
Do let me know if there is any doubt, I will definitely reply.
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CppNuts