What are the differences in threading between C++11 and C++14?

What are the differences in threading between C++11 and C++14?

C++11 introduced a new threading library, while C++14 made some improvements. C++14 added features like relaxed constexpr and improved type deduction, but the core threading model remains the same.

Can you explain the threading library introduced in C++11?

Sure! C++11 introduced the <thread> library, which allows for easy creation and management of threads, along with synchronization primitives like mutexes and condition variables.

What improvements did C++14 bring to threading?

C++14 didn't change the threading model significantly, but it improved the usability of existing features, such as allowing more flexible lambda expressions and better type deduction.

Are there any performance differences between C++11 and C++14 threading?

Generally, performance differences are minimal as the core threading model is the same. However, C++14's enhancements can lead to more efficient code in certain scenarios.

Should I upgrade from C++11 to C++14 for threading purposes?

If you're using C++11 effectively, upgrading to C++14 can provide some usability improvements, but it's not strictly necessary for threading.