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Learn How To Use Generic Lambdas In Modern C++

Lambda Expressions allow users to write an inline expression that can be used for short snippets of code in your C++ app which are not going to be reused and don’t require naming. The Lambda Expression construct is introduced in C++ 11 and further developed in the C++14, C++17, and C++20 standards. In C++14, lambda expressions are improved by the generalized lambda (generic lambda) or…
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What Is A Data Race In Multi-threading C++ Apps And How To Avoid It

In modern programming, if you are developing multithreaded applications, data races are a common problem in threads. Data races occur when multiple tasks or threads access a shared resource without sufficient protection, leading to undefined or unpredictable behavior on runtime. You can imagine two or more task threads in cores trying to reach the same data in a race. In this post, we explain…
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How To Use std::thread In Modern C++?

In modern mathematics, physics, and computer science; optimized and fasterapp developmentin programming is very important to speed up computations. CPUs and GPUs are highly evolved by the number of cores and transistors to give more computational power to today’s servers and computers. Thus, we can use more cores and threads in our applications by using std::thread. We can use…
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C++C++11C++14C++17C++20IteratorsLearn C++Syntax

What Is A Mutex Mutual Exclusion In Modern C++

CPUs and GPUs have evolved year on year to feature a greater number of cores and transistors to give more computational power for today’s servers and computers. With the advent of multiple cores, it is common now for programs to make use of multiple simultaneous threads. In modern C++, multi-thread operations are amazingly evolved since C++11, still there are new improvements in the latest…
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