std::multiplies
std::multiplies Prerequisites 1. What is std::multiplies? std::multiplies is a function object (functor) defined in <functional> that performs multiplication. It is part of the standa...
std::multiplies Prerequisites 1. What is std::multiplies? std::multiplies is a function object (functor) defined in <functional> that performs multiplication. It is part of the standa...
std::reduce Prerequisites 1. What is std::reduce? (C++17) std::reduce is a C++17 algorithm that computes a single aggregated value from a range, similar to std::accumulate. However, unlike ...
std::accumulate Prerequisites 1. What is std::accumulate? std::accumulate is a standard algorithm that computes a single accumulated value from a range. It processes elements sequentially f...
std::inclusive_scan Prerequisites 1. What is std::inclusive_scan? (C++17) std::inclusive_scan is a standard algorithm introduced in C++17 that computes a prefix sum (cumulative sum) over a r...
std::transform Prerequisites 1. What is std::transform? std::transform is a standard algorithm that applies a function to a range of elements and stores the result in another range. It is co...
std::execution Prerequisites 1. What is std::execution? (C++17) C++17 introduced execution policies through the <execution> header. They allow standard algorithms (such as std::for_ea...
std::execution::par Prerequisites 1. What is std::execution::par? (C++17 Parallel Execution) C++17 introduced parallel algorithms through the <execution> header. std::execution::par is...
std::for_each Prerequisites 1. What is std::for_each? std::for_each is an algorithm that applies a function to each element in a range. #include <algorithm> #include <vector> #i...
QA - Section 1.05. Concurrency 1. std::thread vs std::async std::thread is a low-level abstraction that directly creates and manages a thread. You must explicitly call join() or detach(), other...
std::condition_variable Prerequisites 1. What is condition_variable? A std::condition_variable is a synchronization primitive that allows threads to: wait until a condition becomes true ...