This project is a performance measurement framework and microbenchmarking library designed for C++ and Python. It provides a toolset for measuring the execution time of small code fragments using high-resolution timers, calculating statistical aggregates, and analyzing asymptotic complexity. The framework distinguishes itself through specialized capabilities for multithreaded performance testing, using synchronized execution to measure parallel throughput. It includes mechanisms to prevent compiler optimizations from removing benchmarked code and supports complex parameterization via Cartesia
C++ Benchmark Authoring Library/Framework
Microbenchmarking for Modern C++
Les fonctionnalités principales de p-ranav/criterion sont : Benchmarking Tools, Testing and Benchmarking.
Les alternatives open-source à p-ranav/criterion incluent : ibob/picobench — A micro microbenchmarking library for C++11 in a single header file. martinus/nanobench — Simple, fast, accurate single-header microbenchmarking functionality for C++11/14/17/20. digitalinblue/celero — C++ Benchmark Authoring Library/Framework. google/benchmark — This project is a performance measurement framework and microbenchmarking library designed for C++ and Python. It… libnonius/nonius — A C++ micro-benchmarking framework. stdlib-js/stdlib.
