BenchmarksCPP
nanobench
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| BenchmarksCPP | nanobench | |
|---|---|---|
| 2 | 13 | |
| 1 | 1,307 | |
| - | - | |
| 7.7 | 5.0 | |
| 6 months ago | 8 months ago | |
| C++ | C++ | |
| MIT License | MIT License |
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BenchmarksCPP
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LibRapid -- High Performance Arrays for C++
If you want to see the results for yourself, you can look at the benchmarking repo and download the results (a text file). Feel free to run the code yourself, too.
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(Yet another) Update on LibRapid for C++
A Benchmarking Program
nanobench
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The issue of unit tests and performance measurements (Benchmark)
An alternative is tracking the number of instructions a test executes: https://github.com/martinus/nanobench
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how do you properly benchmark?
Nano bench is a great library with low overhead. https://github.com/martinus/nanobench
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Much Faster than std::string, fmt::format, std::to_chars, std::time and more?
I've done a relatively simple test of taking random doubles (between 0 and 1), converting them to a C string via std::to_chars and then converting that C string back to a double via std::from_chars vs his xeerx::chars_to and got the following results on my machine via nanobench:
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Can you give an example of well-designed C++ code, and explain why you think it is so?
I like https://nanobench.ankerl.com/
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Best accurate way to measure/compare elapsed time in C++
Of course, the best way to benchmark is nanobench: https://nanobench.ankerl.com/
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The 23 year-old C++ developers with three job offers over $500k
I've created robin-hood-hashing and nanobench, and recently made some contributions to Bitcoin and doxygen
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I don’t know which container to use (and at this point I’m too afraid to ask)
Right. Regex runtime construction is known to be slow, so ideally the state machinery construction is built at compile time (boost.xpressive, ctre). Also, boost.regex is faster than most of the std implementations if compile time isn’t possible. And if that’s no good rewrite without regex. Since it sounds like it’s all encapsulated at least it would be easy to measure the options. These days I use this one to compare https://nanobench.ankerl.com/
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I'm writing a microbenchmarking library called "precision" without any macros. What do you guys think of the API?
You can check the API of nanobench which also doesn't use macros, as far as I have used it.
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C++20 std::format is 2x slower than std::fstream?
I've tried again with your latest changes and decided to use https://github.com/martinus/nanobench for a better benchmark and got the following output:
- Nanobench: Fast, Accurate, Single-Header Microbenchmarking Functionality For C++
What are some alternatives?
librapid - A highly optimised C++ library for mathematical applications and neural networks.
benchmark - A microbenchmark support library
Fastor - A lightweight high performance tensor algebra framework for modern C++
fast_io - C++20 Concepts IO library which is 10x faster than stdio and iostream
robin-hood-hashing - Fast & memory efficient hashtable based on robin hood hashing for C++11/14/17/20
curl4cpp - Single header cURL wrapper for C++ around libcURL
ut - C++20 μ(micro)/Unit Testing Framework
bench-rest - bench-rest - benchmark REST (HTTP/HTTPS) API's. node.js client module for easy load testing / benchmarking REST API's using a simple structure/DSL can create REST flows with setup and teardown and returns (measured) metrics.
dtoa-benchmark - C++ double-to-string conversion benchmark
Kalman - Kalman Filter
microservices-framework-benchmark - Raw benchmarks on throughput, latency and transfer of Hello World on popular microservices frameworks
cmake-init - The missing CMake project initializer