A C++17/20 header-only dynamic bitset library for efficient bit manipulation with optional libpopcnt optimization.
dynamic_bitset is a C++ header-only library that provides a dynamic bitset container, allowing runtime resizing and efficient bit-level operations. It solves the limitation of std::bitset's fixed size by offering a flexible alternative for applications requiring variable-length bit arrays. The library includes optimizations like optional libpopcnt integration for faster bit counting.
C++ developers working on systems programming, algorithms, or applications that require efficient bit manipulation with variable-sized bit arrays. It's particularly useful for those using modern C++ standards (C++17/20) who need a lightweight, header-only solution.
Developers choose dynamic_bitset for its modern C++ design, header-only simplicity, and optional performance optimizations. It offers a clean alternative to std::bitset with dynamic resizing, cross-platform support, and seamless CMake integration.
Simple Useful Libraries: C++17/20 header-only dynamic bitset
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Easy to integrate by copying header files with no separate compilation, as emphasized in the README for simple project inclusion.
Requires C++17 or later, leveraging contemporary features like improved type safety and performance optimizations, ensuring future-proof code.
Supports libpopcnt integration for faster bit counting operations when available, with configurable CMake options to enable it seamlessly.
Tested on Ubuntu, Windows, and macOS with CI badges, providing reliable operation across major operating systems without platform-specific tweaks.
As a header-only library, it can significantly increase compile times in large projects due to repeated inclusion in multiple translation units.
Optimal bit counting performance relies on the optional libpopcnt, adding setup complexity and an external dependency that must be managed.
Focuses on basic bit operations; missing features like thread safety or concurrent access support, which are common in more comprehensive bit manipulation libraries.