A curated list of single-file C/C++ libraries with minimal dependencies and permissive licenses.
single_file_libs is a curated directory of small, single-file C and C++ libraries with minimal dependencies and permissive licenses. It solves the problem of finding lightweight, easy-to-integrate libraries for projects where simplicity and portability are key.
C and C++ developers, especially those working on embedded systems, game development, or tools where minimal dependencies and permissive licensing are critical.
Developers choose this list because it aggregates high-quality, portable libraries that are trivial to integrate, avoiding complex build systems and restrictive licenses.
List of single-file C/C++ libraries, with emphasis on clause-less licenses.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
The list includes hundreds of libraries across graphics, audio, data structures, networking, and more, serving as a comprehensive one-stop resource for various C/C++ needs, as highlighted in the curated collection.
Libraries are typically single-file (one header, one source), simplifying inclusion and distribution without complex build systems, which is emphasized in the project's design philosophy.
Focus on permissive, clause-less licenses like public domain and MIT reduces legal barriers, making libraries suitable for open-source and commercial projects, as stated in the licensing emphasis.
Targets major desktop and mobile platforms with support for both 32-bit and 64-bit architectures, ensuring cross-platform usability, as noted in the cross-platform feature.
The README explicitly states that libraries are not personally verified for quality or accuracy, requiring users to vet each library themselves, which can lead to reliability issues.
By restricting to single-file libraries, the directory excludes more powerful, multi-file options, potentially missing advanced features needed for complex applications.
No integration with modern package managers means developers must manually download, update, and integrate libraries, increasing overhead compared to automated dependency tools.