A zero-dependency Semantic Versioning 2.0 parser and renderer written in ANSI C.
semver.c is a lightweight C library for parsing, comparing, and rendering semantic version strings according to the SemVer 2.0 specification. It solves the problem of handling version numbers in C projects without relying on external dependencies or regex, making it suitable for constrained environments.
C developers working on embedded systems, performance-sensitive applications, or any project requiring portable, dependency-free version management.
Developers choose semver.c for its strict compliance with SemVer 2.0, zero dependencies, and efficient implementation that avoids regex, ensuring reliability and portability across ANSI C environments.
Semantic version in ANSI C
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Fully implements SemVer 2.0 specification, ensuring accurate parsing and comparison as stated in the README's features.
Has zero external dependencies, making it highly portable and ideal for embedded systems, a key selling point emphasized in the description.
Uses custom parsing without regex, compatible with ANSI C and avoiding performance or compatibility issues associated with regex engines.
Includes parsing, comparison, bumping, rendering, and numeric conversion, covering all essential semver operations as listed in the API.
Requires explicit calls to semver_free() to prevent memory leaks, which can be error-prone and adds overhead for developers, as shown in usage examples.
Only supports basic operators like ^ and ~; lacks advanced range expressions or wildcards found in other semver implementations, limiting complex dependency resolution.
The README provides API reference but lacks detailed tutorials, examples for complex use cases, or best practices, making it less accessible for newcomers.