A curated collection of CMake scripts, modules, examples, tutorials, and tools for modern C++ development.
Awesome CMake is a curated list of resources for the CMake build system, including scripts, modules, examples, tutorials, and tools. It helps C and C++ developers find high-quality, reusable components and learn modern CMake practices to improve their project configuration and build processes.
C and C++ developers, build engineers, and open-source maintainers who use CMake for project configuration and seek to adopt modern practices or find reusable solutions.
It saves developers time by aggregating the best community resources in one place, emphasizes modern CMake patterns, and provides a vetted collection that avoids outdated or anti-pattern approaches.
A curated list of awesome CMake resources, scripts, modules and examples.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Aggregates only vetted scripts, modules, examples, and tools from across the ecosystem, saving developers time from scouring the internet for reliable CMake solutions.
Focuses on contemporary practices like target-based dependency management and includes a separate list for non-modern examples to help users avoid anti-patterns.
Organizes entries into clear sections such as Package Management, Modules, and Toolchains, making it easy to navigate and find specific resources for cross-platform development.
Welcomes contributions and reflects active community discussions, ensuring the list evolves with the latest CMake best practices and tools.
Users must independently evaluate, test, and integrate each resource, which can be time-consuming and error-prone compared to integrated CMake suites or IDEs.
As a community-maintained list, some resources may become obsolete or unmaintained over time, requiring users to verify currency and compatibility with current CMake versions.
The extensive collection can be daunting for CMake novices, lacking a guided, step-by-step learning path and potentially leading to information overload.