Conan 2.0: A New Era for C/C++ Package Management
Conan 2.0 is set to launch in February as a significant upgrade to the open-source C/C++ package manager developed by JFrog. This new version promises to enhance the development experience for C and C++ programmers by introducing a cleaner syntax that simplifies the process of defining recipes for packages. This improvement is designed to streamline the workflow and reduce the complexity often associated with package management in these languages, making it more accessible for developers at all skill levels.
One of the standout features of Conan 2.0 is its new public Python API, which opens up opportunities for developers to integrate the package manager into their existing workflows and tools more seamlessly. This API will allow for greater flexibility in automating package management tasks, enabling teams to optimize their build processes and improve productivity. The upgrade also includes new build system integrations that facilitate smoother interactions with popular build systems, further enhancing the overall efficiency of C and C++ development.
The introduction of a new graph model in Conan 2.0 is another key advancement. This model provides a more accurate representation of package relationships, addressing dependency graph issues that have long been a challenge for C and C++ developers. By improving the way dependencies are managed and visualized, Conan 2.0 enables developers to better understand and control their project architectures, minimizing conflicts and ensuring compatibility across different libraries and applications.
In addition to these new features, Conan remains a vital tool for C and C++ developers by allowing them to capture artifacts generated during builds and store them as Conan Packages. With access to Conan Center, a centralized repository housing hundreds of open-source applications and libraries, developers can easily share and utilize packages within their projects. As Conan 2.0 rolls out, it promises to provide a more robust and user-friendly platform, solidifying its position as an essential resource in the C/C++ development ecosystem.