To extend the KaMPIng library and support additional MPI features and functionality beyond its current scope, several strategies can be employed:
Plugin Architecture: KaMPIng's plugin system can be leveraged to add new features and functionality. By developing new plugins, users can extend the library's capabilities without modifying the core codebase. This approach allows for modular and flexible enhancements to support a wide range of MPI features.
Community Contributions: Encouraging contributions from the community can help in expanding the library's functionality. By creating a collaborative environment where users can contribute new plugins or features, KaMPIng can evolve to meet the diverse needs of MPI programmers.
Integration with MPI Standards: Keeping abreast of the latest developments in the MPI standard and incorporating new features into KaMPIng can ensure compatibility with emerging MPI functionalities. By aligning with standard MPI practices, the library can stay relevant and offer comprehensive support for MPI programming.
Research and Development: Investing in research and development efforts to explore advanced MPI concepts and techniques can lead to innovative additions to KaMPIng. By staying at the forefront of MPI advancements, the library can continue to evolve and provide cutting-edge solutions for parallel computing.