With increasingly high performance expectations in modern computer platforms, parallel computing becomes more and more critical. However, implementing bug-free programs to compute efficiently in parallel is, in general, significantly more demanding than implementing their sequential counterpart. Parallel applications have always been complicated to implement, maintain, or inspect. The Rust programming language aims to provide static programming with zero-cost guarantees for memory-safety. This technology, used to create MPI-Tools, can significantly improve any developers' workflow creating or maintaining HPC applications. This thesis presents the Rust-Library Rmpi, which provides MPI access with memory safety, a framework implementation for the creation of PMPI -and QMPI-Tools for the programming language Rust, as well as an extensive performance analysis.     «

With increasingly high performance expectations in modern computer platforms, parallel computing becomes more and more critical. However, implementing bug-free programs to compute efficiently in parallel is, in general, significantly more demanding than implementing their sequential counterpart. Parallel applications have always been complicated to implement, maintain, or inspect. The Rust programming language aims to provide static programming with zero-cost guarantees for memory-safety. Thi...     »

With increasingly high performance expectations in modern computer platforms, parallel computing becomes more and more critical. However, implementing bug-free programs to compute efficiently in parallel is, in general, significantly more demanding than implementing their sequential counterpart. Parallel applications have always been complicated to implement, maintain, or inspect. The Rust programming language aims to provide static programming with zero-cost guarantees for memory-safety. This technology, used to create MPI-Tools, can significantly improve any developers' workflow creating or maintaining HPC applications. This thesis presents the Rust-Library Rmpi, which provides MPI access with memory safety, a framework implementation for the creation of PMPI -and QMPI-Tools for the programming language Rust, as well as an extensive performance analysis.     «

With increasingly high performance expectations in modern computer platforms, parallel computing becomes more and more critical. However, implementing bug-free programs to compute efficiently in parallel is, in general, significantly more demanding than implementing their sequential counterpart. Parallel applications have always been complicated to implement, maintain, or inspect. The Rust programming language aims to provide static programming with zero-cost guarantees for memory-safety. Thi...     »