
Teodoro Laino modernized the build system for the cp2k/cp2k repository, focusing on stabilizing cross-platform builds and improving packaging workflows. He migrated the project to a CMake -S/-B workflow, enhanced external library integration for LAPACK and BLAS, and addressed Apple Silicon compatibility by refining compiler and linker configurations. Using CMake, Fortran, and shell scripting, Teodoro improved installation script portability for ScaLAPACK and OpenBLAS, ensuring robust path handling across Linux and macOS environments. His work reduced build failures and maintenance overhead, resulting in more reliable releases and smoother deployment of scientific workloads, demonstrating strong depth in build automation and system configuration.
January 2026 cp2k/cp2k monthly summary: Focused on stabilizing cross-platform builds and packaging, with targeted improvements to the CMake-based build system, external library integration (LAPACK/BLAS), and portable installation scripts. These changes address Apple Silicon compatibility, GCC 15 considerations, and robust path handling, resulting in more reliable releases and easier deployment across Linux and macOS.
January 2026 cp2k/cp2k monthly summary: Focused on stabilizing cross-platform builds and packaging, with targeted improvements to the CMake-based build system, external library integration (LAPACK/BLAS), and portable installation scripts. These changes address Apple Silicon compatibility, GCC 15 considerations, and robust path handling, resulting in more reliable releases and easier deployment across Linux and macOS.

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