
Fridrich Strba focused on resolving a build compatibility issue in the eclipse-openj9/openj9-omr repository, addressing failures caused by the transition to LibDwarf 2.x. He updated CMake configuration files and the DwarfScanner header to correctly locate libdwarf headers within the new libdwarf-2 subdirectory, restoring successful compilation in both CI and local environments. This work required proficiency in C++ development, CMake scripting, and build system troubleshooting. By ensuring downstream tooling remained compatible with newer libdwarf releases, Fridrich reduced developer friction and improved overall build stability, demonstrating a methodical approach to maintaining platform reliability and supporting ongoing integration efforts.

September 2025 monthly summary: Delivered a LibDwarf 2.x Build Compatibility Fix for the eclipse-openj9/openj9-omr module to resolve compilation failures by updating include paths in the CMake module and the DwarfScanner header to locate libdwarf headers in the libdwarf-2 subdirectory. The change, associated with commit 3619866c6c4c1b0183389fdbf18eca41e2be8f23, restored CI/build stability and supports downstream tooling relying on newer libdwarf releases. Technologies demonstrated include CMake configuration, header inclusion management, and build-system troubleshooting. This work reduces developer friction, accelerates integration, and contributes to the platform’s overall reliability and velocity.
September 2025 monthly summary: Delivered a LibDwarf 2.x Build Compatibility Fix for the eclipse-openj9/openj9-omr module to resolve compilation failures by updating include paths in the CMake module and the DwarfScanner header to locate libdwarf headers in the libdwarf-2 subdirectory. The change, associated with commit 3619866c6c4c1b0183389fdbf18eca41e2be8f23, restored CI/build stability and supports downstream tooling relying on newer libdwarf releases. Technologies demonstrated include CMake configuration, header inclusion management, and build-system troubleshooting. This work reduces developer friction, accelerates integration, and contributes to the platform’s overall reliability and velocity.
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