
Developed and integrated a comprehensive AddressSanitizer regression test suite for the ROCm/aomp repository, targeting Local Data Share (LDS) memory issues in GPU computing environments. The work focused on expanding automated test coverage for both HIP and OpenMP offloading, validating memory management robustness across dynamic and static memory allocations as well as multiple parameter passing strategies. By addressing scenarios such as LDS buffer overflows and use-after-free, the suite enables earlier detection of memory errors in continuous integration and release pipelines. The implementation leveraged C++, Makefile, and regression testing skills to strengthen the project’s memory-safety validation and reduce risk in production environments.
2024-12 monthly summary for ROCm/aomp: Focused on strengthening memory-safety testing. Delivered a comprehensive AddressSanitizer regression test suite for Local Data Share (LDS) memory issues across HIP and OpenMP offloading, with coverage for dynamic/static memory allocations and multiple parameter passing mechanisms. This reduces risk of LDS-related memory errors by enabling earlier detection in CI and release pipelines. No major bug fixes were recorded this month; the primary accomplishment is expanding test coverage and solidifying the memory-management validation pipeline.
2024-12 monthly summary for ROCm/aomp: Focused on strengthening memory-safety testing. Delivered a comprehensive AddressSanitizer regression test suite for Local Data Share (LDS) memory issues across HIP and OpenMP offloading, with coverage for dynamic/static memory allocations and multiple parameter passing mechanisms. This reduces risk of LDS-related memory errors by enabling earlier detection in CI and release pipelines. No major bug fixes were recorded this month; the primary accomplishment is expanding test coverage and solidifying the memory-management validation pipeline.

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