
Worked on enhancing the test infrastructure for the open-quantum-safe/liboqs repository, focusing on improving stability in low-memory environments. Developed a configurable Pytest parallelism limit, allowing the number of concurrent test processes to be set via CMake or defaulted to auto-detection. This approach addressed Out-Of-Memory failures during Wycheproof tests by capping parallelism where necessary, leading to more reliable continuous integration runs. Utilized CMake and Python to implement these changes, emphasizing robust testing practices and resource management. The work reduced flaky test executions and interruptions, supporting smoother development workflows and increasing productivity for teams working with constrained system resources.
May 2026: Focused on test infrastructure hardening for open-quantum-safe/liboqs to improve stability on low-RAM environments. Delivered a configurable Pytest parallelism limit and made test parallelization configurable via CMake, reducing OOM-related failures and improving CI reliability. Key commit referenced below.
May 2026: Focused on test infrastructure hardening for open-quantum-safe/liboqs to improve stability on low-RAM environments. Delivered a configurable Pytest parallelism limit and made test parallelization configurable via CMake, reducing OOM-related failures and improving CI reliability. Key commit referenced below.

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