
Worked on the xcp-ng/xcp-ng-tests repository to enhance the robustness of Storage Repository (SR) lifecycle management. Addressed a critical reliability issue by ensuring that when SR destruction fails, essential tooling for XFS, Linstor, and GlusterFS is preserved rather than automatically uninstalled. This approach allows for manual cleanup and troubleshooting, reducing downtime and supporting faster recovery in failure scenarios. The solution was implemented through targeted Python code changes and DevOps practices, with comprehensive testing using pytest. The work focused on non-destructive cleanup behavior, improving system reliability and maintainability for complex storage environments without introducing new features during the period.
October 2025 monthly summary for xcp-ng-tests: Delivered a critical robustness improvement for the SR lifecycle. When a Storage Repository (SR) cannot be destroyed, the system now preserves XFS, Linstor, and GlusterFS tooling (and relevant volumes) to support manual cleanup and troubleshooting, avoiding automatic uninstallations that could hinder diagnosis and repair of broken SRs. This change reduces mean time to recovery (MTTR) for failed SR scenarios and enhances overall reliability of the SR lifecycle. Implemented across the xcp-ng/xcp-ng-tests repository via targeted fixes to XFS, Linstor, and GlusterFS tooling. Top 3-5 achievements focused on business value and technical reliability.
October 2025 monthly summary for xcp-ng-tests: Delivered a critical robustness improvement for the SR lifecycle. When a Storage Repository (SR) cannot be destroyed, the system now preserves XFS, Linstor, and GlusterFS tooling (and relevant volumes) to support manual cleanup and troubleshooting, avoiding automatic uninstallations that could hinder diagnosis and repair of broken SRs. This change reduces mean time to recovery (MTTR) for failed SR scenarios and enhances overall reliability of the SR lifecycle. Implemented across the xcp-ng/xcp-ng-tests repository via targeted fixes to XFS, Linstor, and GlusterFS tooling. Top 3-5 achievements focused on business value and technical reliability.

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