
Developed and maintained the AAP Containerized Installations Data Collection Plugin for the NVIDIA/doca-sosreport repository, focusing on enhancing observability and troubleshooting for containerized AAP environments. Leveraged Python and shell scripting to enable targeted log and system information collection, allowing users to specify usernames and installation directories while implementing forbidden paths to safeguard sensitive certificates and keys. Addressed multi-node deployment challenges by refining plugin enablement logic, expanding process detection to improve reliability and reduce false positives or negatives. Demonstrated strong debugging and system administration skills, resulting in improved automation stability and more accurate plugin status reporting across distributed Linux environments.
February 2025 (Month: 2025-02) – NVIDIA/doca-sosreport focused on reliability and correct plugin status detection in multi-node environments. Delivered a bug fix to improve AAPContainerized plugin enablement by broadening detection to include a wider set of AAP-related processes beyond awx-manage and aap-gateway. This reduces false negatives/positives and ensures accurate plugin state across nodes. The change references a targeted commit that fixes multi-node enable logic for the aap_containerized plugin (commit 013b9b133f14097503680ac956c66a2264848b57). Impact includes improved deployment automation stability, fewer manual interventions, and better observability. Technologies involved include Linux process inspection, multi-node orchestration considerations, and distributed system reliability.
February 2025 (Month: 2025-02) – NVIDIA/doca-sosreport focused on reliability and correct plugin status detection in multi-node environments. Delivered a bug fix to improve AAPContainerized plugin enablement by broadening detection to include a wider set of AAP-related processes beyond awx-manage and aap-gateway. This reduces false negatives/positives and ensures accurate plugin state across nodes. The change references a targeted commit that fixes multi-node enable logic for the aap_containerized plugin (commit 013b9b133f14097503680ac956c66a2264848b57). Impact includes improved deployment automation stability, fewer manual interventions, and better observability. Technologies involved include Linux process inspection, multi-node orchestration considerations, and distributed system reliability.
January 2025 monthly summary for NVIDIA/doca-sosreport focusing on delivering a new data collection capability for AAP containerized installations. AAP Containerized Installations Data Collection Plugin enables targeted collection by allowing users to specify a username and installation directory, gathers relevant logs and system information, and defines forbidden paths to avoid collecting sensitive certificate and key files. This work enhances observability and troubleshooting for containerized AAP deployments, supports quicker issue diagnosis, and reduces risk of exposing secrets during data collection. Commit 09b3944550f1fa5fcfb293c5896934f65f29a1f1 introduced the plugin.
January 2025 monthly summary for NVIDIA/doca-sosreport focusing on delivering a new data collection capability for AAP containerized installations. AAP Containerized Installations Data Collection Plugin enables targeted collection by allowing users to specify a username and installation directory, gathers relevant logs and system information, and defines forbidden paths to avoid collecting sensitive certificate and key files. This work enhances observability and troubleshooting for containerized AAP deployments, supports quicker issue diagnosis, and reduces risk of exposing secrets during data collection. Commit 09b3944550f1fa5fcfb293c5896934f65f29a1f1 introduced the plugin.

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