
Sravani Sanigepalli developed and enhanced automated configuration workflows for the Cray-HPE/csm-config repository, focusing on Ceph HAProxy management and Kyverno policy automation. She introduced a dedicated Ansible role for HAProxy configuration, implemented dynamic IP resolution, and refactored playbooks to improve deployment targeting and resiliency across storage nodes. Using Python and Shell scripting, Sravani streamlined Ceph zoning with idempotent checks and a single-pass re-run capability, reducing manual intervention. Her work also included dynamic Kyverno policy updates from Kubernetes ConfigMaps, automatic rollout restarts, and comprehensive documentation updates, resulting in more reliable, maintainable, and efficient system administration and policy management processes.

August 2025 performance review for Cray-HPE/csm-config: Delivered two major feature sets with measurable business value and improved stability. Kyverno policy application improvements dynamically update policy names from the critical-services ConfigMap, trigger automatic rollout restarts, and enhance idempotent behavior when a policy already exists, reducing manual intervention and ensuring policy alignment with service topology. Ceph zoning improvements introduce an optional CLI prefix, idempotent checks to skip redundant zoning, improved documentation, and a single-pass re-run capability to accelerate maintenance across environments. Changelog updates and review-comment fixes contributed to maintainability. These efforts improved deployment reliability, reduced manual overhead, and accelerated consistent policy and zoning operations across environments.
August 2025 performance review for Cray-HPE/csm-config: Delivered two major feature sets with measurable business value and improved stability. Kyverno policy application improvements dynamically update policy names from the critical-services ConfigMap, trigger automatic rollout restarts, and enhance idempotent behavior when a policy already exists, reducing manual intervention and ensuring policy alignment with service topology. Ceph zoning improvements introduce an optional CLI prefix, idempotent checks to skip redundant zoning, improved documentation, and a single-pass re-run capability to accelerate maintenance across environments. Changelog updates and review-comment fixes contributed to maintainability. These efforts improved deployment reliability, reduced manual overhead, and accelerated consistent policy and zoning operations across environments.
July 2025 performance summary for Cray-HPE/csm-config: Delivered automated Ceph haproxy configuration workflow improvements, introducing a dedicated haproxy config management role, a targeted Ansible deployment approach, and dynamic IP resolution to ensure robust HAProxy configuration across storage nodes. Completed enhancements addressing testing and host assignment gaps, including a new CEPH haproxy configuration role and refactored playbooks for accurate targeting of management and storage nodes. Established a migration path and documentation for the new role (csm.rr.ceph_haproxy) with an updated changelog for version 1.44.0. Strengthened rack resiliency via Kyverno policy rollout and added a cleanup task to remove temporary scripts after execution. Resolved blockers in testing (CASM-5626) and fixed a shell script typo to improve reliability.
July 2025 performance summary for Cray-HPE/csm-config: Delivered automated Ceph haproxy configuration workflow improvements, introducing a dedicated haproxy config management role, a targeted Ansible deployment approach, and dynamic IP resolution to ensure robust HAProxy configuration across storage nodes. Completed enhancements addressing testing and host assignment gaps, including a new CEPH haproxy configuration role and refactored playbooks for accurate targeting of management and storage nodes. Established a migration path and documentation for the new role (csm.rr.ceph_haproxy) with an updated changelog for version 1.44.0. Strengthened rack resiliency via Kyverno policy rollout and added a cleanup task to remove temporary scripts after execution. Resolved blockers in testing (CASM-5626) and fixed a shell script typo to improve reliability.
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