
Developed and integrated a high availability end-to-end testing framework for the skupperproject/skupper repository, focusing on multi-site Kubernetes deployments. Leveraging Python, Ansible, and Shell scripting, the work introduced automated HA test scenarios with load validation using Locust, modernized test scripts to standardize on kubectl, and aligned documentation and labeling to HA terminology. Expanded CI coverage by reintroducing the hello-world test and refining test reliability through resource retry tuning and k8s_info-based waiting conditions. These efforts reduced manual testing, improved CI stability, and accelerated feedback for production readiness, enhancing the reliability and maintainability of HA features within the project.
Monthly summary for 2025-05 focusing on the skupperproject/skupper repository. The main objective was to expand CI test coverage and stabilize High Availability (HA) tests to improve reliability, speed of feedback, and production readiness. Key work involved reintroducing the hello-world test into the CI pipeline and refining HA test reliability through better link establishment with resource retry/delay tuning, plus switching to k8s_info for more robust waiting conditions.
Monthly summary for 2025-05 focusing on the skupperproject/skupper repository. The main objective was to expand CI test coverage and stabilize High Availability (HA) tests to improve reliability, speed of feedback, and production readiness. Key work involved reintroducing the hello-world test into the CI pipeline and refining HA test reliability through better link establishment with resource retry/delay tuning, plus switching to k8s_info for more robust waiting conditions.
April 2025: Delivered and integrated a High Availability (HA) end-to-end testing framework for Skupper, expanded CI coverage, standardized tooling, and aligned labeling/docs to HA terminology. The work improved reliability of HA scenarios across multi-site deployments, reduced manual testing effort, and accelerated feedback for production readiness.
April 2025: Delivered and integrated a High Availability (HA) end-to-end testing framework for Skupper, expanded CI coverage, standardized tooling, and aligned labeling/docs to HA terminology. The work improved reliability of HA scenarios across multi-site deployments, reduced manual testing effort, and accelerated feedback for production readiness.

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