
Eli Levin developed and maintained advanced network test automation for the openshift-kni/eco-gotests repository, focusing on CNF-network features and reliability. Over nine months, Eli engineered robust test suites for BGP, BFD, SR-IOV, and MetalLB, using Go and Kubernetes to validate network resilience, configuration, and hardware integration. He streamlined test infrastructure by introducing dynamic resource management, parameterized pod setups, and hardware-aware labeling, which improved CI efficiency and reduced flakiness. Eli’s work included refactoring test logic, aligning with evolving CRDs, and enhancing coverage for disruption scenarios, demonstrating depth in network engineering, system administration, and continuous integration best practices.

Month: 2025-10 — Key achievements in eco-gotests focused on improving test organization and hardware-specific coverage for SR-IOV. Implemented a new labeling mechanism to categorize hardware-enabled tests, enabling targeted execution and reducing CI noise. This work was delivered via a single, traceable commit and enhances maintainability and test reliability for hardware-dependent scenarios. No major bugs reported in this repository this month.
Month: 2025-10 — Key achievements in eco-gotests focused on improving test organization and hardware-specific coverage for SR-IOV. Implemented a new labeling mechanism to categorize hardware-enabled tests, enabling targeted execution and reducing CI noise. This work was delivered via a single, traceable commit and enhances maintainability and test reliability for hardware-dependent scenarios. No major bugs reported in this repository this month.
2025-07 monthly summary for openshift-kni/eco-gotests focused on strengthening network test automation, stabilizing test expectations, and expanding coverage for IP forwarding scenarios in FRR/NFTABLE contexts. The work delivered improved reliability, maintainability, and business value through standardized configurations and dynamic test targeting.
2025-07 monthly summary for openshift-kni/eco-gotests focused on strengthening network test automation, stabilizing test expectations, and expanding coverage for IP forwarding scenarios in FRR/NFTABLE contexts. The work delivered improved reliability, maintainability, and business value through standardized configurations and dynamic test targeting.
June 2025: Reinstated essential GW mode handling in eco-gotests to restore production-like network configuration in tests, ensuring CI reliability and accurate validation of GW behavior.
June 2025: Reinstated essential GW mode handling in eco-gotests to restore production-like network configuration in tests, ensuring CI reliability and accurate validation of GW behavior.
Month: 2025-05 — In May 2025, I focused on increasing the reliability and maintainability of CNF-network BFD tests in openshift-kni/eco-gotests while streamlining the test infrastructure to enable scalable, deterministic CI runs. Delivered hardening of the BFD test suite, including refactoring test logic and improved error handling to reduce flakiness. Enhanced the test infrastructure by parameterizing and dynamic-naming NGINX pod setup, enabling reuse across environments. Simplified test state by removing redundant teardown calls and unnecessary GW mode reversion, reducing maintenance overhead and improving test execution predictability. The work was implemented through three commits that introduce reliability improvements, dynamic pod naming, and teardown simplifications.
Month: 2025-05 — In May 2025, I focused on increasing the reliability and maintainability of CNF-network BFD tests in openshift-kni/eco-gotests while streamlining the test infrastructure to enable scalable, deterministic CI runs. Delivered hardening of the BFD test suite, including refactoring test logic and improved error handling to reduce flakiness. Enhanced the test infrastructure by parameterizing and dynamic-naming NGINX pod setup, enabling reuse across environments. Simplified test state by removing redundant teardown calls and unnecessary GW mode reversion, reducing maintenance overhead and improving test execution predictability. The work was implemented through three commits that introduce reliability improvements, dynamic pod naming, and teardown simplifications.
April 2025 monthly summary for openshift-kni/eco-gotests: Delivered reliability and coverage improvements for BGP-related network tests, with enhancements to test infrastructure and multi-service validation. The work focused on reducing flaky test results, expanding validation scenarios for BGP in MetalLB environments, and modernizing test setup/teardown for better resource management and faster feedback loops.
April 2025 monthly summary for openshift-kni/eco-gotests: Delivered reliability and coverage improvements for BGP-related network tests, with enhancements to test infrastructure and multi-service validation. The work focused on reducing flaky test results, expanding validation scenarios for BGP in MetalLB environments, and modernizing test setup/teardown for better resource management and faster feedback loops.
February 2025 monthly summary for openshift-kni/eco-gotests: Focused on strengthening CNF-network resilience testing and aligning test infrastructure with evolving CRDs. Delivered new BFD graceful restart tests in the cnf-network module, migrated MetalLB tests to the updated CRDs to validate concurrent L2 and L3 features, and performed targeted cleanup to reduce test flakiness by correcting CR deletion order in tap and rootless tests and removing obsolete tests. These changes improve test coverage for disruption scenarios, reduce flaky behavior, and support more reliable release readiness for the eco-gotests suite.
February 2025 monthly summary for openshift-kni/eco-gotests: Focused on strengthening CNF-network resilience testing and aligning test infrastructure with evolving CRDs. Delivered new BFD graceful restart tests in the cnf-network module, migrated MetalLB tests to the updated CRDs to validate concurrent L2 and L3 features, and performed targeted cleanup to reduce test flakiness by correcting CR deletion order in tap and rootless tests and removing obsolete tests. These changes improve test coverage for disruption scenarios, reduce flaky behavior, and support more reliable release readiness for the eco-gotests suite.
Monthly summary for 2025-01 focusing on enhancements to the cnf-network FRR utility within the eco-gotests repository, with emphasis on BGP Graceful Restart status retrieval and validation. Implemented data structures and validation logic; added two new Graceful Restart tests; improved network stability during restarts; prepared for broader BGP resilience improvements.
Monthly summary for 2025-01 focusing on enhancements to the cnf-network FRR utility within the eco-gotests repository, with emphasis on BGP Graceful Restart status retrieval and validation. Implemented data structures and validation logic; added two new Graceful Restart tests; improved network stability during restarts; prepared for broader BGP resilience improvements.
December 2024 monthly summary for openshift-kni/eco-gotests focusing on feature delivery and test automation in CNF networking.
December 2024 monthly summary for openshift-kni/eco-gotests focusing on feature delivery and test automation in CNF networking.
Month: 2024-11 — Repository: openshift-kni/eco-gotests. This period focused on stabilizing CNF-network tests related to SR-IOV operator lifecycle, simplifying FRR test configurations, and pruning high-maintenance scenarios to reduce test complexity. Key outcomes include improved test reliability during SR-IOV operator removal/reinstallation, streamlined FRR BGP test configs, and removal of a Day2 Bond: change mode test from the cnf-network suite. These changes reduce flaky test behavior, shorten CI cycles, and preserve coverage for critical networking capabilities including ExternalManage, SR-IOV VF connectivity, and FRR-based routing.
Month: 2024-11 — Repository: openshift-kni/eco-gotests. This period focused on stabilizing CNF-network tests related to SR-IOV operator lifecycle, simplifying FRR test configurations, and pruning high-maintenance scenarios to reduce test complexity. Key outcomes include improved test reliability during SR-IOV operator removal/reinstallation, streamlined FRR BGP test configs, and removal of a Day2 Bond: change mode test from the cnf-network suite. These changes reduce flaky test behavior, shorten CI cycles, and preserve coverage for critical networking capabilities including ExternalManage, SR-IOV VF connectivity, and FRR-based routing.
Overview of all repositories you've contributed to across your timeline