
Natalia Fernandez enhanced the GlobalFishingWatch/frontend Fishing Map application by stabilizing its end-to-end test suite using Cypress and TypeScript. She addressed test flakiness by introducing data-driven constants for vessel names and MMSI, refactoring test support helpers for workspace cleanup, and standardizing EEZ names to ensure consistent analysis report titles. Her work included hardening assertions for partial text and visibility, as well as refining API request handling to improve reliability. These improvements reduced CI churn and debugging time, enabling faster validation of frontend changes. Natalia’s focused engineering laid a solid foundation for broader test automation and more deterministic CI outcomes.

Delivered key test-suite improvements for the GlobalFishingWatch/frontend Fishing Map app, turning a flaky test surface into a stable, deterministic CI feed. Implemented data-driven constants for vessel names/MMSI, hardened assertions for partial text and visibility, and adjusted API request handling to reduce flakiness. Refactored test support for workspace cleanup and standardized end-to-end tests to use a constant EEZ name, ensuring consistent analysis report titles. These changes reduce CI churn, speed up validation of new features, and lay the groundwork for broader test automation.
Delivered key test-suite improvements for the GlobalFishingWatch/frontend Fishing Map app, turning a flaky test surface into a stable, deterministic CI feed. Implemented data-driven constants for vessel names/MMSI, hardened assertions for partial text and visibility, and adjusted API request handling to reduce flakiness. Refactored test support for workspace cleanup and standardized end-to-end tests to use a constant EEZ name, ensuring consistent analysis report titles. These changes reduce CI churn, speed up validation of new features, and lay the groundwork for broader test automation.
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