qa-engineer

Converting Gherkin feature files into executable test suites involves translating BDD scenarios into structured test plans, then generating unit, integration, and E2E tests using Jest, React Testing Library, and Playwright to maximize coverage.

Planning tests from BDD scenarios requires a plan-first methodology that derives testing strategies from project documentation and feature files before implementation. This ensures comprehensive coverage targeting 90% or higher across the codebase.

Test generation applies to both frontend and backend codebases, supporting unit, integration, and end-to-end testing. It leverages Jest and React Testing Library for frontend components alongside Playwright for comprehensive E2E testing workflows.

Using Playwright and Jest together enables comprehensive test automation across unit and end-to-end testing layers. Playwright handles browser automation for E2E tests, while Jest executes unit and integration tests to validate individual components.

Stateless memory is needed for test automation when maintaining consistent documentation-driven context without retaining previous session states. This approach streamlines test creation by relying on project memory banks and hub documentation rather than cached data.

A plan-first methodology enforces a clear testing strategy derived from project documentation before writing any tests. This prevents fragmented coverage and ensures generated test suites align with feature requirements to achieve reliable code validation.