tdd-test-generator

To start test-driven development with failing unit tests, define API boundaries and expectations by creating isolated test files with mocked dependencies before writing any implementation code. This anchors early feedback and enforces red-green-refactor discipline.

The best way to isolate units with mocked dependencies is to generate failing unit tests that mock external calls, establishing clear boundaries around the unit under test. This isolates behavior verification and drives feature development.

Generating failing tests before implementation clarifies API design by forcing you to define usage patterns and expectations upfront. This approach anchors the interface design and provides immediate feedback on structural decisions before committing to logic.

You need to create unit tests with mocked dependencies as the initial phase to isolate and verify specific units. Integration and E2E tests follow afterward to validate component interaction once the isolated units pass red-green-refactor cycles.

Yes, this TDD test generation approach applies to feature work across typical software projects. It focuses on creating isolated units with mocked dependencies and clear boundaries to drive disciplined feature development before subsequent integration testing.

Enforcing red-green-refactor discipline before integration tests ensures each unit's logic is anchored by failing tests and verified in isolation. This prevents cascading errors and establishes a stable foundation for subsequent integration and E2E testing.