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To enforce TDD workflow and code quality, you must write failing tests first (RED), implement the minimum code to pass (GREEN), and validate against architectural and complexity limits. This guarantees maintainable features through strict quality gates before merging.

The best way to fix bugs without regressions is to follow a strict Test-Driven Development cycle. You must first write a test that reproduces the bug, then fix the code to make it pass, ensuring the original error is resolved without breaking existing functionality.

Enforcing function size and architectural patterns during code refactoring prevents complexity and nesting from growing unchecked. It governs structural integrity, limits file complexity, and ensures the refactored codebase remains maintainable and adheres to universal development standards.

Yes, atomic todo management is integrated directly alongside TDD for new feature development. It tracks session checkpoints and quality gates, ensuring that every test-driven development cycle step is completed and validated before moving to the next task.

Strict test-driven development enforces a RED-GREEN validation cycle and quality gates that may initially slow down writing code, but it fundamentally prevents regressions and reduces debugging time. This ensures robust, secure software with a maintainable development workflow.