writing-plans

To generate a test-driven implementation plan, you need a tool that decomposes complex feature requests into bite-sized, actionable steps with clear file paths. This approach enforces a write-test-first methodology to ensure code reliability before any implementation begins.

The best way to break down software architecture is by using a structured planning method that provides precise file-level task decomposition and explicit code-block steps. This ensures clear architectural boundaries are established before coding starts.

Test-driven development planning relies heavily on predefined file path mapping to be effective. Without explicit file paths and mandatory self-review checklists, the structured task decomposition and architectural boundary enforcement would lack the necessary precision.

To ensure your development workflow follows a write-test-first approach, you can use a structured execution handoff mechanism. This provides a choice between subagent-driven development or inline execution to guarantee the test-driven plan is followed accurately.

You should use a structured implementation plan instead of inline coding when handling complex feature requests that require clear architectural boundaries. It prevents disorganized development by mandating rigorous task decomposition and TDD-based verification upfront.

Yes, you can use an implementation plan to hand off development tasks to a subagent. The plan provides a structured execution handoff choice between subagent-driven development or inline execution to ensure the generated steps are followed accurately.