writing-plans

Creating a step-by-step implementation plan for multi-file code changes involves decomposing tasks into atomic, 2–5 minute actions with exact file paths, complete code blocks, and per-step verification commands to ensure the codebase remains functional throughout the process.

Task decomposition for agent handoff is the process of breaking down implementation work into execution-ready, context-free steps that another agent can mechanically execute without the original conversation, complete with precise file targeting and rollback guidance.

Writing verifiable steps for a complex refactoring task requires specifying exact insertion points, full code changes, and test or UI confirmation commands after each 2–5 minute action to catch failures immediately before proceeding.

Yes, step-by-step planning supports multi-file schema updates, migrations, and API route wiring by specifying the correct dependency order and adding measurable progress checkpoints with rollback guidance after each atomic action.

The best way to structure a handoff-ready implementation plan is to define time-bounded atomic steps with exact artifacts, including full file paths, complete code blocks, and built-in verification commands, ensuring execution without prior conversation context.

You should avoid atomic step planning for code changes that do not span multiple files or require measurable progress checkpoints, as the overhead of specifying exact file paths and per-step verification is designed for complex, multi-file refactors and agent handoffs.