superpowers:executing-plans

Multi-step refactoring plans are executed safely using checkpoint-driven implementation, which coordinates task-based execution and verification checkpoints to review, apply, and validate changes at each stage before proceeding.

Checkpoint-driven development plan execution is a structured framework that systematically applies multi-step code changes, requiring explicit verification at each stage to prevent fragmented or unverified software implementation.

Complex development workflows are automated by delegating iterative implementation tasks to sub-agents while enforcing safety guardrails through rigorous validation checkpoints to ensure safe code mutation.

Git worktrees and development-branch management tools are required dependencies for executing complex coding plans, providing workspace isolation and ensuring safe code mutation during multi-step implementation.

The best way to verify code implementation at each stage is through a checkpoint-driven framework that requires explicit verification and runs tests after systematically applying changes to ensure the final output meets all requirements.

Automated checkpoint-driven plan execution is not suited for simple, single-step coding tasks, as the overhead of sub-agent delegation, verification checkpoints, and workspace isolation targets complex, iterative development workflows.