looped-builder

Automating planning and scaffolding for large coding tasks involves generating a structured suite containing spec.md, implementation_plan.md, prompt.md, and run.sh. This approach coordinates iterative execution loops to break down complex features, refactors, or multi-module explorations into atomic, trackable steps.

Iterative task scaffolding using Claude in a bash loop is a mechanism orchestrating deterministic, multi-step coding workflows. It generates planning artifacts and executes small, atomic steps autonomously, tracking progress to deliver complex features or refactors iteratively without manual intervention.

To generate a spec and implementation plan for a complex feature, describe the large task you want scaffolded and run the looped-builder. It automatically produces spec.md, implementation_plan.md, prompt.md, and run.sh files to drive autonomous multi-step execution and iterative delivery.

Yes, you can use looped-builder for multi-module explorations and refactors. It targets complex features by generating a reusable workflow with planning documents and run scripts, enabling faster experimentation and iterative delivery across exploratory work and large codebase changes.

Autonomous multi-step execution of coding tasks requires spec.md, implementation_plan.md, prompt.md, and run.sh files. These artifacts satisfy requirements for deterministic workflow orchestration, allowing Claude to execute atomic steps in a loop with progress tracking.