coding-loop-executor

Isolated execution uses dedicated git worktrees and temporary branches to ensure implementation work never touches your main feature branch directly. Verification-driven development orchestrates automated checks and manual checkpoints to guarantee code quality before handoff.

Automating verification loops for refactoring requires orchestrating staged implementation within isolated git worktrees. This approach enforces automated quality gates and manual checkpoints to guarantee code quality and architectural adherence before final review.

Yes, automating your coding workflow requires a valid planning folder containing overview.md and plan.yaml files. These inputs manage the branch lifecycle and sub-agent dispatch required to execute the approved staged implementation process.

Verification-driven development handles merge conflicts by resolving implementation issues within isolated git worktrees before the final review. This staged execution process ensures every change is verified and aligned with an approved plan.

Git worktrees enforce architectural constraints by applying strict adherence to approved plans during staged implementation. The executor uses these isolated environments to apply automated quality gates and sub-agent dispatch for complex software development tasks.

Avoid using an automated coding loop executor when lacking an approved plan folder with overview.md and plan.yaml files. It is designed for complex software development tasks requiring strict architectural constraints and automated quality gates, not simple code changes.