loop-executor

To automatically execute plan tasks and update plan.md, you need a deterministic execution loop that sequentially processes verified plans, writes code, marks tasks complete, and commits changes at checkpoints for traceable progress.

Deterministic plan execution is the automated end-to-end process of driving implementation by writing code, validating acceptance criteria, updating plan.md documentation, and committing changes for traceable task progression.

Automated code generation from a plan works with TDD workflows by integrating Test-Driven Development to validate business logic during implementation and applying safeguards for evaluation gaps before committing.

To maintain traceability during automatic code generation, the execution protocol marks tasks in plan.md, validates acceptance criteria, updates documentation after each task, and commits changes at designated checkpoints.

You can use a verified plan to drive automated code generation and version control commits. The executor sequentially processes tasks, writes code, and commits changes at checkpoints to ensure deterministic task progression.

When acceptance criteria are missing during automated plan execution, the system applies safeguards for evaluation gaps. Without validated criteria, the execution loop cannot fully verify generated business logic before committing.