executing-plans

Automating implementation plans requires batching work and enforcing checkpoints for review. This approach processes tasks in batches, verifies each batch, performs atomic commits with git notes, and reports results before proceeding to the next batch.

Batch execution with git commits prevents drift by enforcing structured review checkpoints between batches. It performs per-task atomic commits with contextual notes guided by the git-commit protocol, ensuring implementation stays aligned with the pre-defined plan.

Handling blockers during plan execution involves pausing the batch workflow and requesting user guidance before continuing. Progress reporting identifies blockers, stops execution at the current checkpoint, and waits for user input to resolve the issue.

Yes, executing tasks in checkpointed batches requires a pre-defined plan file. You load the plan file, review it for questions, and begin executing the first batch of tasks, applying this to collaborative development projects where tasks can be verified.

The best way to verify tasks and make atomic commits is through a checkpointed batch workflow. After processing a batch, you perform verifications, execute per-task atomic commits with contextual git notes, and report results before proceeding to the next batch.

Yes, batch execution applies to collaborative development projects with git notes. It processes tasks in batches, performs verifications after each batch, and executes atomic commits with contextual notes to maintain clear project history.