executing-plans

To execute a software implementation plan with batch processing, you break work into manageable chunks and pause for explicit review checkpoints at batch boundaries. This prevents scope creep and ensures traceable progress between milestones.

Git worktrees keep each batch of your development workflow in an isolated environment. This workspace strategy prevents conflicts between concurrent tasks and maintains a clean state for verifying tests before proceeding.

During structured plan execution, stopping rules require you to halt work immediately upon encountering blockers or ambiguity. You must ask for clarification and verify outcomes before moving to the next batch.

To finish a development branch after batch execution, you run a finalization workflow that verifies tests and presents options. This ensures the isolated workspace changes are fully validated before integration.

The best way to coordinate team delivery of software changes in structured sessions is using batch-driven execution. This approach enforces isolated workspaces via git worktrees and requires explicit stops for blockers and clarification.