executing-plans

Multi-step plan execution processes batch updates in order, running verification commands after each step to confirm success before advancing. If verification fails, the system halts and automatically reverts to the last known-good checkpoint or prompts for human-directed resolution.

Checkpoint-based progress tracking pauses execution at configurable intervals during plan execution, requiring human confirmation before proceeding. This controlled pause mechanism ensures safe validation gates are met during ordered change workflows like deployments or migrations.

Automated rollback captures the pre-change state before each step executes. When a verification command fails, the system reverts to the previously captured checkpoint state and presents retry or modification options to the human operator.

Batch processing executes approved plan steps sequentially with verification gates applied per step. This approach suits codebase refactors, deployments, and migrations where step-specific validation must pass before advancing to the next operation.

When step verification fails, plan execution halts immediately. The system leverages captured pre-change state to perform automated rollback to the last known-good checkpoint or presents resolution options for human direction before retrying.

Checkpointing is needed when executing multi-file refactors or migrations that require gated validation before advancing. It captures pre-change state per step and enforces human oversight at configurable intervals to prevent unchecked destructive operations.