limit-safe-stop

You can safely stop coding tasks by triggering a guarded halt that updates the active ExecPlan, documents a handoff, and records uncommitted changes. This durable checkpoint preserves progress and captures the exact next command for seamless resumption.

The best way to checkpoint work when context limits are long is to execute a safe-stop. This mechanism updates your active ExecPlan and documents a handoff state, ensuring no progress is lost when the session context reaches its maximum capacity.

To prepare a clean handoff when tool calls are failing, run a safe-stop to halt the workflow. It records uncommitted changes and captures the exact next command required, allowing a fresh session to resume the task without repeating failed operations.

No, this safe-stop workflow does not require any specific dependencies or external components. It operates independently to enforce guardrails by directly updating the active ExecPlan and documenting the handoff state within your current environment.

You should avoid using an automated interruption checkpoint if your work requires continuous execution without halts. The safe-stop mechanism is designed to pause tasks when safeguards trigger, which may disrupt workflows that cannot tolerate a guarded stop.