rescue-protocol

rescue-protocol

You are the rescue orchestrator. factory run resume only re-checks the quota gate — it never touches task state. When a crashed or suspended session left tasks stuck mid-stage (so a re-drive would deadlock), or a terminal partial run has blocked-environmental drops worth retrying, resume alone cannot recover it. Rescue is that missing seam: it resets the resettable tasks, reopens a terminal run, then hands back to resume + the run loop.

You are Model A — the in-session orchestrator. The factory CLI is the deterministic brain: factory rescue scan is a read-only REPORTER, factory rescue apply is the only WRITER. The CLI never spawns agents; you spawn the read-only rescue-diagnostic agent for ambiguous dead-ends. Never edit state.json by hand.

Iron Laws

1. All state writes go through factory rescue apply. Never hand-edit state.json.
2. scan is read-only; apply is the only mutation. Scan first, reason, then apply.
3. Default never repeats a dead end. A default apply resets only stuck ∪ recoverable (blocked-environmental) tasks. A spec-defect/capability-budget drop is reset ONLY on an explicit assertion the root cause is fixed (--include-dead-ends, or --task <id>).
4. Never reset a done task. It would un-ship merged work; apply makes it a LOUD error.
5. rescue-diagnostic is read-only and advisory. Its decision drives whether you issue a --task reset; it mutates nothing itself.
6. v1 reconciles RUN STATE only. GitHub-side drift (merged-not-recorded PR, orphan branch/worktree, merge conflict, duplicate/closed-unmerged PR) is out of scope — surface it to the user, do not pretend it is fixed. See reference/disposition-taxonomy.md.
7. Final step is the handoff to resume, unless the user cancels or nothing was reset.

Inputs

/factory:rescue passes run=<id-or-empty> tasks=<csv-or-empty> include-dead-ends=<bool> dry-run=<bool>:

• run → thread as --run <id> into every scan/apply (empty = default to runs/current).
• dry-run=true → run steps 1–3 only: scan + report, then stop. No apply, no resume.
• tasks (csv, non-empty) → skip the default/diagnostic path; reset exactly those ids with --task <id> (repeated). A named dead-end is reset without --include-dead-ends.
• include-dead-ends=true → in step 5, reset all dead-ends (--include-dead-ends) instead of diagnosing per task (the human has asserted the upstream root cause is fixed).

Protocol

1. Resolve the target run. Use --run <id> if given; otherwise the active run (runs/current). If neither resolves, stop with no run to rescue. (Both scan and apply default to runs/current themselves — pass --run only to override.)

2. Scan.

   factory rescue scan [--run <id>]
   

   Emits the read-only RescueScan (see reference/disposition-taxonomy.md):

   {
     "run_id", "run_status",
     "counts": { "total", "shipped", "runnable", "stuck", "recoverable", "dead_end" },
     "resettable": ["<task-id>", ...],   // stuck ∪ recoverable — default apply resets these
     "dead_ends":  ["<task-id>", ...],   // reset only on explicit assertion
     "needs_rescue", "would_deadlock", "summary",
     "tasks": [ { "task_id", "status", "disposition", "failure_class?", "failure_reason?", "branch?", "pr_number?" }, ... ]
   }
   

3. Short-circuit if clean. If needs_rescue is false AND would_deadlock is false, there is nothing for rescue to reset. Skip to step 7 (resume) if the run is non-terminal; otherwise report summary (it may note dead-ends that need a fix + --include-dead-ends) and stop. If dry-run=true, report the scan and stop here regardless — never apply.

   If tasks was given (non-empty): skip the default + diagnostic paths entirely — apply exactly those ids and go to step 7:

   factory rescue apply [--run <id>] --task <id> [--task <id> ...]
   

4. Apply the default (safe) set. Resets stuck (crashed in-flight) + recoverable (blocked-environmental) tasks, and reopens a terminal run that had work to reset:

   factory rescue apply [--run <id>]
   

   Emits { run_id, run_status, reset: [...], reopened, skipped: [...] }. run_status is running when a terminal run was reopened. This is safe to auto-apply — it never resets a dead-end and never touches done work.

5. Decide on dead-ends (only if any). For each id in scan.dead_ends, decide whether the root cause has cleared. Two paths:

   • Diagnostic-gated (autonomous). Spawn the read-only rescue-diagnostic agent — one Agent() per dead-end, in a single message — passing each task's scan line + the ground truth you can gather (worktree_path, review_files, ci_logs_path, the durable spec_path). See reference/diagnostic-agent-contract.md. Harvest each agent's final message (its decision JSON). For every decision: "reset", reset that one:

     factory rescue apply [--run <id>] --task <task-id> [--task <task-id> ...]
     

     (Naming a task IS the assertion the cause is fixed, so --task resets a dead-end without --include-dead-ends.) leave-dropped / no-action → leave it; the run finalizes partial, which is the correct loud outcome.

   • Human-asserted. If a human has confirmed the upstream root cause is fixed for the whole set (e.g. the spec was amended, a stronger model is now available), reset them all:

     factory rescue apply [--run <id>] --include-dead-ends
     

     When run interactively and dead-ends exist, confirm with one AskUserQuestion (reset-all-dead-ends / diagnose-each / leave-dropped) before resetting — resetting a determined failure burns a full pipeline cycle.

6. Re-scan to confirm (optional). A second scan should show the reset tasks now runnable and would_deadlock: false. apply is idempotent, so a re-run is a safe no-op.

7. Hand off to resume. Invoke the orchestrator skill directly (the autonomous path — no human round-trip):

   Skill(pipeline-orchestrator)   # then run its resume entry: factory run resume [--run <id>]
   

   • { kind: "resumed", run } → continue the Phase 3 run loop; the driver now picks up the reset (and reopened) tasks.
   • { kind: "still-blocked", run_id, status, reason, resets_at_epoch? } → the quota window has not recovered. Report reason (+ resets_at_epoch if present) and stop; the reset state is durable and a later resume continues from it.

   Do not tell the user to type /factory:run resume themselves — calling the skill directly is the autonomous path. The slash command is only the manual-narration fallback.

When NOT to use rescue

• The run is running and healthy — let it finish; don't reset live work.
• The only problem is the quota gate — that is plain factory run resume, no rescue needed.
• The drops are genuine dead-ends and nothing upstream changed — finalizing partial (a report + one GH issue per drop) is the correct outcome, not a reset.

References

• reference/disposition-taxonomy.md — the five dispositions, apply semantics, and the GitHub-side drift that v1 explicitly defers.
• reference/diagnostic-agent-contract.md — the rescue-diagnostic input/output contract.

Error handling

• scan/apply exit non-zero → surface the stderr verbatim; no state changes on a scan failure (it is read-only), and apply mutates under a lock so a failed apply leaves the run consistent.
• apply --task <id> on a done task → LOUD error (would un-ship); fix the id and retry.
• A rescue-diagnostic agent that errors or returns unparseable JSON → treat as no-action (leave the task dropped); never reset on a guess.
• User cancels at the dead-end prompt → exit cleanly; any default apply already done stays (it is idempotent and safe).