tmux-agent-lane-orchestrator

---
name: tmux-agent-lane-orchestrator
description: Monitor and coordinate one tmux agent lane, reconstruct worker state from panes and recent Codex logs, classify progress and blockers, and produce concise manager summaries. Use when multiple coding-agent workers run in tmux windows named L1, L2, and similar lane identifiers.
license: MIT
metadata:
  source: "https://github.com/vincentkoc/dotskills"
---

# tmux Agent Lane Orchestrator

## Purpose

Turn a tmux window of coding-agent workers into a visible, auditable lane with clear state and next actions.

## When to use

- Monitor or summarize a tmux worker lane.
- Reconstruct worker state after a manager cold start.
- Detect duplicated, idle, waiting, blocked, or risky work.
- Coordinate several coding-agent panes without mutating them blindly.

## Workflow

1. Establish lane scope.
   - Prefer an explicit lane number.
   - Otherwise infer it from a current tmux window named `L<number>`.
   - Do not inspect other lanes unless the operator expands scope.
2. Capture lane state.
   - `python3 scripts/lane_snapshot.py --lane <number>`
   - Add `--session <name>` outside the active tmux session.
   - If a descendant command does not contain its resumed thread ID, repeat
     `--thread L<number>.<pane>=<thread-id>` from separately verified evidence.
   - Add `--json` for machine-readable output.
   - Add `--cursor-file <path>` only when bounded incremental state is wanted;
     the helper writes no persistent state by default.
   - Records larger than the smaller of `--log-bytes` and `--total-log-bytes`
     are skipped through their next newline.
     The cursor reports `discarding_record` while skipping; later events resume.
3. Cross-check panes and logs.
   - Pane titles alone are weak evidence.
   - Resolve pane ID to shell PID, descendant Codex PID, exact thread ID, the
     state-database rollout path, and the newest turn.
   - Shared cwd and generic terms such as `CI`, `failed`, or `running` never
     establish ownership.
   - Missing or conflicting identity is `unknown`, never a restore target.
4. Classify each pane.
   - Use the newest exact turn and changing event/tool/token counters.
   - A completed turn after an earlier error is `completed`, not blocked.
   - Report bounded bytes read and truncation with the state.
   - Include the evidence and next action, not only the label.
5. Intervene conservatively.
   - Inspect before steering.
   - Avoid duplicate heavy checks.
   - Do not kill or mutate another pane without explicit scope.
   - Prefer reversible actions and targeted commands.
6. Summarize in manager style.
   - One line per pane: mission, state, evidence, blocker, next action.
   - Add one short manager judgment about where attention belongs.

Read `references/factory-model.md` when designing lane responsibilities or escalation policy.

## Inputs

- tmux session name.
- Lane number or `L<number>` window.
- Optional log keywords and capture depth.
- Optional exact pane/thread declarations and bounded cursor path.
- Optional operator-provided worker mission map.

## Outputs

- Current pane ID, shell PID, descendant agent PID, exact thread, and rollout snapshot.
- Per-pane state classification with evidence.
- Per-file and total log bytes read, cursor mode, and truncation status.
- Concise manager summary and safe next actions.

## Flow

```mermaid
stateDiagram-v2
    [*] --> ResolveOneLane
    ResolveOneLane --> CaptureAndMatchIdentity
    CaptureAndMatchIdentity --> ReportUnknown: missing or conflicting identity
    CaptureAndMatchIdentity --> ClassifyNewestTurn: identity matched
    ClassifyNewestTurn --> ReportLane: observation only
    ClassifyNewestTurn --> TargetedIntervention: exact scope authorized
    TargetedIntervention --> VerifyAndReport
    ReportUnknown --> [*]
    ReportLane --> [*]
    VerifyAndReport --> [*]
```

• SKILL.md 4 KB
• agents/openai.yaml 1 KB
• assets/icon.jpg 37 KB
• references/factory-model.md 3 KB
• scripts/lane_snapshot.py 25 KB
• scripts/lane_snapshot_test.py 18 KB