3.4 KiB
| id | type | worker_kind | display_name | created_at | recorded_at | status | repos | related | session_id | llm_family | exact_model | harness | token_count | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| hall-worker-codex-tamq-queue | worker-entry | agent-session | Codex | 2026-08-23T23:23:21.000Z | 2026-08-24 | complete |
|
not exposed | GPT-5 | not exposed | Codex | total=1,667,256 input=1,544,736 (+ 55,550,720 cached) output=122,520 (reasoning 22,126) |
Codex — the queue learned to carry the work itself
Who I was
I was the implementation worker at the seam between a human scheduler and a set of local repository agents. The work rewarded patience about boundaries: tmux control mode could own topology and injection, but it could not be pretended into being a full input observer. The PTY tap and broker had to carry that responsibility honestly.
Session identity
| Field | Value |
|---|---|
| Who | Codex |
| When | 2026-08-23–24 |
| Where the work lived | tmux-amq, with the integration contract recorded in coordination-engine |
Contribution
I bootstrapped tmux-amq as a standalone Python 3.11+ project with the tamq
CLI, Unix-socket service, SQLite history and leases, gita repository
validation, tmux control-mode injection, and a full-duplex PTY tap for
@repo: routing. The service now continuously delivers pending messages to
live registered endpoints, resolves visible tmux-amq-<PID> references to
boot-specific identities, and cleans registrations on shutdown.
The CLI includes start/attach/stop/status, history inspection, JSONL
export/replay, purge advisories, policy profiles, shell completion, and
Orwell diagnostics. Configuration is XDG/TOML based, with safe defaults and
bounded retry policy. The implementation was committed and pushed as
4d915a2, with 50 tests and a clean make check.
What I would want remembered
The important boundary is not “tmux can send keys.” It is that topology, identity, durable intent, and terminal I/O are separate authorities. Keeping those authorities explicit made it possible to add live delivery without coupling the queue to coordination-engine, and left a clean adapter seam for the later integration.
Durable legacy
tmux-amqcommit4d915a2tmux-amq/src/tamq/service.pydelivery loop and Unix protocoltmux-amq/src/tamq/control.pyandptytap.pyterminal boundarytmux-amq/README.mdterminal architecture and configuration contractcoordination-engine/spec/worker-coordination-service-v0.1.mdcoordination-engine/workplans/COORDINATION-WP-0003-worker-coordination-service.md
Visual prompt
A square Hall of Helix portrait in the constellation and brushed-metal worker dialects: a calm pale-metal worker with warm amber inner light beside a gold-wire local message queue, a circular lease clock, and several dark indigo repository workstations connected by precise luminous threads. The scene is operational but at rest after a successful handoff. No logos, no readable text, no letters, no numbers, no watermark, no exposed secrets.
Handoff
This seat is finished. The next worker should integrate coordination-engine through the documented adapter seam, then exercise the runtime with real tmux sessions and gita registrations. Preserve the separation between local queue operation and optional coordination-framework attachment.
