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Automation
Skill

/self-upgrade

Safely upgrade this Sutando checkout to the latest upstream code **without bricking the running core session** — the "success path" distilled from a real 2026-07-20 upgrade that would otherwise hang (and did, the first time).

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sutando
36557 skills7 hooks
Install
$ npx -y skills add sonichi/sutando --skill self-upgrade --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/self-upgrade

Context preview

The summary Claude sees to decide when to auto-load this skill.

Safely upgrade this Sutando checkout to the latest upstream code **without bricking the running core session** — the "success path" distilled from a real 2026-07-20 upgrade that would otherwise hang (and did, the first time).

SKILL.md

self-upgrade.SKILL.md

Self-upgrade

Safely upgrade this Sutando checkout to the latest upstream code **without bricking the running core session** — the "success path" distilled from a real 2026-07-20 upgrade that would otherwise hang (and did, the first time).

**Usage**: `/self-upgrade`

Why this skill exists

A naive "pull + restart" self-upgrade gets **stuck**, because:

1. `src/restart.sh` ends with `exec bash src/startup.sh`. 2. `src/startup.sh` runs **foreground** work and **foreground-parents the credential-proxy** (a `tsx` process that never exits). The open-source core is headless: the optional Swift helpers (`ax-read`, `Sutando.app`) are built separately by the app packaging/setup workflow, not by core startup. 3. So running `restart.sh` **inline** from the core session never returns — the Bash call hangs forever, the task never gets a result, and from the owner's side you've "gone stuck."

The fix is simple once you know it: **hand the restart to the same durable tmux server that owns the core**. A plain `nohup … &` is not enough: the supported Codex executor tears down that process tree when the tool call ends. A detached tmux service pane survives that boundary, remains the parent of restarted services, and lets startup recreate the managed task notifier.

On activation

Step 1 — Pull + durable restart handoff (mechanical)

Run the helper. It aborts safely on a dirty tree or a non-fast-forward, pulls `--ff-only`, and launches `src/restart.sh` in the persistent **`sutando-services` tmux session**:

bash skills/self-upgrade/scripts/upgrade.sh          # origin/main
# bash skills/self-upgrade/scripts/upgrade.sh --no-restart   # pull only

Exit `0` = upgraded (or already latest); exit `2` = aborted (dirty tree / not a fast-forward) — surface the reason and stop.

If the diff touched `package*.json` / `tsconfig` / `*.swift` / `requirements` (the script prints this), a rebuild may be needed. For `*.swift`, rebuild the optional menu-bar app and `ax-read` through the app setup workflow; core `startup.sh` intentionally does not build them. For npm deps run `npm ci` before relying on the TS services.

Step 2 — Verify + report

python3 src/health-check.py

Expect **"All systems operational."** Confirm the core survived (the restart log contains `sutando-core already running` — `restart.sh` never touches the core CLI), the managed `sutando-core-watcher` tmux session exists, and bridges came back on **new PIDs**. `telegram-bridge` / `slack-bridge` warnings are fine if they were already optional/unconfigured.

For live-path evidence, submit one task through `POST /task`, write its result, and confirm `GET /result/<id>` returns that exact body after the restart.

Report to the owner: old → new commit, how many commits, whether a rebuild was needed, and that the core stayed up.

Guardrails (learned the hard way)

  • **Never run `restart.sh` / `startup.sh` inline** from the core session, and

do not rely on plain `nohup … &`. Inline = stuck; an executor may reap the nohup child. Use the helper's durable tmux handoff.

  • **Do NOT hand-kill an active `sutando-services` session** to "tidy up."

It deliberately parks after startup completes so background bridges keep their durable parent. The helper marks the session `done` and only replaces that completed session when a later upgrade actually needs another restart.

  • **Verify a process is actually yours before killing anything.** `pgrep -f

watch-tasks-stream` also matches *other* installs (e.g. a `/tmp/…` checkout); match the full repo path, not a bare pattern.

  • **Clean tree first.** The helper aborts on uncommitted changes rather than

clobber them; commit or stash before upgrading.

Iteration log

  • v0.2.0 — 2026-07-23 — replace plain `nohup` with a durable

`sutando-services` tmux handoff that outlives task executors and keeps the bridge parent alive after startup; completion markers are isolated per tmux socket.

  • v0.1.0 — 2026-07-20 — initial. Distilled from a live self-upgrade (8 commits

behind → 0) where the naive inline restart hung on startup.sh's foreground Swift build + credential-proxy hold.

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