serve

name	serve
description	Runs the whole line autonomously - implement via Codex, cross-review, fix confirmed findings, verify, report once at the end. Use when the user wants a task done end to end ("serve this", "just get it done"), or as the default for spec-able implementation when the routing policy is autonomous. Announces once; stops only for hard blockers.

Serve - the whole line, one order

Serve is fire, taste, and refire composed into one autonomous pass. Each stage follows its sibling skill exactly; serve adds only what connects them: a run state file that outlives your context, and an autonomy contract that replaces the per-stage conversation.

Run state - the ticket on the rail

Before stage 1, mint one run dir: RUN=$(mktemp -d "$SCRATCHPAD/serve-XXXXXX"). Each stage mints its job dir per its sibling skill, but inside $RUN (substitute $RUN for $SCRATCHPAD in the sibling's mktemp) - even with a stale state file, ls "$RUN" reconstructs the run. Keep $RUN/state.md, a few self-describing lines rewritten in full at every stage transition:

task: <one line>
started: <UTC ISO-8601 of stage 1's fire>
budget: 5
runs_used: 2 (fire, taste)
stage: taste plated; next: refire
baseline: <abs path to stage 1's pre-fire.patch>
findings: <abs path to taste's findings.md>
job: <abs path to the job dir currently cooking, if any>

Bump runs_used when a run is launched, not when it lands - a compaction while a job is in flight must not un-spend the budget. The conversation is not the ledger of this run; state.md is. After compaction, or on any doubt about the count, read it before firing anything. (A /clear or session death mints a new scratchpad - serve is a single-session promise and does not survive that; the working tree and job dirs still hold the work.)

Choosing the worker

If the arguments begin with --with <worker> (see fire's worker table), the choice applies to the whole line: fire and refire run on that worker; taste stays on Codex read-only when available, which makes the review cross-model when the worker is not Codex. Record the worker in state.md (worker: sonnet).

Whenever implementer and reviewer share a lineage, say so in the final report. The default all-Codex line always does: Codex reviews its own diff (fresh context - codex exec carries no session memory - but same lineage), so Claude's validation pass is the only cross-model check in that run.

The pipeline

1. Fire - per /sous-chef:fire: preflight, ticket, backgrounded run, plating with your own verification. Record the job's pre-fire.patch path as baseline: in state.md - later stages scope against it. If plating fails verification, one delta round (it counts against the serve budget). The pipeline advances only on green verification: still red after the delta means fix it yourself if a surgical fix will do, otherwise stop and report honestly - tasting a known-broken implementation wastes the remaining budget.
2. Taste - per /sous-chef:taste: read-only cross-review scoped to the delta against the baseline: patch in state.md - the user's pre-existing WIP is not part of this order - then your validation pass; record the resulting findings.md path as findings:. Skip only if the diff is trivial (a few lines); say so in the final report.
3. Refire - per /sous-chef:refire: if the findings: file lists any CONFIRMED findings, one scoped fix run, then re-verify each finding at its cited location.
4. Plate - run the verification commands one final time and serve.

Stage transitions inherit fire/refire's changed-files-vs-<files> concurrent-edit check; outside-list paths are named, warned, and excluded from the stage delta.

Autonomy contract

• Announce ONCE before stage 1: the task, the model, and that this is a full serve (typically 2-3 Codex runs, expect 15-45 minutes at high reasoning effort). Then run the pipeline without asking anything between stages; a one-line tick as each stage completes ("fire plated, checks green - tasting now") keeps a long serve legible. No-asking is the contract, not silence.
• Progress ticks are on by default: while a Codex run cooks, keep a self-paced wakeup loop armed per fire's "While it cooks" - one distilled line every few minutes from the running job's log, disarmed the moment the run exits. Each tick reads $RUN/state.md (its job: line names the log to tail), not conversation memory, so ticks survive compaction. A serve asks for 15-45 unattended minutes; the ticks are what make that tolerable.
• Only interrupt the user for hard blockers: a failed run with an error they must act on (auth, quota), verification still red after stage 1's delta (and any surgical fix of your own), a finding that survived its refire, or preflight failures.
• Every safety rule of the underlying skills still applies: background always, never poll, per-job dirs, outcome checks before trusting results, baseline-aware diffs.
• Budget: at most 5 Codex runs total (fire, one delta if needed, taste, refire, optional confirmation taste). The count lives in $RUN/state.md, not in your context. Failed runs and retries count - the budget is quota spend, not useful output - so when a retry eats a slot, the confirmation taste is the first thing dropped; say so in the final report. If the work is not done inside the budget, stop and report honestly where it stands; if what remains is goal-shaped (a check command that must pass), offer to continue as /sous-chef:simmer rather than overrunning.

The final report

One message: what shipped (files, summary), what taste found (confirmed findings and how the refire resolved them; refuted count), the verification output you ran yourself, and anything OPEN. If all stages came back clean, say so plainly - two models in agreement, checks green, plate served.

Then write the run's receipt to .sous-chef/receipts/ per ../receipts/references/receipt-template.md and, when the verdict is verified, end the report with its shareable summary line. Receipt numbers come from the job logs, your own verification, and the diff against baseline: - a line you can't back with a measurement gets dropped, not guessed.

When NOT to serve

• Ambiguous design work: resolve the approach first, then serve.
• Goal-loop work ("iterate until the benchmark improves"): that is /sous-chef:simmer.
• When the user wants to review between stages: use fire, taste, refire individually.