dos-replan-loop

dos-replan-loop — the generic recurring planning sweep

The thin loop. It is mostly sequencing: run /dos-replan, run an optional auto-commit/release contract, increment a counter, schedule the next wakeup, and stop at the iteration cap. The one thing it must get right generically is the release guard — it reads the workspace's trunk from config, not a hardcoded branch name. (This repo's trunk is master, not main — exactly the kind of host fact the guard must read, not assume.)

Inputs

• --interval <seconds> (optional, default 600 — 10 minutes).
• --max-iterations <N> (optional, default 20).

Step 1 — First entry

Set the iteration counter to 1. Record the pre-existing dirty state of the tree (so the auto-commit guard can tell what this sweep changed). Invoke the /dos-replan Skill.

Step 2 — After /dos-replan finishes: the guarded release contract

If /dos-replan made garden-only writes, optionally commit + release them — but only behind the guard. The guard reads the trunk from config, not a literal:

dos doctor --workspace . --json

There is no trunk field in the doctor report today (it is a host fact); resolve it the generic way: git symbolic-ref --short refs/remotes/origin/HEAD (the remote's default branch). Fail closed: if that cannot be resolved (no origin/HEAD — common in fresh clones / CI checkouts), treat the trunk as UNKNOWN and skip the release entirely (record the sweep only). Do NOT fall back to "the current branch" — that would make the on-trunk check below trivially true on any branch and let an auto-commit proceed off-trunk. Then the guard fires only when ALL hold:

• the trunk is positively known (resolved above, not UNKNOWN), AND HEAD is on it (the resolved default branch — master here, main elsewhere; never hardcode either).
• the working-tree changes are docs/state-only (the replan queue + cooldown state, nothing in code).
• there is something to commit (a productive sweep).

If the guard passes, commit the garden writes with a generic subject and (if the host wants it) call /release. If any condition fails — including an UNKNOWN trunk — skip the release and just record the sweep — do not push code, do not commit off-trunk.

Increment the counter; if it is below --max-iterations, schedule the next wakeup --interval seconds out; else stop.

Step 3 — On wakeup re-entry

Parse the counter from the prior iteration, run /dos-replan, and re-run Step 2 again. Stop when the counter reaches --max-iterations.

The outer ratchet for this loop (docs/351)

This loop's "am I producing a witnessed net gain, or just spinning?" ratchet already exists as the kernel's REPLAN_STALLED stop (loop_decide / docs/258, #506): K consecutive UNPRODUCTIVE /dos-replan sweeps — replans that refilled or gardened nothing — stop the loop and surface, because a sweep that did costly nothing twice will not on a third identical pass. That IS the docs/351 outer ratchet for a planning loop: its net gain is gardening/refill (a different metric than the dispatch loop's reconcile-VERIFIED ship-count), so it does NOT fold under the improve keep-gate — REPLAN_STALLED is its shaped equivalent. Same doctrine across the loop roster: a loop that is running but not improving stops and hands the judgment back, rather than burning the cap (the dispatch loop names this not-ratcheting; this loop names it REPLAN_STALLED).

What this skill deliberately does NOT do (no silent gap)

• No hardcoded trunk. It resolves the default branch from git, so a master trunk and a main trunk are both handled — the SKP Phase 4 litmus.
• No host release ceremony. The generic loop commits garden writes and optionally calls /release; it does not build artifacts or run a host's bespoke promotion gate (those are host/dev tooling, outside this loop).

Worked example (live transcript)

One replan cycle. The loop re-runs dos verify over the portfolio each cadence, then lets dos gate decide DRAIN-vs-continue by exit code — the typed verdict, never the prose. Read the rung (source) and the code, not the headline.

$ dos doctor --workspace . --json | python -c "import sys,json;d=json.load(sys.stdin);print(d['paths']['plans_glob'])"
docs/**/*-plan.md

The WCR on-ramp: the portfolio is whatever matches plans_glob — host fact, read from config, not assumed.

$ dos verify --workspace . docs/82_liveness-oracle-plan liveness --json
{"phase":"liveness","plan":"docs/82_liveness-oracle-plan","rung":"direct","sha":"80d4f30","shipped":true,"source":"grep-subject","summary":"80d4f30 liveness: exclude the BIRTH acquire from the ADVANCING event count"}

SHIPPED via the grep-subject rung (exit 0) — a commit SUBJECT carrying the phase token flips it green; read the rung, not the bare verdict.

$ dos verify --workspace . docs/99_runtime-validation-and-the-actuation-boundary halt --json
{"phase":"halt","plan":"docs/99_runtime-validation-and-the-actuation-boundary","shipped":false,"source":"none"}

NOT_SHIPPED via the none rung (exit 1) — git ancestry has not stamped it; this phase is still in flight.

$ dos gate dispositions.json ; echo "exit=$?"
exit=3

dos gate returns the typed exit code: 3 = DRAIN (LIVE=0, DRAIN=3, STALE-STAMP=4, BLOCKED=5, RACE=6). Exit 3 means stop taking new work and let the in-flight phases settle this cycle — continue (LIVE=0) otherwise.

$ dos arbitrate --workspace . --lane src
{"auto_picked":true,"free_clusters":[],"lane":"benchmark","lane_kind":"cluster","outcome":"acquire","pick_count":null,"reason":"auto-picked free cluster lane benchmark (requested src was refused: lane src would edit the orchestrator's own running code … (SELF_MODIFY) …).","tree":["benchmark/**"]}

You asked for src; the arbiter handed back benchmark (exit 0, outcome:acquire) — the admission conjunction refused the hint (here SELF_MODIFY; a lane contended by a live lease redirects the same way) and the kernel named the real reason rather than double-book or false-narrate. A free, admissible lane you name is granted directly.

Anti-patterns

• ❌ Assuming the trunk is main — resolve it; this repo's is master.
• ❌ Committing off-trunk or committing code changes — the guard is docs/state + on-trunk only.
• ❌ Looping unbounded — the iteration cap is the stop; honor it.