Keel ship

keel-ship

Use this skill when the user asks to run the keel command ship (e.g. keel ship ..., ship <args>, or /keel:ship). It reads every project value from .keel/project.yaml via the keel CLI.

/keel:ship

Command step evidence

Every numbered step in this command is contractual. Complete the step, record the evidence it asks for, or explicitly mark it N/A — <reason> before moving on. If a step has an external side effect such as a GitHub comment, issue, review, report, branch, or PR, the side effect must be posted or written through the selected transport and cited in the final summary. Never silently skip a step because the runtime, agent, or prompt feels obvious.

Project-neutral flagship workflow. Every project value comes from .keel/project.yaml via the keel CLI — never hardcode a branch, command, glob, agent, timezone, window, allowlist, or workflow name here. Reference knobs by name: base_branch, build_gate_cmd, lint_cmd, implementer_agents, delegate_profiles, tier3_globs, ci_workflows, docs_gate_paths, merge_window, merge_window_mode, timezone. Anything truly app-specific stays in the project (config knobs, or a .keel/extensions/ Lego), never inlined here.

All committed/published artifacts (commits, branch names, PR/issue titles + bodies, comments, queue files) follow the project's language policy. Free-form chat with the user may stay in any language.

Live progress — stamp this run (required)

So this run shows live on keel-visual's board — exactly like every other keel command — record it with keel activity as you go. Ship's phases are the backbone: s0 → s1 → s2 → s3 → s4 → s5 → s6 → s7 → s8 → s9 → s10 → s11 → s12 (config → select → branch → guard → implement → classify → ci → review → test → fixloop → merge → capture → close). Use the same --run-id you pass to keel ship / keel checkpoint (e.g. ship-<issue-or-pr>) so the board treats them as one run:

• Right now, before Step 0 below, stamp the first phase: keel activity .keel/project.yaml --root . --write --command ship --run-id "$RUN_ID" --phase s0
• Re-run with the next --phase (s1, s2, …) as you advance through the backbone, adding --issue <N> once the issue is selected (s1) and --pull-request <PR> once the PR exists (s2+) so the board can pair this with the checkpoint/ledger records and never double-list the same run.
• At the end (after close): keel activity .keel/project.yaml --root . --run-id "$RUN_ID" --done

This is in addition to the rich keel checkpoint / ledger records the steps below write; the board de-duplicates the two and prefers the checkpoint's detail. Treat it like any other contractual step — do not skip it. The one allowed exception is a core too old to ship keel activity (keel < 1.6.0): then skip it silently and never block the command.

Artifact hygiene — never scribble in the consumer's checkout (required)

The consumer's repo root is theirs, not your scratchpad. Do not write transient files to it. Any staging file you need — a PR diff (gh pr diff > …), an issue/body dump, draft review or closure prose, a plan.json/ship.json capture, a one-off patch or script — goes in the keel-owned scratch directory, which is gitignored so it never pollutes git status or Finder:

SCRATCH="$(keel scratch-dir --root .)"   # = .keel/scratch (created + gitignored on first call)
gh pr diff "$PR" > "$SCRATCH/pr-$PR.diff"

Rules: (1) prefer piping/here-strings over temp files at all; (2) when a file is unavoidable, write it under $SCRATCH (or a true OS temp dir), never the repo root; (3) honour an explicit operator --output/--debug path verbatim when one is given. keel's own runtime state (.keel/state/, .keel/activity/, locks) is auto-written under .keel/ and the .keel/.gitignore is scaffolded for you — leave it tracked. If you find yourself about to create pr_<n>_review.md, pr<n>.diff, issue.md, plan.json, or similar at the root — stop and redirect it into $SCRATCH.

Reclaim at end of run (required). Taking out the trash is also our job: after s12 (or on any early exit), run keel gc .keel/project.yaml --root . to empty .keel/scratch and prune old .keel/activity records so they do not accumulate. It is fail-soft (a cleanup error degrades to a no-op, never blocks the run) and never touches the durable run ledger, checkpoint, or locks. Tune retention with --keep-activity <N>; preview with --dry-run.

Step 0 (s0) — orient (deterministic, via the CLI)

keel validate .keel/project.yaml --root .     # config + extensions must be valid
keel plan     .keel/project.yaml --root .     # the backbone + this project's gates/Lego
keel plan     .keel/project.yaml --root . --command ship --live --json \
              --run-id "$RUN_ID" --issue <N>  # ALSO stamps the activity board (run shows live)
keel window   .keel/project.yaml              # is the merge window open right now?

Passing --run-id/--issue to this Step 0 plan makes core write the activity record itself, so the run appears on keel-visual's board the moment it plans — you do not depend on the per-phase keel activity calls below for the run to show up (they still advance it). Use the same $RUN_ID as the rest of the run (ship-<issue-or-pr>).

The live plan is the operator-consent preflight. Before s1 and before any branch, worktree, GitHub write, delegation, secret, release, or production-adjacent access, parse contract.operator_consent; if requires_operator_consent is true, STOP and ask the operator to rerun with the required --approve-scope values. Do not infer secret or credential approval from project knowledge. Store operator_consent.delegated_agent_scope for every later delegated-agent brief.

keel validate/plan resolve base_branch, the knob commands (build_gate_cmd, lint_cmd), implementer_agents, delegate_profiles, tier3_globs, ci_workflows, docs_gate_paths, and the tester / pre-merge / reviewers / capture extensions. keel window evaluates merge_window in the project timezone and reports merge_window_mode (pause = halt outside the window; freeze = defer to the morning queue). The merge resource claim is acquired and released by keel merge at the merge step (s10) only.

After s1 selects an issue, rerun the live preflight with the selected issue title/body/labels:

keel plan .keel/project.yaml --root . --command ship --live --json \
  --target "issue #<N>" \
  --issue-title "$ISSUE_TITLE" \
  --issue-body "$ISSUE_BODY" \
  --issue-label "$ISSUE_LABELS"

Parse contract.issue_intake before s2. If status is needs-input, post or ask the generated questions and STOP that issue before branch/worktree/code mutation. If status is blocked or out-of-scope, append or preserve the structured run-ledger record, skip mutation, and move to the next selected issue when watch/work-block policy allows. Only ready may proceed to s2. This is the same readiness discipline expected from a human teammate: clarify the ticket before starting work and keep the clarification trail in the run ledger.

Run ledger. Read contract.run_ledger from keel plan --json or the result.run_ledger block from keel ship --json. Do not infer ship outcomes by parsing free-form PR or issue comments. For live runs, append exactly one structured record with keel ship .keel/project.yaml --root . --live --append-ledger --run-id <id> --issue <N> --pull-request <PR> --capture-status <applied|deferred|skipped[:reason]> --capture-reason <reason> --implementer <agent> --reviewer-agent <agent> --tester <agent> --host-agent <HOST_AGENT> --transport <gh|mcp> --profile <standard|compound> --approve-scope <scopes> --operator <operator> --json after the ship assessment and capture status are known. Pass the s0 preflight run context through: --host-agent (the resolved HOST_AGENT) and --transport (the detected gh|mcp transport from s0); --profile, the jury mode, and the consent summary are already available from the run and are stamped onto the ship_run record so the s11 closure comment renders a durable Run context block. --transport defaults to the transport keel resolved for the run when omitted. A missing --host-agent emits a warning on live append; pass --strict-run-context when the run should fail instead of producing a degraded closure audit trail. If the configured ledger path is missing, treat it as empty history; if a ledger record is malformed, stop capture/reporting and ask for operator help instead of silently falling back to comment scraping.

Checkpoint / resume. Read contract.checkpoint from keel plan --json before live work. At the start of a run, call keel resume .keel/project.yaml --root . --json and inspect resume_plan. If it returns no-checkpoint, start normally. If it returns ambiguous, stop and reconcile the PR/worktree state it names before doing any mutation. If it reports a merged PR, resume at capture or closeout; never repeat the merge.

During live ship runs, write a checkpoint after each safe step boundary and before moving to the next step:

keel checkpoint .keel/project.yaml --root . --write \
  --run-id "$RUN_ID" --checkpoint-command ship --step s6 \
  --target "issue #<N>" --issue-queue <N> --active-issue <N> \
  --branch "$BRANCH" --worktree "$WORKTREE" --pull-request "$PR" \
  --head-sha "$HEAD_SHA" --last-check ci

Update the arguments to match the actual boundary: completed steps, last gate/review/check, merge state, capture state, close state, and stop reason. The checkpoint is the active resume point, not run history. Do not delete or overwrite project extensions while writing or resuming from it.

When checkpointing is configured (policy_pack.reports.checkpoint), keel merge enforces a checkpoint gate at s10 (audit GAP-13): write a checkpoint for the run at --step s10 before calling keel merge, or the merge is refused with no current checkpoint for run <id> at step s10. Projects without checkpoint config are unaffected (the gate is advisory). The audited escape is keel merge --no-checkpoint-gate with a named --operator.

GitHub transport. Prefer the gh CLI when present (richer JSON, --watch); detect once at session start (command -v gh) and, when absent, fall back to an equivalent GitHub MCP/API transport for the same operations (issue read/list/comment/close/label, PR read/create/ready/merge/branch-update, check-runs, review writes). Translate field semantics consistently (e.g. mergeable-state behind/dirty, draft flag, base ref) and poll-with-delay where no native --watch exists. The orchestrator passes the resolved transport mode to the implementer so it uses the same one (push via git push first, fall back to an API push on an HTTP 403). Raw failed-CI-log access may be unavailable on the fallback transport — there the fixer gets the check name + details URL and reproduces locally; if it cannot, mark blocked and quote the details URL. State the detected transport mode in your first user-facing line, and record it (alongside the resolved host agent) for the s11 closure comment: carry the transport (gh|mcp) and HOST_AGENT forward so the --append-ledger call at s11 stamps them onto the ship_run record as durable PR evidence (see s11). Evidence verification flags a closure Run context where every field degraded as run-context-empty; do not treat an all-unknown Run context as acceptable capture.

Argument parsing

• Bare positive integers ⇒ explicit issue number(s). Reject zero/negative.
• --compound / --profile <standard|compound> — select the workflow profile. Default standard; --compound is an alias for --profile compound. The compound profile swaps the s4/s7/s9/s11 steps to compound behavior (see the Compound profile section) without forking the backbone. Composes with every other flag (e.g. --compound --jury).
• --delegate <claude|codex|agy|ollama:MODEL|anthropic-api:MODEL|openai-api:MODEL|google-api:MODEL|PROFILE> — the implementer. Per-run override of any issue role/delegate label. ollama: and the *-api: values require a non-empty model. The *-api: values are the hosted-API delegates (no agent CLI needed — just ANTHROPIC_API_KEY/OPENAI_API_KEY/GEMINI_API_KEY in the environment; see s4). PROFILE is the name of a knobs.delegate_profiles entry — a generic CLI vendor configured in .keel/project.yaml (e.g. --delegate cursor; see s4). Built-in vendor names always win over a profile name. Default: the host agent (the CLI driving this run).
• --review-delegate <…> — the reviewer vendor (same value set, profile names included). Default: host agent.
• --review-comments <inline|summary> — how reviewer findings post (s7). Default inline.
• --reviewers <1|2|3> — override the tier-derived reviewer count. Default: auto (from tier).
• --jury / --no-jury / --jury-advisory — control the cross-vendor jury gate (s8). Precedence --no-jury > --jury > tier-3 auto > off. --jury-advisory = report-only.
• --hotfix — audited merge-window bypass (s10). Use sparingly.
• --dry-run — read-only rehearsal (see --dry-run section).
• --wizard — interactive opt-in only; runs the guided pre-s1 config collector (see --wizard section). In any non-interactive context it degrades to a logged no-op.

Reject unknown --flags, out-of-range --reviewers, an empty ollama:/*-api: model, a --delegate/--review-delegate value that is neither a built-in vendor nor a configured knobs.delegate_profiles name, a flag missing its value, or a negative/zero positional. A flag and its value must appear together; positionals are everything not consumed by a flag. Repeated single-value flags (e.g. --reviewers 2 --reviewers 3) are user error. With no issue numbers, run in watch mode: take the top of the backlog (s1). Resolve HOST_AGENT from the runtime (the CLI executing this command: claude / codex / agy) — it is the default implementer and reviewer; a delegate label or an explicit --delegate/--review-delegate overrides it. State the detected window state and host agent in your first user-facing line.

Backbone (do not reorder; the step IDs are fixed)

s1 select

Take the issue(s) from args, or the top of the backlog (highest priority first, then ascending issue number; cap the watch-mode batch and let the next run pick up the rest). Validate each issue (skip/warn on closed ones); on a gh rate-limit/auth/network error, log partial state and stop. Snapshot the queue once — do not re-poll mid-session. If the queue is empty, log a one-line summary and exit.

For every selected issue, read title, body, and labels through the selected GitHub transport and feed them into the issue intake preflight described in s0. In work-block/watch mode, non-ready issues are skipped with their readiness reason and concrete questions recorded, then the run continues with the next ready issue if one exists.

More than one issue selected? Make the whole batch visible up front (deterministic). Ship processes issues one branch/worktree at a time, so an issue not yet reached would be invisible on the keel-visual board until its turn. The moment the queue is snapshotted — before s2 for the first item — stamp every selected issue's s0 so the whole batch appears at once:

keel activity .keel/project.yaml --root . --write \
  --command ship --run-id "ship-$N" --phase s0 --issue "$N"

Use the canonical ship-<N> run id (the same one you carry through this run's per-phase stamps) so each issue's later advances update the same row. This is the deterministic dispatch stamp; do not leave board presence to whether a later per-phase call happens to run. Same fail-soft exception as the run-stamp above (skip silently on keel < 1.6.0).

s2 branch

Cut a work branch off base_branch. A git worktree per issue is the isolation contract: never mutate the user's primary checkout. Create it under a gitignored, repo-nested path (e.g. worktrees/issue-<N>); the worktree path is returned in the JSON contract and hard-validated at s10 (must be nested under the repo root, never the repo root or filesystem root). Every edit/build/push happens inside the worktree. Once the PR exists, keel verify-branch <project.yaml> --pr <N> enforces this contract: the head must be cut from an up-to-date origin/base_branch (else stale) and the work must live in a nested linked worktree, not the primary checkout (else contaminated). --allow-stale-base is the recorded operator escape for an intentionally stale base.

s3 guard

Refuse if the working tree is dirty or the branch already has an open PR. Blocker auto-detection is deterministic and core-owned — run keel guard .keel/project.yaml --issue <N> (or --issue-title/--issue-labels offline). It evaluates the issue against the configured blocker ruleset (policy_pack.blocker_rules, or built-in defaults) and returns the matched rule id(s): word-boundary, case-insensitive title regexes (\bhotfix\b, \bsecurity\b, \bblocker\b) and blocker/hotfix/security labels. A non-empty match promotes the issue to a window-bypassing blocker — and the matched rule id is what s10 requires as justification for --hotfix (see s10). Do not hand-wave a blocker: if keel guard returns no match, the issue is not a blocker. Run make plugin after editing this contract so the rendered adapters stay in sync.

Additional live signals the agent may still weigh (not part of the deterministic ruleset): an alert/escalation label, or base_branch currently red on a gating ci_workflow whose paths this PR touches. When the branch-scoped red-base_branch signal is unavailable on the fallback transport, treat that rule as no-fire and log it.

s4 implement (agent)

Resolve the implementer: implementer_agents by the issue's role label, overridden by --delegate, defaulting to HOST_AGENT. Precedence: --delegate flag > issue delegate:* label > HOST_AGENT. Dispatch:

• Host / Claude-class subagent — pick the role agent from implementer_agents by the issue's labels/paths; run the standard implement brief.
• Delegated CLI implementer (codex exec, agy --print, an Ollama model) — write the prompt to a temp file and pipe via stdin (positional-arg passing hangs some CLIs); run in the project root with the vendor's network-enabled mode so it can reach the GitHub API (sandbox-blocking flags break PR creation). Pass any per-issue model override from a delegate-model:<name> label. A bare local model (Ollama) cannot run tools — there the orchestrator does every git/PR step itself and delegates only code generation (generate a unified diff against a size-limited slice of the in-scope files, apply it, run gates, then commit/push/open the PR); retry up to 2 times on a bad/unapplicable diff, then fall back. Local-model implementers are refused on tier-3 (high-risk, per tier3_globs; pre-classified from the issue's target paths/labels before the diff exists, ambiguous ⇒ treat as tier-2 and let s7 gate) — fall back to HOST_AGENT there.
• Generic CLI implementer (a knobs.delegate_profiles name, e.g. --delegate cursor) — resolve the delegate value against knobs.delegate_profiles after the built-in vendors above: built-ins always win, and a profile that shadows a built-in name is a keel validate error, never a silent override. Run the profile's command from the project root under the same no-tools contract as the local-model path — the orchestrator does every git/PR step itself and asks the CLI only for code generation (unified diff against a size-limited slice of the in-scope files, apply it, run gates, then commit/push/open the PR). Deliver the prompt per the profile's prompt_mode: stdin (the default) writes the prompt to a temp file and pipes it in (positional-arg passing hangs some CLIs), arg passes it as a positional argument for CLIs whose usage requires it (cursor-agent's is agent [options] [command] [prompt...]). Model precedence: a per-run --delegate <profile>:<model> wins, else the profile's model, else the CLI's own default — so one profile serves a whole family (--delegate cursor:cursor-grok-4.5-high vs --delegate cursor:composer-2.5) without editing config per run. Pass the effective model as <model_arg> <model>, where model_arg is the profile's (default --model) — set it for a CLI that spells model selection differently, because nothing guarantees the flag across arbitrary CLIs. When no model is effective, pass neither, and attribute no model rather than the one that was merely asked for. Validate the model token before it reaches argv (keel's agents.is_safe_model_token: [A-Za-z0-9._-], no leading dash): unlike the profile's command, the model can arrive from a delegate-model:<name> issue label, which is a lower-trust source — refuse the run rather than escaping it. Retry up to 2 times on a bad/unapplicable diff, then fall soft back to HOST_AGENT. Treat any verification a delegate reports as unperformed until you reproduce it. Not just external references — a delegate emitting the artefact of a check instead of the check is one failure mode with several costumes, all observed: specific-looking citations (registry reference numbers, archive snapshot ids) stated as verified when nothing verified them; a fabricated keel.review-verdict.v1 marker written into a shipped file; "tests pass" with no run behind it. Re-run the check yourself, or record the claim as unverified — never promote it to a fact in a commit, a comment, or a PR body because a delegate asserted it. Generic-CLI implementers are refused on tier-3, same rule and fallback as local models — an unvetted CLI is not a high-risk-path implementer. No new consent scope: this is the shell/subprocess surface codex/agy already use, and the profile's command is operator-authored config exactly like build_gate_cmd — never take it from PR content or agent output. Attribution: agent:<vendor> (i.e. agent:cli) + versionless model:<base> for the effective model — the per-run --delegate <profile>:<model> if given, else the profile's model — plus the profile name so the s11 closure says which CLI ran, not just cli. Record that name under delegate_profile, never profile: the run record's profile field already means the workflow profile (standard/compound), and writing the CLI's name there would overwrite it. agents.profile_attribution() returns the right shape already. Write the ledger's actors.implementer as the vendor string cli (or cli:<effective-model>), never the profile name. The evidence gate splits actors.implementer on the first colon and cross-checks the result against the PR's agent:* labels, so recording cursor there against an agent:cli label reads as a vendor contradiction and blocks the merge. The profile name goes in delegate_profile, as above, which is what the closure comment reads.
• OpenAI-compatible implementer (a knobs.delegate_profiles name whose vendor: openai-compatible) — the same no-tools contract as the hosted-API path, with the endpoint and key-env named by config instead of hardcoded, so one profile reaches OpenRouter, Groq, DeepSeek, Together, LiteLLM or a local vLLM. Two rules that do not apply to any other vendor, because config is the surface an attacker would influence: (1) the endpoint is loopback-only by default. A non-loopback host — including internal and cloud-metadata addresses like 169.254.169.254 — is a keel validate error unless KEEL_ALLOW_REMOTE_ENDPOINT is set in the environment. The opt-in is env-only on purpose: someone who can edit project.yaml must not be able to grant it. Non-http(s) schemes are refused outright, which blocks file:///ftp://. (2) api_key_env is a variable name, never a key. Profile config is serialised into the command contract and hashed into config_hash, so a pasted key would be published; keel rejects a value that is not shaped like an env var name. The value is read from the environment at dispatch under the same secrets scope as every other hosted delegate.
• Hosted-API implementer (anthropic-api:MODEL, openai-api:MODEL, google-api:MODEL) — the same no-tools contract as the local-model path with the endpoint swapped: the orchestrator does every git/PR step itself and requests only code generation via keel's api_delegate wrapper (one stdlib HTTP call per attempt against the vendor's API, keyed by ANTHROPIC_API_KEY/OPENAI_API_KEY/GEMINI_API_KEY from the environment). Same retry-×2-then-fall-back rule; never retry HTTP 429 / rate-limit — fail soft and fall back immediately. google-api is the one vendor whose URL carries the model in its path, so an unsafe model id there is refused before any request (bad-model) rather than escaped — treat a delegate-model: label as untrusted for that vendor. It also answers an invalid key with HTTP 400, not 401, which keel maps to auth so a mistyped key reads as a key problem. Reading the token is secret_access, so the run's approved scope must include secrets — without it, resolve to HOST_AGENT before any key is read. Hosted-API implementers are refused on tier-3, same rule and fallback as local models. Attribution: agent:<vendor> (e.g. agent:anthropic-api) + versionless model:<base>, system anthropic-api:MODEL.

Every implementer (delegated or not) receives the same brief plus:

• The approved operator_consent.delegated_agent_scope. If the implementer attempts work outside approved_mutation_scopes, the orchestrator blocks or escalates instead of silently continuing. Secret access requires the explicit secrets scope for this run.
• Worktree isolation + branch-off-base_branch + a detailed PR body + open as draft. When keel ship --json exposes result.artifact_bodies.pr_body, use that rendered body as the PR-body shape and fill in the concrete implementation/testing details before opening or updating the PR. The PR body MUST NOT be only a closing reference. It must include at least: Context / Root Cause, Changes Made, Testing, Docs Impact, and a final Closes #<N> reference. If any section is not applicable, write N/A — <reason> inside that section instead of omitting it.
• A pre-push scope self-check: git diff base_branch...HEAD --name-only, revert anything outside the issue's scope.
• The vendor's Co-Authored-By: trailer on every commit.
• The JSON return contract as the final fenced block of the response:

  { "pr_number": <int>, "branch": "<string>", "files_changed": ["<string>"],
    "test_results": "<string>", "codename": "<string>", "worktree_path": "<abs path>" }
  

  The orchestrator parses this for s5/s10. worktree_path must be the absolute path passed to git worktree add. Free-text above the block is fine; the JSON envelope is the contract.

Quota / unavailability fail-over. On a missing CLI, nonzero exit with no parseable JSON, or a quota error (HTTP 429 / RESOURCE_EXHAUSTED — do not retry; quota resets slowly), fall back to HOST_AGENT and log the reason. A local-model harness that already created a worktree must remove it before the host path recreates one at the same path (same obligation under --dry-run if it created one).

Attribution (mandatory on every path, even a plain run). Record and persist a vendor label and the full IMPLEMENTER_SYSTEM string (vendor + model when known, e.g. codex:<model>, ollama:<model>). When a specific model is known, also add a versionless model:<base> label. Read a colon by what is on either side of it, never by position: after a transport prefix (ollama:, *-api:) the model is on the right, and any other colon is the model's own suffix — an Ollama :tag — so the model is on the left. Then drop a trailing numeric run on non-hyphenated families, e.g. <word>2.5→<word>; keep <word>-<major> on hyphenated ones, dropping a .minor. Specifying this positionally is what labelled every hosted-API run model:<vendor> (#955); the label must name the model that ran, so two runs on one vendor are distinguishable. Attribution always reflects the effective implementer that actually ran — never the requested-but-fell-back one — and is written at label-flip time (skipped only under --dry-run, logged instead).

After the implementer returns, the orchestrator runs a branch-scope validation gate. Persist the implementer's declared files_changed into the run-ledger record at append time (keel ship --append-ledger --declared-file <path> per declared file), then enforce the comparison with keel scope-verify .keel/project.yaml --root . --pr <PR>: it reads the declared files from the ship-run ledger record, diffs them against the live PR changed files, and flags anything outside the declared scope (and not a docs_gate_paths exempt path) as scope creep. On a failing verdict, hand it back for one correction pass; if it persists, mark blocked and quote the offending files scope-verify named. (One pass is intentionally stricter than the CI budget — the implementer's own pre-push self-check should have caught drift; a second failure is systemic.) Docs-only extras under docs_gate_paths are exempt, and when no declared scope was recorded scope-verify is an advisory pass. An operator may accept creep for a single run with --deferral scope-waived. This gate is the primary defence against branch contamination — it catches scope creep before review spends budget.

s5 classify

keel ship .keel/project.yaml --root . prints, deterministically: the risk tier (from tier3_globs against the diff) → reviewer count, the window state, the gate results, and the merge decision. Tiers: tier-3 (any tier3_globs match → most reviewers + jury auto-on), tier-1 (all paths in docs_gate_paths → fewest reviewers), tier-2 (everything else). --reviewers N overrides the count but does not suppress the tier-3 jury auto-trigger logic below; log the detected tier and reason (tier-<N> → reviewers=<N> (reason: <matched glob | docs-only>)). When --reviewers is passed the tier is not computed, so the tier-3 jury auto-trigger does not apply.

Jury enablement (always evaluated, even when --reviewers was passed; precedence --no-jury > --jury > tier-3 auto > off): tier-3 ⇒ auto-on. Mode is gating by default (--jury-advisory ⇒ advisory-only). The jury never changes the reviewer count. Log the decision (jury: enabled (reason; mode) / disabled).

Step boundary verification

At every successful backbone transition, persist the canonical JSON handoff produced from keel.stepverifier.build_handoff, write/update the checkpoint for the next safe boundary, and run keel step-verify --step sN --handoff-file <file> --evidence-report <file> before advancing. A failed step verification is a BLOCKER: do not continue, merge, or mark the step complete from chat prose alone.

s6 ci

Push the branch, open the draft PR, and wait for the project's ci_workflows to go green. The required keel evidence (required) check is provenance-armed for ship-driven PRs (ship branch, posted review marker, ship-run ledger record, or legacy gate label); only an operator-applied keel:evidence-waived label may disarm it. Evaluate the rollup with failure-before-pending precedence — a mixed state with any failure is a failure, never poll past it. Three branches:

• all green (success/skipped/neutral/stale) ⇒ proceed.
• empty check set ⇒ allow only if every changed path is in docs_gate_paths, else mark blocked ("CI did not run on a non-docs PR"). Both keel merge and the keel ship assessment enforce this themselves — merge reports the rollup as no-checks (never pass), and ship reports ci_ran: false and blocks with "no CI ran — nothing verified this commit" — applying the same docs-only carve-out, so the two never disagree. This branch is a description of core's behaviour, not a rule you implement. A declared ci_workflows entry that produced no check for this head also blocks, named in the reason: green tells you what ran, not that the things you require ran.
• any failure/pending ⇒ watch with a hard timeout (portable timeout/gtimeout wrapper; require coreutils on hosts lacking GNU timeout), then on a real failure run the fix-and-reply loop (read the failed log, fix, self-review, push) and re-enter s6.

Per-issue CI retry budget: 3 fix-and-push rounds, then mark blocked. Session-wide cooldown: 3 consecutive issues hitting a budget without a successful merge ⇒ abort the session (counter resets after any merge).

s7 review (agent) + slot reviewers

Run N reviewers (N from the s5 tier, or --reviewers), the host or --review-delegate vendor. A non-host reviewer vendor runs read-only / findings-only (the vendor's read-only mode, local endpoint, or — for anthropic-api:/openai-api:/google-api: — one hosted-API call via the api_delegate wrapper: diff + rubric in, structured verdict out; same secrets-scope and no-retry-on-429 rules as s4, no tier restriction since review output is advisory, not a mutation), the orchestrator still posts — the orchestrator owns all writes; reviewers never call a GitHub write API. A knobs.delegate_profiles reviewer is the one case keel cannot make read-only for you. Every other non-host vendor has a mechanism behind that promise — a vendor read-only flag, a local endpoint, a single hosted-API call — but a profile is an arbitrary binary, and the same command serves both roles. Its args typically carry the implementer's write-enabling flags (cursor-agent's --force approves edits non-interactively), so reusing them for review hands a reviewer permission to edit the checkout. Invoke a profile reviewer with review_args when set, else args (DelegateProfile.role_args(review=True)), and set review_args to a read-only invocation for any profile used as a reviewer. keel validates neither — this is operator-configured, not enforced. Treat a profile reviewer's diff as advisory and re-check the worktree is clean afterwards rather than assuming it was untouched. Spawn all reviewers in a single Agent message so they run concurrently; each gets a fresh codename, the PR head SHA, its focus slice, and a no-cross-reading instruction. Coverage invariant: when the count drops, focus dimensions merge, never drop (a 1-reviewer slot covers all dimensions; suitable only for narrow tier-1 PRs). Run any reviewers Lego extensions. Capture per-reviewer effective vendor+model for attribution (lock-step parallel arrays so the s11 closure can zip them by index). On a missing/erroring delegate vendor, fall back to the host reviewer and log it (record the effective vendor that ran).

Reviewer stance — brief every reviewer to refute, not to approve. The focus slices above say where to look; without a stance a reviewer reads the change sympathetically and confirms it looks right, which is how a defect ships past a green CI. Each reviewer's brief must carry all four of these together — the first without the rest is worse than neither:

• Refute it. Default to the position that the change is wrong and concede only when the code forces you to. The author already made the case for it; nobody has made the case against it.
• A finding you cannot demonstrate is not a finding. Prefer a reproduction — a failing input, a trace through the code to the line — over an assertion. This is the counterweight to the stance, not a footnote to it.
• Finish the trace. Follow a defect from where you noticed it to where it actually lands. A wrong value on a screen and a wrong value written to a record are the same bug with very different severities, and only the second one is the reason to hold the merge.
• "I checked X, Y and Z and found nothing" is a complete review. Say what you checked. A reviewer with no way to report a clean result either goes quiet or manufactures something, and a manufactured finding is a failure of the review, not a strict one.

Gates check whether code runs, not whether it does what the PR says — a claim the artefact does not deliver is the class of defect this stance exists to catch, and the class CI structurally cannot.

Give every reviewer the project's own failure family. The stance above is project-neutral by construction — this file may not name a path glob, let alone the shapes a particular codebase keeps producing. The project can: policy_pack.review.additions reaches the contract as review_merge_contract.reviewers.project_additions. Pass those entries into each reviewer's brief verbatim, under a heading that marks them as recurring shapes to look for, not a checklist to tick. Measured on a controlled pair (same PR, same commit, same model, one reviewer with worked examples and one without): both found the defect, and only the briefed one followed it from the screen into the persistence layer, where a stale value turned out to be permanent data loss. The examples do not make a reviewer see more — they make it finish the trace, which is the difference between a follow-up ticket and a rollback. Likewise review_merge_contract.reviewers.required_sections (from policy_pack.review. required_sections) are sections a review body must contain; a review missing one is incomplete, not merely terse. Both are absent for most projects — pass nothing then, and never invent entries to fill the slot.

Post findings per --review-comments (inline default): review findings are public PR evidence. The orchestrator MUST post each reviewer's final verdict to the GitHub PR through the selected transport as a distinct PR review or PR comment. This applies on every path: operator-driven, delegated, every tier, and the TIER-1 single-reviewer path. A single reviewer still emits a posted verdict comment/review for the current PR head. Local/chat-only review output does not satisfy the step, a rich PR body is not a substitute for this s7 evidence, and the automated keel ship CI assessment block is not a substitute for the operator-posted review verdict. Never carry a review forward across runs or sessions. If you believe the change was "already reviewed," that is not evidence: you must still confirm the verdict marker is posted on this PR for the current head, and re-run s7 if it is not. The s11 closure attribution must name only verdicts actually posted on this PR — never an unverifiable "reviewed in a prior session" claim. If you cannot point to the posted verdict, the review did not happen for s10's purposes. When available, use result.artifact_bodies.review_verdict_template as the canonical comment shape: keep keel.review-verdict.v1, reviewer: <stable-id>, and head: <sha> intact, then fill in the reviewer-specific verdict, scope, findings, and testing notes. Carry the effective reviewer vendor (and model when known) on each verdict — the same attribution computed at s7 — so a project that enables evidence_require_distinct_vendors can verify the verdicts came from distinct vendors. This is jury-agnostic: a plain host-agent reviewer carrying distinct vendor provenance satisfies the check just as a cross-vendor panel would; keel takes no dependency on any review vendor. Post each review verdict through keel post-comment with a reviewer-scoped run id (--run-id "$RUN_ID:<reviewer-id>") so same-run idempotency updates that reviewer only and does not collapse multiple reviewer verdicts into one comment.

Sanctioned bundle path: once the reviewers have returned their content, the orchestrator SHOULD hand the whole set to keel review rather than rendering and posting each verdict by hand. keel review .keel/project.yaml --root . --pr <PR> --reviews <reviews.json> --run-id "$RUN_ID" --live resolves the tier-required reviewer count (failing closed if the bundle is under-count), renders each verdict head-pinned to the current PR head SHA, and posts them through the same post-comment path with stable <run-id>:rv-<reviewer> sub-keys. Include vendor (and optional model) on each review item in <reviews.json> so the rendered verdicts carry vendor provenance. Add --closure <ship-run.json> --issue <N> to fold the s11 closure into the same call, and --verify to re-run evidence-verify immediately after posting. This is the canonical way to collapse render_review_verdict + N× post-comment

• evidence-verify into one deterministic, idempotent step; it never spawns reviewers — the host still produces the review content above.

• inline → fetch the diff once; anchor each critical/major finding as an inline review comment on its file:line (resolve RIGHT/LEFT side; line is the new-file number on RIGHT, old-file on LEFT; non-anchorable or whole-PR findings go to the summary), posting one submitted review per reviewer (create the review carrying its inline comments in one call — do not post standalone unattached comments). On any inline-API error for a reviewer, fall soft to a summary comment for that one reviewer and continue (scoped to that reviewer, never a whole-round fallback).
• summary → one consolidated review comment per reviewer.

Severity → action: critical/major = block, minor = suggestion (gated — apply before merge unless explicitly user-deferred), nit = advisory. The s9 loop-exit parser reads the reviewer's returned findings, not the comment shape, so it is mode-independent.

s8 test (gates + jury)

keel run-gates .keel/project.yaml --root . --run-id "$RUN_ID" --command ship --phase s8 --issue <N> runs the project gates (build_gate_cmd, lint_cmd, plus the tester Lego — the manual-test list, which may loop back to the implementer defensively without spending review budget unless it surfaces a blocking fix). An agentic gate reports NOT-RUN here — this command does not dispatch those, you do. NOT-RUN is not a pass: a gate declared on_fail: block that shows NOT-RUN blocks the merge decision and refuses to certify the run, so keel merge will reject the head. Dispatch the gate yourself (at s9 for pre-merge Lego), then re-run the command with --gate-result <id>=pass|fail to record what your dispatch found. A recorded result may only be given for a gate keel did not execute — the command refuses to override its own measurement of a gate it ran.

When a gating or advisory jury is enabled and result.artifact_bodies.jury_verdict_template is available, use that canonical shape for the posted jury verdict and preserve keel.jury-verdict.v1 plus head: <sha>. The jury gate runs the ai-jury CLI read-only on the PR diff when present (and a no-op fail-soft otherwise) using the committed panel; it never passes --strict. In gating mode the depth is the full verified run; only verified consensus critical/major/minor findings fold into s9 (critical/major ⇒ block, minor ⇒ gated suggestion, nit ⇒ advisory; a jury-driven fix consumes one round). Core resolves the effective mode from the panel that actually ran — a run with fewer than ship.MINIMUM_JURY_VENDORS (2) distinct participating vendors is downgraded to advisory, and a run where no agent returned output is simply zero vendors, so at this layer — the pre-merge evidence check — a jury that did not complete cleanly does not gate. Do not re-derive or override that downgrade: report the count and let core decide. Note this is distinct from the s8 gate layer: there a jury run that produced no verdict (killed by knobs.jury_timeout_s, or output with no parseable report) is a blocking major in gating mode. The gate refuses to call a non-review a pass; the evidence check separately declines to require a verdict from a panel that never ran. Pass the distinct participating vendors — those that actually returned output, not those merely configured — via keel evidence-verify --jury-vendors <N>, and post a verdict whose declared mode matches the resolved jury.mode, which the evidence gate reads to decide whether a jury-verdict is required at all. Honour --review-comments (pass the jury's native inline flag through in inline mode, never under --dry-run). The orchestrator MUST POST the single jury summary/verdict comment to the GitHub PR through keel post-comment: keel post-comment .keel/project.yaml --root . --target pr:<PR> --artifact jury-verdict --body-file <file> --run-id "$RUN_ID". Raw gh pr comment, gh issue comment, or hand-rolled comment API calls are spec violations for jury/review/closure/issue-update artifacts because they bypass marker validation, transport selection, and same-run idempotency. Never interpolate report text into a shell argument. Re-runs use the jury's incremental/cache flags to stay cheap.

Save the jury artifact for visualizers (#576): in the same jury invocation, also write the machine-readable report to keel's state dir — pass --format json -o .keel/state/jury/$RUN_ID.json (create .keel/state/jury/ first; the filename is the raw run id, exact match — run ids are [A-Za-z0-9._-]+ by construction). keel-visual reads this file to show the jury verdict alongside the jury mode; it is state, never committed (the .keel/.gitignore scaffold already ignores state/). Fail-soft: if the write fails, log and continue — the artifact is display-only and never gates.

s9 fixloop

While there are blocking findings and the budget (≤3 review-fix rounds) is not spent: aggregate findings → hand to the implementer → fix → push → re-run s6/s7/s8. A blocker triggers a full re-review; suggestion-only fixes trigger a narrowed re-review of just the originating focus(es) (carry the original reviewer codename forward, fresh codename per narrowed reviewer, "verify only the applied fix in commit <sha>; do not re-review what you already approved" prompt; spawn multiple narrowed focuses in one Agent message). A suggestion is gated like a blocker — apply it, or obtain an explicit, tracked user deferral; never silently relabel one "advisory/flake". Recorded suggestion deferrals must be public and checkable: post a keel.deferral.v1 PR/issue comment marker that names the finding, authorising operator, and reason before treating the suggestion as deferred. A narrowed reviewer that surfaces a NEW blocker escalates back to the full loop. Each round posts its own review (per --review-comments) and increments the counter; exceeding the budget marks the issue blocked with the outstanding findings quoted. Defensive loop-backs (tester, merge-conflict prep) don't spend budget unless they require a fix. Before exiting, surface any deferred suggestion/nit with its authorising decision/issue — a silent skip is a process violation.

Append each fix/review/test round to the run-events file with keel runcontrols. A hard halt from keel runcontrols is fail-closed and must stop the ship run until an operator chooses an explicit --max-rounds override.

s10 merge

The literal merge is core-owned: route it through keel merge. Raw gh pr merge calls and hand-rolled lock shells are spec violations for ship-style flows — the lock, window re-check, CI rollup read, evidence verification, and the SHA-stamped gates-pass check must run deterministically inside core, not as adapter prose.

• Evidence gate — do this first, on every path (audit GAP-REV): before any merge — including a raw gh/REST merge you might be tempted to use — run keel evidence-verify .keel/project.yaml --root . --pr <PR> and confirm it exits 0. It fails when the s7 review verdict (a posted PR comment/review carrying keel.review-verdict.v1 for the current head) is not on the PR. A prior session's summary, a chat-only review, the rich PR body, and the keel ship assessment block do not satisfy it. If it fails, STOP — do not merge: go back to s7 and post the review verdict for the current head, then re-verify. The only disarm is an operator-applied keel:evidence-waived label; never self-apply it. Cite the evidence-verify pass (PR + head SHA) in the s11 summary as the merge's authorization.
• Pre-merge prep: re-assert mergeability; if behind/dirty, integrate base_branch (merge, not rebase), re-green CI, run a single focused merge-conflict review (max 2 integration iterations, then blocked + morning queue). Run any pre-merge Lego — and for each one that is kind: agentic, record what it found with keel ship … --append-ledger --gate-result <id>=pass|fail, or its NOT-RUN outcome will refuse to certify the run at s10. Then pre-clean the worktree so --delete-branch won't be held by a local ref — remove it with keel worktree-remove <worktree_path> --root ., which validates the path is nested under the repo root and registered in git worktree list before removing (never call git worktree remove --force directly on an implementer-supplied path).
• Core-owned merge: run keel merge .keel/project.yaml --root . --pr <PR> --run-id "$RUN_ID" --approve-scope <scopes> --operator <operator>. (The --run-id lets the merge advance the activity board to the merge step.) The command acquires the merge resource claim (atomic mkdir, single-host), re-checks the merge window inside the claim, reads the live PR check rollup with failure-before-pending precedence, runs evidence-verify against the current PR artifacts, requires a SHA-stamped gates-pass (a ship_run ledger record whose gates passed against the PR's current head SHA, so a stale green run from an older head cannot authorize the merge), and only then performs the squash-merge. Any failed stage exits non-zero without merging — on a closed window, append to the morning queue, post the deferral comment via keel post-comment, leave the PR ready, and continue with the next issue; on a missing gates-pass for the current head, re-run keel run-gates (or ship with --append-ledger) against the head and retry — if the refusal names a NOT-RUN blocking gate, the re-run needs --gate-result <id>=pass|fail for it, since re-running alone reproduces the same not-run record; on a denied claim, treat it as lock contention (mark the issue blocked, comment, continue). For a blocker issue, pass --hotfix — the audited bypass of both the window and the gates-SHA requirement; it still requires the approved consent scopes and is recorded in the ledger. The --hotfix bypass is refused without a justification (audit GAP-11): pass --blocker-rule <id> where <id> is the rule keel guard returned for this issue (s3) — keel merge re-validates it against the issue's title/labels and refuses an unknown or non-matching rule — or, for a genuine emergency no rule covers, --operator-override with a named --operator. The chosen justification (hotfix_justification: {kind: matched-rule|operator-override, …}) is recorded in the ledger.
• Outcome: treat the PR state (MERGED) as authoritative. A non-zero exit after a successful server-side squash is a local-cleanup failure — proceed to capture/close; a real non-MERGED state aborts the closure block and blocks the issue.

merge_window_mode: pause halts here outside the window; freeze defers to the morning queue. The merge claim and "the only merge path is keel merge at s10" are non-negotiable invariants.

keel merge now runs this check itself, immediately after the merge lands — it exits 3 and prints the overtaking pull request when it finds drift, distinct from 1 for a merge that failed. Run keel verify-merge <config> --root . --pr <PR> by hand only when the merge happened outside keel merge, or to re-ask later.

Until #934 this paragraph said to run it and nothing did: the instruction lived in this prompt and no code path invoked it, which is how a stale-base squash reverted #811 on main and stayed there for six days.

A merge succeeding is not the same as a merge applying what was reviewed. A gh api …/update-branch merge commit followed by a squash-merge silently reverted unrelated already-merged work twice in one day while shipping 1.8.1/1.8.2, and CI never saw it: the reverted state was internally consistent — old code, no test for the removed behaviour — so every gate stayed green. Both were found only by reading the day's whole diff against a pre-session baseline.

The check asks whether this merge wrote to files that another pull request changed after this one branched, which is the only way that revert can happen. Three exit codes:

exit	status	what to do
0	clean or out-of-scope, every input read	proceed
1	drift	stop and read the diff
2	unknown, or a finding kept with incomplete: true	the check could not answer every question — retry, and do not read it as a pass

A report can print out-of-scope and exit 2: the finding is real and is kept rather than erased, but an input the drift question needed could not be read. Treat the exit code as the verdict, not the status word.

drift names each file with the pull request it collided with. Treat it as stop and read the diff, not as an automatic failure — two PRs editing one file in sequence is ordinary — and never proceed to s11/s12 on a drift finding without a human confirming the merge is sound. 2 means GitHub could not be read (or the merge commit is not visible yet, which is a real race immediately after merging): retry it, and if it stays 2, say so in the closure comment rather than recording a clean verdict the check never reached. Silence is the failure mode being fixed here, so surface the report in the closure comment rather than only in the run log.

s11 capture

Record the run for /keel:wrap: the effective implementer + reviewer vendors/models, tier, rounds, window decision, and outcome. Post the closure comment to both the issue and the PR as distinct comments through keel post-comment with --artifact closure-comment and the same --run-id. The PR closure comment MUST be a PR conversation comment, not appended to or folded into the PR body, and not represented by the automated keel ship CI assessment block. Render it deterministically from the ship_run ledger record via the result.closure_comment field of keel ship --json (the contract.closure_comment contract describes its stable marker plus sections: heading, Implementer vendor (model), Reviewers — noting AI Jury when present, Tester, PR number, changed files, capture outcome, run id). Do not hand-write closure prose: post the rendered markdown verbatim so the issue and PR comments mirror the ledger byte-for-byte. evidence-verify enforces this closure fidelity: when a ship_run ledger record exists for the PR, the posted closure body must match that record's canonical render (after whitespace normalization) on both the PR and the issue, so a stale or edited marker-bearing body fails the closure check. Use keel post-comment for issue-update, review-verdict, jury-verdict, and closure-comment artifacts; a malformed body missing its marker must stop the step before any public comment is posted. Run any post-merge capture Lego (e.g. durable-learning capture: classify the merged PR's signal, optionally file a follow-up issue or hand off to a project-owned destination) fail-soft, emit its core marker, and do a post-merge worktree safety-net cleanup. Marker discipline: every merged PR that reaches capture must write exactly one structured ledger record with this stable marker: compound-learning: pr=<N> status=<applied|deferred|skipped:reason>. Allowed skip reasons are closed: dry-run, deferred, merge-failed, recursion-guard, capability-unavailable, and no-policy. Capture-on-capture recursion must skip with skipped:recursion-guard. A session-end verifier runs keel capture-verify .keel/project.yaml --root . --merged-pr <PR> ... and blocks the session if any merged PR is missing a valid marker. The closure comment's capture field is mandatory and never empty, but it is a human audit mirror, not the parser source.

Also append the structured ship_run record to contract.run_ledger.path via keel ship --live --append-ledger or the equivalent core ledger writer. The ledger append is the machine-readable source for /keel:morning, /keel:wrap, overnight summaries, and capture verification; the closure comments are human/audit mirrors, not the parser source. Capture artifacts MUST pass through the core redaction policy first: default secret rules plus any project-owned policy_pack.capture_redaction.deny_patterns. If the configured redaction policy is invalid, stop the durable write and ask for operator help rather than persisting unsanitized output. The audit may include rule ids and counts, never original secret values.

s12 close

Close the issue (idempotent if the squash auto-closed it via Closes #<N>), link the PR, flip the status label to done only here (post-merge), and drop the lock.

Compound profile (--compound)

--compound (or --profile compound) selects the compound-engineering workflow profile. It is a first-class profile of ship, not a second backbone and not a project extension: the same selection, worktree safety, guard, classification, CI, gates, review/jury/merge-gate contract, merge window, merge lock, closeout, and capture-marker discipline apply. It differs only where workflow_profile.step_overrides says it differs.

Render the compound contract through the same deterministic CLI before mutating work:

keel plan .keel/project.yaml --root . --command ship --profile compound --live --json
keel ship .keel/project.yaml --root . --compound --live --json

The JSON contract's workflow_profile then reports:

• profile: "compound"
• inherits: "ship"
• first_class_variant: true
• step_overrides for s4 implement, s7 review, s9 fixloop, and s11 capture

The compound profile differs only at these four steps:

step	profile mode	compound behavior
s4 implement	compound	Use a compound implement pass that emphasizes PR quality, scope simplification, and value-first change shaping before handoff.
s7 review	compound	Use compound/persona reviewer fan-out when available, while preserving the reviewer count, posting mode, and gating semantics (including jury) from review_merge_contract.
s9 fixloop	compound	Resolve PR feedback through a structured compound loop, but keep the shared blocker/suggestion policy and review-fix budget.
s11 capture	compound	Run durable-learning capture through the capture slot, with the shared canonical marker requirement.

Compound helpers may be supplied by the host runtime or by project extensions. If a compound helper is unavailable for a step, fall back to the standard behavior for that step, log the degraded step, and continue unless the configured extension marks the degradation as blocking.

Under --dry-run, the compound profile must show the same non-mutating contract as the standard profile, plus the compound workflow_profile; it must not create branches, edit files, push commits, post comments, request reviews, merge, close issues, or write capture artifacts.

--dry-run

Run s0–s8 read-only and print the plan + keel ship assessment (tier, window, gates, decision). Do not push, open a PR, post comments/labels, or merge — log every would-be write as DRY-RUN: … (every label edit, comment, ready-flip, merge, close, and any review- API or jury-inline write). The implementer is told not to push or open a PR; reviewers still run for real (read-only) so findings stay meaningful. keel merge --dry-run may still be run to exercise the claim/window/rollup path without merging. The capture step is a logged no-op (dry-run marker).

--wizard (interactive opt-in only)

A pre-s1 front layer that collects the same options the grammar above produces — it adds no new pipeline behaviour and cannot produce a config the grammar could not. Hard interactivity guard: never enter the wizard in any non-interactive context (watch mode, overnight/background/headless runs); there it degrades to a logged no-op and proceeds with the literal flags as parsed (never a hang, never a rejection). Best-effort tool/model probe (installed CLIs + local models) builds the offered choices; detection failures just yield shorter lists. First question is a Quick-start vs Customize fast path (Quick-start resolves every option to its default and only still asks for Issues). Every question shows its (default) option first with a one-line description of what the default does. After collecting, echo the resolved config in the worked-example shape, then proceed to s1.

Invariants (always)

The only merge path is keel merge at s10 (claim, window, CI rollup, and evidence checks run in core) · never merge in the night no-merge window except a blocker / audited --hotfix · fail-soft (a missing CLI/gate/jury/capture-path degrades, never crashes the run; an absent/erroring jury can never manufacture a block) · the orchestrator owns all writes (reviewers are findings-only, every vendor) · never push directly to base_branch · the status-done label is set in exactly one place (s12, post-merge) · attribute the effective vendor+model everywhere · a local-model implementer is orchestrator-driven, refused on tier-3, and never bypasses review/tester/merge gates or the lock.

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