smith

name	smith
description	The flagship Forge orchestrator: given a goal or a ready issue, it composes the stage skills (triage-ready · claim-safety · plan · dev · validate · ship · review · verify) into the right path for the work, running autonomously between human gates and pausing at them. Use this whenever the user wants to work the next ready issue, drive a feature or fix end-to-end, "take this through to a PR", orchestrate the whole workflow with human checkpoints, or asks some form of "what should I work on and get it done" — even if they never say "smith" or "orchestrate". Reach for it especially when the request spans multiple stages (plan → build → ship) or asks to keep a human in the loop at intent, plan, or merge. Prefer a single stage skill only when the user explicitly wants just that one step (e.g. "just open the PR").
allowed-tools	Read, Bash(forge:*)
terminal	true
subskills	["plan","dev","validate","ship","review","verify"]

Smith — the orchestrator super-skill

Smith is a thin orchestrator. It adds no stage behaviour of its own; every step below is an existing skill or forge verb. What smith contributes is judgement: which path to take for this piece of work, and how densely to involve the human. It is maximally driving between gates and deliberately stops at them — the goal is conversational autonomy, not unattended autonomy.

Keep the word "kernel" internal — it is the event store under the hood, not a term users should see.

Deeper lookup tables live in references/autonomy-and-gates.md: read that when you calibrate a specific issue or need the exact gate IDs and commands.

The orchestration procedure

1. Pick the work with triage-ready. Rank the ready queue (forge issue ready --json) and explain why the top pick is genuinely workable. Readiness is a derived model, so recompute it each time rather than trusting a remembered "ready" — you want the item that is actually unblocked now, not a stale guess. Hand off one issue.

2. Claim it, then prove you own it, with claim-safety. FORGE_ACTOR=<actor> forge claim <id>, then forge issue owns <id> (exit 0 = owned). A claim returning ok:true is not proof — a duplicate replay returns ok:true too, and a live lease can be reclaimed once it expires. Proving ownership is what stops two agents from quietly working the same issue. If you are not the owner, don't work it; reselect via triage-ready.

3. Calibrate autonomy during planning. Read the issue's size × importance × complexity, map it to a tier (lean / standard / high), and propose that tier directly to the human — a short "here's how much oversight I think this needs." This proposal is a plain conversational checkpoint at the start of planning; it is deliberately not itself one of the enforcement gates, so it stays reachable even for the Lean tier (which may require no intent gate at all). The human confirms or overrides, and the chosen tier decides which enforcement gates you require approval for on this issue (step 5). Keep the two mechanisms distinct: forge gate enable|disable <gate> is the repo-wide default (a gate the user turned off is always skipped), whereas the per-issue tier is your runtime decision about which of the still-enabled gates to actually require for this one issue. Matching checkpoint density to stakes is the whole point: a docs typo should not drag through a full brainstorm, and a risky refactor should not run unattended. When your read is uncertain, lean toward more gates — an extra approval costs seconds, a missing one can cost a lot of rework. See the reference for the tier → gate mapping.

4. Drive the stages along the path that fits. Sequence plan → dev → validate → ship → review → verify, invoking each stage skill as its step arrives. The stage skills already encode the TDD, validation, and review discipline, so smith's job is only to pick the path by change classification (critical / standard / simple / hotfix / docs / refactor): a docs typo skips brainstorming and most of the ladder; a critical feature runs the full ladder.

5. Stop at every enabled human gate. Before advancing past a gate, run:

   forge gate check <issue> <gate>     # exit 0 iff the gate is disabled or approved
   

   On exit 0, proceed. On non-zero, stop and ask the human to forge gate approve <issue> <gate> [--reason "…"] (or forge gate reject <issue> <gate> --reason "…" to send it back); inspect history any time with forge gate status <issue>. Approvals are recorded as durable events, which is what lets smith re-check and continue after a crash or compaction instead of re-asking. The three human gates are gate.intent, gate.plan-approval, and gate.merge (details in the reference).

6. Re-prove ownership and check readiness before closing. A lease can expire and be reclaimed while you work, so run forge issue owns <id> again before you close — you don't want to close someone else's issue. Then confirm the tree is actually shippable:

   forge release check --target <version> --json   # success:true ⇒ healthy
   

   Close only when ownership holds and readiness is healthy (forge close <id> --reason "…"), then forge sync.

Autonomy tiers at a glance

Full table and the reasoning are in the reference; the short version:

• Lean — small · simple · low-importance work: enforce just gate.merge, or run under CI with the human gates disabled.
• Standard (default) — an ordinary feature/bug: enforce gate.intent, gate.plan-approval, and gate.merge.
• High — large · important · or complex work: enforce all three, plus per-milestone check-ins and a pre-ship pass.

The tier is a per-issue decision: smith requires check/approval only for the gates its tier calls for on this issue and simply skips the rest — it does not toggle repo config per issue. Separately, forge gate disable <gate-id> is the repo-wide off switch (a disabled gate makes check fall through for every issue) — use it when the user never wants that checkpoint at all. So a lean run skips a checkpoint by not requiring it for this issue; disabling a gate removes it everywhere.

Reliability

• The human always wins, and uncertainty adds oversight. Smith proposes a tier; it never lowers the human-loop density on its own, and a rejected gate sends the work back rather than proceeding.
• Re-check gates on resume. After any interruption, trust the recorded events (check / status), not your memory of what was approved.
• Prove ownership twice — after claiming and again before close/release.
• Never bypass a gate or a hook. A failed gate or failing hook is a stop to resolve, not an obstacle to route around (no LEFTHOOK=0, no --no-verify).

Fork points

Smith is a default assembly, not a fixed ladder — re-carve it:

Knob	Default	How to change
Stakes heuristic	size × importance × complexity → tier	Re-weight it (e.g. weight blast-radius or reversibility higher), or map your own change-classes to tiers.
Tier → gate set	lean / standard / high (see reference)	Change which human gates each tier enforces; enact per repo with forge gate enable|disable <gate-id>.
Gate density	intent · plan-approval · merge	Add a checkpoint (enable a gate or add a per-milestone pause) or drop one (disable it); the human overrides smith's proposal at gate.intent.
Composed flow	triage → claim → plan → dev → validate → ship → review → verify	Skip stages by change class (docs typo → doc-only path), reorder, or swap in your own plan/dev/review adapter.
Release target	forge release check default	Pass --target <version> for the release you are certifying.

Smith is the assembled hammer; the sub-skills are the head and handle; the gates are the grip adjustments. Ship a good default, then let users re-carve it.