import { type AutoModeDecider } from "./auto-mode.js";
import { type AutoModeArmingRecipe, type AutoModeRebuildRefusal } from "./auto-mode-arming.js";
import type { Message } from "../internal/llm.js";
/** The redeeming deployment's FRESH model leg: one tool-less completion over a prompt CORE assembles.
 *  The split is the trust gate's: rules reach the prompt only through the recipe (a deployment-authored
 *  object), never through the leg — the leg dispatches, it does not compose. */
export type AutoModeClassifierCompletion = (call: {
    systemPrompt: string;
    userPrompt: string;
}, signal?: AbortSignal) => Promise<string>;
export interface AutoModeRebuildOptions {
    /** The recipe read off the parked chain entry (`ConstraintChainEntryMeta.autoModeArming`). */
    recorded: unknown;
    /** The redeeming deployment's CURRENT auto-mode settings, minted with `autoModeArmingRecipeOf` from
     *  its own face. REQUIRED: bound ② is "the rebuilt arming is bounded by the settings in force", and a
     *  caller that declares none has put nothing in force — see {@link foldAutoModeArming}. A deployment
     *  with no overrides of its own still declares that (an empty face mints a bare recipe). */
    current: unknown;
    /** The fresh model leg. */
    complete: AutoModeClassifierCompletion;
    /**
     * The transcript the classifier judges the action IN CONTEXT of — the REDEEMING leg's own messages,
     * read at classify time (the window is rebuilt per classification, exactly as the live arming does).
     *
     * REQUIRED, and the reason is a permissiveness one rather than a quality one: the 207 process judges an
     * action against the run that produced it (session linking, earlier writes), so a classifier handed no
     * history can allow what the same classifier would block having seen it — and the empty window renders
     * an affirmative claim, "this is the run's first gated action", that would simply be false. A provider
     * that returns `[]` is DECLARING the transcript empty, which is a different statement from an engine
     * that silently had none to show. A provider that throws fails the classification closed
     * (`unavailable` ⇒ on to a person where the station has an approval seat, refused with a sentence that says
     * so where it has none), never into a blind verdict.
     */
    transcript: () => readonly Message[] | Promise<readonly Message[]>;
}
export type AutoModeRebuildResult = {
    ok: true;
    /** A decider carrying the ancestor's criteria, over the caller's model leg. */
    decider: AutoModeDecider;
    /**
     * The RECORDED recipe, canonical — put THIS back on the re-supplied chain entry
     * (`parentConstraints[].autoMode.arming`) so the constraint-chain digest matches the parked row.
     * Deliberately not `effective`: the digest binds what the ANCESTOR recorded, and a local tighten
     * must not read as a different ancestor chain.
     */
    arming: AutoModeArmingRecipe;
    /** What the rebuilt decider actually runs under (the tighten-only fold of recorded ∧ current). */
    effective: AutoModeArmingRecipe;
    /** True iff the current settings pulled a knob in. */
    tightened: boolean;
} | {
    ok: false;
    reason: AutoModeRebuildRefusal;
    message: string;
};
/**
 * Rebuild a decider with a PARKED ancestor's criteria from its recorded recipe plus a fresh model leg.
 *
 * What is reproduced: the assembled system prompt (`buildAutoModePrompt` over the recorded rule
 * overrides / settings-deny rules / session context, plus the engine's cross-session lane rule when
 * the recipe says the arming leg spliced it), the transcript-window bounds and the round-trip
 * timeout — i.e. every input the ancestor's own `createAutoModeDecider` call had except the model leg.
 * A decider carries no state between rounds, so there is no ancestor state to reproduce or to withhold.
 *
 * NOT reproduced: this build's PROMPT ASSETS are its own. The recipe records the deployment's
 * overrides, so the assembled prompt is checked against the digest the arming recorded — a fleet running
 * two asset versions refuses to rebuild rather than enforce a different set of default rules under the
 * ancestor's name.
 */
export declare function rebuildAutoModeDecider(opts: AutoModeRebuildOptions): AutoModeRebuildResult;