/**
 * CheckInRecorder — the audit record for evidence-carrying human consent.
 *
 * Two exports, both for `agentfootprint.checkin.*`:
 *
 *   • `checkInEventsBridge(...)` — an {@link EmitBridge} factory (same shape as
 *     `costRecorder` / `permissionRecorder`). Forwards `checkin.request` /
 *     `checkin.decision` `$emit`s to the EventDispatcher so
 *     `agent.on('agentfootprint.checkin.*')` fires. Attached ALWAYS by the
 *     Agent (zero-cost until a `checkIn`-declaring tool trips) — this is pure
 *     wiring, not a store.
 *
 *   • `CheckInRecorder` — a compose-a-STORE recorder (no base class). Attach it
 *     with `agent.attach(new CheckInRecorder())` to CAPTURE every ask + decision
 *     as a queryable record — the "the decision is a record" pillar. It reads
 *     the same `$emit` stream (footprintjs calls `onEmit` for every emit), so it
 *     works whether or not any `agent.on(...)` listener is attached.
 *
 * Pattern: Factory over EmitBridge (wiring) + compose-a-store CombinedRecorder
 *          (capture). Telemetry rides the EMIT channel — never CommitBundle.
 */
import type { CombinedRecorder, EmitEvent } from 'footprintjs';
import { EmitBridge, type EmitBridgeOptions } from './EmitBridge.js';
import type { CheckInRequest } from '../../core/checkin.js';
export type CheckInRecorderBridgeOptions = Omit<EmitBridgeOptions, 'id' | 'prefix'> & {
    readonly id?: string;
};
/**
 * The always-on dispatcher bridge for `agentfootprint.checkin.*`. Wiring only:
 * forwards the emits so typed `agent.on(...)` listeners fire.
 */
export declare function checkInEventsBridge(options: CheckInRecorderBridgeOptions): EmitBridge;
/** One captured check-in ask. */
export interface CheckInRequestRecord {
    readonly toolName: string;
    readonly toolCallId: string;
    readonly iteration: number;
    /** The typed ask + evidence pack. */
    readonly request: CheckInRequest;
}
/** One captured human decision. */
export interface CheckInDecisionRecord {
    readonly toolName: string;
    readonly toolCallId: string;
    readonly iteration: number;
    /** The request this decision answered (`CheckInRequest.id`). */
    readonly requestId: string;
    readonly approved: boolean;
    readonly by: string;
    readonly note?: string;
    /** The registered component that collected this decision (9.24.0), when the
     *  ask carried one — which SURFACE the person answered through. */
    readonly componentId?: string;
}
/** Roll-up counts across a run (or the recorder's lifetime). */
export interface CheckInStats {
    readonly requested: number;
    readonly approved: number;
    readonly declined: number;
    /** Asks with no decision yet (paused, awaiting a human). */
    readonly pending: number;
}
/**
 * A queryable store of every check-in ask + decision. Attach once; read after
 * the run (or between runs — it accumulates across `agent.run()` calls until
 * you detach or make a fresh one).
 *
 * @example
 *   const checkins = new CheckInRecorder();
 *   agent.attach(checkins);
 *   await agent.run({ message });
 *   // ...human approves...
 *   await agent.resume(
 *     outcome.checkpoint,
 *     checkInApproved({ request: outcome.checkIn, by: 'alice' }),
 *   );
 *   checkins.getStats();     // { requested: 1, approved: 1, declined: 0, pending: 0 }
 *   checkins.getDecisions(); // [{ toolName, approved: true, by: 'alice', ... }]
 */
export declare class CheckInRecorder implements CombinedRecorder {
    readonly id: string;
    private readonly requests;
    private readonly decisions;
    /**
     * @param id Stable recorder id for idempotent attach/detach. Give distinct
     *           ids if you attach more than one to the same agent.
     */
    constructor(id?: string);
    onEmit(event: EmitEvent): void;
    /** Every check-in ask captured, oldest first. */
    getRequests(): readonly CheckInRequestRecord[];
    /** Every human decision captured, oldest first. */
    getDecisions(): readonly CheckInDecisionRecord[];
    /** Roll-up counts. `pending` = asks still awaiting a decision. */
    getStats(): CheckInStats;
    /** Drop all captured records (e.g. between runs when reusing the recorder). */
    reset(): void;
}