import type { SqliteDatabase } from '../sqlite/sqlite-driver.js';
import { type LoopRelease, type LoopReleaseInput, type LoopReleaseLifecycleStatus } from './loop-release-types.js';
/**
 * Thin service wrapper around the loop_release store. M1 keeps the
 * surface tiny on purpose: create / read / list / search. Promotion,
 * retirement, evaluation, and the `loop_bee_relation` joins are
 * deliberately deferred to M2 / M4 / M5 — shipping them here would
 * lock in an interface that the ratchet has not yet ratified.
 *
 * The constructor takes an open SQLite database (the existing
 * `peaks state` boundary) so callers do not have to thread a path
 * through this layer; this matches the `retainRelease` pattern in
 * `src/services/skillhub/release-retain.ts`.
 *
 * All write paths re-validate the input via the Zod schema, mirroring
 * the boundary-check discipline used elsewhere (e.g.
 * `lintManifestStrict` in `src/services/sediment/manifest-lint.ts`).
 */
export declare class LoopReleaseService {
    private readonly db;
    constructor(db: SqliteDatabase);
    /**
     * Persist a new LoopRelease row. Re-validates the input via the
     * Zod schema; throws ZodError on failure.
     */
    create(input: LoopReleaseInput): LoopRelease;
    /** Read a LoopRelease row by id; returns undefined if absent. */
    read(id: string): LoopRelease | undefined;
    /**
     * List LoopRelease rows. Filter by `status` when supplied; without
     * it, returns ALL rows (across `candidate` / `stable` / `retired`).
     * Sort is newest-first by `archived_at`.
     */
    list(opts?: {
        status?: LoopReleaseLifecycleStatus;
    }): LoopRelease[];
    /**
     * Search LoopRelease rows whose `scenario` contains the query
     * string (case-insensitive substring match via LIKE). Filter by
     * `status` to scope the search.
     */
    search(opts: {
        query: string;
        status?: LoopReleaseLifecycleStatus;
    }): LoopRelease[];
}