/**
 * MikroORM bridge for applying accepted Sheet observations to mapped entities.
 *
 * It deliberately uses MikroORM's native write methods rather than the public
 * Unit of Work. The observation has already created its canonical and
 * outbox records, and replaying `onFlush` here would incorrectly schedule a
 * second outbound Sheets projection.
 */
import type { FencingContext } from "@hikoutei/ikisaki";
import { type PersistObservedRowInput, type PersistObservedRowResult } from "../../../../storage/state/observation/observationWriter.js";
import type { TypedSheetsEntityMapping, TypedSheetsEntityMappingRegistry } from "../../../../contracts/sync-orm/mapping/contracts.js";
import type { ResolvedWriterOptions } from "../../../../orm/persistence/support/contracts.js";
import type { MikroOrmSqliteAdapter } from "../storage/MikroOrmSqliteAdapter.js";
/** Input for committing one pre-evaluated Sheet observation and its entity update together. */
export interface PersistMappedObservedRowOptions {
    readonly mappings: TypedSheetsEntityMappingRegistry | readonly TypedSheetsEntityMapping[];
    readonly fence: FencingContext;
    readonly writer: ResolvedWriterOptions;
    readonly input: PersistObservedRowInput;
}
/**
 * Persists a normalized observation and the matching MikroORM entity mutation
 * in one SQLite transaction.
 *
 * Only a `persisted` observation with a present canonical commit can
 * change the entity table. Duplicate, quarantined, stale, fenced-out, and
 * conflict-only observations leave application entities untouched.
 *
 * S3516 accepted: every path returns the same `result` object by design —
 * the branches differ only in side effects (OPEN-conflict audit projection,
 * mapped entity mutation), never in the returned observation outcome.
 */
export declare function persistMappedObservedRowWithMikroOrm(storage: MikroOrmSqliteAdapter, options: PersistMappedObservedRowOptions): Promise<PersistObservedRowResult>;
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