/**
 * Production wiring for `hikoutei adopt`.
 *
 * Owns the real-world dependencies the testable flow deliberately avoids:
 * loading the application's entity definitions from a module (`--entities`,
 * a dynamic import whose side effect registers the entities), resolving the
 * adopted entity's token, and building the runner around the PUBLIC
 * `createTypedSheetsWithSync()` factory. The runner closes the runtime after
 * a successful adopt so the CLI process can exit (adoption is a one-shot
 * migration, not a long-lived service host).
 */
import type { HikouteiEntity } from "../sync-engine/api/entity.js";
import { type AdoptOptions } from "./adoptArgs.js";
/**
 * Resolves a `--descriptor` adoption: reads the JSON file, validates it
 * with the same rules `defineTypedSheetsEntity` enforces (version mismatch
 * and malformed fields fail with `invalid_entity_descriptor`), rejects an
 * already-registered entity name with `duplicate_entity`, and registers the
 * file through the same builder adopt requires. The header→property
 * columnMap comes from the file's `header` fields; an explicit `--map` wins
 * on a conflict. File content is never echoed (redaction); only the reason
 * and the descriptor path are reported.
 */
export declare function loadDescriptorAdoption(options: AdoptOptions): Promise<{
    readonly entityName: string;
    readonly columnMap: Record<string, string>;
    readonly entities: readonly HikouteiEntity[];
}>;
/**
 * Runs the `hikoutei adopt` CLI with the given argument vector (without the
 * leading "adopt" subcommand). Exported so the bin router can delegate and
 * tests can drive it with injected argv.
 */
export declare function runAdoptMain(argv: readonly string[]): Promise<number>;
//# sourceMappingURL=adoptMain.d.ts.map