import type { Accessor } from '../../accessor/base.ts';
import type { IndexEntry } from '../../cache/index/config.ts';
import type { IndexCacheStore } from '../../cache/index/store.ts';
import type { PathSpec } from '../../types.ts';
import { type ReaddirFn } from './probe.ts';
import { type DetectFn, type ScopeMatch } from './scope.ts';
export type DeleteFn<A extends Accessor> = (accessor: A, match: ScopeMatch, entry: IndexEntry) => Promise<void>;
/**
 * Build a hierarchy unlink: classify, resolve, delete, invalidate.
 *
 * A deleter owns only the backend delete call; classification, the
 * id-resolving parent listing, the directory refusal and the cache
 * invalidation happen here, identically for every backend. `deleters` holds
 * one deleter per leaf kind. The match rides along because a delete
 * addressed inside a container needs the container's slots (gcal deletes an
 * event from a calendar), while a globally-id-addressed backend just
 * ignores it.
 */
export declare function makeUnlink<A extends Accessor>(detect: DetectFn, readdir: ReaddirFn<A>, options: {
    deleters: Readonly<Record<string, DeleteFn<A>>>;
}): (accessor: A, path: PathSpec, index?: IndexCacheStore) => Promise<void>;
//# sourceMappingURL=unlink.d.ts.map