import IOperationStore from './interfaces/IOperationStore';
import IVersionManager from './interfaces/IVersionManager';
/**
 * Implementation of OperationProcessor. Uses a OperationStore
 * that might, e.g., use a backend database for persistence.
 * All 'processing' is deferred to resolve time, with process()
 * simply storing the operation in the store.
 *
 * NOTE: Resolver needs to be versioned because it depends on `VersionManager` being constructed to fetch the versioned operation processor.
 */
export default class Resolver {
    private versionManager;
    private operationStore;
    constructor(versionManager: IVersionManager, operationStore: IOperationStore);
    /**
     * Resolve the given DID unique suffix to its DID Doducment.
     * @param didUniqueSuffix The unique suffix of the DID to resolve. e.g. if 'did:sidetree:abc123' is the DID, the unique suffix would be 'abc123'
     * @returns DID Document. Undefined if the unique suffix of the DID is deleted or not found.
     *
     * Iterate over all operations in blockchain-time order extending the
     * the operation chain while checking validity.
     */
    resolve(didUniqueSuffix: string): Promise<object | undefined>;
}