import { ManagedObj } from './managedObj';
import { PublicKey } from './keys/publicKey';
import { Scalar } from './scalar';
/** Represents a hash ID consisting of a blinding public key, a spending public key, and a view key. Also known as `CKeyId` which is an alias for `uint160` on the C++ side.
 *
 * Examples:
 * ```ts
 * const { HashId, PublicKey, ChildKey, Scalar } = require('navio-blsct')
 * const blindingPubKey = PublicKey.random()
 * const spendingPubKey = PublicKey.random()
 * const seed = Scalar.random()
 * const viewKey = Scalar.random()
 * const hashId = HashId.generate(blindingPubKey, spendingPubKey, viewKey)
 * const ser = hashId.serialize()
 * const deser = HashId.deserialize(ser)
 * ser === deser.serialize() // true
 * ```
 */
export declare class HashId extends ManagedObj {
    /** Constructs a new `HashId` instance.
     * - If no parameter is provided, a random `HashId` is generated.
     */
    constructor(obj?: any);
    /** Generates a `HashId` from the provided blinding public key, spending public key, and view key.
     * @param blindingPubKey - The public key used for blinding.
     * @param spendingPubKey - The spending public key.
     * @param viewKey - The view key.
     * @returns A new `HashId` instance.
     */
    static generate(blindingPubKey: PublicKey, spendingPubKey: PublicKey, viewKey: Scalar): HashId;
    /** Generates a random `HashId`.
     * @returns A new `HashId` instance with two random `PublicKey`s and a random `ViewKey`.
     */
    static random(): HashId;
    value(): any;
    serialize(): string;
    /** Deserializes a hexadecimal string into a `HashId` instance.
     * @param hex - The hexadecimal string to deserialize.
     * @returns A new `HashId` instance.
     */
    static deserialize(this: new (obj: any) => HashId, hex: string): HashId;
}