import { IAssetItem, IAssetToken, IClientConfig, IClientResponse, ICreateTransactionEncrypted, IGenericKeyPair, IKeypairEncrypted, IMasterKeyEncrypted, IPending2WTxDetails } from '../interfaces';
export declare class Wallet {
    private mempoolHost;
    private storageHost;
    private valenceHost;
    private keyMgmt;
    private mempoolRoutesPoW;
    private storageRoutesPoW;
    constructor();
    /**
     *
     * Initialize a new instance of the client without providing a master key or seed phrase
     *
     * @param {IClientConfig} config - Additional configuration parameters
     * @param initOffline - Optionally initialize the client without initializing network settings
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    initNew(config: IClientConfig, initOffline?: boolean): Promise<IClientResponse>;
    /**
     * Initialize an instance of the client with a provided master key
     *
     * @param {IMasterKeyEncrypted} masterKey - Master key
     * @param {IClientConfig} config - Additional configuration parameters
     * @param initOffline - Optionally initialize the client without initializing network settings
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    fromMasterKey(masterKey: IMasterKeyEncrypted, config: IClientConfig, initOffline?: boolean): Promise<IClientResponse>;
    /**
     * Initialize an instance of the wallet with a provided seed phrase
     *
     * @param {string} seedPhrase - Seed phrase
     * @param {IClientConfig} config - Additional configuration parameters
     * @param initOffline - Optionally initialize the client without initializing network settings
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    fromSeed(seedPhrase: string, config: IClientConfig, initOffline?: boolean): Promise<IClientResponse>;
    /**
     * Common network initialization (retrieval of PoW list for compute and storage)
     *
     * @param {IClientConfig} config - Configuration parameters
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    initNetwork(config: IClientConfig): Promise<IClientResponse>;
    /**
     * Fetch balance for an address list from the UTXO set
     *
     * @param {string[]} addressList - A list of public addresses
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    fetchBalance(addressList: string[]): Promise<IClientResponse>;
    /**
     * Fetch transactions from the storage host
     *
     * @param {string[]} transactionHashes - An array of transaction hashes
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    fetchTransactions(transactionHashes: string[]): Promise<IClientResponse>;
    /**
     *  Create item-assets for a provided address/key-pair
     *
     * @param {IKeypairEncrypted} address - Key-pair to use for the creation of the item-assets
     * @param {boolean} [defaultGenesisHash=true] - Whether to create `Item` assets that contain the default genesis tx hash identifier
     * @param {number} [amount=ITEM_DEFAULT] - The amount of `Item` assets to create
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    createItems(address: IKeypairEncrypted, defaultGenesisHash?: boolean, amount?: number, metadata?: string | null): Promise<IClientResponse>;
    /**
     * Sign a given message with an array of key-pairs
     *
     * @param {IKeypairEncrypted[]} keyPairsToSignWith - Key-pairs to use in the signing process
     * @param {string} message - The message to sign
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    signMessage(keyPairsToSignWith: IKeypairEncrypted[], message: string): IClientResponse;
    verifyMessage(message: string, signatures: IGenericKeyPair<string>, keyPairs: IKeypairEncrypted[]): IClientResponse;
    /**
     * Make a payment of a specified token amount to a payment address
     *
     * @param {string} paymentAddress - Address to make the payment to
     * @param {number} paymentAmount - The amount of `Token` assets to pay
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @param {IKeypairEncrypted} excessKeypair - A key-pair provided to assign excess `Token` assets to (encrypted)
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    makeTokenPayment(paymentAddress: string, paymentAmount: number, allKeypairs: IKeypairEncrypted[], excessKeypair: IKeypairEncrypted, locktime?: number): Promise<IClientResponse>;
    /**
     * Make a `Item` payment of a specified amount and `genesis_hash`
     *
     * @param {string} paymentAddress - Address to make the payment to
     * @param {number} paymentAmount - Payment amount
     * @param {string} genesisHash - Genesis transaction hash
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @param {IKeypairEncrypted} excessKeypair - Key-pair (encrypted) to assign excess funds to
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    makeItemPayment(paymentAddress: string, paymentAmount: number, genesisHash: string, allKeypairs: IKeypairEncrypted[], excessKeypair: IKeypairEncrypted, metadata?: string | null, locktime?: number): Promise<IClientResponse>;
    /**
     * Regenerates the addresses for a newly imported wallet (from seed phrase)
     *
     * @param seedPhrase
     * @param {string[]} addressList - A list of addresses to regenerate
     * @param {number} [seedRegenThreshold=SEED_REGEN_THRES] - Regeneration threshold
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    regenAddresses(seedPhrase: string, addressList: string[], seedRegenThreshold?: number): Promise<IClientResponse>;
    /**
     * Generates a new key-pair
     *
     * @param {string[]} allAddresses - A list of all public addresses (used to avoid re-generating the same key-pair)
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    getNewKeypair(allAddresses: string[], addressVersion?: null | number): IClientResponse;
    /**
     * Get the existing seed phrase, or generate a new one
     *
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    getSeedPhrase(): IClientResponse;
    /**
     * Get the existing master key in an encrypted format
     *
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    getMasterKey(): IClientResponse;
    /**
     * Decrypt an encrypted key-pair
     *
     * @param {IKeypairEncrypted} encryptedKeypair - Encrypted key-pair to decrypt
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    decryptKeypair(encryptedKeypair: IKeypairEncrypted): IClientResponse;
    /**
     * Save keypairs to localStorage. (Browser)
     * It is recommended to use user defined methods for I/O operations (see https://github.com/AIBlockOfficial/2Way.js#getting-started)
     *
     * @param {IKeypairEncrypted} encryptedKeypair - Encrypted key-pair to save
     * @return {*} {void}
     */
    saveKeypairs(encryptedKeypair: IKeypairEncrypted[]): IClientResponse;
    /**
     * Get keypairs from localStorage. (Browser)
     * It is recommended to use user defined methods for I/O operations (see https://github.com/AIBlockOfficial/2Way.js#getting-started)
     *
     * @export
     * @param {string} keypairs IKeypairEncrypted[] flattened to a string
     * @return {*} {void}
     */
    getKeypairs(): IClientResponse;
    /**
     * Make a 2 way payment to a specified address
     *
     * @param {string} paymentAddress - Address to make the payment to
     * @param {(IAssetItem | IAssetToken)} sendingAsset - The asset to pay
     * @param {(IAssetItem | IAssetToken)} receivingAsset - The asset to receive
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @param {IKeypairEncrypted} receiveAddress - A key-pair to assign the "receiving" asset to
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    make2WayPayment(paymentAddress: string, sendingAsset: IAssetItem | IAssetToken, receivingAsset: IAssetItem | IAssetToken, allKeypairs: IKeypairEncrypted[], receiveAddress: IKeypairEncrypted): Promise<IClientResponse>;
    /**
     * Fetch pending 2 way payments from the valence server
     *
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @param {ICreateTransactionEncrypted[]} allEncryptedTxs - A list of all existing saved transactions (encrypted)
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    fetchPending2WayPayment(keypair: IKeypairEncrypted, allEncryptedTxs?: ICreateTransactionEncrypted[]): Promise<IClientResponse>;
    /**
     * Handle a 2 way payment by either accepting or rejecting the payment
     *
     * @private
     * @param {string} druid - Unique DRUID value associated with this payment
     * @param {IResponseValence<IPending2WTxDetails>} pendingResponse - Pending 2 way payments response as received from the valence server
     * @param {('accepted' | 'rejected')} status - Status to se the payment to
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    private handle2WTxResponse;
    /**
     * Accept a 2 way payment
     *
     * @param {string} druid - Unique DRUID value associated with a 2 way payment
     * @param {IResponseValence<IPending2WTxDetails>} pendingResponse - 2-Way transaction(s) information as received from the valence server
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    accept2WayPayment(druid: string, pendingResponse: IPending2WTxDetails, allKeypairs: IKeypairEncrypted[]): Promise<IClientResponse>;
    /**
     * Reject a 2 way payment
     *
     * @param {string} druid - Unique DRUID value associated with a 2 way payment
     * @param {IResponseValence<IPending2WTxDetails>} pendingResponse - 2-Way transaction(s) information as received from the valence server
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    reject2WayPayment(druid: string, pendingResponse: IPending2WTxDetails, allKeypairs: IKeypairEncrypted[]): Promise<IClientResponse>;
    /**
     * Common network initialization (retrieval of PoW list)
     *
     * @private
     * @param {IClientConfig} config - Additional configuration parameters
     * @return {*}  {IClientResponse}
     * @memberof Wallet
     */
    private initNetworkForHost;
    /**
     * Make a payment of a certain asset to a specified destination
     *
     * @private
     * @param {string} paymentAddress - Address to make the payment to
     * @param {(IAssetToken | IAssetItem)} paymentAsset - The asset to send
     * @param {IKeypairEncrypted[]} allKeypairs - A list of all existing key-pairs (encrypted)
     * @param {IKeypairEncrypted} excessKeypair - A key-pair (encrypted) to assign excess funds to
     * @return {*}
     * @memberof Wallet
     */
    private makePayment;
    /**
     * Get information regarding the PoW required for all routes
     *
     * @private
     * @param {(string)} host - Host address to retrieve proof-of-work data from
     * @return {*}  {Promise<IClientResponse>}
     * @memberof Wallet
     */
    private getDebugData;
    /**
     * Generate a unique request ID as well as the corresponding
     * nonce required for a route
     *
     * @private
     * @param {string} route
     * @return {*}  {{
     *         headers: {
     *             'x-cache-id': string;
     *             'x-nonce': number;
     *         };
     *     }}
     * @memberof Wallet
     */
    private getRequestIdAndNonceHeadersForRoute;
}