import { Context } from '../context';
import { ContractAbstraction } from '../contract/contract';
import type { ContractStorageType, DefaultWalletType } from '../contract/contract';
import { SendParams } from '../contract/contract-methods/contract-method-interface';
import type { ContractMethodObject } from '../contract/contract-methods/contract-method-object-param';
import { OpKind, withKind } from '../operations/types';
import { OriginationWalletOperation } from './origination-operation';
import { WalletDelegateParams, WalletFailingNoopParams, WalletIncreasePaidStorageParams, WalletOriginateParams, WalletProvider, WalletTransferParams, WalletStakeParams, WalletUnstakeParams, WalletFinalizeUnstakeParams, WalletTransferTicketParams, WalletRegisterGlobalConstantParams } from './interface';
export interface PKHOption {
    forceRefetch?: boolean;
}
export type WalletParamsWithKind = withKind<WalletTransferParams, OpKind.TRANSACTION> | withKind<WalletOriginateParams, OpKind.ORIGINATION> | withKind<WalletDelegateParams, OpKind.DELEGATION> | withKind<WalletIncreasePaidStorageParams, OpKind.INCREASE_PAID_STORAGE> | withKind<WalletTransferTicketParams, OpKind.TRANSFER_TICKET> | withKind<WalletRegisterGlobalConstantParams, OpKind.REGISTER_GLOBAL_CONSTANT>;
export declare class WalletOperationBatch {
    private walletProvider;
    private context;
    private operations;
    constructor(walletProvider: WalletProvider, context: Context);
    /**
     * @description Add a transaction operation to the batch
     * @param params Transfer operation parameter
     */
    withTransfer(params: WalletTransferParams): this;
    /**
     * @description Add a contract call to the batch
     * @param params Call a contract method
     * @param options Generic operation parameters
     */
    withContractCall(params: ContractMethodObject<Wallet>, options?: Partial<SendParams>): this;
    /**
     * @description Add a delegation operation to the batch
     * @param params Delegation operation parameter
     */
    withDelegation(params: WalletDelegateParams): this;
    /**
     * @description Add an origination operation to the batch
     * @param params Origination operation parameter
     */
    withOrigination<TWallet extends DefaultWalletType = DefaultWalletType>(params: WalletOriginateParams<ContractStorageType<TWallet>>): this;
    /**
     * @description Add an IncreasePaidStorage operation to the batch
     * @param param IncreasePaidStorage operation parameter
     */
    withIncreasePaidStorage(params: WalletIncreasePaidStorageParams): this;
    /**
     * @description Add an TransferTicket operation to the batch
     * @param param TransferTicket operation parameter
     */
    withTransferTicket(params: WalletTransferTicketParams): this;
    /**
     * @description Add a RegisterGlobalConstant operation to the batch
     * @param param RegisterGlobalConstant operation parameter
     */
    withRegisterGlobalConstant(params: WalletRegisterGlobalConstantParams): this;
    private mapOperation;
    /**
     * @description Add a group operation to the batch. Operation will be applied in the order they are in the params array
     * @param params Operations parameter
     * @throws {@link InvalidOperationKindError}
     */
    with(params: WalletParamsWithKind[]): this;
    /**
     * @description Submit batch operation to wallet
     */
    send(): Promise<import("./batch-operation").BatchWalletOperation>;
}
export declare class Wallet {
    private context;
    constructor(context: Context);
    private get walletProvider();
    private _pkh?;
    private _pk?;
    /**
     * @description Retrieve the PKH of the account that is currently in use by the wallet
     * @param option Option to use while fetching the PKH.
     * If forceRefetch is specified the wallet provider implementation will refetch the PKH from the wallet
     */
    pkh({ forceRefetch }?: PKHOption): Promise<string>;
    /**
     * @description Retrieve the PK of the account that is currently in use by the wallet
     * @param option Option to use while fetching the PK.
     * If forceRefetch is specified the wallet provider implementation will refetch the PK from the wallet
     */
    pk({ forceRefetch }?: PKHOption): Promise<string>;
    private walletCommand;
    /**
     * @description Originate a new contract according to the script in parameters.
     * @returns a OriginationWalletOperation promise object when followed by .send()
     * @param originateParams Originate operation parameter
     */
    originate<TWallet extends DefaultWalletType = DefaultWalletType>(params: WalletOriginateParams<ContractStorageType<TWallet>>): {
        send: () => Promise<OriginationWalletOperation<TWallet>>;
    };
    /**
     * @description Set the delegate for a contract.
     * @returns a WalletDelegateParams promise object when followed by .send()
     * @param delegateParams operation parameter
     */
    setDelegate(params: WalletDelegateParams): {
        send: () => Promise<import("./delegation-operation").DelegationWalletOperation>;
    };
    /**
     * @description failing_noop operation that is guaranteed to fail. DISCLAIMER: Not all wallets support signing failing_noop operations.
     * @returns Signature for a failing_noop
     * @param params operation parameter
     */
    signFailingNoop(params: WalletFailingNoopParams): Promise<{
        signature: string;
        bytes: string;
        signedContent: {
            branch: string;
            contents: {
                kind: OpKind;
                arbitrary: string;
            }[];
        };
    }>;
    /**
     * @description Register the current address as delegate.
     * @returns a DelegationWalletOperation promise object when followed by .send()
     */
    registerDelegate(): {
        send: () => Promise<import("./delegation-operation").DelegationWalletOperation>;
    };
    /**
     * @description Transfer tezos tokens from current address to a specific address or call a smart contract.
     * @returns a TransactionWalletOperation promise object when followed by .send()
     * @param params operation parameter
     */
    transfer(params: WalletTransferParams): {
        send: () => Promise<import("./transaction-operation").TransactionWalletOperation>;
    };
    /**
     * @description Transfer tezos tickets from current address to a specific address or a smart contract
     * @returns a TransferTicketWalletOperation promise object when followed by .send()
     * @param params operation parameter
     */
    transferTicket(params: WalletTransferTicketParams): {
        send: () => Promise<import("./transfer-ticket-operation").TransferTicketWalletOperation>;
    };
    /**
     * @description Stake a given amount for the source address
     * @returns a TransactionWalletOperation promise object when followed by .send()
     * @param Stake pseudo-operation parameter
     */
    stake(params: WalletStakeParams): {
        send: () => Promise<import("./transaction-operation").TransactionWalletOperation>;
    };
    /**
     * @description Unstake the given amount. If "everything" is given as amount, unstakes everything from the staking balance.
     * Unstaked tez remains frozen for a set amount of cycles (the slashing period) after the operation. Once this period is over,
     * the operation "finalize unstake" must be called for the funds to appear in the liquid balance.
     * @returns a TransactionWalletOperation promise object when followed by .send()
     * @param Unstake pseudo-operation parameter
     */
    unstake(params: WalletUnstakeParams): {
        send: () => Promise<import("./transaction-operation").TransactionWalletOperation>;
    };
    /**
     * @description Transfer all the finalizable unstaked funds of the source to their liquid balance
     * @returns a TransactionWalletOperation promise object when followed by .send()
     * @param Finalize_unstake pseudo-operation parameter
     */
    finalizeUnstake(params: WalletFinalizeUnstakeParams): {
        send: () => Promise<import("./transaction-operation").TransactionWalletOperation>;
    };
    /**
     * @description Increase the paid storage of a smart contract.
     * @returns a IncreasePaidStorageWalletOperation promise object when followed by .send()
     * @param params operation parameter
     */
    increasePaidStorage(params: WalletIncreasePaidStorageParams): {
        send: () => Promise<import("./increase-paid-storage-operation").IncreasePaidStorageWalletOperation>;
    };
    /**
     * @description Register a Micheline expression in a global table of constants.
     * @returns a RegisterGlobalConstantWalletOperation promise object when followed by .send()
     * @param params operation parameter
     */
    registerGlobalConstant(params: WalletRegisterGlobalConstantParams): {
        send: () => Promise<import("./register-global-constant-operation").RegisterGlobalConstantWalletOperation>;
    };
    /**
     * @description Create a batch of operation
     * @returns A batch object from which we can add more operation or send a command to the wallet to execute the batch
     * @param params List of operation to initialize the batch with
     */
    batch(params?: Parameters<WalletOperationBatch['with']>[0]): WalletOperationBatch;
    /**
     * @description Create an smart contract abstraction for the address specified. Calling entrypoints with the returned
     * smart contract abstraction will leverage the wallet provider to make smart contract calls
     * @param address Smart contract address
     * @throws {@link InvalidContractAddressError} If the contract address is not valid
     */
    at<T extends ContractAbstraction<Wallet>>(address: string, contractAbstractionComposer?: (abs: ContractAbstraction<Wallet>, context: Context) => T): Promise<T>;
}