import { ContractAdapter } from '../../common/ContractAdapter';
import { Bytes, FunctionCall, SigHashPreimage } from '../../scryptlib';
import * as unlockProto from '../contract-proto/nftUnlockContractCheck.proto';
export declare class NftUnlockContractCheck extends ContractAdapter {
    constuctParams: {
        unlockType: NFT_UNLOCK_CONTRACT_TYPE;
    };
    private _formatedDataPart;
    constructor(constuctParams: {
        unlockType: NFT_UNLOCK_CONTRACT_TYPE;
    });
    clone(): NftUnlockContractCheck;
    setFormatedDataPart(dataPart: unlockProto.FormatedDataPart): void;
    getFormatedDataPart(): unlockProto.FormatedDataPart;
    unlock({ txPreimage, prevouts, nftInputIndex, nftScript, nftTxHeader, nftTxHashProof, nftSatoshiBytes, nOutputs, txNftOutputIndex, nftOutputAddress, nftOutputSatoshis, otherOutputArray, }: {
        txPreimage: SigHashPreimage;
        prevouts: Bytes;
        nftInputIndex: number;
        nftScript: Bytes;
        nftTxHeader: Bytes;
        nftTxHashProof: Bytes;
        nftSatoshiBytes: Bytes;
        nOutputs: number;
        txNftOutputIndex: number;
        nftOutputAddress: Bytes;
        nftOutputSatoshis: number;
        otherOutputArray: Bytes;
    }): FunctionCall;
}
export declare enum NFT_UNLOCK_CONTRACT_TYPE {
    OUT_3 = 1,
    OUT_6 = 2,
    OUT_10 = 3,
    OUT_20 = 4,
    OUT_100 = 5,
    UNSUPPORT = 6
}
export declare class NftUnlockContractCheckFactory {
    static unlockContractTypeInfos: {
        type: NFT_UNLOCK_CONTRACT_TYPE;
        out: number;
        lockingScriptSize: number;
    }[];
    static getLockingScriptSize(unlockType: NFT_UNLOCK_CONTRACT_TYPE): number;
    static getOptimumType(outCount: number): NFT_UNLOCK_CONTRACT_TYPE;
    static createContract(unlockType: NFT_UNLOCK_CONTRACT_TYPE): NftUnlockContractCheck;
    static getDummyInstance(unlockType: NFT_UNLOCK_CONTRACT_TYPE): NftUnlockContractCheck;
    static calLockingScriptSize(unlockType: NFT_UNLOCK_CONTRACT_TYPE): number;
    static calUnlockingScriptSize(unlockType: NFT_UNLOCK_CONTRACT_TYPE, prevouts: Bytes, otherOutputArray: Bytes): number;
}