index.d.ts

/* eslint-disable max-len */
/* eslint-disable indent */
/**
 * Multisig input data to add to tx.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {AddMultisigSignTxInRequest} txin - transaction input data
 */
export interface AddMultisigSignRequest {
    isElements?: boolean;
    tx: string;
    txin: AddMultisigSignTxInRequest;
}

/**
 * Multisig signature input data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {PubkeySignData[]} signParams - pubkey signature data.
 * @property {string} redeemScript? - (required for P2SH or P2SH-P2WSH) redeem script for unlocking script
 * @property {string} witnessScript? - (required for P2WSH or P2SH-P2WSH) witness script for witness stack
 * @property {string} hashType - hash type. (p2sh, p2wsh or p2sh-p2wsh)
 * @property {boolean} clearStack? - Clear the stack before addSign. If txinType is p2sh, clearStack is forced to be true.
 */
export interface AddMultisigSignTxInRequest {
    txid: string;
    vout: number;
    signParams: PubkeySignData[];
    redeemScript?: string;
    witnessScript?: string;
    hashType: string;
    clearStack?: boolean;
}

/**
 * request for add psbt data.
 * @property {string} psbt - psbt data (hex or base64)
 * @property {PsbtAddInputRequest[]} inputs? - request for add psbt input.
 * @property {PsbtAddOutputRequest[]} outputs? - request for add psbt output.
 */
export interface AddPsbtDataRequest {
    psbt: string;
    inputs?: PsbtAddInputRequest[];
    outputs?: PsbtAddOutputRequest[];
}

/**
 * pubkey hash input data to add to tx.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {AddPubkeyHashSignTxInRequest} txin - transaction input data
 */
export interface AddPubkeyHashSignRequest {
    isElements?: boolean;
    tx: string;
    txin: AddPubkeyHashSignTxInRequest;
}

/**
 * pubkey hash input data
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {PubkeySignData} signParam - sign parameter.
 * @property {string} pubkey - public key.
 * @property {string} hashType - hash type. (p2pkh, p2wpkh or p2sh-p2wpkh)
 */
export interface AddPubkeyHashSignTxInRequest {
    txid: string;
    vout: number;
    signParam: PubkeySignData;
    pubkey: string;
    hashType: string;
}

/**
 * The data added to the transaction.
 * @property {string} tx - transaction hex
 * @property {TxInRequest[]} txins? - The data added to the transaction input.
 * @property {TxOutRequest[]} txouts? - The data added to the transaction output.
 */
export interface AddRawTransactionRequest {
    tx: string;
    txins?: TxInRequest[];
    txouts?: TxOutRequest[];
}

/**
 * address prefix customize data.
 * @property {string} nettype - network type (mainnet, testnet, regtest, liquidv1, elementsregtest, custom)
 * @property {string} p2pkh - p2pkh prefix
 * @property {string} p2sh - p2sh prefix
 * @property {string} bech32 - bech32 prefix
 * @property {string} blinded? - (elements only) blinded p2pkh prefix
 * @property {string} blindedP2sh? - (elements only) blinded p2sh prefix. If not set, use blinded.
 * @property {string} blech32? - (elements only) blind bech32 prefix
 */
export interface AddressPrefixCustomizeData {
    nettype: string;
    p2pkh: string;
    p2sh: string;
    bech32: string;
    blinded?: string;
    blindedP2sh?: string;
    blech32?: string;
}

/**
 * script hash input data to add to tx.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {AddScriptHashSignTxInRequest} txin - transaction input data
 */
export interface AddScriptHashSignRequest {
    isElements?: boolean;
    tx: string;
    txin: AddScriptHashSignTxInRequest;
}

/**
 * script hash input data
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {SignData[]} signParams - The sign data.
 * @property {SignData[]} signParam? - The sign data.
 * @property {string} redeemScript - redeem script.
 * @property {string} hashType - hash type. (p2sh, p2wsh or p2sh-p2wsh)
 */
export interface AddScriptHashSignTxInRequest {
    txid: string;
    vout: number;
    signParams: SignData[];
    signParam?: SignData[];
    redeemScript: string;
    hashType: string;
}

/**
 * Sign input data to add to tx.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {AddSignTxInRequest} txin - transaction input data
 */
export interface AddSignRequest {
    isElements?: boolean;
    tx: string;
    txin: AddSignTxInRequest;
}

/**
 * Sign input data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {boolean} isWitness? - use witness stack flag.
 * @property {SignData[]} signParams - The sign data.
 * @property {SignData[]} signParam? - The sign data.
 * @property {boolean} clearStack? - Clear the stack before addSign. If isWitness is false, clearStack is forced to be true.
 */
export interface AddSignTxInRequest {
    txid: string;
    vout: number;
    isWitness?: boolean;
    signParams: SignData[];
    signParam?: SignData[];
    clearStack?: boolean;
}

/**
 * taproot input data to add to tx.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {AddTaprootSchnorrSignTxInRequest} txin - transaction input data
 */
export interface AddTaprootSchnorrSignRequest {
    isElements?: boolean;
    tx: string;
    txin: AddTaprootSchnorrSignTxInRequest;
}

/**
 * taprootinput data
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} signature - sign hex.
 * @property {string} sighashType? - signature hash type. (default, all, none or single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 * @property {string} annex? - taproot annex bytes.
 */
export interface AddTaprootSchnorrSignTxInRequest {
    txid: string;
    vout: number;
    signature: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
    annex?: string;
}

/**
 * tapscript input data to add to tx.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {AddTapscriptSignTxInRequest} txin - transaction input data
 */
export interface AddTapscriptSignRequest {
    isElements?: boolean;
    tx: string;
    txin: AddTapscriptSignTxInRequest;
}

/**
 * tapscript input data
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {TapScriptSignData[]} signParams - tapscript sign data.
 * @property {string} tapscript - tapscript.
 * @property {string} controlBlock - tapscript control block.
 * @property {string} annex? - taproot annex bytes.
 */
export interface AddTapscriptSignTxInRequest {
    txid: string;
    vout: number;
    signParams: TapScriptSignData[];
    tapscript: string;
    controlBlock: string;
    annex?: string;
}

/**
 * TapScript tree information
 * @property {TapScriptTreeItem[]} branches - TapScript tree item
 */
export interface AnalyzeTapScriptTreeInfo {
    branches: TapScriptTreeItem[];
}

/**
 * Request for get TapBranch info.
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} treeString - tree serialize string. (cfd format)
 */
export interface AnalyzeTapScriptTreeRequest {
    network?: string;
    isElements?: boolean;
    treeString: string;
}

/**
 * The output descriptor request data.
 * @property {string} descriptor - output descriptor.
 * @property {boolean} isElements? - elements transaction flag.
 */
export interface AppendDescriptorChecksumRequest {
    descriptor: string;
    isElements?: boolean;
}

/**
 * base64 data
 * @property {string} base64 - base64 data
 */
export interface Base64Data {
    base64: string;
}

/**
 * Response of blinding key.
 * @property {string} blindingKey - blinding key
 */
export interface BlindingKeyResponse {
    blindingKey: string;
}

/**
 * Tx input issuance data for blinding.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} assetBlindingKey - asset blinding key.
 * @property {string} tokenBlindingKey? - token blinding key. Used when issue transaction.
 */
export interface BlindIssuanceRequest {
    txid: string;
    vout: number;
    assetBlindingKey: string;
    tokenBlindingKey?: string;
}

/**
 * Request blind the transaction.
 * @property {string} tx - transaction hex
 * @property {BlindTxInRequest[]} txins - Tx input data for blinding.
 * @property {BlindTxOutRequest[]} txouts? - Tx output data for blinding.
 * @property {string[]} txoutConfidentialAddresses? - Confidential address list. Use instead of txouts.
 * @property {BlindIssuanceRequest[]} issuances? - Tx input issuance data for blinding.
 * @property {bigint | number} minimumRangeValue? - rangeproof minimum value.
 * @property {number} exponent? - An exponential value that guarantees a range of rangeproof.
 * @property {number} minimumBits? - minimum bits of rangeproof.
 * @property {boolean} collectBlinder? - collect blinder data. (blinders and issuanceBlinders)
 */
export interface BlindRawTransactionRequest {
    tx: string;
    txins: BlindTxInRequest[];
    txouts?: BlindTxOutRequest[];
    txoutConfidentialAddresses?: string[];
    issuances?: BlindIssuanceRequest[];
    minimumRangeValue?: bigint | number;
    exponent?: number;
    minimumBits?: number;
    collectBlinder?: boolean;
}

/**
 * The output blind transaction data.
 * @property {string} hex - transaction hex.
 * @property {UnblindOutput[]} blinders? - unblind txout
 * @property {UnblindIssuanceOutput[]} issuanceBlinders? - unblind issuance data
 */
export interface BlindTransactionResponse {
    hex: string;
    blinders?: UnblindOutput[];
    issuanceBlinders?: UnblindIssuanceOutput[];
}

/**
 * Tx input data for blinding.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} asset - asset hex.
 * @property {string} blindFactor? - amount blinder.
 * @property {string} assetBlindFactor? - asset blinder.
 * @property {bigint | number} amount - satoshi amount.
 */
export interface BlindTxInRequest {
    txid: string;
    vout: number;
    asset: string;
    blindFactor?: string;
    assetBlindFactor?: string;
    amount: bigint | number;
}

/**
 * Tx output data for blinding.
 * @property {number} index - target txout index.
 * @property {string} confidentialKey - confidential key.
 * @property {string} blindPubkey? - (deprecated field)
 */
export interface BlindTxOutRequest {
    index: number;
    confidentialKey: string;
    blindPubkey?: string;
}

/**
 * block data.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} block - block hex
 */
export interface BlockData {
    isElements?: boolean;
    block: string;
}

/**
 * The output block information.
 * @property {string} blockHash - block hash.
 * @property {string[]} tx - txid list.
 * @property {number} version - version.
 * @property {string} versionHex - version hex.
 * @property {string} previousblockhash - previous block hash.
 * @property {string} merkleroot - merkleroot.
 * @property {number} time - block time.
 * @property {number} bits - bits.
 * @property {number} nonce - nonce.
 */
export interface BlockInformation {
    blockHash: string;
    tx: string[];
    version: number;
    versionHex: string;
    previousblockhash: string;
    merkleroot: string;
    time: number;
    bits: number;
    nonce: number;
}

/**
 * The output block transaction data.
 * @property {string} tx - tx hex.
 * @property {string} txoutproof - txout proof.
 */
export interface BlockTxData {
    tx: string;
    txoutproof: string;
}

/**
 * Request by block and txid.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} block - block hex
 * @property {string} txid - txid
 */
export interface BlockTxRequest {
    isElements?: boolean;
    block: string;
    txid: string;
}

/**
 * request ec signature data.
 * @property {string} sighash - signature hash.
 * @property {PrivkeyData} privkeyData? - private key data.
 * @property {boolean} isGrindR? - Grind-R flag
 */
export interface CalculateEcSignatureRequest {
    sighash: string;
    privkeyData?: PrivkeyData;
    isGrindR?: boolean;
}

/**
 * tweak pubkey data
 * @property {string} pubkey - tweaked schnorr public key
 * @property {boolean} parity - y-parity flag
 * @property {string} basePubkey - tweak based schnorr public key
 * @property {string} tweak - 32-byte tweak data
 */
export interface CheckTweakedSchnorrPubkeyRequest {
    pubkey: string;
    parity: boolean;
    basePubkey: string;
    tweak: string;
}

/**
 * fee information.
 * @property {bigint | number} txFeeAmount? - Tx fee amount excluding txin.
 * @property {number} feeRate? - network fee rate
 * @property {number} longTermFeeRate? - network long-term fee rate
 * @property {number} knapsackMinChange? - knapsack minimum change amount. (knapsack logic's threshold. Recommended value is 1.)
 * @property {string} feeAsset? - fee asset (This field is available only elements.)
 * @property {number} exponent? - blind exponent (This field is available only elements.)
 * @property {number} minimumBits? - blind minimum bits (This field is available only elements.)
 */
export interface CoinSelectionFeeInformationField {
    txFeeAmount?: bigint | number;
    feeRate?: number;
    longTermFeeRate?: number;
    knapsackMinChange?: number;
    feeAsset?: string;
    exponent?: number;
    minimumBits?: number;
}

/**
 * Request for compute sigpoint on schnorr
 * @property {string} message - message data. (32-byte hash, or text message.)
 * @property {boolean} isHashed? - is 32-byte hashed message.
 * @property {string} nonce - 32-byte nonce data.
 * @property {string} schnorrPubkey - xonly public key.
 */
export interface ComputeSigPointRequest {
    message: string;
    isHashed?: boolean;
    nonce: string;
    schnorrPubkey: string;
}

/**
 * Request AES data.
 * @property {boolean} isEncrypt - aes encrypt flag. true is encrypt, false is decrypt
 * @property {string} mode? - AES mode. (for feature) (cbc only)
 * @property {string} key - key data (32 byte: 64 char hex)
 * @property {string} iv? - initial vector (16 byte: 32 char hex) (using by cbc mode only.)
 * @property {string} data - crypto target data
 */
export interface ConvertAesRequest {
    isEncrypt: boolean;
    mode?: string;
    key: string;
    iv?: string;
    data: string;
}

/**
 * The data converted by AES.
 * @property {string} hex - encrypted or decrypted data
 */
export interface ConvertAesResponse {
    hex: string;
}

/**
 * Request's data for converting entropy to mnemonic.
 * @property {string} entropy - entropy hex
 * @property {string} language? - mnemonic's language. (support [en es fr it jp zhs zht])
 */
export interface ConvertEntropyToMnemonicRequest {
    entropy: string;
    language?: string;
}

/**
 * Response data of converting entropy to mnemonic.
 * @property {string[]} mnemonic - mnemonic word list.
 */
export interface ConvertEntropyToMnemonicResponse {
    mnemonic: string[];
}

/**
 * Request's data for converting mnemonic to seed.
 * @property {string[]} mnemonic - mnemonic words
 * @property {string} passphrase - passphrase
 * @property {boolean} strictCheck? - Check mnemonic words strictly
 * @property {string} language? - mnemonic language (support [en]. Other languages are not working properly.)
 * @property {boolean} useIdeographicSpace? - Currently, this flag is valid only the language is set "jp".
 */
export interface ConvertMnemonicToSeedRequest {
    mnemonic: string[];
    passphrase: string;
    strictCheck?: boolean;
    language?: string;
    useIdeographicSpace?: boolean;
}

/**
 * Response data of converting mnemonic to seed.
 * @property {string} seed - mnemonic word list
 * @property {string} entropy? - mnemonic's entropy. This field is only set if "language" is set in the request
 */
export interface ConvertMnemonicToSeedResponse {
    seed: string;
    entropy?: string;
}

/**
 * Request for ConvertToPsbt.
 * @property {string} tx - transaction hex
 * @property {boolean} permitSigData? - If true, any signatures in the input will be discarded and conversion will continue. If false, this function will fail if any signatures are present.
 */
export interface ConvertToPsbtRequest {
    tx: string;
    permitSigData?: boolean;
}

/**
 * Request data for creating address.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {HashKeyData} keyData? - address's base data.
 * @property {string} network - network type. (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {string} hashType - hash type. (p2wpkh, p2wsh, p2pkh, p2sh, p2sh-p2wpkh, p2sh-p2wsh, taproot)
 */
export interface CreateAddressRequest {
    isElements?: boolean;
    keyData?: HashKeyData;
    network: string;
    hashType: string;
}

/**
 * Response data of creating address.
 * @property {string} address - address string.
 * @property {string} lockingScript - (redeem script or pubkey) locking script
 * @property {string} redeemScript? - (required for P2SH-P2WPKH or P2SH-P2WSH) redeem script for unlocking script
 */
export interface CreateAddressResponse {
    address: string;
    lockingScript: string;
    redeemScript?: string;
}

/**
 * descriptor's key data.
 * @property {string} key - pubkey or extpubkey.
 * @property {string} parentExtkey? - parent extpubkey.
 * @property {string} keyPathFromParent? - bip32 path from parent key.
 */
export interface CreateDescriptorKeyRequest {
    key: string;
    parentExtkey?: string;
    keyPathFromParent?: string;
}

/**
 * Request data for creating descriptor.
 * @property {string} scriptType - Script types are joined by '-'. (ex. p2sh-p2wsh-multi)
 * @property {CreateDescriptorKeyRequest[]} keyInfoList? - descriptor's key data.
 * @property {number} requireNum? - multisig require num.
 */
export interface CreateDescriptorRequest {
    scriptType: string;
    keyInfoList?: CreateDescriptorKeyRequest[];
    requireNum?: number;
}

/**
 * Request for create destroy amount transaction
 * @property {number} version? - transaction version
 * @property {number} locktime? - locktime
 * @property {TxInRequest[]} txins? - The data added to the transaction input.
 * @property {ElementsTxOut[]} txouts? - adding txout data
 * @property {ElementsDestroyAmount} destroy - destroy amount txout
 * @property {ElementsTxOutFee} fee? - Transaction fee data.
 */
export interface CreateDestroyAmountRequest {
    version?: number;
    locktime?: number;
    txins?: TxInRequest[];
    txouts?: ElementsTxOut[];
    destroy: ElementsDestroyAmount;
    fee?: ElementsTxOutFee;
}

/**
 * Request for create signature hash.
 * @property {string} tx - transaction hex
 * @property {CreateElementsSignatureHashTxIn} txin - txin data
 */
export interface CreateElementsSignatureHashRequest {
    tx: string;
    txin: CreateElementsSignatureHashTxIn;
}

/**
 * txin data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {HashKeyData} keyData - key data
 * @property {bigint | number} amount? - satoshi amount (need either amount or confidentialValueCommitment)
 * @property {string} confidentialValueCommitment? - value commitment (need either amount or confidentialValueCommitment)
 * @property {string} hashType - hash type (p2wpkh, p2wsh, p2pkh, p2sh, p2sh-p2wpkh, p2sh-p2wsh)
 * @property {string} sighashType? - signature hash type. (all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 */
export interface CreateElementsSignatureHashTxIn {
    txid: string;
    vout: number;
    keyData: HashKeyData;
    amount?: bigint | number;
    confidentialValueCommitment?: string;
    hashType: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
}

/**
 * Request data for creating extkey from parent's key.
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {string} extkeyType? - extkey type (extPrivkey or extPubkey)
 * @property {string} bip32FormatType? - bip32 format type (bip32, bip49, bip84)
 * @property {string} parentKey - parent key (pubkey or privkey)
 * @property {number} parentDepth - parent depth
 * @property {string} parentChainCode - parent chain code
 * @property {number} childNumber - bip32 child number.
 * @property {boolean} hardened? - hardened flag. (true is extPrivkey only.)
 */
export interface CreateExtkeyFromParentKeyRequest {
    network: string;
    extkeyType?: string;
    bip32FormatType?: string;
    parentKey: string;
    parentDepth: number;
    parentChainCode: string;
    childNumber: number;
    hardened?: boolean;
}

/**
 * Request data for creating extkey from parent.
 * @property {string} extkey - parent extkey
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {string} extkeyType - extkey type (extPrivkey or extPubkey)
 * @property {number[]} childNumberArray? - bip32 child number array. (hardened is logical sum 0x80000000)
 * @property {string} path? - bip32 path. (child number string. if exist path, disable childNumberArray. ex) 44'/0h/2.)
 */
export interface CreateExtkeyFromParentPathRequest {
    extkey: string;
    network: string;
    extkeyType: string;
    childNumberArray?: number[];
    path?: string;
}

/**
 * Request data for creating extkey from parent.
 * @property {string} extkey - parent extkey
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {string} extkeyType - extkey type (extPrivkey or extPubkey)
 * @property {number} childNumber - bip32 child number.
 * @property {boolean} hardened? - hardened flag. (true is extPrivkey only.)
 */
export interface CreateExtkeyFromParentRequest {
    extkey: string;
    network: string;
    extkeyType: string;
    childNumber: number;
    hardened?: boolean;
}

/**
 * Request data for creating extkey from seed.
 * @property {string} seed - seed hex data
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {string} extkeyType? - extkey type (extPrivkey or extPubkey)
 * @property {string} bip32FormatType? - bip32 format type (bip32, bip49, bip84)
 */
export interface CreateExtkeyFromSeedRequest {
    seed: string;
    network: string;
    extkeyType?: string;
    bip32FormatType?: string;
}

/**
 * Request data for creating extkey.
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {string} extkeyType? - extkey type (extPrivkey or extPubkey)
 * @property {string} bip32FormatType? - bip32 format type (bip32, bip49, bip84)
 * @property {string} parentKey? - parent key
 * @property {string} parentFingerprint? - parent key's fingerprint.
 * @property {string} key - key hex. (pubkey or privkey)
 * @property {number} depth - depth
 * @property {string} chainCode - chain code
 * @property {number} childNumber - bip32 child number.
 * @property {boolean} hardened? - hardened flag. (true is extPrivkey only.)
 */
export interface CreateExtkeyRequest {
    network: string;
    extkeyType?: string;
    bip32FormatType?: string;
    parentKey?: string;
    parentFingerprint?: string;
    key: string;
    depth: number;
    chainCode: string;
    childNumber: number;
    hardened?: boolean;
}

/**
 * Response of creating extkey.
 * @property {string} extkey - extkey
 */
export interface CreateExtkeyResponse {
    extkey: string;
}

/**
 * Request data for creating extpubkey from extprivkey.
 * @property {string} extkey - extkey
 * @property {string} network - network type (mainnet, testnet or regtest)
 */
export interface CreateExtPubkeyRequest {
    extkey: string;
    network: string;
}

/**
 * Request data for creating keypair.
 * @property {boolean} wif - Set the privkey format to wif.
 * @property {string} network? - network type (mainnet, testnet or regtest)
 * @property {boolean} isCompressed? - pubkey compressed flag
 */
export interface CreateKeyPairRequest {
    wif: boolean;
    network?: string;
    isCompressed?: boolean;
}

/**
 * Response data of creating keypair.
 * @property {string} privkey - privkey
 * @property {string} pubkey - pubkey
 */
export interface CreateKeyPairResponse {
    privkey: string;
    pubkey: string;
}

/**
 * Request for create multisig address and script
 * @property {number} nrequired - require signature num.
 * @property {string[]} keys - pubkey list
 * @property {boolean} isElements? - elements mode flag.
 * @property {string} network - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {string} hashType - hash type (p2sh, p2wsh, p2sh-p2wsh)
 */
export interface CreateMultisigRequest {
    nrequired: number;
    keys: string[];
    isElements?: boolean;
    network: string;
    hashType: string;
}

/**
 * Response of create multisig address and script
 * @property {string} address - address
 * @property {string} redeemScript? - (required for P2SH or P2SH-P2WSH) redeem script for unlocking script
 * @property {string} witnessScript? - (required for P2WSH or P2SH-P2WSH) witness script for witness stack
 */
export interface CreateMultisigResponse {
    address: string;
    redeemScript?: string;
    witnessScript?: string;
}

/**
 * Request for creating multisig's scriptsig.
 * @property {PubkeySignData[]} signParams? - pubkey signature data.
 * @property {string} redeemScript - multisig script
 */
export interface CreateMultisigScriptSigRequest {
    signParams?: PubkeySignData[];
    redeemScript: string;
}

/**
 * Request data. If unlock pegin tx, sign to p2wpkh or p2wsh format.
 * @property {string} fedpegscript - fedpeg script (fedpegscript comes from 'getsidechaininfo' rpc command.)
 * @property {string} pubkey - pubkey related to unlocking peg-in utxo. (This field is only available when lockingScript is empty.)
 * @property {string} redeemScript? - default is empty. set claim script to direct.
 * @property {string} network? - network type. (mainnet, testnet or regtest)
 * @property {string} hashType? - hash type (p2wsh, p2sh-p2wsh, p2sh)
 */
export interface CreatePegInAddressRequest {
    fedpegscript: string;
    pubkey: string;
    redeemScript?: string;
    network?: string;
    hashType?: string;
}

/**
 * Response data of creating pegin address.
 * @property {string} mainchainAddress - mainchain address
 * @property {string} claimScript - claim script.
 * @property {string} tweakFedpegscript - tweaked fedpeg script
 */
export interface CreatePegInAddressResponse {
    mainchainAddress: string;
    claimScript: string;
    tweakFedpegscript: string;
}

/**
 * Request for CreatePegoutAddress.
 * @property {string} network? - mainchain network type. (mainnet, testnet or regtest)
 * @property {string} elementsNetwork? - elements network type. (liquidv1, elementsregtest)
 * @property {string} descriptor - output descriptor or xpub
 * @property {bigint | number} bip32Counter? - bip32 derive counter. (0 to 2147483647.)
 * @property {string} hashType? - pubkey hash type (p2pkh, p2sh-p2pkh, p2wpkh)
 */
export interface CreatePegoutAddressRequest {
    network?: string;
    elementsNetwork?: string;
    descriptor: string;
    bip32Counter?: bigint | number;
    hashType?: string;
}

/**
 * Response data of creating pegout address.
 * @property {string} mainchainAddress - mainchain address
 * @property {string} baseDescriptor - base output descriptor
 */
export interface CreatePegoutAddressResponse {
    mainchainAddress: string;
    baseDescriptor: string;
}

/**
 * Request for create pegin transaction
 * @property {number} version? - transaction version
 * @property {number} locktime? - locktime
 * @property {ElementsPeginTxIn[]} txins - Pegin's txin data
 * @property {ElementsTxOut[]} txouts? - adding txout data
 * @property {ElementsTxOutFee} fee? - Transaction fee data.
 * @property {boolean} isRandomSortTxOut? - txout random sort after adding transaction
 */
export interface CreateRawPeginRequest {
    version?: number;
    locktime?: number;
    txins: ElementsPeginTxIn[];
    txouts?: ElementsTxOut[];
    fee?: ElementsTxOutFee;
    isRandomSortTxOut?: boolean;
}

/**
 * Request for create pegout transaction
 * @property {number} version? - transaction version
 * @property {number} locktime? - locktime
 * @property {TxInRequest[]} txins? - The data added to the transaction input.
 * @property {ElementsTxOut[]} txouts? - adding txout data
 * @property {ElementsPegoutTxOut} pegout - pegout txout
 * @property {ElementsTxOutFee} fee? - fee data
 */
export interface CreateRawPegoutRequest {
    version?: number;
    locktime?: number;
    txins?: TxInRequest[];
    txouts?: ElementsTxOut[];
    pegout: ElementsPegoutTxOut;
    fee?: ElementsTxOutFee;
}

/**
 * Response of create pegout transaction.
 * @property {string} hex - transaction hex
 */
export interface CreateRawPegoutResponse {
    hex: string;
    btcAddress?: string;
}

/**
 * Request for create transaction
 * @property {number} version? - transaction version
 * @property {number} locktime? - locktime
 * @property {TxInRequest[]} txins? - The data added to the transaction input.
 * @property {TxOutRequest[]} txouts? - The data added to the transaction output.
 */
export interface CreateRawTransactionRequest {
    version?: number;
    locktime?: number;
    txins?: TxInRequest[];
    txouts?: TxOutRequest[];
}

/**
 * Request for creating script.
 * @property {string[]} items - item array accepts string of op_code, binary hex or number
 */
export interface CreateScriptRequest {
    items: string[];
}

/**
 * Request for create signature hash.
 * @property {string} tx - transaction hex
 * @property {CreateSignatureHashTxInRequest} txin - txin data
 */
export interface CreateSignatureHashRequest {
    tx: string;
    txin: CreateSignatureHashTxInRequest;
}

/**
 * Response of create signature hash.
 * @property {string} sighash - sighash
 */
export interface CreateSignatureHashResponse {
    sighash: string;
}

/**
 * txin data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {HashKeyData} keyData - key data
 * @property {bigint | number} amount - satoshi amount
 * @property {string} hashType - hash type (p2wpkh, p2wsh, p2pkh, p2sh, p2sh-p2wpkh, p2sh-p2wsh)
 * @property {string} sighashType? - signature hash type. (all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 */
export interface CreateSignatureHashTxInRequest {
    txid: string;
    vout: number;
    keyData: HashKeyData;
    amount: bigint | number;
    hashType: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
}

/**
 * Request for decode base58
 * @property {string} data - base58 data
 * @property {boolean} hasChecksum? - use checksum mode.
 */
export interface DecodeBase58Request {
    data: string;
    hasChecksum?: boolean;
}

/**
 * Response of decode base58
 * @property {string} hex - decoded data byte hex
 */
export interface DecodeBase58Response {
    hex: string;
}

/**
 * Request for decode signature.
 * @property {string} signature - der signature
 */
export interface DecodeDerSignatureToRawRequest {
    signature: string;
}

/**
 * locking script data
 * @property {string} asm? - script asm string
 * @property {string} hex? - script hex
 * @property {number} reqSigs? - require signature num
 * @property {string} type? - script type
 * @property {string[]} addresses? - address list
 */
export interface DecodeLockingScript {
    asm?: string;
    hex?: string;
    reqSigs?: number;
    type?: string;
    addresses?: string[];
}

/**
 * psbt input data
 * @property {string} non_witness_utxo_hex? - If hasDetail is true, tx hex for not witness set.
 * @property {DecodeRawTransactionResponse} non_witness_utxo? - utxo for not witness. If hasDetail and hasSimple are true, this field is disabled.
 * @property {DecodePsbtUtxo} witness_utxo? - utxo for witness
 * @property {PsbtSignatureData[]} partial_signatures? - psbt signature data.
 * @property {string} sighash? - sighash type (ALL, SINGLE, NONE)
 * @property {PsbtScriptData} redeem_script? - redeem script
 * @property {PsbtScriptData} witness_script? - witness script
 * @property {PsbtBip32Data[]} bip32_derivs? - psbt script data
 * @property {DecodeUnlockingScript} final_scriptsig? - final scriptsig
 * @property {string[]} final_scriptwitness? - final witness stack
 * @property {PsbtMapData[]} unknown? - psbt map data.
 */
export interface DecodePsbtInput {
    non_witness_utxo_hex?: string;
    non_witness_utxo?: DecodeRawTransactionResponse;
    witness_utxo?: DecodePsbtUtxo;
    partial_signatures?: PsbtSignatureData[];
    sighash?: string;
    redeem_script?: PsbtScriptData;
    witness_script?: PsbtScriptData;
    bip32_derivs?: PsbtBip32Data[];
    final_scriptsig?: DecodeUnlockingScript;
    final_scriptwitness?: string[];
    unknown?: PsbtMapData[];
}

/**
 * @property {string} asm? - script asm string
 * @property {string} hex? - script hex
 * @property {string} type? - script type
 * @property {string} address? - address
 */
export interface DecodePsbtLockingScript {
    asm?: string;
    hex?: string;
    type?: string;
    address?: string;
}

/**
 * psbt output data
 * @property {PsbtScriptData} redeem_script? - redeem script
 * @property {PsbtScriptData} witness_script? - witness script
 * @property {PsbtBip32Data[]} bip32_derivs? - psbt script data
 * @property {PsbtMapData[]} unknown? - psbt map data.
 */
export interface DecodePsbtOutput {
    redeem_script?: PsbtScriptData;
    witness_script?: PsbtScriptData;
    bip32_derivs?: PsbtBip32Data[];
    unknown?: PsbtMapData[];
}

/**
 * request for decode psbt.
 * @property {string} psbt - psbt data (hex or base64)
 * @property {string} network? - network type (mainnet, testnet, regtest)
 * @property {boolean} hasDetail? - detail dump option.
 * @property {boolean} hasSimple? - simple dump option.
 */
export interface DecodePsbtRequest {
    psbt: string;
    network?: string;
    hasDetail?: boolean;
    hasSimple?: boolean;
}

/**
 * response data of decode psbt.
 * @property {DecodeRawTransactionResponse} tx? - transaction data. If hasDetail and hasSimple are true, this field is disabled.
 * @property {string} tx_hex? - If hasDetail is true, tx hex set.
 * @property {PsbtGlobalXpub[]} xpubs? - psbt global xpub data
 * @property {number} version? - If hasDetail is true, psbt version set. (remove from global unknown)
 * @property {PsbtMapData[]} unknown? - psbt map data.
 * @property {DecodePsbtInput[]} inputs - psbt input data
 * @property {DecodePsbtOutput[]} outputs - psbt output data
 * @property {bigint} fee? - If all utxos filled, this field has set fee amount.
 */
export interface DecodePsbtResponse {
    tx?: DecodeRawTransactionResponse;
    tx_hex?: string;
    xpubs?: PsbtGlobalXpub[];
    version?: number;
    unknown?: PsbtMapData[];
    inputs: DecodePsbtInput[];
    outputs: DecodePsbtOutput[];
    fee?: bigint;
}

/**
 * psbt witness utxo
 * @property {bigint} amount - psbt witness utxo
 */
export interface DecodePsbtUtxo {
    amount: bigint;
    scriptPubKey?: DecodePsbtLockingScript;
}

/**
 * Request for decode transaction.
 * @property {string} hex - transaction hex
 * @property {string} network? - network type
 * @property {boolean} iswitness? - dump witness (unused)
 */
export interface DecodeRawTransactionRequest {
    hex: string;
    network?: string;
    iswitness?: boolean;
}

/**
 * @property {string} txid - txid
 * @property {string} hash - transaction hash (txid or wtxid)
 * @property {number} version - transaction version
 * @property {number} size - transaction size
 * @property {number} vsize - transaction vsize
 * @property {number} weight - weight
 * @property {number} locktime - locktime
 * @property {DecodeRawTransactionTxIn[]} vin? - decode txin data
 * @property {DecodeRawTransactionTxOut[]} vout? - txout data
 */
export interface DecodeRawTransactionResponse {
    txid: string;
    hash: string;
    version: number;
    size: number;
    vsize: number;
    weight: number;
    locktime: number;
    vin?: DecodeRawTransactionTxIn[];
    vout?: DecodeRawTransactionTxOut[];
}

/**
 * decode txin data
 * @property {string} coinbase? - coinbase flag (coinbase is only)
 * @property {string} txid? - utxo txid
 * @property {number} vout? - utxo vout
 * @property {DecodeUnlockingScript} scriptSig? - scriptsig
 * @property {string[]} txinwitness? - txin witness stack
 * @property {number} sequence? - sequence number
 */
export interface DecodeRawTransactionTxIn {
    coinbase?: string;
    txid?: string;
    vout?: number;
    scriptSig?: DecodeUnlockingScript;
    txinwitness?: string[];
    sequence?: number;
}

/**
 * txout data
 * @property {bigint} value? - satoshi amount
 * @property {number} n - vout number
 * @property {DecodeLockingScript} scriptPubKey? - locking script
 */
export interface DecodeRawTransactionTxOut {
    value?: bigint;
    n: number;
    scriptPubKey?: DecodeLockingScript;
}

/**
 * script data
 * @property {string} asm - script asm string
 * @property {string} hex - script hex
 */
export interface DecodeUnlockingScript {
    asm: string;
    hex: string;
}

/**
 * Request for decrypt signature on ecdsa adaptor.
 * @property {string} adaptorSignature - adaptor signature hex.
 * @property {string} secret - secret data
 */
export interface DecryptEcdsaAdaptorRequest {
    adaptorSignature: string;
    secret: string;
}

/**
 * @property {string} keyType - contain key type (pubkey, extPubkey, extPrivkey, schnorrPubkey)
 * @property {string} key - key value (hex or base58)
 */
export interface DescriptorKeyJson {
    keyType: string;
    key: string;
}

/**
 * descriptor item.
 * @property {number} depth - descriptor depth
 * @property {string} lockingScript - locking script
 * @property {string} address - address
 * @property {string} hashType - hash type (p2wpkh, p2wsh, p2pkh, p2sh, p2sh-p2wpkh, p2sh-p2wsh)
 * @property {string} redeemScript? - redeem script for script hash. (This field is only available when hashType is p2wsh, p2sh, or p2sh-p2wsh.)
 * @property {string} keyType? - contain key type (pubkey, extPubkey, extPrivkey, schnorrPubkey)
 * @property {string} key? - key value (hex or base58) (This field is only available when hashType is taproot, p2wpkh, p2pkh, or p2pk. taproot is xonly-pubkey.)
 * @property {DescriptorKeyJson[]} keys? - keys included in multisig
 * @property {number} reqNum? - number of required signatures to solve multisig script.
 */
export interface DescriptorScriptJson {
    depth: number;
    lockingScript: string;
    address: string;
    hashType: string;
    redeemScript?: string;
    keyType?: string;
    key?: string;
    keys?: DescriptorKeyJson[];
    reqNum?: number;
}

/**
 * ecdsa adaptor signature
 * @property {string} adaptorSignature - adaptor signature hex.
 */
export interface EcdsaAdaptorSignature {
    adaptorSignature: string;
}

/**
 * Pegin's witness stack
 * @property {bigint | number} amount - pegin amount
 * @property {string} asset - pegin asset
 * @property {string} mainchainGenesisBlockHash - mainchain genesis block hash.
 * @property {string} claimScript - claim script
 * @property {string} mainchainRawTransaction - mainchain transaction hex
 * @property {string} mainchainTxoutproof - mainchain txoutproof
 */
export interface ElementsAddPeginWitness {
    amount: bigint | number;
    asset: string;
    mainchainGenesisBlockHash: string;
    claimScript: string;
    mainchainRawTransaction: string;
    mainchainTxoutproof: string;
}

/**
 * Request for adding transaction
 * @property {string} tx - transaction hex
 * @property {TxInRequest[]} txins? - The data added to the transaction input.
 * @property {ElementsPeginTxIn[]} peginTxins? - Pegin's txin data
 * @property {ElementsTxOut[]} txouts? - adding txout data
 * @property {ElementsDestroyAmount[]} destroyAmountTxouts? - adding destroy amount txout data
 * @property {ElementsPegoutTxOut[]} pegoutTxouts? - adding pegout txout data
 * @property {ElementsTxOutFee} fee? - Transaction fee data.
 * @property {boolean} isRandomSortTxOut? - txout random sort after adding transaction
 */
export interface ElementsAddRawTransactionRequest {
    tx: string;
    txins?: TxInRequest[];
    peginTxins?: ElementsPeginTxIn[];
    txouts?: ElementsTxOut[];
    destroyAmountTxouts?: ElementsDestroyAmount[];
    pegoutTxouts?: ElementsPegoutTxOut[];
    fee?: ElementsTxOutFee;
    isRandomSortTxOut?: boolean;
}

/**
 * Response of adding transaction.
 * @property {string} hex - transaction hex
 * @property {string[]} btcAddresses? - pegout address list.
 */
export interface ElementsAddRawTransactionResponse {
    hex: string;
    btcAddresses?: string[];
}

/**
 * Request for create transaction
 * @property {number} version? - transaction version
 * @property {number} locktime? - locktime
 * @property {TxInRequest[]} txins? - The data added to the transaction input.
 * @property {ElementsTxOut[]} txouts? - adding txout data
 * @property {ElementsTxOutFee} fee? - fee data
 */
export interface ElementsCreateRawTransactionRequest {
    version?: number;
    locktime?: number;
    txins?: TxInRequest[];
    txouts?: ElementsTxOut[];
    fee?: ElementsTxOutFee;
}

/**
 * issuance data
 * @property {string} assetBlindingNonce - utxo asset blinder
 * @property {string} assetEntropy - asset entropy
 * @property {string} contractHash? - issue original entropy data.
 * @property {boolean} isreissuance - reissuance flag
 * @property {string} token? - token asset
 * @property {string} asset? - issued asset
 * @property {bigint} assetamount? - issued satoshi amount
 * @property {string} assetamountcommitment? - issued amountcommitment
 * @property {bigint} tokenamount? - token amount
 * @property {string} tokenamountcommitment? - token amountcommitment
 * @property {string} assetRangeproof? - asset rangeproof (Displayed only when the full dump option is used.)
 * @property {string} tokenRangeproof? - token rangeproof (Displayed only when the full dump option is used.)
 */
export interface ElementsDecodeIssuance {
    assetBlindingNonce: string;
    assetEntropy: string;
    contractHash?: string;
    isreissuance: boolean;
    token?: string;
    asset?: string;
    assetamount?: bigint;
    assetamountcommitment?: string;
    tokenamount?: bigint;
    tokenamountcommitment?: string;
    assetRangeproof?: string;
    tokenRangeproof?: string;
}

/**
 * locking script data
 * @property {string} asm? - script asm string
 * @property {string} hex? - script hex
 * @property {number} reqSigs? - require signature num
 * @property {string} type - script type
 * @property {string[]} addresses? - address list
 * @property {string} pegout_chain? - pegout chain hex
 * @property {string} pegout_asm? - pegout script asm string
 * @property {string} pegout_hex? - pegout script hex
 * @property {number} pegout_reqSigs? - pegout require signature num
 * @property {string} pegout_type? - pegout script type
 * @property {string[]} pegout_addresses? - pegout address list
 */
export interface ElementsDecodeLockingScript {
    asm?: string;
    hex?: string;
    reqSigs?: number;
    type: string;
    addresses?: string[];
    pegout_chain?: string;
    pegout_asm?: string;
    pegout_hex?: string;
    pegout_reqSigs?: number;
    pegout_type?: string;
    pegout_addresses?: string[];
}

/**
 * Request for decode transaction.
 * @property {string} hex - transaction hex
 * @property {string} network? - elements network type (liquidv1, regtest)
 * @property {string} mainchainNetwork? - mainchain network type (mainnet, testnet, regtest or blank. Must be set for pegout transactions.)
 * @property {boolean} iswitness? - dump witness (unused)
 * @property {boolean} fullDump? - tx data all dump option.
 */
export interface ElementsDecodeRawTransactionRequest {
    hex: string;
    network?: string;
    mainchainNetwork?: string;
    iswitness?: boolean;
    fullDump?: boolean;
}

/**
 * Response of decode transaction.
 * @property {string} txid - txid
 * @property {string} hash - transaction hash
 * @property {string} wtxid - witness txid
 * @property {string} withash - withash
 * @property {number} version - transaction version
 * @property {number} size - transaction size
 * @property {number} vsize - transaction vsize
 * @property {number} weight - weight
 * @property {number} locktime - locktime
 * @property {ElementsDecodeRawTransactionTxIn[]} vin? - decode txin data
 * @property {ElementsDecodeRawTransactionTxOut[]} vout? - txout data
 */
export interface ElementsDecodeRawTransactionResponse {
    txid: string;
    hash: string;
    wtxid: string;
    withash: string;
    version: number;
    size: number;
    vsize: number;
    weight: number;
    locktime: number;
    vin?: ElementsDecodeRawTransactionTxIn[];
    vout?: ElementsDecodeRawTransactionTxOut[];
}

/**
 * decode txin data
 * @property {string} coinbase? - coinbase flag (coinbase is only)
 * @property {string} txid? - utxo txid
 * @property {number} vout? - utxo vout
 * @property {DecodeUnlockingScript} scriptSig? - scriptsig
 * @property {boolean} is_pegin? - pegin flag
 * @property {bigint} sequence? - sequence number
 * @property {string[]} txinwitness? - txin witness stack
 * @property {string[]} pegin_witness? - pegin witness stack
 * @property {ElementsDecodeIssuance} issuance? - issuance data
 */
export interface ElementsDecodeRawTransactionTxIn {
    coinbase?: string;
    txid?: string;
    vout?: number;
    scriptSig?: DecodeUnlockingScript;
    is_pegin?: boolean;
    sequence?: bigint;
    txinwitness?: string[];
    pegin_witness?: string[];
    issuance?: ElementsDecodeIssuance;
}

/**
 * txout data
 * @property {bigint} value? - satoshi amount
 * @property {bigint} 'value-minimum?' - blind minimum value
 * @property {bigint} 'value-maximum?' - blind maximum value
 * @property {number} 'ct-exponent?' - blinding exponent
 * @property {number} 'ct-bits?' - blinding bits
 * @property {string} surjectionproof? - surjectionproof
 * @property {string} valuecommitment? - valuecommitment
 * @property {string} asset? - asset
 * @property {string} assetcommitment? - assetcommitment
 * @property {string} commitmentnonce? - confidentialKey or commitmentnonce
 * @property {boolean} commitmentnonce_fully_valid? - valid nonce
 * @property {number} n - vout number
 * @property {ElementsDecodeLockingScript} scriptPubKey? - locking script
 * @property {string} rangeproof? - value rangeproof (Displayed only when the full dump option is used.)
 */
export interface ElementsDecodeRawTransactionTxOut {
    value?: bigint;
    'value-minimum?': bigint;
    'value-maximum?': bigint;
    'ct-exponent?': number;
    'ct-bits?': number;
    surjectionproof?: string;
    valuecommitment?: string;
    asset?: string;
    assetcommitment?: string;
    commitmentnonce?: string;
    commitmentnonce_fully_valid?: boolean;
    n: number;
    scriptPubKey?: ElementsDecodeLockingScript;
    rangeproof?: string;
}

/**
 * adding destroy amount txout data
 * @property {bigint | number} amount - satoshi amount
 * @property {string} asset - asset
 * @property {string} directNonce? - nonce for confidential key
 */
export interface ElementsDestroyAmount {
    amount: bigint | number;
    asset: string;
    directNonce?: string;
}

/**
 * Pegin's txin data
 * @property {boolean} isPegin? - pegin flag
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {number} sequence? - sequence number
 * @property {ElementsAddPeginWitness} peginwitness - pegin witness data
 * @property {boolean} isRemoveMainchainTxWitness? - (deprecated) remove mainchain txhex's witness data. (It is necessary to set true for Elements v0.18 or higher.)
 */
export interface ElementsPeginTxIn {
    isPegin?: boolean;
    txid: string;
    vout: number;
    sequence?: number;
    peginwitness: ElementsAddPeginWitness;
    isRemoveMainchainTxWitness?: boolean;
}

/**
 * adding pegout txout data
 * @property {bigint | number} amount - satoshi amount
 * @property {string} asset - asset
 * @property {string} network - mainchain network type (mainnet, testnet or regtest)
 * @property {string} elementsNetwork - elements network type (liquidv1, regtest)
 * @property {string} mainchainGenesisBlockHash - mainchain genesis block hash
 * @property {string} btcAddress? - bitcoin address
 * @property {string} onlinePubkey - online pubkey.
 * @property {string} masterOnlineKey - master online privkey.
 * @property {string} bitcoinDescriptor - output descriptor for pegout
 * @property {number} bip32Counter - descriptor's bip32 counter.
 * @property {string} whitelist - whitelist
 */
export interface ElementsPegoutTxOut {
    amount: bigint | number;
    asset: string;
    network: string;
    elementsNetwork: string;
    mainchainGenesisBlockHash: string;
    btcAddress?: string;
    onlinePubkey: string;
    masterOnlineKey: string;
    bitcoinDescriptor: string;
    bip32Counter: number;
    whitelist: string;
}

/**
 * adding txout data
 * @property {string} address - address
 * @property {bigint | number} amount - satoshi amount
 * @property {string} asset - asset
 * @property {string} directLockingScript? - locking script
 * @property {string} directNonce? - nonce for confidential key
 * @property {boolean} isRemoveNonce? - remove nonce flag
 */
export interface ElementsTxOut {
    address: string;
    amount: bigint | number;
    asset: string;
    directLockingScript?: string;
    directNonce?: string;
    isRemoveNonce?: boolean;
}

/**
 * Transaction fee data.
 * @property {bigint | number} amount - satoshi amount
 * @property {string} asset - asset
 */
export interface ElementsTxOutFee {
    amount: bigint | number;
    asset: string;
}

/**
 * Request for encode base58
 * @property {string} hex - base58 target byte hex
 */
export interface EncodeBase58Request {
    hex: string;
    hasChecksum?: boolean;
}

/**
 * Response of encode base58
 * @property {string} data - encoded data
 */
export interface EncodeBase58Response {
    data: string;
}

/**
 * Request for encode signature.
 * @property {string} signature - signature
 * @property {string} sighashType - sighash type (all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighash anyone can pay
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 */
export interface EncodeSignatureByDerRequest {
    signature: string;
    sighashType: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
}

/**
 * Response of encode signature.
 * @property {string} signature - encoded signature
 */
export interface EncodeSignatureByDerResponse {
    signature: string;
}

/**
 * Request for encrypt on ecdsa adaptor
 * @property {string} message - message data. (32-byte hash, or text message.)
 * @property {boolean} isHashed? - is 32-byte hashed message.
 * @property {string} privkey - private key.
 * @property {string} encryptionKey - adaptor encryption key.
 */
export interface EncryptEcdsaAdaptorRequest {
    message: string;
    isHashed?: boolean;
    privkey: string;
    encryptionKey: string;
}

/**
 * Error response base interface
 * @property {InnerErrorResponse} error - Inner error information
 */
export interface ErrorResponse {
    error: InnerErrorResponse;
}

/**
 * Request for estimate fee
 * @property {SelectUtxoData[]} selectUtxos? - Select utxo
 * @property {number} feeRate - network fee rate
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag. (require when you set the transaction field)
 * @property {boolean} isBlind? - blind flag (This field is available only elements.)
 * @property {string} feeAsset? - fee asset (This field is available only elements.)
 * @property {number} exponent? - blind exponent. (This field is available only elements.)
 * @property {number} minimumBits? - blind minimum bits. (This field is available only elements.)
 */
export interface EstimateFeeRequest {
    selectUtxos?: SelectUtxoData[];
    feeRate: number;
    tx: string;
    isElements?: boolean;
    isBlind?: boolean;
    feeAsset?: string;
    exponent?: number;
    minimumBits?: number;
}

/**
 * Response of estimate fee
 * @property {bigint} feeAmount - tx fee amount. (txoutFeeAmount + utxoFeeAmount)
 * @property {bigint} txFeeAmount? - (deprecated: rename to txoutFeeAmount)
 * @property {bigint} txoutFeeAmount? - fee of tx output & base area.
 * @property {bigint} utxoFeeAmount? - fee of tx inputs utxo.
 */
export interface EstimateFeeResponse {
    feeAmount: bigint;
    txFeeAmount?: bigint;
    txoutFeeAmount?: bigint;
    utxoFeeAmount?: bigint;
}

/**
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} reason - error reason.
 */
export interface FailSignTxIn {
    txid: string;
    vout: number;
    reason: string;
}

/**
 * Finalized psbt input data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} finalScriptsig? - final scriptsig
 * @property {string[]} final_scriptwitness? - final witness stack
 */
export interface FinalizedPsbtInputData {
    txid: string;
    vout: number;
    finalScriptsig?: string;
    final_scriptwitness?: string[];
}

/**
 * Finalize PSBT input request
 * @property {string} psbt - psbt data (hex or base64)
 * @property {FinalizedPsbtInputData[]} inputs - Finalized psbt input data.
 */
export interface FinalizePsbtInputRequest {
    psbt: string;
    inputs: FinalizedPsbtInputData[];
}

/**
 * Finalize and extract PSBT request
 * @property {string} psbt - psbt (hex or base64)
 * @property {boolean} extract? - If true and the transaction is complete, extract and return the complete transaction in normal network serialization instead of the PSBT.
 */
export interface FinalizePsbtRequest {
    psbt: string;
    extract?: boolean;
}

/**
 * The output finalize psbt data.
 * @property {string} psbt - base64 encoded psbt.
 * @property {string} hex - psbt hex
 * @property {string} tx - If extracted, the transaction hex is set.
 * @property {boolean} complete - If the transaction has a complete set of signatures.
 */
export interface FinalizePsbtResponse {
    psbt: string;
    hex: string;
    tx: string;
    complete: boolean;
}

/**
 * target amount data
 * @property {string} asset - target asset
 * @property {bigint | number} amount - Amount more than the specified amount is set in txout. default is 0 (disable).
 * @property {string} reserveAddress - This address use when append TxOut. Also serves as a change address. (This field is available only bitcoin.)
 */
export interface FundAmountMapData {
    asset: string;
    amount: bigint | number;
    reserveAddress: string;
}

/**
 * fee information
 * @property {number} feeRate - network fee rate
 * @property {number} longTermFeeRate? - network long-term fee rate
 * @property {bigint | number} knapsackMinChange? - knapsack minimum change amount. (knapsack logic's threshold. Recommended value is 1.)
 * @property {number} dustFeeRate? - excess amount to include in the fee
 * @property {string} feeAsset? - fee asset (This field is available only elements.)
 * @property {boolean} isBlindEstimateFee? - calculate fee on blinding tx (This field is available only elements.)
 * @property {number} exponent? - blind exponent (This field is available only elements.)
 * @property {number} minimumBits? - blind minimum bits (This field is available only elements.)
 */
export interface FundFeeInformation {
    feeRate: number;
    longTermFeeRate?: number;
    knapsackMinChange?: bigint | number;
    dustFeeRate?: number;
    feeAsset?: string;
    isBlindEstimateFee?: boolean;
    exponent?: number;
    minimumBits?: number;
}

/**
 * Request data for fund psbt.
 * @property {string} psbt - psbt (hex or base64)
 * @property {FundUtxoJsonData[]} utxos - utxo data.
 * @property {string} network? - network type. (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {string} reservedDescriptor? - This descriptor use when append TxOut. Also serves as a change address descriptor. (This field is available only bitcoin.)
 * @property {FundFeeInformation} feeInfo? - fee information
 */
export interface FundPsbtRequest {
    psbt: string;
    utxos: FundUtxoJsonData[];
    network?: string;
    reservedDescriptor?: string;
    feeInfo?: FundFeeInformation;
}

/**
 * Response data of fund transaction.
 * @property {string} psbt - base64 encoded psbt.
 * @property {string} hex - psbt hex
 * @property {string[]} usedAddresses? - This address list was used to add TxOut.
 * @property {bigint} feeAmount? - fee amount.
 */
export interface FundPsbtResponse {
    psbt: string;
    hex: string;
    usedAddresses?: string[];
    feeAmount?: bigint;
}

/**
 * Request data for fund transaction.
 * @property {FundUtxoJsonData[]} utxos - utxo data.
 * @property {FundSelectUtxoData[]} selectUtxos? - Txin's utxo data.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag. (require when you set the transaction field)
 * @property {string} network? - network type. (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {bigint | number} targetAmount? - Amount more than the specified amount is set in txout. default is 0 (disable). (This field is available only bitcoin.)
 * @property {string} reserveAddress? - This address use when append TxOut. Also serves as a change address. (This field is available only bitcoin.)
 * @property {FundAmountMapData[]} targets? - target amount data
 * @property {FundFeeInformation} feeInfo? - fee information
 */
export interface FundRawTransactionRequest {
    utxos: FundUtxoJsonData[];
    selectUtxos?: FundSelectUtxoData[];
    tx: string;
    isElements?: boolean;
    network?: string;
    targetAmount?: bigint | number;
    reserveAddress?: string;
    targets?: FundAmountMapData[];
    feeInfo?: FundFeeInformation;
}

/**
 * Response data of fund transaction.
 * @property {string} hex - transaction hex
 * @property {string[]} usedAddresses? - This address list was used to add TxOut.
 * @property {bigint} feeAmount? - fee amount.
 */
export interface FundRawTransactionResponse {
    hex: string;
    usedAddresses?: string[];
    feeAmount?: bigint;
}

/**
 * Txin's utxo data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} address - address
 * @property {bigint | number} amount - satoshi amount.
 * @property {string} asset? - asset id. (This field is available only elements utxo.)
 * @property {string} redeemScript? - redeem script (This field is available only p2sh or p2wsh.)
 * @property {string} descriptor? - output descriptor. (descriptor is required, you needs to consider fee amount)
 * @property {boolean} isIssuance? - use issuance (This field is available only elements.)
 * @property {boolean} isBlindIssuance? - use issuance's blind (This field is available only elements.)
 * @property {boolean} isPegin? - use pegin (This field is available only elements.)
 * @property {number} peginBtcTxSize? - pegin's btc transaction size (This field is available only elements.)
 * @property {number} peginTxOutProofSize? - pegin's btc txoutproof size (This field is available only elements.)
 * @property {string} claimScript? - claim script (This field is available only elements.)
 * @property {string} fedpegScript? - (deprecated)fedpeg script
 * @property {string} scriptSigTemplate? - ScriptSig template is for scriptHash calculation fee.
 */
export interface FundSelectUtxoData {
    txid: string;
    vout: number;
    address: string;
    amount: bigint | number;
    asset?: string;
    redeemScript?: string;
    descriptor?: string;
    isIssuance?: boolean;
    isBlindIssuance?: boolean;
    isPegin?: boolean;
    peginBtcTxSize?: number;
    peginTxOutProofSize?: number;
    claimScript?: string;
    fedpegScript?: string;
    scriptSigTemplate?: string;
}

/**
 * utxo data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} address - address
 * @property {bigint | number} amount - satoshi amount.
 * @property {string} asset? - asset id. (This field is available only elements utxo.)
 * @property {string} descriptor? - output descriptor. (descriptor is required, you needs to consider fee amount)
 * @property {string} scriptSigTemplate? - ScriptSig template is for scriptHash calculation fee.
 */
export interface FundUtxoJsonData {
    txid: string;
    vout: number;
    address: string;
    amount: bigint | number;
    asset?: string;
    descriptor?: string;
    scriptSigTemplate?: string;
}

/**
 * Request for get addresses from multisig script.
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} redeemScript - redeem script on multisig
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {string} hashType? - hash type. (p2wpkh, p2pkh, p2sh-p2wpkh)
 */
export interface GetAddressesFromMultisigRequest {
    isElements?: boolean;
    redeemScript: string;
    network?: string;
    hashType?: string;
}

/**
 * Response of get addresses from multisig script.
 * @property {string[]} addresses - address list
 * @property {string[]} pubkeys - pubkey list
 * @property {number} requireNum - multisig script's require signature num.
 */
export interface GetAddressesFromMultisigResponse {
    addresses: string[];
    pubkeys: string[];
    requireNum: number;
}

/**
 * Request for get address information.
 * @property {string} address - address text
 * @property {boolean} isElements? - elements transaction flag.
 */
export interface GetAddressInfoRequest {
    address: string;
    isElements?: boolean;
}

/**
 * Response of get address information.
 * @property {string} lockingScript - locking script
 * @property {string} network - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {string} hashType - hash type (p2wpkh, p2pkh, p2wsh, p2sh(contain p2sh-segwit), taproot)
 * @property {number} witnessVersion? - witness version. (none:field empty, versionX:X(0 - 16))
 * @property {string} hash? - pubkey-hash or script-hash. p2wsh:32byte, other:20byte
 */
export interface GetAddressInfoResponse {
    lockingScript: string;
    network: string;
    hashType: string;
    witnessVersion?: number;
    hash?: string;
}

/**
 * Request for get commitment.
 * @property {bigint | number} amount - satoshi amount
 * @property {string} asset - asset
 * @property {string} assetBlindFactor - asset blind factor
 * @property {string} blindFactor - amount blind factor
 */
export interface GetCommitmentRequest {
    amount: bigint | number;
    asset: string;
    assetBlindFactor: string;
    blindFactor: string;
}

/**
 * Response of get commitment.
 * @property {string} assetCommitment - asset commitment
 * @property {string} amountCommitment - amount commitment
 */
export interface GetCommitmentResponse {
    assetCommitment: string;
    amountCommitment: string;
}

/**
 * Request for get confidential address.
 * @property {string} unblindedAddress - unblinded address
 * @property {string} key - confidential key
 */
export interface GetConfidentialAddressRequest {
    unblindedAddress: string;
    key: string;
}

/**
 * Response of get confidential address.
 * @property {string} confidentialAddress - confidential address
 */
export interface GetConfidentialAddressResponse {
    confidentialAddress: string;
}

/**
 * Request for get default blinding key.
 * @property {string} masterBlindingKey - master blinding key
 * @property {string} lockingScript? - locking script
 * @property {string} address? - use if empty locking script.
 */
export interface GetDefaultBlindingKeyRequest {
    masterBlindingKey: string;
    lockingScript?: string;
    address?: string;
}

/**
 * Request extkey.
 * @property {string} extkey - extkey
 */
export interface GetExtkeyInfoRequest {
    extkey: string;
}

/**
 * Response of get extkey information.
 * @property {string} network - network type
 * @property {string} version - version information
 * @property {number} depth - depth
 * @property {string} fingerprint - fingerprint
 * @property {number} childNumber - bip32 child number
 * @property {string} chainCode - chain code
 * @property {string} keyType - extkey type (extpubkey, extprivkey)
 */
export interface GetExtkeyInfoResponse {
    network: string;
    version: string;
    depth: number;
    fingerprint: string;
    childNumber: number;
    chainCode: string;
    keyType: string;
}

/**
 * @property {number} index - index (on the first)
 * @property {number[]} indexes? - index list
 */
export interface GetIndexData {
    index: number;
    indexes?: number[];
}

/**
 * Request for get issuance blinding key.
 * @property {string} masterBlindingKey - master blinding key
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 */
export interface GetIssuanceBlindingKeyRequest {
    masterBlindingKey: string;
    txid: string;
    vout: number;
}

/**
 * Request for get mnemonic word list
 * @property {string} language - mnemonic language (support [en es fr it jp zhs zht])
 */
export interface GetMnemonicWordlistRequest {
    language: string;
}

/**
 * Response of get mnemonic word list
 * @property {string[]} wordlist - mnemonic word list
 */
export interface GetMnemonicWordlistResponse {
    wordlist: string[];
}

/**
 * Request for get privkey from extkey
 * @property {string} extkey - extkey
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {boolean} wif - use wallet import format
 * @property {boolean} isCompressed? - compressed flag
 */
export interface GetPrivkeyFromExtkeyRequest {
    extkey: string;
    network: string;
    wif: boolean;
    isCompressed?: boolean;
}

/**
 * Response of get privkey from extkey
 * @property {string} privkey - privkey (wif or hex)
 */
export interface GetPrivkeyFromExtkeyResponse {
    privkey: string;
}

/**
 * Request for get pubkey from extkey.
 * @property {string} extkey - extkey
 * @property {string} network - network type (mainnet, testnet or regtest)
 */
export interface GetPubkeyFromExtkeyRequest {
    extkey: string;
    network: string;
}

/**
 * Request for get pubkey from privkey.
 * @property {string} privkey - privkey (wif or hex)
 * @property {boolean} isCompressed? - compressed pubkey flag
 */
export interface GetPubkeyFromPrivkeyRequest {
    privkey: string;
    isCompressed?: boolean;
}

/**
 * Request to get a Schnorr pubkey from privkey.
 * @property {string} privkey - privkey (wif or hex)
 */
export interface GetSchnorrPubkeyFromPrivkeyRequest {
    privkey: string;
}

/**
 * Request for get signature hash.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {GetSighashTxIn} txin - txin data
 * @property {UtxoObject[]} utxos - UTXO data.
 * @property {string} genesisBlockHash? - genesis block hash (for elements taproot)
 */
export interface GetSighashRequest {
    tx: string;
    isElements?: boolean;
    txin: GetSighashTxIn;
    utxos: UtxoObject[];
    genesisBlockHash?: string;
}

/**
 * txin data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {HashKeyData} keyData - key data
 * @property {string} hashType - hash type (taproot, p2wpkh, p2wsh, p2pkh, p2sh, p2sh-p2wpkh, p2sh-p2wsh)
 * @property {string} sighashType? - signature hash type. (default(for taproot), all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 * @property {string} annex? - taproot annex bytes.
 * @property {bigint | number} codeSeparatorPosition? - (for tapscript) OP_CODESEPARATOR position.
 */
export interface GetSighashTxIn {
    txid: string;
    vout: number;
    keyData: HashKeyData;
    hashType: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
    annex?: string;
    codeSeparatorPosition?: bigint | number;
}

/**
 * Request for get supported function.
 * @property {boolean} bitcoin - bitcoin support flag
 * @property {boolean} elements - elements support flag
 */
export interface GetSupportedFunctionResponse {
    bitcoin: boolean;
    elements: boolean;
}

/**
 * Request for get TapBranch info.
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} treeString - tree serialize string. (cfd format)
 * @property {string} tapscript? - tapscript hex.
 * @property {string[]} nodes? - target tapbranches hash list. If exist the same tapscript in this tree, you can search for the target tapscript by specifying a hash list of tapbranches.
 * @property {number} index - branch index.
 */
export interface GetTapBranchInfoRequest {
    network?: string;
    isElements?: boolean;
    treeString: string;
    tapscript?: string;
    nodes?: string[];
    index: number;
}

/**
 * Request for get tapscript info.
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} internalPubkey? - internal schnorr pubkey.
 * @property {string} internalPrivkey? - internal privkey. Specify only when it is necessary to calculate.
 * @property {TapBranchData[]} tree - TapBranch data.
 */
export interface GetTapScriptTreeInfoRequest {
    network?: string;
    isElements?: boolean;
    internalPubkey?: string;
    internalPrivkey?: string;
    tree: TapBranchData[];
}

/**
 * Request for get txin index.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 */
export interface GetTxInIndexRequest {
    tx: string;
    isElements?: boolean;
    txid: string;
    vout: number;
}

/**
 * Request for get txout index.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} address? - target address
 * @property {string} directLockingScript? - target locking script
 */
export interface GetTxOutIndexRequest {
    tx: string;
    isElements?: boolean;
    address?: string;
    directLockingScript?: string;
}

/**
 * Request for get unblind data.
 * @property {string} blindingKey - blinding key
 * @property {string} lockingScript - locking script
 * @property {string} assetCommitment - asset commitment
 * @property {string} valueCommitment - value commitment
 * @property {string} commitmentNonce - nonce
 * @property {string} rangeproof - rangeproof
 */
export interface GetUnblindDataRequest {
    blindingKey: string;
    lockingScript: string;
    assetCommitment: string;
    valueCommitment: string;
    commitmentNonce: string;
    rangeproof: string;
}

/**
 * Request for get unblinded address.
 * @property {string} confidentialAddress - confidential address
 */
export interface GetUnblindedAddressRequest {
    confidentialAddress: string;
}

/**
 * Response of get unblinded address.
 * @property {string} unblindedAddress - unblinded address
 * @property {string} confidentialKey - confidential key
 */
export interface GetUnblindedAddressResponse {
    unblindedAddress: string;
    confidentialKey: string;
}

/**
 * Request for get witness stack count.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {TxInRequest} txin - target txin
 */
export interface GetWitnessStackNumRequest {
    tx: string;
    isElements?: boolean;
    txin: TxInRequest;
}

/** @property {number} count - witness stack count */
export interface GetWitnessStackNumResponse {
    count: number;
}

/**
 * Hash data based key
 * @property {string} hex - hex data
 * @property {string} type - data type. (pubkey or redeem_script)
 */
export interface HashKeyData {
    hex: string;
    type: string;
}

/**
 * Request for hash message
 * @property {string} algorithm - hash algorithm. (hash160, hash256, sha256, ripemd160)
 * @property {string} message - Set hex string or text string.
 * @property {boolean} hasText? - Specify true if the message is text string. (default: false)
 */
export interface HashMessageRequest {
    algorithm: string;
    message: string;
    hasText?: boolean;
}

/**
 * Hex data.
 * @property {string} hex - hex string
 */
export interface HexData {
    hex: string;
}

/**
 * Inner error information
 * @property {number} code - require
 * @property {string} type - require
 * @property {string} message - error message
 */
export interface InnerErrorResponse {
    code: number;
    type: string;
    message: string;
}

/**
 * Request to check finalized input.
 * @property {string} psbt - psbt data (hex or base64)
 * @property {OutPoint[]} outPointList? - OutPoint data.
 */
export interface IsFinalizedPsbtRequest {
    psbt: string;
    outPointList?: OutPoint[];
}

/**
 * The output finalized check.
 * @property {boolean} success - target all finalized flag.
 * @property {boolean} finalizedAll - all finalized flag.
 * @property {OutPoint[]} failInputs? - OutPoint data.
 */
export interface IsFinalizedPsbtResponse {
    success: boolean;
    finalizedAll: boolean;
    failInputs?: OutPoint[];
}

/**
 * issuance data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {bigint | number} assetAmount - asset amount
 * @property {string} assetAddress - send asset address
 * @property {bigint | number} tokenAmount - token amount
 * @property {string} tokenAddress - send token address
 * @property {boolean} isBlind? - blind issue/reissue
 * @property {string} contractHash? - contract hash
 * @property {boolean} isRemoveNonce? - remove nonce flag.
 */
export interface IssuanceDataRequest {
    txid: string;
    vout: number;
    assetAmount: bigint | number;
    assetAddress: string;
    tokenAmount: bigint | number;
    tokenAddress: string;
    isBlind?: boolean;
    contractHash?: string;
    isRemoveNonce?: boolean;
}

/**
 * issuance data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} asset - issued asset
 * @property {string} entropy - issuance entropy
 * @property {string} token? - token asset
 */
export interface IssuanceDataResponse {
    txid: string;
    vout: number;
    asset: string;
    entropy: string;
    token?: string;
}

/**
 * key prefix customize data.
 * @property {string} IsMainnet? - mainnet flag. true is 'true' or empty.
 * @property {string} wif - wif prefix
 * @property {string} bip32xpub - bip32xpub version
 * @property {string} bip32xprv - bip32xprv version
 * @property {string} bip49ypub? - bip49ypub version
 * @property {string} bip49yprv? - bip49yprv version
 * @property {string} bip84zpub? - bip84zpub version
 * @property {string} bip84zprv? - bip84zprv version
 */
export interface KeyPrefixCustomizeData {
    IsMainnet?: string;
    wif: string;
    bip32xpub: string;
    bip32xprv: string;
    bip49ypub?: string;
    bip49yprv?: string;
    bip84zpub?: string;
    bip84zprv?: string;
}

/**
 * OutPoint data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 */
export interface OutPoint {
    txid: string;
    vout: number;
}

/**
 * The data containing output descriptor.
 * @property {string} descriptor - output descriptor.
 */
export interface OutputDescriptorResponse {
    descriptor: string;
}

/**
 * privkey data.
 * @property {string} privkey - privkey hex
 */
export interface OutputPrivkeyData {
    privkey: string;
}

/**
 * Request for parse output descriptor.
 * @property {boolean} isElements? - elements flag.
 * @property {string} descriptor - output descriptor
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {string} bip32DerivationPath? - bip32 derive path
 */
export interface ParseDescriptorRequest {
    isElements?: boolean;
    descriptor: string;
    network?: string;
    bip32DerivationPath?: string;
}

/**
 * Response of parse output descriptor.
 * @property {string} type - descriptor type.
 * @property {string} address? - address (This field is only available for types other than `raw`.)
 * @property {string} lockingScript - locking script
 * @property {string} hashType? - hash type (p2wpkh, p2wsh, p2pkh, p2sh, p2sh-p2wpkh, p2sh-p2wsh, taproot)
 * @property {string} redeemScript? - redeem script on script hash. (This field is only available when hashType is p2wsh, p2sh, or p2sh-p2wsh.)
 * @property {boolean} includeMultisig - multisig flag (whether multisig descriptor is included in scripts stack)
 * @property {string} treeString? - taproot script tree serialize string. (cfd format)
 * @property {string} tapTweak? - tapTweak by scriptTree & internalPubkey.
 * @property {DescriptorKeyJson[]} keys? - key list
 * @property {DescriptorScriptJson[]} scripts? - descriptor item.
 */
export interface ParseDescriptorResponse {
    type: string;
    address?: string;
    lockingScript: string;
    hashType?: string;
    redeemScript?: string;
    includeMultisig: boolean;
    treeString?: string;
    tapTweak?: string;
    keys?: DescriptorKeyJson[];
    scripts?: DescriptorScriptJson[];
}

/**
 * Request for parse script
 * @property {string} script - script hex.
 */
export interface ParseScriptRequest {
    script: string;
}

/**
 * Response of parse script
 * @property {string[]} scriptItems - parse script item. (First level's item only)
 */
export interface ParseScriptResponse {
    scriptItems: string[];
}

/**
 * private key data.
 * @property {string} privkey - private key. set is wif or hex.
 * @property {boolean} wif? - use wif flag. true is wif, false is hex.
 * @property {string} network? - wif network type. (mainnet, testnet or regtest)
 * @property {boolean} isCompressed? - wif compressed flag
 */
export interface PrivkeyData {
    privkey: string;
    wif?: boolean;
    network?: string;
    isCompressed?: boolean;
}

/**
 * Response of get privkey from wif.
 * @property {string} hex - privkey hex.
 * @property {string} network - network type (mainnet, testnet or regtest)
 * @property {boolean} isCompressed - compressed pubkey flag
 */
export interface PrivkeyHexData {
    hex: string;
    network: string;
    isCompressed: boolean;
}

/**
 * Request for get privkey from wif.
 * @property {string} wif - Wallet Import Format
 */
export interface PrivkeyWifData {
    wif: string;
}

/**
 * request for add psbt input.
 * @property {TxInRequest} txin - This is added to the transaction input.
 * @property {PsbtInputRequestData} input - psbt input data
 */
export interface PsbtAddInputRequest {
    txin: TxInRequest;
    input: PsbtInputRequestData;
}

/**
 * request for add psbt output.
 * @property {TxOutRequest} txout - This is added to the transaction output.
 * @property {PsbtOutputRequestData} output - psbt output data
 */
export interface PsbtAddOutputRequest {
    txout: TxOutRequest;
    output: PsbtOutputRequestData;
}

/**
 * psbt script data
 * @property {string} pubkey - pubkey hex
 * @property {string} master_fingerprint - master pubkey fingerprint.
 * @property {string} path - bip32 path.
 * @property {string} descriptor? - If hasDetail is true, the descriptor pubkey string is set.
 */
export interface PsbtBip32Data {
    pubkey: string;
    master_fingerprint: string;
    path: string;
    descriptor?: string;
}

/**
 * psbt bip32 pubkey data
 * @property {string} descriptor? - the descriptor pubkey string.
 * @property {string} pubkey? - pubkey hex. If the descriptor set, this field not reference.
 * @property {string} master_fingerprint? - master pubkey fingerprint. If the descriptor set, this field not reference.
 * @property {string} path? - bip32 path. If the descriptor set, this field not reference.
 */
export interface PsbtBip32PubkeyInput {
    descriptor?: string;
    pubkey?: string;
    master_fingerprint?: string;
    path?: string;
}

/**
 * psbt global request data.
 * @property {PsbtGlobalXpubInput[]} xpubs? - psbt global xpub data
 * @property {PsbtMapData[]} unknown? - psbt map data.
 */
export interface PsbtGlobalRequestData {
    xpubs?: PsbtGlobalXpubInput[];
    unknown?: PsbtMapData[];
}

/**
 * psbt global xpub data
 * @property {XpubData} xpub - xpub data
 * @property {string} master_fingerprint - master pubkey fingerprint.
 * @property {string} path - bip32 path.
 * @property {string} descriptorXpub - the descriptor xpub string.
 */
export interface PsbtGlobalXpub {
    xpub: XpubData;
    master_fingerprint: string;
    path: string;
    descriptorXpub: string;
}

/**
 * psbt global xpub data
 * @property {string} descriptorXpub? - the descriptor xpub string.
 * @property {string} xpub? - xpub (base58 or hex). If the descriptor set, this field not reference.
 * @property {string} master_fingerprint? - master pubkey fingerprint. If the descriptor set, this field not reference.
 * @property {string} path? - bip32 path. If the descriptor set, this field not reference.
 */
export interface PsbtGlobalXpubInput {
    descriptorXpub?: string;
    xpub?: string;
    master_fingerprint?: string;
    path?: string;
}

/**
 * psbt input request.
 * @property {OutPoint} outpoint? - outpoint.
 * @property {number} index? - psbt input index. If the outpoint set, this field not reference.
 * @property {PsbtInputRequestData} input - psbt input data
 */
export interface PsbtInputRequest {
    outpoint?: OutPoint;
    index?: number;
    input: PsbtInputRequestData;
}

/**
 * psbt input request data.
 * @property {string} utxoFullTx? - utxo full tx hex. (for not witness utxo.)
 * @property {TxOutRequest} witnessUtxo? - witness utxo data.
 * @property {string} redeemScript? - redeem script or witness script
 * @property {PsbtBip32PubkeyInput[]} bip32Derives? - psbt bip32 pubkey data
 * @property {string} sighash? - sighash type (ALL, SINGLE, NONE, 'ALL|ANYONECANPAY', 'SINGLE|ANYONECANPAY', 'NONE|ANYONECANPAY')
 * @property {PsbtSignatureData[]} partialSignature? - psbt signature data.
 * @property {PsbtMapData[]} unknown? - psbt map data.
 */
export interface PsbtInputRequestData {
    utxoFullTx?: string;
    witnessUtxo?: TxOutRequest;
    redeemScript?: string;
    bip32Derives?: PsbtBip32PubkeyInput[];
    sighash?: string;
    partialSignature?: PsbtSignatureData[];
    unknown?: PsbtMapData[];
}

/**
 * psbt List.
 * @property {string[]} psbts - psbt list data (hex or base64)
 */
export interface PsbtList {
    psbts: string[];
}

/**
 * psbt map data.
 * @property {string} key - key hex
 * @property {string} value - value hex
 */
export interface PsbtMapData {
    key: string;
    value: string;
}

/**
 * psbt output data.
 * @property {string} psbt - base64 encoded psbt.
 * @property {string} hex - psbt hex
 */
export interface PsbtOutputData {
    psbt: string;
    hex: string;
}

/**
 * psbt output request.
 * @property {number} index - psbt output index.
 * @property {PsbtOutputRequestData} output - psbt output data
 */
export interface PsbtOutputRequest {
    index: number;
    output: PsbtOutputRequestData;
}

/**
 * psbt output request data.
 * @property {string} redeemScript? - redeem script or witness script
 * @property {PsbtBip32PubkeyInput[]} bip32Derives? - psbt bip32 pubkey data
 * @property {PsbtMapData[]} unknown? - psbt map data.
 */
export interface PsbtOutputRequestData {
    redeemScript?: string;
    bip32Derives?: PsbtBip32PubkeyInput[];
    unknown?: PsbtMapData[];
}

/**
 * psbt record data.
 * @property {number} index? - psbt input/output index. If type is global, this field not reference.
 * @property {string} type - field type. (global, input, output)
 * @property {string} key - key hex
 * @property {string} value - value hex
 */
export interface PsbtRecordData {
    index?: number;
    type: string;
    key: string;
    value: string;
}

/**
 * psbt script data
 * @property {string} asm - script asm string
 * @property {string} hex - script hex
 * @property {string} type? - script type
 */
export interface PsbtScriptData {
    asm: string;
    hex: string;
    type?: string;
}

/**
 * psbt signature data.
 * @property {string} pubkey? - pubkey hex
 * @property {string} signature? - signature hex
 */
export interface PsbtSignatureData {
    pubkey?: string;
    signature?: string;
}

/**
 * Response pubkey data.
 * @property {string} pubkey - pubkey
 */
export interface PubkeyData {
    pubkey: string;
}

/**
 * pubkey list data
 * @property {string[]} pubkeys - public key list
 */
export interface PubkeyListData {
    pubkeys: string[];
}

/**
 * pubkey signature data.
 * @property {string} hex - signature hex
 * @property {string} type? - hex data type (sign only)
 * @property {boolean} derEncode? - use der-encode
 * @property {string} sighashType? - sighash type (all, none or single)
 * @property {boolean} sighashAnyoneCanPay? - sighash anyone can pay flag
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 * @property {string} relatedPubkey? - related pubkey
 */
export interface PubkeySignData {
    hex: string;
    type?: string;
    derEncode?: boolean;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
    relatedPubkey?: string;
}

/**
 * The output transaction data.
 * @property {string} hex - transaction hex.
 */
export interface RawTransactionResponse {
    hex: string;
}

/**
 * Request for recover secret data on ecdsa adaptor.
 * @property {string} adaptorSignature - adaptor signature hex.
 * @property {string} signature - signature hex.
 * @property {string} encryptionKey - adaptor encryption key
 */
export interface RecoverEcdsaAdaptorRequest {
    adaptorSignature: string;
    signature: string;
    encryptionKey: string;
}

/**
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {bigint | number} amount - asset amount
 * @property {string} address - send asset address
 * @property {string} assetBlindingNonce - utxo asset blinder
 * @property {string} assetEntropy - issuance entropy
 * @property {boolean} isRemoveNonce? - remove nonce flag.
 */
export interface ReissuanceDataRequest {
    txid: string;
    vout: number;
    amount: bigint | number;
    address: string;
    assetBlindingNonce: string;
    assetEntropy: string;
    isRemoveNonce?: boolean;
}

/**
 * schnorr pubkey data.
 * @property {string} pubkey - schnorr public key
 * @property {boolean} parity - y-parity flag
 * @property {string} privkey - privkey hex
 */
export interface SchnorrKeyPairData {
    pubkey: string;
    parity: boolean;
    privkey: string;
}

/**
 * Schnorr pubkey data.
 * @property {string} pubkey - schnorr public key
 * @property {boolean} parity - y-parity flag
 */
export interface SchnorrPubkeyData {
    pubkey: string;
    parity: boolean;
}

/** Request for creating a Schnorr signature. */
export interface SchnorrSignRequest {
    privkey: string;
    message: string;
    isHashed?: boolean;
    nonceOrAux: string;
    isNonce?: boolean;
}

/**
 * Contains the generated Schnorr signature.
 * @property {string} hex - signature hex.
 */
export interface SchnorrSignResponse {
    hex: string;
}

/**
 * Contains the validation result
 * @property {boolean} valid - whether the signature is valid.
 */
export interface SchnorrVerifyResponse {
    valid: boolean;
}

/** The data containing script. */
export interface ScriptDataResponse {
    hex: string;
}

/**
 * Response of extract secret.
 * @property {string} secret - secret data
 */
export interface SecretData {
    secret: string;
}

/**
 * Select utxo
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} asset? - asset (This field is available only elements utxo.)
 * @property {string} redeemScript? - redeem script (This field is available only p2sh or p2wsh.)
 * @property {string} descriptor? - output descriptor (descriptor is required, you needs to consider fee amount)
 * @property {boolean} isIssuance? - issuance flag (This field is available only elements.)
 * @property {boolean} isBlindIssuance? - blind issuance flag. (This field is available only elements.)
 * @property {boolean} isPegin? - use pegin utxo. (This field is available only elements.)
 * @property {bigint | number} peginBtcTxSize? - pegin btc transaction size (This field is available only elements.)
 * @property {number} peginTxOutProofSize? - pegin's btc txoutproof size (This field is available only elements.)
 * @property {string} claimScript? - claim script (This field is available only elements.)
 * @property {string} fedpegScript? - (deprecated)fedpeg script
 * @property {string} scriptSigTemplate? - ScriptSig template is for scriptHash calculation fee.
 */
export interface SelectUtxoData {
    txid: string;
    vout: number;
    asset?: string;
    redeemScript?: string;
    descriptor?: string;
    isIssuance?: boolean;
    isBlindIssuance?: boolean;
    isPegin?: boolean;
    peginBtcTxSize?: bigint | number;
    peginTxOutProofSize?: number;
    claimScript?: string;
    fedpegScript?: string;
    scriptSigTemplate?: string;
}

/**
 * Request data for selecting utxo.
 * @property {UtxoJsonData[]} utxos - utxo data.
 * @property {bigint | number} targetAmount? - Amount more than the specified amount is set in txout. default is 0 (disable). (This field is available only bitcoin.)
 * @property {boolean} isElements? - elements transaction flag.
 * @property {TargetAmountMapData[]} targets? - target amount data.
 * @property {CoinSelectionFeeInformationField} feeInfo? - fee information.
 */
export interface SelectUtxosRequest {
    utxos: UtxoJsonData[];
    targetAmount?: bigint | number;
    isElements?: boolean;
    targets?: TargetAmountMapData[];
    feeInfo?: CoinSelectionFeeInformationField;
}

/**
 * Response data of selecting utxo.
 * @property {UtxoJsonData[]} utxos - utxo list.
 * @property {bigint} selectedAmount? - selected amount.
 * @property {TargetAmountMapData[]} selectedAmounts? - target amount data.
 * @property {bigint} feeAmount? - fee amount. (This field is available only searched by BnB algorithm.)
 * @property {bigint} utxoFeeAmount - utxo's fee amount.
 */
export interface SelectUtxosResponse {
    utxos: UtxoJsonData[];
    selectedAmount?: bigint;
    selectedAmounts?: TargetAmountMapData[];
    feeAmount?: bigint;
    utxoFeeAmount: bigint;
}

/**
 * Request for serialize ledger format.
 * @property {string} tx - transaction hex
 * @property {SerializeLedgerFormatTxOut[]} txouts? - Txout data.
 * @property {boolean} skipWitness? - skip witness flag.
 * @property {boolean} isAuthorization - authorization flag.
 */
export interface SerializeLedgerFormatRequest {
    tx: string;
    txouts?: SerializeLedgerFormatTxOut[];
    skipWitness?: boolean;
    isAuthorization: boolean;
}

/**
 * Response of serialize ledger format.
 * @property {string} serialize - (unused) serialized value.
 * @property {string} sha256 - sha256 hashed value.
 */
export interface SerializeLedgerFormatResponse {
    serialize: string;
    sha256: string;
}

/**
 * Txout data.
 * @property {number} index - txout index
 * @property {string} asset - asset
 * @property {bigint | number} amount - satoshi amount
 */
export interface SerializeLedgerFormatTxOut {
    index: number;
    asset: string;
    amount: bigint | number;
}

/**
 * Request for custom prefix setting.
 * @property {AddressPrefixCustomizeData[]} addressJsonDatas? - address prefix customize data.
 * @property {KeyPrefixCustomizeData[]} keyJsonDatas? - key prefix customize data.
 */
export interface SetCustomPrefixRequest {
    addressJsonDatas?: AddressPrefixCustomizeData[];
    keyJsonDatas?: KeyPrefixCustomizeData[];
}

/**
 * request for set psbt record
 * @property {string} psbt - psbt data (hex or base64)
 * @property {PsbtRecordData[]} records - psbt record data.
 */
export interface SetPsbtRecordRequest {
    psbt: string;
    records: PsbtRecordData[];
}

/**
 * request for set psbt data.
 * @property {string} psbt - psbt data (hex or base64)
 * @property {PsbtInputRequest[]} inputs? - psbt input request.
 * @property {PsbtOutputRequest[]} outputs? - psbt output request.
 * @property {PsbtGlobalRequestData} global? - psbt global data
 */
export interface SetPsbtRequest {
    psbt: string;
    inputs?: PsbtInputRequest[];
    outputs?: PsbtOutputRequest[];
    global?: PsbtGlobalRequestData;
}

/**
 * Request for set issue asset.
 * @property {string} tx - transaction hex
 * @property {boolean} isRandomSortTxOut? - txout random sort after adding transaction
 * @property {IssuanceDataRequest[]} issuances - issuance data
 */
export interface SetRawIssueAssetRequest {
    tx: string;
    isRandomSortTxOut?: boolean;
    issuances: IssuanceDataRequest[];
}

/**
 * Response of set issue asset.
 * @property {string} hex - transaction hex
 * @property {IssuanceDataResponse[]} issuances - issuance data
 */
export interface SetRawIssueAssetResponse {
    hex: string;
    issuances: IssuanceDataResponse[];
}

/**
 * Request for set reissue asset.
 * @property {string} tx - transaction hex
 * @property {boolean} isRandomSortTxOut? - txout random sort after adding transaction
 * @property {ReissuanceDataRequest[]} issuances - reissuance txin data
 */
export interface SetRawReissueAssetRequest {
    tx: string;
    isRandomSortTxOut?: boolean;
    issuances: ReissuanceDataRequest[];
}

/**
 * Response of set reissue asset.
 * @property {string} hex - transaction hex
 * @property {IssuanceDataResponse[]} issuances - issuance data
 */
export interface SetRawReissueAssetResponse {
    hex: string;
    issuances: IssuanceDataResponse[];
}

/**
 * The data containing signature.
 * @property {string} signature - signature
 */
export interface SignatureDataResponse {
    signature: string;
}

/**
 * The sign data.
 * @property {string} hex - If the type is auto or op_code, character string input is enabled. Others are hex byte array only.
 * @property {string} type? - parameter type. (binary, sign)
 * @property {boolean} derEncode? - der encode option flag. Valid when type is auto or sign.
 * @property {string} sighashType? - signature hash type. (all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 */
export interface SignData {
    hex: string;
    type?: string;
    derEncode?: boolean;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
}

/**
 * Request for sign message.
 * @property {string} privkey - private key. set is wif or hex.
 * @property {string} message - message
 * @property {string} magic? - message magic word. default is empty (set bitcoin magic word.)
 */
export interface SignMessageRequest {
    privkey: string;
    message: string;
    magic?: string;
}

/**
 * Response of signed message.
 * @property {string} signature - signature
 * @property {string} base64 - base64 encoded signature
 */
export interface SignMessageResponse {
    signature: string;
    base64: string;
}

/**
 * Sign psbt data.
 * @property {string} psbt - psbt data (hex or base64)
 * @property {string} privkey - private key. hex or wif format.
 * @property {boolean} hasGrindR? - grind-r option
 */
export interface SignPsbtRequest {
    psbt: string;
    privkey: string;
    hasGrindR?: boolean;
}

/**
 * Request for add sign with privkey
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tx - transaction hex
 * @property {UtxoObject[]} utxos? - UTXO data.
 * @property {string} genesisBlockHash? - genesis block hash (for elements taproot)
 */
export interface SignWithPrivkeyRequest {
    isElements?: boolean;
    tx: string;
    txin?: SignWithPrivkeyTxInRequest;
    utxos?: UtxoObject[];
    genesisBlockHash?: string;
}

/**
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} privkey - private key. hex or wif format.
 * @property {string} pubkey? - public key. if empty, generate from privkey.
 * @property {string} hashType - hash type (taproot, p2pkh, p2wpkh or p2sh-p2wpkh)
 * @property {string} sighashType? - signature hash type. (default(for taproot), all, none or single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 * @property {bigint | number} amount? - satoshi amount. Use only when utxos is not set. (need either amount or confidentialValueCommitment)
 * @property {string} confidentialValueCommitment? - value commitment. Use only when utxos is not set. (need either amount or confidentialValueCommitment)
 * @property {boolean} isGrindR? - grind-R flag
 * @property {string} auxRand? - taproot signed random 32byte nonce.
 * @property {string} annex? - taproot annex bytes.
 */
export interface SignWithPrivkeyTxInRequest {
    txid: string;
    vout: number;
    privkey: string;
    pubkey?: string;
    hashType: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
    amount?: bigint | number;
    confidentialValueCommitment?: string;
    isGrindR?: boolean;
    auxRand?: string;
    annex?: string;
}

/**
 * add txout data for split
 * @property {bigint | number} amount - satoshi amount
 * @property {string} address? - target address (or confidential address)
 * @property {string} directLockingScript? - target locking script
 * @property {string} directNonce? - add nonce data (elements only)
 */
export interface SplitTxOutData {
    amount: bigint | number;
    address?: string;
    directLockingScript?: string;
    directNonce?: string;
}

/**
 * Request for split txout.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {number} index - split target txout index.
 * @property {SplitTxOutData[]} txouts - add txout data for split
 */
export interface SplitTxOutRequest {
    tx: string;
    isElements?: boolean;
    index: number;
    txouts: SplitTxOutData[];
}

/**
 * TapBranch data.
 * @property {string} tapscript? - tapscript hex.
 * @property {string} branchHash? - tapbranch hash only. (to hide the tapscript)
 * @property {string} treeString? - tree serialize string. (cfd format)
 */
export interface TapBranchData {
    tapscript?: string;
    branchHash?: string;
    treeString?: string;
}

/**
 * TapBranch information
 * @property {string} topBranchHash - branch hash on the top.
 * @property {string[]} nodes? - tapbranch list in this tree.
 * @property {string} treeString - tree serialize string. (cfd format)
 */
export interface TapBranchInfo {
    topBranchHash: string;
    nodes?: string[];
    treeString: string;
}

/**
 * Request for get tapscript info.
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} treeString - tree serialize string. (cfd format)
 * @property {string} tapscript? - tapscript hex.
 * @property {string} internalPubkey? - internal schnorr pubkey.
 * @property {string} internalPrivkey? - internal privkey. Specify only when it is necessary to calculate.
 * @property {string[]} nodes? - target tapbranches hash list. If exist the same tapscript in this tree, you can search for the target tapscript by specifying a hash list of tapbranches.
 */
export interface TapScriptFromStringRequest {
    network?: string;
    isElements?: boolean;
    treeString: string;
    tapscript?: string;
    internalPubkey?: string;
    internalPrivkey?: string;
    nodes?: string[];
}

/**
 * TapScript information
 * @property {string} tapLeafHash? - tapleaf hash
 * @property {string} topBranchHash - branch hash on the top.
 * @property {string} tweakedPubkey? - tweaked schnorr pubkey with internal pubkey.
 * @property {string} tweakedPrivkey? - tweaked privkey with internal privkey.
 * @property {string} address? - address
 * @property {string} lockingScript? - locking script
 * @property {string} controlBlock? - control block
 * @property {string} tapscript? - tapscript
 * @property {string[]} nodes? - tapbranch list in this tree.
 * @property {string} treeString - tree serialize string. (cfd format)
 */
export interface TapScriptInfo {
    tapLeafHash?: string;
    topBranchHash: string;
    tweakedPubkey?: string;
    tweakedPrivkey?: string;
    address?: string;
    lockingScript?: string;
    controlBlock?: string;
    tapscript?: string;
    nodes?: string[];
    treeString: string;
}

/**
 * Request for get tapscript info.
 * @property {string} network? - network type (bitcoin:'mainnet, testnet, regtest'. elements:'liquidv1, regtest')
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} tapscript - tapscript hex.
 * @property {string} controlBlock - control block.
 * @property {string} internalPrivkey? - internal privkey. Specify only when it is necessary to calculate.
 */
export interface TapScriptInfoByControlRequest {
    network?: string;
    isElements?: boolean;
    tapscript: string;
    controlBlock: string;
    internalPrivkey?: string;
}

/**
 * tapscript sign data.
 * @property {string} hex - sign hex.
 * @property {string} type? - parameter type. (binary, sign)
 * @property {string} sighashType? - signature hash type. Valid only when type is sign. (default, all, none or single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag. Valid only when type is sign.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 */
export interface TapScriptSignData {
    hex: string;
    type?: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
}

/**
 * TapScript tree item
 * @property {number} depth - branch depth
 * @property {string} tapBranchHash - tapbranch hash or tapleaf hash.
 * @property {string} tapscript? - tapscript hex.
 * @property {bigint} leafVersion? - tapleaf version.
 * @property {string[]} relatedBranchHash? - related tapbranch hash
 */
export interface TapScriptTreeItem {
    depth: number;
    tapBranchHash: string;
    tapscript?: string;
    leafVersion?: bigint;
    relatedBranchHash?: string[];
}

/**
 * target amount data.
 * @property {string} asset? - target asset.
 * @property {bigint | number} amount - Amount more than the specified amount is set in txout. default is 0 (disable).
 */
export interface TargetAmountMapData {
    asset?: string;
    amount: bigint | number;
}

/**
 * tweak privkey data
 * @property {string} privkey - privkey (wif or hex)
 * @property {string} tweak - 32-byte tweak data
 */
export interface TweakPrivkeyData {
    privkey: string;
    tweak: string;
}

/**
 * tweak pubkey data
 * @property {string} pubkey - public key
 * @property {string} tweak - 32-byte tweak data
 */
export interface TweakPubkeyData {
    pubkey: string;
    tweak: string;
}

/**
 * The data added to the transaction input.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {number} sequence? - sequence number.
 */
export interface TxInRequest {
    txid: string;
    vout: number;
    sequence?: number;
}

/**
 * The data added to the transaction output.
 * @property {string} address - bitcoin address.
 * @property {bigint | number} amount - satoshi amount.
 * @property {string} directLockingScript? - Set to locking script. (When using a script that cannot be expressed as an address)
 */
export interface TxOutRequest {
    address: string;
    amount: bigint | number;
    directLockingScript?: string;
}

/**
 * issuance blinding key data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} assetBlindingKey? - asset blinding key
 * @property {string} tokenBlindingKey? - token blinding key
 */
export interface UnblindIssuance {
    txid: string;
    vout: number;
    assetBlindingKey?: string;
    tokenBlindingKey?: string;
}

/**
 * unblind issuance data
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} asset? - asset
 * @property {bigint} assetamount? - asset amount
 * @property {string} token? - token
 * @property {bigint} tokenamount? - token amount
 * @property {string} assetValueBlindFactor? - asset amount blind factor
 * @property {string} tokenValueBlindFactor? - token amount blind factor
 */
export interface UnblindIssuanceOutput {
    txid: string;
    vout: number;
    asset?: string;
    assetamount?: bigint;
    token?: string;
    tokenamount?: bigint;
    assetValueBlindFactor?: string;
    tokenValueBlindFactor?: string;
}

/**
 * unblind txout
 * @property {number} index - vout
 * @property {string} asset - asset
 * @property {string} blindFactor - amount blind factor
 * @property {string} assetBlindFactor - asset blind factor
 * @property {bigint} amount - satoshi amount
 */
export interface UnblindOutput {
    index: number;
    asset: string;
    blindFactor: string;
    assetBlindFactor: string;
    amount: bigint;
}

/**
 * Request for unblind transaction.
 * @property {string} tx - transaction hex
 * @property {UnblindTxOut[]} txouts? - txout list
 * @property {UnblindIssuance[]} issuances? - issuance blinding key data
 */
export interface UnblindRawTransactionRequest {
    tx: string;
    txouts?: UnblindTxOut[];
    issuances?: UnblindIssuance[];
}

/**
 * Response of unblind transaction.
 * @property {string} hex - unblinded transaction hex
 * @property {UnblindOutput[]} outputs? - unblind txout
 * @property {UnblindIssuanceOutput[]} issuanceOutputs? - unblind issuance data
 */
export interface UnblindRawTransactionResponse {
    hex: string;
    outputs?: UnblindOutput[];
    issuanceOutputs?: UnblindIssuanceOutput[];
}

/**
 * @property {number} index - vout
 * @property {string} blindingKey - blinding key
 */
export interface UnblindTxOut {
    index: number;
    blindingKey: string;
}

/**
 * Request for update sequence number
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {number} sequence - sequence number
 */
export interface UpdateTxInSequenceRequest {
    tx: string;
    isElements?: boolean;
    txid: string;
    vout: number;
    sequence: number;
}

/**
 * target txout
 * @property {bigint | number} amount - satoshi amount
 * @property {number} index? - txout index
 * @property {string} address? - target address (top only)
 * @property {string} directLockingScript? - target locking script (top only)
 */
export interface UpdateTxOutAmountData {
    amount: bigint | number;
    index?: number;
    address?: string;
    directLockingScript?: string;
}

/**
 * Request for update txout amount.
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {UpdateTxOutAmountData[]} txouts - target txout
 */
export interface UpdateTxOutAmountRequest {
    tx: string;
    isElements?: boolean;
    txouts: UpdateTxOutAmountData[];
}

/**
 * Request for update witness stack
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {UpdateWitnessStackTxInRequest} txin - target txin
 */
export interface UpdateWitnessStackRequest {
    tx: string;
    isElements?: boolean;
    txin: UpdateWitnessStackTxInRequest;
}

/**
 * update target txin
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {WitnessStackData} witnessStack - witness stack
 */
export interface UpdateWitnessStackTxInRequest {
    txid: string;
    vout: number;
    witnessStack: WitnessStackData;
}

/**
 * utxo data.
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {bigint | number} amount - satoshi amount.
 * @property {string} asset? - asset id. (This field is available only elements utxo.)
 * @property {string} descriptor? - output descriptor. (descriptor is required, you needs to consider fee amount)
 * @property {string} scriptSigTemplate? - ScriptSig template is for scriptHash calculation fee.
 */
export interface UtxoJsonData {
    txid: string;
    vout: number;
    amount: bigint | number;
    asset?: string;
    descriptor?: string;
    scriptSigTemplate?: string;
}

/**
 * The utxo list data.
 * @property {FundUtxoJsonData[]} utxos - utxo data.
 */
export interface UtxoListData {
    utxos: FundUtxoJsonData[];
}

/**
 * UTXO data.
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} address? - txout address. Set either the address or the locking script or the descriptor.
 * @property {string} lockingScript? - txout locking script. Set either the address or the locking script or the descriptor.
 * @property {bigint | number} amount? - satoshi amount (need either amount or confidentialValueCommitment)
 * @property {string} confidentialValueCommitment? - value commitment (need either amount or confidentialValueCommitment)
 * @property {string} asset? - asset hex.
 * @property {string} confidentialAssetCommitment? - asset commitment
 * @property {string} blindFactor? - amount blinder.
 * @property {string} assetBlindFactor? - asset blinder.
 * @property {string} scriptSigTemplate? - ScriptSig template is for scriptHash calculation fee.
 */
export interface UtxoObject {
    txid: string;
    vout: number;
    address?: string;
    lockingScript?: string;
    descriptor?: string;
    amount?: bigint | number;
    confidentialValueCommitment?: string;
    asset?: string;
    confidentialAssetCommitment?: string;
    blindFactor?: string;
    assetBlindFactor?: string;
    scriptSigTemplate?: string;
}

/**
 * Request for verify signature
 * @property {string} adaptorSignature - adaptor signature hex.
 * @property {string} encryptionKey - adaptor encryption key.
 * @property {string} message - message data. (32-byte hash, or text message.)
 * @property {boolean} isHashed? - is 32-byte hashed message.
 * @property {string} pubkey - public key.
 */
export interface VerifyEcdsaAdaptorRequest {
    adaptorSignature: string;
    encryptionKey: string;
    message: string;
    isHashed?: boolean;
    pubkey: string;
}

/**
 * Request for verify message.
 * @property {string} signature - message signature. hex or base64.
 * @property {string} pubkey - public key.
 * @property {string} message - message
 * @property {string} magic? - message magic word. default is empty (set bitcoin magic word.)
 * @property {boolean} ignoreError? - ignore error option. If set to true, response success is true/false.
 */
export interface VerifyMessageRequest {
    signature: string;
    pubkey: string;
    message: string;
    magic?: string;
    ignoreError?: boolean;
}

/**
 * Response of verify message.
 * @property {boolean} success - signature
 * @property {string} pubkey? - recovered public key
 */
export interface VerifyMessageResponse {
    success: boolean;
    pubkey?: string;
}

/**
 * Request to verify psbt sign.
 * @property {string} psbt - psbt data (hex or base64)
 * @property {OutPoint[]} outPointList? - OutPoint data.
 */
export interface VerifyPsbtSignRequest {
    psbt: string;
    outPointList?: OutPoint[];
}

/**
 * Request for verify signature
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {VerifySignatureTxInRequest} txin - txin data
 * @property {UtxoObject[]} utxos? - UTXO data.
 * @property {string} genesisBlockHash? - genesis block hash (for elements taproot)
 */
export interface VerifySignatureRequest {
    tx: string;
    isElements?: boolean;
    txin: VerifySignatureTxInRequest;
    utxos?: UtxoObject[];
    genesisBlockHash?: string;
}

/**
 * Contains the validation result
 * @property {boolean} success - verify result (true only. If it fails, an error is thrown.)
 */
export interface VerifySignatureResponse {
    success: boolean;
}

/**
 * @property {string} txid - utxo txid.
 * @property {number} vout - utxo vout.
 * @property {string} signature - signature
 * @property {string} pubkey - The pubkey associated with the signature.
 * @property {string} redeemScript? - The pubkey associated with the signature. (hashType is p2sh or p2wsh, taproot)
 * @property {string} hashType - hash type. (p2pkh, p2sh, p2wpkh, p2wsh, taproot)
 * @property {string} sighashType? - signature hash type. (all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 * @property {bigint | number} amount? - satoshi amount. Use only when utxos is not set. (Only when using witness. Need either amount or confidentialValueCommitment)
 * @property {string} confidentialValueCommitment? - value commitment. Use only when utxos is not set. (Only when using witness. Need either amount or confidentialValueCommitment)
 * @property {string} annex? - taproot annex bytes.
 * @property {bigint | number} codeSeparatorPosition? - (for tapscript) OP_CODESEPARATOR position.
 */
export interface VerifySignatureTxInRequest {
    txid: string;
    vout: number;
    signature: string;
    pubkey: string;
    redeemScript?: string;
    hashType: string;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
    amount?: bigint | number;
    confidentialValueCommitment?: string;
    annex?: string;
    codeSeparatorPosition?: bigint | number;
}

/**
 * Request for verify signature.
 * @property {string} pubkey - public key (ecdsa or x-only schnorr)
 */
export interface VerifySignatureWithPubkeyRequest {
    pubkey: string;
    message: string;
    isHashed?: boolean;
    signature: string;
}

/**
 * Request data for verification
 * @property {string} tx - transaction hex
 * @property {boolean} isElements? - elements transaction flag.
 * @property {VerifySignTxInUtxoData[]} txins - target txin list
 * @property {UtxoObject[]} utxos? - UTXO data.
 * @property {string} genesisBlockHash? - genesis block hash (for elements taproot)
 */
export interface VerifySignRequest {
    tx: string;
    isElements?: boolean;
    txins: VerifySignTxInUtxoData[];
    utxos?: UtxoObject[];
    genesisBlockHash?: string;
}

/**
 * Response data of verification
 * @property {boolean} success - verification result
 * @property {FailSignTxIn[]} failTxins? - failed txin list
 */
export interface VerifySignResponse {
    success: boolean;
    failTxins?: FailSignTxIn[];
}

/**
 * @property {string} txid - utxo txid
 * @property {number} vout - utxo vout
 * @property {string} address - address
 * @property {bigint | number} amount - satoshi amount
 * @property {string} descriptor? - output descriptor.
 * @property {string} lockingScript? - txout locking script. Set either the address or the locking script or the descriptor.
 * @property {string} confidentialValueCommitment? - elements value commitment.
 */
export interface VerifySignTxInUtxoData {
    txid: string;
    vout: number;
    address: string;
    amount: bigint | number;
    descriptor?: string;
    lockingScript?: string;
    confidentialValueCommitment?: string;
}

/**
 * Request for void function.
 * @property {boolean} success - success flag
 */
export interface VoidFunctionResponse {
    success: boolean;
}

/**
 * Updating WitnessStack data. Only index and hex are used in UpdatePeginWitnessStack.
 * @property {number} index - stack index
 * @property {string} hex - update data
 * @property {string} type? - parameter type. (binary, sign, pubkey, redeem_script)
 * @property {boolean} derEncode? - der encode option flag. Valid when type is auto or sign.
 * @property {string} sighashType? - signature hash type. (all, none, single)
 * @property {boolean} sighashAnyoneCanPay? - sighashType anyone can pay flag.
 * @property {boolean} sighashRangeproof? - (for Elements) sighash rangeproof
 */
export interface WitnessStackData {
    index: number;
    hex: string;
    type?: string;
    derEncode?: boolean;
    sighashType?: string;
    sighashAnyoneCanPay?: boolean;
    sighashRangeproof?: boolean;
}

/**
 * xpub data
 * @property {string} base58 - xpub base58 string
 * @property {string} hex - xpub hex string
 */
export interface XpubData {
    base58: string;
    hex: string;
}

/** function definition class. */
export class Cfdjs {
    /**
     * Add multisig signatures to the transaction.
     * @param {AddMultisigSignRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddMultisigSign(jsonObject: AddMultisigSignRequest): Promise<RawTransactionResponse>;
    /**
     * Add psbt input/output data.
     * @param {AddPsbtDataRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    AddPsbtData(jsonObject: AddPsbtDataRequest): Promise<PsbtOutputData>;
    /**
     * Add a signature and pubkey to the transaction.
     * @param {AddPubkeyHashSignRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddPubkeyHashSign(jsonObject: AddPubkeyHashSignRequest): Promise<RawTransactionResponse>;
    /**
     * Add tx inputs and tx outputs to the transaction.
     * @param {AddRawTransactionRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddRawTransaction(jsonObject: AddRawTransactionRequest): Promise<RawTransactionResponse>;
    /**
     * Add a signature and redeem script to the transaction.
     * @param {AddScriptHashSignRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddScriptHashSign(jsonObject: AddScriptHashSignRequest): Promise<RawTransactionResponse>;
    /**
     * Add a sign data to the transaction.
     * @param {AddSignRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddSign(jsonObject: AddSignRequest): Promise<RawTransactionResponse>;
    /**
     * Add a signature and pubkey to the transaction.
     * @param {AddTaprootSchnorrSignRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddTaprootSchnorrSign(jsonObject: AddTaprootSchnorrSignRequest): Promise<RawTransactionResponse>;
    /**
     * Add a signature and redeem script to the transaction.
     * @param {AddTapscriptSignRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    AddTapscriptSign(jsonObject: AddTapscriptSignRequest): Promise<RawTransactionResponse>;
    /**
     * Analyze TapScript tree.
     * @param {AnalyzeTapScriptTreeRequest} jsonObject - request data.
     * @return {Promise<AnalyzeTapScriptTreeInfo>} - response data.
     */
    AnalyzeTapScriptTree(jsonObject: AnalyzeTapScriptTreeRequest): Promise<AnalyzeTapScriptTreeInfo>;
    /**
     * Get output descriptor added checksum.
     * @param {AppendDescriptorChecksumRequest} jsonObject - request data.
     * @return {Promise<OutputDescriptorResponse>} - response data.
     */
    AppendDescriptorChecksum(jsonObject: AppendDescriptorChecksumRequest): Promise<OutputDescriptorResponse>;
    /**
     * blind the transaction.
     * @param {BlindRawTransactionRequest} jsonObject - request data.
     * @return {Promise<BlindTransactionResponse>} - response data.
     */
    BlindRawTransaction(jsonObject: BlindRawTransactionRequest): Promise<BlindTransactionResponse>;
    /**
     * calculate ec signature.
     * @param {CalculateEcSignatureRequest} jsonObject - request data.
     * @return {Promise<SignatureDataResponse>} - response data.
     */
    CalculateEcSignature(jsonObject: CalculateEcSignatureRequest): Promise<SignatureDataResponse>;
    /**
     * check tweakadd schnorr pubkey.
     * @param {CheckTweakedSchnorrPubkeyRequest} jsonObject - request data.
     * @return {Promise<VerifySignatureResponse>} - response data.
     */
    CheckTweakedSchnorrPubkey(jsonObject: CheckTweakedSchnorrPubkeyRequest): Promise<VerifySignatureResponse>;
    /**
     * Clear custom prefix function.
     * @return {Promise<VoidFunctionResponse>} - response data.
     */
    ClearCustomPrefix(): Promise<VoidFunctionResponse>;
    /**
     * Combine psbt.
     * @param {PsbtList} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    CombinePsbt(jsonObject: PsbtList): Promise<PsbtOutputData>;
    /**
     * Combine pubkey.
     * @param {PubkeyListData} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    CombinePubkey(jsonObject: PubkeyListData): Promise<PubkeyData>;
    /**
     * compute sigpoint on schnorr pubkey.
     * @param {ComputeSigPointRequest} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    ComputeSigPointSchnorrPubkey(jsonObject: ComputeSigPointRequest): Promise<PubkeyData>;
    /**
     * Encode/Decode AES.
     * @param {ConvertAesRequest} jsonObject - request data.
     * @return {Promise<ConvertAesResponse>} - response data.
     */
    ConvertAes(jsonObject: ConvertAesRequest): Promise<ConvertAesResponse>;
    /**
     * Get mnemonic from entropy.
     * @param {ConvertEntropyToMnemonicRequest} jsonObject - request data.
     * @return {Promise<ConvertEntropyToMnemonicResponse>} - response data.
     */
    ConvertEntropyToMnemonic(jsonObject: ConvertEntropyToMnemonicRequest): Promise<ConvertEntropyToMnemonicResponse>;
    /**
     * Get seed from mnemonic.
     * @param {ConvertMnemonicToSeedRequest} jsonObject - request data.
     * @return {Promise<ConvertMnemonicToSeedResponse>} - response data.
     */
    ConvertMnemonicToSeed(jsonObject: ConvertMnemonicToSeedRequest): Promise<ConvertMnemonicToSeedResponse>;
    /**
     * Convert transaction to PSBT.
     * @param {ConvertToPsbtRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    ConvertToPsbt(jsonObject: ConvertToPsbtRequest): Promise<PsbtOutputData>;
    /**
     * Create address.
     * @param {CreateAddressRequest} jsonObject - request data.
     * @return {Promise<CreateAddressResponse>} - response data.
     */
    CreateAddress(jsonObject: CreateAddressRequest): Promise<CreateAddressResponse>;
    /**
     * create output descriptor.
     * @param {CreateDescriptorRequest} jsonObject - request data.
     * @return {Promise<OutputDescriptorResponse>} - response data.
     */
    CreateDescriptor(jsonObject: CreateDescriptorRequest): Promise<OutputDescriptorResponse>;
    /**
     * Create destroy amount transaction
     * @param {CreateDestroyAmountRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    CreateDestroyAmount(jsonObject: CreateDestroyAmountRequest): Promise<RawTransactionResponse>;
    /**
     * Create signature hash.
     * @param {CreateElementsSignatureHashRequest} jsonObject - request data.
     * @return {Promise<CreateSignatureHashResponse>} - response data.
     */
    CreateElementsSignatureHash(jsonObject: CreateElementsSignatureHashRequest): Promise<CreateSignatureHashResponse>;
    /**
     * Create extkey.
     * @param {CreateExtkeyRequest} jsonObject - request data.
     * @return {Promise<CreateExtkeyResponse>} - response data.
     */
    CreateExtkey(jsonObject: CreateExtkeyRequest): Promise<CreateExtkeyResponse>;
    /**
     * Create extkey from parent.
     * @param {CreateExtkeyFromParentRequest} jsonObject - request data.
     * @return {Promise<CreateExtkeyResponse>} - response data.
     */
    CreateExtkeyFromParent(jsonObject: CreateExtkeyFromParentRequest): Promise<CreateExtkeyResponse>;
    /**
     * Create extkey from parent's key.
     * @param {CreateExtkeyFromParentKeyRequest} jsonObject - request data.
     * @return {Promise<CreateExtkeyResponse>} - response data.
     */
    CreateExtkeyFromParentKey(jsonObject: CreateExtkeyFromParentKeyRequest): Promise<CreateExtkeyResponse>;
    /**
     * Create extkey from parent with path.
     * @param {CreateExtkeyFromParentPathRequest} jsonObject - request data.
     * @return {Promise<CreateExtkeyResponse>} - response data.
     */
    CreateExtkeyFromParentPath(jsonObject: CreateExtkeyFromParentPathRequest): Promise<CreateExtkeyResponse>;
    /**
     * Create extkey from seed.
     * @param {CreateExtkeyFromSeedRequest} jsonObject - request data.
     * @return {Promise<CreateExtkeyResponse>} - response data.
     */
    CreateExtkeyFromSeed(jsonObject: CreateExtkeyFromSeedRequest): Promise<CreateExtkeyResponse>;
    /**
     * Create extpubkey.
     * @param {CreateExtPubkeyRequest} jsonObject - request data.
     * @return {Promise<CreateExtkeyResponse>} - response data.
     */
    CreateExtPubkey(jsonObject: CreateExtPubkeyRequest): Promise<CreateExtkeyResponse>;
    /**
     * Create keypair.
     * @param {CreateKeyPairRequest} jsonObject - request data.
     * @return {Promise<CreateKeyPairResponse>} - response data.
     */
    CreateKeyPair(jsonObject: CreateKeyPairRequest): Promise<CreateKeyPairResponse>;
    /**
     * Create multisig address and script
     * @param {CreateMultisigRequest} jsonObject - request data.
     * @return {Promise<CreateMultisigResponse>} - response data.
     */
    CreateMultisig(jsonObject: CreateMultisigRequest): Promise<CreateMultisigResponse>;
    /**
     * Create multisig's scriptsig
     * @param {CreateMultisigScriptSigRequest} jsonObject - request data.
     * @return {Promise<ScriptDataResponse>} - response data.
     */
    CreateMultisigScriptSig(jsonObject: CreateMultisigScriptSigRequest): Promise<ScriptDataResponse>;
    /**
     * create pegin address.
     * @param {CreatePegInAddressRequest} jsonObject - request data.
     * @return {Promise<CreatePegInAddressResponse>} - response data.
     */
    CreatePegInAddress(jsonObject: CreatePegInAddressRequest): Promise<CreatePegInAddressResponse>;
    /**
     * create pegout address.
     * @param {CreatePegoutAddressRequest} jsonObject - request data.
     * @return {Promise<CreatePegoutAddressResponse>} - response data.
     */
    CreatePegOutAddress(jsonObject: CreatePegoutAddressRequest): Promise<CreatePegoutAddressResponse>;
    /**
     * Create transaction
     * @param {CreateRawTransactionRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    CreatePsbt(jsonObject: CreateRawTransactionRequest): Promise<PsbtOutputData>;
    /**
     * Create pegin transaction
     * @param {CreateRawPeginRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    CreateRawPegin(jsonObject: CreateRawPeginRequest): Promise<RawTransactionResponse>;
    /**
     * Create pegout transaction
     * @param {CreateRawPegoutRequest} jsonObject - request data.
     * @return {Promise<CreateRawPegoutResponse>} - response data.
     */
    CreateRawPegout(jsonObject: CreateRawPegoutRequest): Promise<CreateRawPegoutResponse>;
    /**
     * Create transaction
     * @param {CreateRawTransactionRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    CreateRawTransaction(jsonObject: CreateRawTransactionRequest): Promise<RawTransactionResponse>;
    /**
     * Create script.
     * @param {CreateScriptRequest} jsonObject - request data.
     * @return {Promise<ScriptDataResponse>} - response data.
     */
    CreateScript(jsonObject: CreateScriptRequest): Promise<ScriptDataResponse>;
    /**
     * Create signature hash.
     * @param {CreateSignatureHashRequest} jsonObject - request data.
     * @return {Promise<CreateSignatureHashResponse>} - response data.
     */
    CreateSignatureHash(jsonObject: CreateSignatureHashRequest): Promise<CreateSignatureHashResponse>;
    /**
     * Decode base58.
     * @param {DecodeBase58Request} jsonObject - request data.
     * @return {Promise<DecodeBase58Response>} - response data.
     */
    DecodeBase58(jsonObject: DecodeBase58Request): Promise<DecodeBase58Response>;
    /**
     * decode base64
     * @param {Base64Data} jsonObject - request data.
     * @return {Promise<HexData>} - response data.
     */
    DecodeBase64(jsonObject: Base64Data): Promise<HexData>;
    /**
     * Decode der-encoded signature.
     * @param {DecodeDerSignatureToRawRequest} jsonObject - request data.
     * @return {Promise<SignatureDataResponse>} - response data.
     */
    DecodeDerSignatureToRaw(jsonObject: DecodeDerSignatureToRawRequest): Promise<SignatureDataResponse>;
    /**
     * @param {DecodePsbtRequest} jsonObject - request data.
     * @return {Promise<DecodePsbtResponse>} - response data.
     */
    DecodePsbt(jsonObject: DecodePsbtRequest): Promise<DecodePsbtResponse>;
    /**
     * Decode transaction
     * @param {DecodeRawTransactionRequest} jsonObject - request data.
     * @return {Promise<DecodeRawTransactionResponse>} - response data.
     */
    DecodeRawTransaction(jsonObject: DecodeRawTransactionRequest): Promise<DecodeRawTransactionResponse>;
    /**
     * Decrypt signature on ecdsa adaptor.
     * @param {DecryptEcdsaAdaptorRequest} jsonObject - request data.
     * @return {Promise<SignatureDataResponse>} - response data.
     */
    DecryptEcdsaAdaptor(jsonObject: DecryptEcdsaAdaptorRequest): Promise<SignatureDataResponse>;
    /**
     * Add raw transaction.
     * @param {ElementsAddRawTransactionRequest} jsonObject - request data.
     * @return {Promise<ElementsAddRawTransactionResponse>} - response data.
     */
    ElementsAddRawTransaction(jsonObject: ElementsAddRawTransactionRequest): Promise<ElementsAddRawTransactionResponse>;
    /**
     * Create transaction for Elements.
     * @param {ElementsCreateRawTransactionRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    ElementsCreateRawTransaction(jsonObject: ElementsCreateRawTransactionRequest): Promise<RawTransactionResponse>;
    /**
     * Decode Elements transaction
     * @param {ElementsDecodeRawTransactionRequest} jsonObject - request data.
     * @return {Promise<ElementsDecodeRawTransactionResponse>} - response data.
     */
    ElementsDecodeRawTransaction(jsonObject: ElementsDecodeRawTransactionRequest): Promise<ElementsDecodeRawTransactionResponse>;
    /**
     * encode base58
     * @param {EncodeBase58Request} jsonObject - request data.
     * @return {Promise<EncodeBase58Response>} - response data.
     */
    EncodeBase58(jsonObject: EncodeBase58Request): Promise<EncodeBase58Response>;
    /**
     * encode base64
     * @param {HexData} jsonObject - request data.
     * @return {Promise<Base64Data>} - response data.
     */
    EncodeBase64(jsonObject: HexData): Promise<Base64Data>;
    /**
     * Encode signature by der.
     * @param {EncodeSignatureByDerRequest} jsonObject - request data.
     * @return {Promise<EncodeSignatureByDerResponse>} - response data.
     */
    EncodeSignatureByDer(jsonObject: EncodeSignatureByDerRequest): Promise<EncodeSignatureByDerResponse>;
    /**
     * sign on ecdsa adaptor.
     * @param {EncryptEcdsaAdaptorRequest} jsonObject - request data.
     * @return {Promise<EcdsaAdaptorSignature>} - response data.
     */
    EncryptEcdsaAdaptor(jsonObject: EncryptEcdsaAdaptorRequest): Promise<EcdsaAdaptorSignature>;
    /**
     * Estimate fee.
     * @param {EstimateFeeRequest} jsonObject - request data.
     * @return {Promise<EstimateFeeResponse>} - response data.
     */
    EstimateFee(jsonObject: EstimateFeeRequest): Promise<EstimateFeeResponse>;
    /**
     * Finalize and extract PSBT.
     * @param {FinalizePsbtRequest} jsonObject - request data.
     * @return {Promise<FinalizePsbtResponse>} - response data.
     */
    FinalizePsbt(jsonObject: FinalizePsbtRequest): Promise<FinalizePsbtResponse>;
    /**
     * Finalize PSBT with input.
     * @param {FinalizePsbtInputRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    FinalizePsbtInput(jsonObject: FinalizePsbtInputRequest): Promise<PsbtOutputData>;
    /**
     * Fund psbt.
     * @param {FundPsbtRequest} jsonObject - request data.
     * @return {Promise<FundPsbtResponse>} - response data.
     */
    FundPsbt(jsonObject: FundPsbtRequest): Promise<FundPsbtResponse>;
    /**
     * Fund transaction.
     * @param {FundRawTransactionRequest} jsonObject - request data.
     * @return {Promise<FundRawTransactionResponse>} - response data.
     */
    FundRawTransaction(jsonObject: FundRawTransactionRequest): Promise<FundRawTransactionResponse>;
    /**
     * Get addresses from multisig script.
     * @param {GetAddressesFromMultisigRequest} jsonObject - request data.
     * @return {Promise<GetAddressesFromMultisigResponse>} - response data.
     */
    GetAddressesFromMultisig(jsonObject: GetAddressesFromMultisigRequest): Promise<GetAddressesFromMultisigResponse>;
    /**
     * Get address information.
     * @param {GetAddressInfoRequest} jsonObject - request data.
     * @return {Promise<GetAddressInfoResponse>} - response data.
     */
    GetAddressInfo(jsonObject: GetAddressInfoRequest): Promise<GetAddressInfoResponse>;
    /**
     * Get block header and txid list.
     * @param {BlockData} jsonObject - request data.
     * @return {Promise<BlockInformation>} - response data.
     */
    GetBlockInfo(jsonObject: BlockData): Promise<BlockInformation>;
    /**
     * Get commitment.
     * @param {GetCommitmentRequest} jsonObject - request data.
     * @return {Promise<GetCommitmentResponse>} - response data.
     */
    GetCommitment(jsonObject: GetCommitmentRequest): Promise<GetCommitmentResponse>;
    /**
     * Get compressed pubkey.
     * @param {PubkeyData} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    GetCompressedPubkey(jsonObject: PubkeyData): Promise<PubkeyData>;
    /**
     * Get confidential address.
     * @param {GetConfidentialAddressRequest} jsonObject - request data.
     * @return {Promise<GetConfidentialAddressResponse>} - response data.
     */
    GetConfidentialAddress(jsonObject: GetConfidentialAddressRequest): Promise<GetConfidentialAddressResponse>;
    /**
     * Get default blinding key.
     * @param {GetDefaultBlindingKeyRequest} jsonObject - request data.
     * @return {Promise<BlindingKeyResponse>} - response data.
     */
    GetDefaultBlindingKey(jsonObject: GetDefaultBlindingKeyRequest): Promise<BlindingKeyResponse>;
    /**
     * Get extkey information.
     * @param {GetExtkeyInfoRequest} jsonObject - request data.
     * @return {Promise<GetExtkeyInfoResponse>} - response data.
     */
    GetExtkeyInfo(jsonObject: GetExtkeyInfoRequest): Promise<GetExtkeyInfoResponse>;
    /**
     * Get issuance blinding key.
     * @param {GetIssuanceBlindingKeyRequest} jsonObject - request data.
     * @return {Promise<BlindingKeyResponse>} - response data.
     */
    GetIssuanceBlindingKey(jsonObject: GetIssuanceBlindingKeyRequest): Promise<BlindingKeyResponse>;
    /**
     * Get mnemonic word list
     * @param {GetMnemonicWordlistRequest} jsonObject - request data.
     * @return {Promise<GetMnemonicWordlistResponse>} - response data.
     */
    GetMnemonicWordlist(jsonObject: GetMnemonicWordlistRequest): Promise<GetMnemonicWordlistResponse>;
    /**
     * Get privkey from extkey.
     * @param {GetPrivkeyFromExtkeyRequest} jsonObject - request data.
     * @return {Promise<GetPrivkeyFromExtkeyResponse>} - response data.
     */
    GetPrivkeyFromExtkey(jsonObject: GetPrivkeyFromExtkeyRequest): Promise<GetPrivkeyFromExtkeyResponse>;
    /**
     * Get privkey from wif.
     * @param {PrivkeyWifData} jsonObject - request data.
     * @return {Promise<PrivkeyHexData>} - response data.
     */
    GetPrivkeyFromWif(jsonObject: PrivkeyWifData): Promise<PrivkeyHexData>;
    /**
     * Get privkey on wif.
     * @param {PrivkeyHexData} jsonObject - request data.
     * @return {Promise<PrivkeyWifData>} - response data.
     */
    GetPrivkeyWif(jsonObject: PrivkeyHexData): Promise<PrivkeyWifData>;
    /**
     * Get psbt utxo list.
     * @param {DecodePsbtRequest} jsonObject - request data.
     * @return {Promise<UtxoListData>} - response data.
     */
    GetPsbtUtxos(jsonObject: DecodePsbtRequest): Promise<UtxoListData>;
    /**
     * Get pubkey from extkey.
     * @param {GetPubkeyFromExtkeyRequest} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    GetPubkeyFromExtkey(jsonObject: GetPubkeyFromExtkeyRequest): Promise<PubkeyData>;
    /**
     * Get pubkey from privkey.
     * @param {GetPubkeyFromPrivkeyRequest} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    GetPubkeyFromPrivkey(jsonObject: GetPubkeyFromPrivkeyRequest): Promise<PubkeyData>;
    /**
     * Get a Schnorr pubkey from a privkey.
     * @param {GetSchnorrPubkeyFromPrivkeyRequest} jsonObject - request data.
     * @return {Promise<SchnorrPubkeyData>} - response data.
     */
    GetSchnorrPubkeyFromPrivkey(jsonObject: GetSchnorrPubkeyFromPrivkeyRequest): Promise<SchnorrPubkeyData>;
    /**
     * get schnorr pubkey from pubkey.
     * @param {PubkeyData} jsonObject - request data.
     * @return {Promise<SchnorrPubkeyData>} - response data.
     */
    GetSchnorrPubkeyFromPubkey(jsonObject: PubkeyData): Promise<SchnorrPubkeyData>;
    /**
     * Get signature hash.
     * @param {GetSighashRequest} jsonObject - request data.
     * @return {Promise<CreateSignatureHashResponse>} - response data.
     */
    GetSighash(jsonObject: GetSighashRequest): Promise<CreateSignatureHashResponse>;
    /**
     * Get supported function.
     * @return {Promise<GetSupportedFunctionResponse>} - response data.
     */
    GetSupportedFunction(): Promise<GetSupportedFunctionResponse>;
    /**
     * Get TapBranch info from tree.
     * @param {GetTapBranchInfoRequest} jsonObject - request data.
     * @return {Promise<TapBranchInfo>} - response data.
     */
    GetTapBranchInfo(jsonObject: GetTapBranchInfoRequest): Promise<TapBranchInfo>;
    /**
     * Get TapScript tree from string.
     * @param {TapScriptFromStringRequest} jsonObject - request data.
     * @return {Promise<TapScriptInfo>} - response data.
     */
    GetTapScriptTreeFromString(jsonObject: TapScriptFromStringRequest): Promise<TapScriptInfo>;
    /**
     * Get TapScript tree info.
     * @param {GetTapScriptTreeInfoRequest} jsonObject - request data.
     * @return {Promise<TapScriptInfo>} - response data.
     */
    GetTapScriptTreeInfo(jsonObject: GetTapScriptTreeInfoRequest): Promise<TapScriptInfo>;
    /**
     * Get TapScript tree info by control block.
     * @param {TapScriptInfoByControlRequest} jsonObject - request data.
     * @return {Promise<TapScriptInfo>} - response data.
     */
    GetTapScriptTreeInfoByControlBlock(jsonObject: TapScriptInfoByControlRequest): Promise<TapScriptInfo>;
    /**
     * Get block header and txid list.
     * @param {BlockTxRequest} jsonObject - request data.
     * @return {Promise<BlockTxData>} - response data.
     */
    GetTxDataFromBlock(jsonObject: BlockTxRequest): Promise<BlockTxData>;
    /**
     * Get TxIn Index.
     * @param {GetTxInIndexRequest} jsonObject - request data.
     * @return {Promise<GetIndexData>} - response data.
     */
    GetTxInIndex(jsonObject: GetTxInIndexRequest): Promise<GetIndexData>;
    /**
     * Get TxOut Index.
     * @param {GetTxOutIndexRequest} jsonObject - request data.
     * @return {Promise<GetIndexData>} - response data.
     */
    GetTxOutIndex(jsonObject: GetTxOutIndexRequest): Promise<GetIndexData>;
    /**
     * Get unblind data.
     * @param {GetUnblindDataRequest} jsonObject - request data.
     * @return {Promise<UnblindOutput>} - response data.
     */
    GetUnblindData(jsonObject: GetUnblindDataRequest): Promise<UnblindOutput>;
    /**
     * Get unblinded address.
     * @param {GetUnblindedAddressRequest} jsonObject - request data.
     * @return {Promise<GetUnblindedAddressResponse>} - response data.
     */
    GetUnblindedAddress(jsonObject: GetUnblindedAddressRequest): Promise<GetUnblindedAddressResponse>;
    /**
     * Get uncompressed pubkey.
     * @param {PubkeyData} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    GetUncompressedPubkey(jsonObject: PubkeyData): Promise<PubkeyData>;
    /**
     * Get witness stack count.
     * @param {GetWitnessStackNumRequest} jsonObject - request data.
     * @return {Promise<GetWitnessStackNumResponse>} - response data.
     */
    GetWitnessStackNum(jsonObject: GetWitnessStackNumRequest): Promise<GetWitnessStackNumResponse>;
    /**
     * hash message
     * @param {HashMessageRequest} jsonObject - request data.
     * @return {Promise<HexData>} - response data.
     */
    HashMessage(jsonObject: HashMessageRequest): Promise<HexData>;
    /**
     * Is finalized psbt.
     * @param {IsFinalizedPsbtRequest} jsonObject - request data.
     * @return {Promise<IsFinalizedPsbtResponse>} - response data.
     */
    IsFinalizedPsbt(jsonObject: IsFinalizedPsbtRequest): Promise<IsFinalizedPsbtResponse>;
    /**
     * Join psbt.
     * @param {PsbtList} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    JoinPsbts(jsonObject: PsbtList): Promise<PsbtOutputData>;
    /**
     * Negate privkey.
     * @param {PrivkeyData} jsonObject - request data.
     * @return {Promise<OutputPrivkeyData>} - response data.
     */
    NegatePrivkey(jsonObject: PrivkeyData): Promise<OutputPrivkeyData>;
    /**
     * Negate pubkey.
     * @param {PubkeyData} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    NegatePubkey(jsonObject: PubkeyData): Promise<PubkeyData>;
    /**
     * Parse output descriptor.
     * @param {ParseDescriptorRequest} jsonObject - request data.
     * @return {Promise<ParseDescriptorResponse>} - response data.
     */
    ParseDescriptor(jsonObject: ParseDescriptorRequest): Promise<ParseDescriptorResponse>;
    /**
     * Parse script from hex.
     * @param {ParseScriptRequest} jsonObject - request data.
     * @return {Promise<ParseScriptResponse>} - response data.
     */
    ParseScript(jsonObject: ParseScriptRequest): Promise<ParseScriptResponse>;
    /**
     * Recover secret data on ecdsa adaptor.
     * @param {RecoverEcdsaAdaptorRequest} jsonObject - request data.
     * @return {Promise<SecretData>} - response data.
     */
    RecoverEcdsaAdaptor(jsonObject: RecoverEcdsaAdaptorRequest): Promise<SecretData>;
    /**
     * Create a Schnorr signature for a given message
     * @param {SchnorrSignRequest} jsonObject - request data.
     * @return {Promise<SchnorrSignResponse>} - response data.
     */
    SchnorrSign(jsonObject: SchnorrSignRequest): Promise<SchnorrSignResponse>;
    /**
     * Verify a Schnorr signature for a given message
     * @param {VerifySignatureWithPubkeyRequest} jsonObject - request data.
     * @return {Promise<SchnorrVerifyResponse>} - response data.
     */
    SchnorrVerify(jsonObject: VerifySignatureWithPubkeyRequest): Promise<SchnorrVerifyResponse>;
    /**
     * Select coins.
     * @param {SelectUtxosRequest} jsonObject - request data.
     * @return {Promise<SelectUtxosResponse>} - response data.
     */
    SelectUtxos(jsonObject: SelectUtxosRequest): Promise<SelectUtxosResponse>;
    /**
     * Serialize to ledger format.
     * @param {SerializeLedgerFormatRequest} jsonObject - request data.
     * @return {Promise<SerializeLedgerFormatResponse>} - response data.
     */
    SerializeLedgerFormat(jsonObject: SerializeLedgerFormatRequest): Promise<SerializeLedgerFormatResponse>;
    /**
     * set customize prefix.
     * @param {SetCustomPrefixRequest} jsonObject - request data.
     * @return {Promise<VoidFunctionResponse>} - response data.
     */
    SetCustomPrefix(jsonObject: SetCustomPrefixRequest): Promise<VoidFunctionResponse>;
    /**
     * Set psbt data.
     * @param {SetPsbtRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    SetPsbtData(jsonObject: SetPsbtRequest): Promise<PsbtOutputData>;
    /**
     * Set psbt records.
     * @param {SetPsbtRecordRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    SetPsbtRecord(jsonObject: SetPsbtRecordRequest): Promise<PsbtOutputData>;
    /**
     * Set issue asset.
     * @param {SetRawIssueAssetRequest} jsonObject - request data.
     * @return {Promise<SetRawIssueAssetResponse>} - response data.
     */
    SetRawIssueAsset(jsonObject: SetRawIssueAssetRequest): Promise<SetRawIssueAssetResponse>;
    /**
     * Set reissue asset.
     * @param {SetRawReissueAssetRequest} jsonObject - request data.
     * @return {Promise<SetRawReissueAssetResponse>} - response data.
     */
    SetRawReissueAsset(jsonObject: SetRawReissueAssetRequest): Promise<SetRawReissueAssetResponse>;
    /**
     * Sign bitcoin message.
     * @param {SignMessageRequest} jsonObject - request data.
     * @return {Promise<SignMessageResponse>} - response data.
     */
    SignMessage(jsonObject: SignMessageRequest): Promise<SignMessageResponse>;
    /**
     * Sign psbt with privkey.
     * @param {SignPsbtRequest} jsonObject - request data.
     * @return {Promise<PsbtOutputData>} - response data.
     */
    SignPsbt(jsonObject: SignPsbtRequest): Promise<PsbtOutputData>;
    /**
     * Add sign and set pubkey hash input
     * @param {SignWithPrivkeyRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    SignWithPrivkey(jsonObject: SignWithPrivkeyRequest): Promise<RawTransactionResponse>;
    /**
     * Split txout.
     * @param {SplitTxOutRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    SplitTxOut(jsonObject: SplitTxOutRequest): Promise<RawTransactionResponse>;
    /**
     * TweakAdd privkey.
     * @param {TweakPrivkeyData} jsonObject - request data.
     * @return {Promise<OutputPrivkeyData>} - response data.
     */
    TweakAddPrivkey(jsonObject: TweakPrivkeyData): Promise<OutputPrivkeyData>;
    /**
     * TweakAdd pubkey.
     * @param {TweakPubkeyData} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    TweakAddPubkey(jsonObject: TweakPubkeyData): Promise<PubkeyData>;
    /**
     * TweakAdd schnorr pubkey from privkey.
     * @param {TweakPrivkeyData} jsonObject - request data.
     * @return {Promise<SchnorrKeyPairData>} - response data.
     */
    TweakAddSchnorrPubkeyFromPrivkey(jsonObject: TweakPrivkeyData): Promise<SchnorrKeyPairData>;
    /**
     * TweakAdd schnorr pubkey from pubkey.
     * @param {TweakPubkeyData} jsonObject - request data.
     * @return {Promise<SchnorrPubkeyData>} - response data.
     */
    TweakAddSchnorrPubkeyFromPubkey(jsonObject: TweakPubkeyData): Promise<SchnorrPubkeyData>;
    /**
     * TweakMul privkey.
     * @param {TweakPrivkeyData} jsonObject - request data.
     * @return {Promise<OutputPrivkeyData>} - response data.
     */
    TweakMulPrivkey(jsonObject: TweakPrivkeyData): Promise<OutputPrivkeyData>;
    /**
     * TweakMul pubkey.
     * @param {TweakPubkeyData} jsonObject - request data.
     * @return {Promise<PubkeyData>} - response data.
     */
    TweakMulPubkey(jsonObject: TweakPubkeyData): Promise<PubkeyData>;
    /**
     * Unblind transaction.
     * @param {UnblindRawTransactionRequest} jsonObject - request data.
     * @return {Promise<UnblindRawTransactionResponse>} - response data.
     */
    UnblindRawTransaction(jsonObject: UnblindRawTransactionRequest): Promise<UnblindRawTransactionResponse>;
    /**
     * Update Pegin witness stack. isElements not reference (force true).
     * @param {UpdateWitnessStackRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    UpdatePeginWitnessStack(jsonObject: UpdateWitnessStackRequest): Promise<RawTransactionResponse>;
    /**
     * Update sequence number
     * @param {UpdateTxInSequenceRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    UpdateTxInSequence(jsonObject: UpdateTxInSequenceRequest): Promise<RawTransactionResponse>;
    /**
     * Update txout amount.
     * @param {UpdateTxOutAmountRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    UpdateTxOutAmount(jsonObject: UpdateTxOutAmountRequest): Promise<RawTransactionResponse>;
    /**
     * Update witness stack
     * @param {UpdateWitnessStackRequest} jsonObject - request data.
     * @return {Promise<RawTransactionResponse>} - response data.
     */
    UpdateWitnessStack(jsonObject: UpdateWitnessStackRequest): Promise<RawTransactionResponse>;
    /**
     * Verify signature on ecdsa adaptor.
     * @param {VerifyEcdsaAdaptorRequest} jsonObject - request data.
     * @return {Promise<VerifySignatureResponse>} - response data.
     */
    VerifyEcdsaAdaptor(jsonObject: VerifyEcdsaAdaptorRequest): Promise<VerifySignatureResponse>;
    /**
     * Verify bitcoin message.
     * @param {VerifyMessageRequest} jsonObject - request data.
     * @return {Promise<VerifyMessageResponse>} - response data.
     */
    VerifyMessage(jsonObject: VerifyMessageRequest): Promise<VerifyMessageResponse>;
    /**
     * Verify the sign of psbt.
     * @param {VerifyPsbtSignRequest} jsonObject - request data.
     * @return {Promise<VerifySignResponse>} - response data.
     */
    VerifyPsbtSign(jsonObject: VerifyPsbtSignRequest): Promise<VerifySignResponse>;
    /**
     * Verify transaction sign. (only pubkey hash or multisig script.)
     * @param {VerifySignRequest} jsonObject - request data.
     * @return {Promise<VerifySignResponse>} - response data.
     */
    VerifySign(jsonObject: VerifySignRequest): Promise<VerifySignResponse>;
    /**
     * Verify signature
     * @param {VerifySignatureRequest} jsonObject - request data.
     * @return {Promise<VerifySignatureResponse>} - response data.
     */
    VerifySignature(jsonObject: VerifySignatureRequest): Promise<VerifySignatureResponse>;
    /**
     * Verify signature with pubkey.
     * @param {VerifySignatureWithPubkeyRequest} jsonObject - request data.
     * @return {Promise<VerifySignatureResponse>} - response data.
     */
    VerifySignatureWithPubkey(jsonObject: VerifySignatureWithPubkeyRequest): Promise<VerifySignatureResponse>;
}

/**
 * Add initialized listener.
 * @param {() => Promise<void>} func - callback function.
 */
export function addInitializedListener(func: () => Promise<void>): void;

/**
 * Get cfd-js-wasm object.
 * @return {Cfdjs} - Cfdjs data.
 */
export function getCfd(): Cfdjs;

/**
 * Has wasm loading check.
 * @return {boolean} - boolean data.
 */
export function hasLoadedWasm(): boolean;

/** error class. */
export class CfdError extends Error {
    /**
     * constructor.
     * @param {string} message - Error message.
     * @param {InnerErrorResponse} errorInformation - Error information data.
     * @param {Error} cause - Cause of the error.
     */
    constructor(message: string, errorInformation: InnerErrorResponse, cause: Error);
    /**
     * get error string.
     * @return {string} - string data.
     */
    toString(): string;
    /**
     * get error information.
     * @return {InnerErrorResponse} - InnerErrorResponse data.
     */
    getErrorInformation(): InnerErrorResponse;
    /**
     * get error cause.
     * @return {Error} - Error data.
     */
    getCause(): Error;
}