/// import { Buffer } from "buffer"; import BigNumber from "bignumber.js"; import { CardanoAddress, CollateralInput, HashCredential, Mint, NativeScript, PlutusData, PlutusScriptType, ProtocolParams, BipPath, AuxiliaryData, Certificate, Input, Output, Withdrawal, Token, VKeyWitness, ReferenceInput, VotingProcedure, ProposalProcedure } from "../types"; export declare class Transaction { protected _protocolParams: ProtocolParams; protected inputs: Array; protected referenceInputs: Array; protected outputs: Array; protected certificates: Array; protected withdrawals: Array; protected requiredWitnesses: Map; protected requiredNativeScriptWitnesses: Map; protected fee: BigNumber; protected ttl: number | undefined; protected witnesses: Array; protected plutusScriptMap: Map; protected nativeScriptList: Array; protected auxiliaryData: AuxiliaryData | undefined; protected collaterals: Array; protected collateralOutput: Output | undefined; protected totalCollateral: BigNumber | undefined; protected requiredSigners: Map; protected plutusDataList: Array; protected _isPlutusV1Transaction: boolean; protected _isPlutusV2Transaction: boolean; protected _isPlutusV3Transaction: boolean; protected mints: Array; protected validityIntervalStart: number | undefined; protected votingProcedures: Array; protected proposalProcedures: Array; protected donationAmount: BigNumber | undefined; protected treasuryAmount: BigNumber | undefined; constructor({ protocolParams }: { protocolParams: ProtocolParams; }); get protocolParams(): ProtocolParams; getTTL(): number | undefined; setTTL(ttl: number): void; getValidityIntervalStart(): number | undefined; setValidityIntervalStart(validityIntervalStart: number): void; addInput(input: Input): void; addReferenceInput(input: ReferenceInput): void; addRequiredSigner(credential: HashCredential): void; addCollateral(input: CollateralInput): void; addMint(mint: Mint): void; /** * The method will add a certificate to the transaction to be included in cbor * This method will automatically scan and include each unique required witnesses in the map * to help sign the transaction * @param certificate a certificate to include in the transaction */ addCertificate(certificate: Certificate): void; addOutput(output: Output): void; addWithdrawal(withdrawal: Withdrawal): void; addVotingProcedure(votingProcedure: VotingProcedure): void; addProposalProcedure(proposalProcedure: ProposalProcedure): void; setCollateralOutput(output: Output): void; getCollateralOutput(): Output | undefined; setTotalCollateral(amount: BigNumber): void; getTotalCollateral(): BigNumber | undefined; setDonationAmount(amount: BigNumber): void; getDonationAmount(): BigNumber | undefined; setTreasuryAmount(amount: BigNumber): void; getTreasuryAmount(): BigNumber | undefined; /** * This method will encode the transaction body to be included in the cbor */ protected encodeTransactionBody({ extraOutputs, scriptDataHash, }: { extraOutputs?: Array; scriptDataHash?: Buffer; }): unknown; private transactionFee; private contractFee; private calculateRefScriptFee; calculateTxSize(extraOutputs?: Array): number; calculateFee(extraOutputs?: Array): BigNumber; setFee(fee: BigNumber): void; getFee(): BigNumber; calculateMinUtxoAmountBabbage(output: Output): BigNumber; addWitness(witness: VKeyWitness): void; getTransactionHash(): Buffer; getAuxiliaryData(): AuxiliaryData | undefined; getAuxiliaryDataHashHex(): string | undefined; buildTransaction(): { hash: string; payload: string; }; getInputs(): Array; getCertificates(): Array; getMints(): Array; getMintTokens(): Array; getBurnTokens(): Array; getInputAmount(): { ada: BigNumber; tokens: Array; }; getCollaterals(): Array; getScriptIntegrityHash(): Buffer | undefined; getCollateralAmount(): BigNumber; getOutputs(): Array; getOutputAmount(): { ada: BigNumber; tokens: Array; }; /** * This method scans the certificates and proposal procedures added in the transaction * to calculate additional ADA required for transaction validity. * 1. stake key registration deposit ADA * 2. proposal procedure deposit ADA * 3. donation amount * @returns additional ADA required for a valid transaction */ getAdditionalOutputAda(): BigNumber; /** * This method scans the certificates added in the transaction to calculate * additional ADA available in inputs as part of the deposit refund. * Essentially ADA to be considered as additional input due to deposit refunds. * @returns additional ADA available as input */ getAdditionalInputAda(): BigNumber; getWithdrawals(): Array; getRequiredWitnesses(): Map; getRequiredNativeScriptWitnesses(): Map; getRequiredSigners(): Map; getVotingProcedures(): Array; getProposalProcedures(): Array; setAuxiliaryData(auxData: AuxiliaryData): void; isPlutusTransaction(): boolean; /** * Function to prepare transaction automatically * There are other helper methods for preparing transactions that use this method * This method should be used when you know what you are doing * sets required inputs, * fees, * change etc * resulting transaction is the final tx that can be built for signing */ prepareTransaction({ inputs, changeAddress, collateralInputs, }: { inputs: Array; changeAddress: CardanoAddress; collateralInputs?: Array; }): Transaction; /** * Function for a simple send ADA transaction * Provide necessary outputs, and available inputs, returns a final tx */ paymentTransaction({ inputs, outputs, changeAddress, auxiliaryData, ttl, }: { inputs: Array; outputs: Array; changeAddress: CardanoAddress; auxiliaryData?: AuxiliaryData; ttl: number; }): Transaction; } export default Transaction;