/* tslint:disable */
/* eslint-disable */
export function min_fee(tx: Transaction, linear_fee: LinearFee): BigNum;
export function calculate_ex_units_ceil_cost(ex_units: ExUnits, ex_unit_prices: ExUnitPrices): BigNum;
export function min_script_fee(tx: Transaction, ex_unit_prices: ExUnitPrices): BigNum;
export function min_ref_script_fee(total_ref_scripts_size: number, ref_script_coins_per_byte: UnitInterval): BigNum;
export function create_send_all(address: Address, utxos: TransactionUnspentOutputs, config: TransactionBuilderConfig): TransactionBatchList;
export function make_daedalus_bootstrap_witness(tx_body_hash: TransactionHash, addr: ByronAddress, key: LegacyDaedalusPrivateKey): BootstrapWitness;
export function make_icarus_bootstrap_witness(tx_body_hash: TransactionHash, addr: ByronAddress, key: Bip32PrivateKey): BootstrapWitness;
export function make_vkey_witness(tx_body_hash: TransactionHash, sk: PrivateKey): Vkeywitness;
export function hash_auxiliary_data(auxiliary_data: AuxiliaryData): AuxiliaryDataHash;
export function hash_plutus_data(plutus_data: PlutusData): DataHash;
export function hash_script_data(redeemers: Redeemers, cost_models: Costmdls, datums?: PlutusList | null): ScriptDataHash;
export function get_implicit_input(txbody: TransactionBody, pool_deposit: BigNum, key_deposit: BigNum): Value;
export function get_deposit(txbody: TransactionBody, pool_deposit: BigNum, key_deposit: BigNum): BigNum;
/**
 * returns minimal amount of ada for the output for case when the amount is included to the output
 */
export function min_ada_for_output(output: TransactionOutput, data_cost: DataCost): BigNum;
/**
 * Receives a script JSON string
 * and returns a NativeScript.
 * Cardano Wallet and Node styles are supported.
 *
 * * wallet: https://github.com/input-output-hk/cardano-wallet/blob/master/specifications/api/swagger.yaml
 * * node: https://github.com/input-output-hk/cardano-node/blob/master/doc/reference/simple-scripts.md
 *
 * self_xpub is expected to be a Bip32PublicKey as hex-encoded bytes
 */
export function encode_json_str_to_native_script(json: string, self_xpub: string, schema: ScriptSchema): NativeScript;
/**
 * Returns the state of the transaction sets.
 * If all sets have a tag, it returns AllSetsHaveTag.
 * If all sets have no tag, it returns AllSetsHaveNoTag.
 * If there is a mix of tagged and untagged sets, it returns MixedSets.
 * This function is useful for checking if a transaction might be signed by a hardware wallet.
 * And for checking which parameter should be used in a hardware wallet api.
 * WARNING this function will be deleted after all tags for set types will be mandatory. Approx after next hf
 */
export function has_transaction_set_tag(tx_bytes: Uint8Array): TransactionSetsState;
export function encrypt_with_password(password: string, salt: string, nonce: string, data: string): string;
export function decrypt_with_password(password: string, data: string): string;
export function encode_json_str_to_plutus_datum(json: string, schema: PlutusDatumSchema): PlutusData;
export function decode_plutus_datum_to_json_str(datum: PlutusData, schema: PlutusDatumSchema): string;
export function encode_arbitrary_bytes_as_metadatum(bytes: Uint8Array): TransactionMetadatum;
export function decode_arbitrary_bytes_from_metadatum(metadata: TransactionMetadatum): Uint8Array;
export function encode_json_str_to_metadatum(json: string, schema: MetadataJsonSchema): TransactionMetadatum;
export function decode_metadatum_to_json_str(metadatum: TransactionMetadatum, schema: MetadataJsonSchema): string;
export enum AddressKind {
  Base = 0,
  Pointer = 1,
  Enterprise = 2,
  Reward = 3,
  Byron = 4,
  Malformed = 5,
}
export enum BlockEra {
  Byron = 0,
  Shelley = 1,
  Allegra = 2,
  Mary = 3,
  Alonzo = 4,
  Babbage = 5,
  Conway = 6,
  Unknown = 7,
}
export enum ByronAddressType {
  ATPubKey = 0,
  ATScript = 1,
  ATRedeem = 2,
}
export enum CborContainerType {
  Array = 0,
  Map = 1,
}
export enum CborSetType {
  Tagged = 0,
  Untagged = 1,
}
export enum CertificateKind {
  StakeRegistration = 0,
  StakeDeregistration = 1,
  StakeDelegation = 2,
  PoolRegistration = 3,
  PoolRetirement = 4,
  GenesisKeyDelegation = 5,
  MoveInstantaneousRewardsCert = 6,
  CommitteeHotAuth = 7,
  CommitteeColdResign = 8,
  DRepDeregistration = 9,
  DRepRegistration = 10,
  DRepUpdate = 11,
  StakeAndVoteDelegation = 12,
  StakeRegistrationAndDelegation = 13,
  StakeVoteRegistrationAndDelegation = 14,
  VoteDelegation = 15,
  VoteRegistrationAndDelegation = 16,
}
export enum CoinSelectionStrategyCIP2 {
  /**
   * Performs CIP2's Largest First ada-only selection. Will error if outputs contain non-ADA assets.
   */
  LargestFirst = 0,
  /**
   * Performs CIP2's Random Improve ada-only selection. Will error if outputs contain non-ADA assets.
   */
  RandomImprove = 1,
  /**
   * Same as LargestFirst, but before adding ADA, will insert by largest-first for each asset type.
   */
  LargestFirstMultiAsset = 2,
  /**
   * Same as RandomImprove, but before adding ADA, will insert by random-improve for each asset type.
   */
  RandomImproveMultiAsset = 3,
}
export enum CredKind {
  Key = 0,
  Script = 1,
}
export enum DRepKind {
  KeyHash = 0,
  ScriptHash = 1,
  AlwaysAbstain = 2,
  AlwaysNoConfidence = 3,
}
export enum GovernanceActionKind {
  ParameterChangeAction = 0,
  HardForkInitiationAction = 1,
  TreasuryWithdrawalsAction = 2,
  NoConfidenceAction = 3,
  UpdateCommitteeAction = 4,
  NewConstitutionAction = 5,
  InfoAction = 6,
}
export enum LanguageKind {
  PlutusV1 = 0,
  PlutusV2 = 1,
  PlutusV3 = 2,
}
export enum MIRKind {
  ToOtherPot = 0,
  ToStakeCredentials = 1,
}
export enum MIRPot {
  Reserves = 0,
  Treasury = 1,
}
export enum MetadataJsonSchema {
  NoConversions = 0,
  BasicConversions = 1,
  DetailedSchema = 2,
}
export enum NativeScriptKind {
  ScriptPubkey = 0,
  ScriptAll = 1,
  ScriptAny = 2,
  ScriptNOfK = 3,
  TimelockStart = 4,
  TimelockExpiry = 5,
}
export enum NetworkIdKind {
  Testnet = 0,
  Mainnet = 1,
}
export enum PlutusDataKind {
  ConstrPlutusData = 0,
  Map = 1,
  List = 2,
  Integer = 3,
  Bytes = 4,
}
/**
 * JSON <-> PlutusData conversion schemas.
 * Follows ScriptDataJsonSchema in cardano-cli defined at:
 * https://github.com/input-output-hk/cardano-node/blob/master/cardano-api/src/Cardano/Api/ScriptData.hs#L254
 *
 * All methods here have the following restrictions due to limitations on dependencies:
 * * JSON numbers above u64::MAX (positive) or below i64::MIN (negative) will throw errors
 * * Hex strings for bytes don't accept odd-length (half-byte) strings.
 *      cardano-cli seems to support these however but it seems to be different than just 0-padding
 *      on either side when tested so proceed with caution
 */
export enum PlutusDatumSchema {
  /**
   * ScriptDataJsonNoSchema in cardano-node.
   *
   * This is the format used by --script-data-value in cardano-cli
   * This tries to accept most JSON but does not support the full spectrum of Plutus datums.
   * From JSON:
   * * null/true/false/floats NOT supported
   * * strings starting with 0x are treated as hex bytes. All other strings are encoded as their utf8 bytes.
   * To JSON:
   * * ConstrPlutusData not supported in ANY FORM (neither keys nor values)
   * * Lists not supported in keys
   * * Maps not supported in keys
   */
  BasicConversions = 0,
  /**
   * ScriptDataJsonDetailedSchema in cardano-node.
   *
   * This is the format used by --script-data-file in cardano-cli
   * This covers almost all (only minor exceptions) Plutus datums, but the JSON must conform to a strict schema.
   * The schema specifies that ALL keys and ALL values must be contained in a JSON map with 2 cases:
   * 1. For ConstrPlutusData there must be two fields "constructor" contianing a number and "fields" containing its fields
   *    e.g. { "constructor": 2, "fields": [{"int": 2}, {"list": [{"bytes": "CAFEF00D"}]}]}
   * 2. For all other cases there must be only one field named "int", "bytes", "list" or "map"
   *    Integer's value is a JSON number e.g. {"int": 100}
   *    Bytes' value is a hex string representing the bytes WITHOUT any prefix e.g. {"bytes": "CAFEF00D"}
   *    Lists' value is a JSON list of its elements encoded via the same schema e.g. {"list": [{"bytes": "CAFEF00D"}]}
   *    Maps' value is a JSON list of objects, one for each key-value pair in the map, with keys "k" and "v"
   *          respectively with their values being the plutus datum encoded via this same schema
   *          e.g. {"map": [
   *              {"k": {"int": 2}, "v": {"int": 5}},
   *              {"k": {"map": [{"k": {"list": [{"int": 1}]}, "v": {"bytes": "FF03"}}]}, "v": {"list": []}}
   *          ]}
   * From JSON:
   * * null/true/false/floats NOT supported
   * * the JSON must conform to a very specific schema
   * To JSON:
   * * all Plutus datums should be fully supported outside of the integer range limitations outlined above.
   */
  DetailedSchema = 1,
}
export enum RedeemerTagKind {
  Spend = 0,
  Mint = 1,
  Cert = 2,
  Reward = 3,
  Vote = 4,
  VotingProposal = 5,
}
export enum RelayKind {
  SingleHostAddr = 0,
  SingleHostName = 1,
  MultiHostName = 2,
}
/**
 * Each new language uses a different namespace for hashing its script
 * This is because you could have a language where the same bytes have different semantics
 * So this avoids scripts in different languages mapping to the same hash
 * Note that the enum value here is different than the enum value for deciding the cost model of a script
 */
export enum ScriptHashNamespace {
  NativeScript = 0,
  PlutusScript = 1,
  PlutusScriptV2 = 2,
  PlutusScriptV3 = 3,
}
/**
 * Used to choosed the schema for a script JSON string
 */
export enum ScriptSchema {
  Wallet = 0,
  Node = 1,
}
export enum TransactionMetadatumKind {
  MetadataMap = 0,
  MetadataList = 1,
  Int = 2,
  Bytes = 3,
  Text = 4,
}
export enum TransactionSetsState {
  AllSetsHaveTag = 0,
  AllSetsHaveNoTag = 1,
  MixedSets = 2,
}
export enum VoteKind {
  No = 0,
  Yes = 1,
  Abstain = 2,
}
export enum VoterKind {
  ConstitutionalCommitteeHotKeyHash = 0,
  ConstitutionalCommitteeHotScriptHash = 1,
  DRepKeyHash = 2,
  DRepScriptHash = 3,
  StakingPoolKeyHash = 4,
}
export class Address {
  private constructor();
  free(): void;
  static from_bytes(data: Uint8Array): Address;
  to_json(): string;
  to_js_value(): AddressJSON;
  static from_json(json: string): Address;
  kind(): AddressKind;
  payment_cred(): Credential | undefined;
  is_malformed(): boolean;
  to_hex(): string;
  static from_hex(hex_str: string): Address;
  to_bytes(): Uint8Array;
  to_bech32(prefix?: string | null): string;
  static from_bech32(bech_str: string): Address;
  network_id(): number;
}
export class Anchor {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Anchor;
  to_hex(): string;
  static from_hex(hex_str: string): Anchor;
  to_json(): string;
  to_js_value(): AnchorJSON;
  static from_json(json: string): Anchor;
  url(): URL;
  anchor_data_hash(): AnchorDataHash;
  static new(anchor_url: URL, anchor_data_hash: AnchorDataHash): Anchor;
}
export class AnchorDataHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): AnchorDataHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): AnchorDataHash;
  to_hex(): string;
  static from_hex(hex: string): AnchorDataHash;
}
export class AssetName {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): AssetName;
  to_hex(): string;
  static from_hex(hex_str: string): AssetName;
  to_json(): string;
  to_js_value(): AssetNameJSON;
  static from_json(json: string): AssetName;
  static new(name: Uint8Array): AssetName;
  name(): Uint8Array;
}
export class AssetNames {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): AssetNames;
  to_hex(): string;
  static from_hex(hex_str: string): AssetNames;
  to_json(): string;
  to_js_value(): AssetNamesJSON;
  static from_json(json: string): AssetNames;
  static new(): AssetNames;
  len(): number;
  get(index: number): AssetName;
  add(elem: AssetName): void;
}
export class Assets {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Assets;
  to_hex(): string;
  static from_hex(hex_str: string): Assets;
  to_json(): string;
  to_js_value(): AssetsJSON;
  static from_json(json: string): Assets;
  static new(): Assets;
  len(): number;
  insert(key: AssetName, value: BigNum): BigNum | undefined;
  get(key: AssetName): BigNum | undefined;
  keys(): AssetNames;
}
export class AuxiliaryData {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): AuxiliaryData;
  to_hex(): string;
  static from_hex(hex_str: string): AuxiliaryData;
  to_json(): string;
  to_js_value(): AuxiliaryDataJSON;
  static from_json(json: string): AuxiliaryData;
  static new(): AuxiliaryData;
  metadata(): GeneralTransactionMetadata | undefined;
  set_metadata(metadata: GeneralTransactionMetadata): void;
  native_scripts(): NativeScripts | undefined;
  set_native_scripts(native_scripts: NativeScripts): void;
  plutus_scripts(): PlutusScripts | undefined;
  set_plutus_scripts(plutus_scripts: PlutusScripts): void;
  prefer_alonzo_format(): boolean;
  set_prefer_alonzo_format(prefer: boolean): void;
}
export class AuxiliaryDataHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): AuxiliaryDataHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): AuxiliaryDataHash;
  to_hex(): string;
  static from_hex(hex: string): AuxiliaryDataHash;
}
export class AuxiliaryDataSet {
  private constructor();
  free(): void;
  static new(): AuxiliaryDataSet;
  len(): number;
  insert(tx_index: number, data: AuxiliaryData): AuxiliaryData | undefined;
  get(tx_index: number): AuxiliaryData | undefined;
  indices(): Uint32Array;
}
export class BaseAddress {
  private constructor();
  free(): void;
  static new(network: number, payment: Credential, stake: Credential): BaseAddress;
  payment_cred(): Credential;
  stake_cred(): Credential;
  to_address(): Address;
  static from_address(addr: Address): BaseAddress | undefined;
  network_id(): number;
}
export class BigInt {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): BigInt;
  to_hex(): string;
  static from_hex(hex_str: string): BigInt;
  to_json(): string;
  to_js_value(): BigIntJSON;
  static from_json(json: string): BigInt;
  is_zero(): boolean;
  as_u64(): BigNum | undefined;
  as_int(): Int | undefined;
  static from_str(text: string): BigInt;
  to_str(): string;
  add(other: BigInt): BigInt;
  sub(other: BigInt): BigInt;
  mul(other: BigInt): BigInt;
  pow(exp: number): BigInt;
  static one(): BigInt;
  static zero(): BigInt;
  abs(): BigInt;
  increment(): BigInt;
  div_ceil(other: BigInt): BigInt;
  div_floor(other: BigInt): BigInt;
}
export class BigNum {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): BigNum;
  to_hex(): string;
  static from_hex(hex_str: string): BigNum;
  to_json(): string;
  to_js_value(): BigNumJSON;
  static from_json(json: string): BigNum;
  static from_str(string: string): BigNum;
  to_str(): string;
  static zero(): BigNum;
  static one(): BigNum;
  is_zero(): boolean;
  div_floor(other: BigNum): BigNum;
  checked_mul(other: BigNum): BigNum;
  checked_add(other: BigNum): BigNum;
  checked_sub(other: BigNum): BigNum;
  /**
   * returns 0 if it would otherwise underflow
   */
  clamped_sub(other: BigNum): BigNum;
  compare(rhs_value: BigNum): number;
  less_than(rhs_value: BigNum): boolean;
  static max_value(): BigNum;
  static max(a: BigNum, b: BigNum): BigNum;
}
export class Bip32PrivateKey {
  private constructor();
  free(): void;
  /**
   * derive this private key with the given index.
   *
   * # Security considerations
   *
   * * hard derivation index cannot be soft derived with the public key
   *
   * # Hard derivation vs Soft derivation
   *
   * If you pass an index below 0x80000000 then it is a soft derivation.
   * The advantage of soft derivation is that it is possible to derive the
   * public key too. I.e. derivation the private key with a soft derivation
   * index and then retrieving the associated public key is equivalent to
   * deriving the public key associated to the parent private key.
   *
   * Hard derivation index does not allow public key derivation.
   *
   * This is why deriving the private key should not fail while deriving
   * the public key may fail (if the derivation index is invalid).
   */
  derive(index: number): Bip32PrivateKey;
  /**
   * 128-byte xprv a key format in Cardano that some software still uses or requires
   * the traditional 96-byte xprv is simply encoded as
   * prv | chaincode
   * however, because some software may not know how to compute a public key from a private key,
   * the 128-byte inlines the public key in the following format
   * prv | pub | chaincode
   * so be careful if you see the term "xprv" as it could refer to either one
   * our library does not require the pub (instead we compute the pub key when needed)
   */
  static from_128_xprv(bytes: Uint8Array): Bip32PrivateKey;
  /**
   * see from_128_xprv
   */
  to_128_xprv(): Uint8Array;
  static generate_ed25519_bip32(): Bip32PrivateKey;
  to_raw_key(): PrivateKey;
  to_public(): Bip32PublicKey;
  static from_bytes(bytes: Uint8Array): Bip32PrivateKey;
  as_bytes(): Uint8Array;
  static from_bech32(bech32_str: string): Bip32PrivateKey;
  to_bech32(): string;
  static from_bip39_entropy(entropy: Uint8Array, password: Uint8Array): Bip32PrivateKey;
  chaincode(): Uint8Array;
  to_hex(): string;
  static from_hex(hex_str: string): Bip32PrivateKey;
}
export class Bip32PublicKey {
  private constructor();
  free(): void;
  static from_hex(hex_str: string): Bip32PublicKey;
  to_hex(): string;
  chaincode(): Uint8Array;
  to_bech32(): string;
  static from_bech32(bech32_str: string): Bip32PublicKey;
  as_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Bip32PublicKey;
  to_raw_key(): PublicKey;
  /**
   * derive this public key with the given index.
   *
   * # Errors
   *
   * If the index is not a soft derivation index (< 0x80000000) then
   * calling this method will fail.
   *
   * # Security considerations
   *
   * * hard derivation index cannot be soft derived with the public key
   *
   * # Hard derivation vs Soft derivation
   *
   * If you pass an index below 0x80000000 then it is a soft derivation.
   * The advantage of soft derivation is that it is possible to derive the
   * public key too. I.e. derivation the private key with a soft derivation
   * index and then retrieving the associated public key is equivalent to
   * deriving the public key associated to the parent private key.
   *
   * Hard derivation index does not allow public key derivation.
   *
   * This is why deriving the private key should not fail while deriving
   * the public key may fail (if the derivation index is invalid).
   */
  derive(index: number): Bip32PublicKey;
}
export class Block {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Block;
  to_hex(): string;
  static from_hex(hex_str: string): Block;
  to_json(): string;
  to_js_value(): BlockJSON;
  static from_json(json: string): Block;
  header(): Header;
  transaction_bodies(): TransactionBodies;
  transaction_witness_sets(): TransactionWitnessSets;
  auxiliary_data_set(): AuxiliaryDataSet;
  invalid_transactions(): Uint32Array;
  static new(header: Header, transaction_bodies: TransactionBodies, transaction_witness_sets: TransactionWitnessSets, auxiliary_data_set: AuxiliaryDataSet, invalid_transactions: Uint32Array): Block;
}
export class BlockHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): BlockHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): BlockHash;
  to_hex(): string;
  static from_hex(hex: string): BlockHash;
}
export class BootstrapWitness {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): BootstrapWitness;
  to_hex(): string;
  static from_hex(hex_str: string): BootstrapWitness;
  to_json(): string;
  to_js_value(): BootstrapWitnessJSON;
  static from_json(json: string): BootstrapWitness;
  vkey(): Vkey;
  signature(): Ed25519Signature;
  chain_code(): Uint8Array;
  attributes(): Uint8Array;
  static new(vkey: Vkey, signature: Ed25519Signature, chain_code: Uint8Array, attributes: Uint8Array): BootstrapWitness;
}
export class BootstrapWitnesses {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): BootstrapWitnesses;
  to_hex(): string;
  static from_hex(hex_str: string): BootstrapWitnesses;
  to_json(): string;
  to_js_value(): BootstrapWitnessesJSON;
  static from_json(json: string): BootstrapWitnesses;
  static new(): BootstrapWitnesses;
  len(): number;
  get(index: number): BootstrapWitness;
  /**
   * Add a new `BootstrapWitness` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(witness: BootstrapWitness): boolean;
}
export class ByronAddress {
  private constructor();
  free(): void;
  to_base58(): string;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ByronAddress;
  /**
   * returns the byron protocol magic embedded in the address, or mainnet id if none is present
   * note: for bech32 addresses, you need to use network_id instead
   */
  byron_protocol_magic(): number;
  byron_address_kind(): ByronAddressType;
  attributes(): Uint8Array;
  network_id(): number;
  static from_base58(s: string): ByronAddress;
  static icarus_from_key(key: Bip32PublicKey, protocol_magic: number): ByronAddress;
  static is_valid(s: string): boolean;
  to_address(): Address;
  static from_address(addr: Address): ByronAddress | undefined;
}
export class Certificate {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Certificate;
  to_hex(): string;
  static from_hex(hex_str: string): Certificate;
  to_json(): string;
  to_js_value(): CertificateJSON;
  static from_json(json: string): Certificate;
  static new_stake_registration(stake_registration: StakeRegistration): Certificate;
  /**
   * Since StakeRegistration can represent stake_registration certificate or reg_cert certificate, because both certificates have the same semantics.
   * And in some cases you want to create a reg_cert, this function is used to create a reg_cert.
   * The function will return an error if StakeRegistration represents a stake_registration certificate.
   */
  static new_reg_cert(stake_registration: StakeRegistration): Certificate;
  static new_stake_deregistration(stake_deregistration: StakeDeregistration): Certificate;
  /**
   * Since StakeDeregistration can represent stake_deregistration certificate or unreg_cert certificate, because both certificates have the same semantics.
   * And in some cases you want to create an unreg_cert, this function is used to create an unreg_cert.
   * The function will return an error if StakeDeregistration represents a stake_deregistration certificate.
   */
  static new_unreg_cert(stake_deregistration: StakeDeregistration): Certificate;
  static new_stake_delegation(stake_delegation: StakeDelegation): Certificate;
  static new_pool_registration(pool_registration: PoolRegistration): Certificate;
  static new_pool_retirement(pool_retirement: PoolRetirement): Certificate;
  static new_genesis_key_delegation(genesis_key_delegation: GenesisKeyDelegation): Certificate;
  static new_move_instantaneous_rewards_cert(move_instantaneous_rewards_cert: MoveInstantaneousRewardsCert): Certificate;
  static new_committee_hot_auth(committee_hot_auth: CommitteeHotAuth): Certificate;
  static new_committee_cold_resign(committee_cold_resign: CommitteeColdResign): Certificate;
  static new_drep_deregistration(drep_deregistration: DRepDeregistration): Certificate;
  static new_drep_registration(drep_registration: DRepRegistration): Certificate;
  static new_drep_update(drep_update: DRepUpdate): Certificate;
  static new_stake_and_vote_delegation(stake_and_vote_delegation: StakeAndVoteDelegation): Certificate;
  static new_stake_registration_and_delegation(stake_registration_and_delegation: StakeRegistrationAndDelegation): Certificate;
  static new_stake_vote_registration_and_delegation(stake_vote_registration_and_delegation: StakeVoteRegistrationAndDelegation): Certificate;
  static new_vote_delegation(vote_delegation: VoteDelegation): Certificate;
  static new_vote_registration_and_delegation(vote_registration_and_delegation: VoteRegistrationAndDelegation): Certificate;
  kind(): CertificateKind;
  as_stake_registration(): StakeRegistration | undefined;
  /**
   * Since StakeRegistration can represent stake_registration certificate or reg_cert certificate, because both certificates have the same semantics.
   * And in some cases you want to get a reg_cert, this function is used to get a reg_cert.
   * The function will return None if StakeRegistration represents a stake_registration certificate or Certificate is not a StakeRegistration.
   */
  as_reg_cert(): StakeRegistration | undefined;
  as_stake_deregistration(): StakeDeregistration | undefined;
  /**
   * Since StakeDeregistration can represent stake_deregistration certificate or unreg_cert certificate, because both certificates have the same semantics.
   * And in some cases you want to get an unreg_cert, this function is used to get an unreg_cert.
   * The function will return None if StakeDeregistration represents a stake_deregistration certificate or Certificate is not a StakeDeregistration.
   */
  as_unreg_cert(): StakeDeregistration | undefined;
  as_stake_delegation(): StakeDelegation | undefined;
  as_pool_registration(): PoolRegistration | undefined;
  as_pool_retirement(): PoolRetirement | undefined;
  as_genesis_key_delegation(): GenesisKeyDelegation | undefined;
  as_move_instantaneous_rewards_cert(): MoveInstantaneousRewardsCert | undefined;
  as_committee_hot_auth(): CommitteeHotAuth | undefined;
  as_committee_cold_resign(): CommitteeColdResign | undefined;
  as_drep_deregistration(): DRepDeregistration | undefined;
  as_drep_registration(): DRepRegistration | undefined;
  as_drep_update(): DRepUpdate | undefined;
  as_stake_and_vote_delegation(): StakeAndVoteDelegation | undefined;
  as_stake_registration_and_delegation(): StakeRegistrationAndDelegation | undefined;
  as_stake_vote_registration_and_delegation(): StakeVoteRegistrationAndDelegation | undefined;
  as_vote_delegation(): VoteDelegation | undefined;
  as_vote_registration_and_delegation(): VoteRegistrationAndDelegation | undefined;
  has_required_script_witness(): boolean;
}
export class Certificates {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Certificates;
  to_hex(): string;
  static from_hex(hex_str: string): Certificates;
  to_json(): string;
  to_js_value(): CertificatesJSON;
  static from_json(json: string): Certificates;
  static new(): Certificates;
  len(): number;
  get(index: number): Certificate;
  /**
   * Add a new `Certificate` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(elem: Certificate): boolean;
}
export class CertificatesBuilder {
  private constructor();
  free(): void;
  static new(): CertificatesBuilder;
  add(cert: Certificate): void;
  add_with_plutus_witness(cert: Certificate, witness: PlutusWitness): void;
  add_with_native_script(cert: Certificate, native_script_source: NativeScriptSource): void;
  get_plutus_witnesses(): PlutusWitnesses;
  get_ref_inputs(): TransactionInputs;
  get_native_scripts(): NativeScripts;
  get_certificates_refund(pool_deposit: BigNum, key_deposit: BigNum): Value;
  get_certificates_deposit(pool_deposit: BigNum, key_deposit: BigNum): BigNum;
  has_plutus_scripts(): boolean;
  build(): Certificates;
}
export class ChangeConfig {
  private constructor();
  free(): void;
  static new(address: Address): ChangeConfig;
  change_address(address: Address): ChangeConfig;
  change_plutus_data(plutus_data: OutputDatum): ChangeConfig;
  change_script_ref(script_ref: ScriptRef): ChangeConfig;
}
export class Committee {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Committee;
  to_hex(): string;
  static from_hex(hex_str: string): Committee;
  to_json(): string;
  to_js_value(): CommitteeJSON;
  static from_json(json: string): Committee;
  static new(quorum_threshold: UnitInterval): Committee;
  members_keys(): Credentials;
  quorum_threshold(): UnitInterval;
  add_member(committee_cold_credential: Credential, epoch: number): void;
  get_member_epoch(committee_cold_credential: Credential): number | undefined;
}
export class CommitteeColdResign {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): CommitteeColdResign;
  to_hex(): string;
  static from_hex(hex_str: string): CommitteeColdResign;
  to_json(): string;
  to_js_value(): CommitteeColdResignJSON;
  static from_json(json: string): CommitteeColdResign;
  committee_cold_credential(): Credential;
  anchor(): Anchor | undefined;
  static new(committee_cold_credential: Credential): CommitteeColdResign;
  static new_with_anchor(committee_cold_credential: Credential, anchor: Anchor): CommitteeColdResign;
  has_script_credentials(): boolean;
}
export class CommitteeHotAuth {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): CommitteeHotAuth;
  to_hex(): string;
  static from_hex(hex_str: string): CommitteeHotAuth;
  to_json(): string;
  to_js_value(): CommitteeHotAuthJSON;
  static from_json(json: string): CommitteeHotAuth;
  committee_cold_credential(): Credential;
  committee_hot_credential(): Credential;
  static new(committee_cold_credential: Credential, committee_hot_credential: Credential): CommitteeHotAuth;
  has_script_credentials(): boolean;
}
export class Constitution {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Constitution;
  to_hex(): string;
  static from_hex(hex_str: string): Constitution;
  to_json(): string;
  to_js_value(): ConstitutionJSON;
  static from_json(json: string): Constitution;
  anchor(): Anchor;
  script_hash(): ScriptHash | undefined;
  static new(anchor: Anchor): Constitution;
  static new_with_script_hash(anchor: Anchor, script_hash: ScriptHash): Constitution;
}
export class ConstrPlutusData {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ConstrPlutusData;
  to_hex(): string;
  static from_hex(hex_str: string): ConstrPlutusData;
  alternative(): BigNum;
  data(): PlutusList;
  static new(alternative: BigNum, data: PlutusList): ConstrPlutusData;
}
export class CostModel {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): CostModel;
  to_hex(): string;
  static from_hex(hex_str: string): CostModel;
  to_json(): string;
  to_js_value(): CostModelJSON;
  static from_json(json: string): CostModel;
  /**
   * Creates a new CostModels instance of an unrestricted length
   */
  static new(): CostModel;
  /**
   * Sets the cost at the specified index to the specified value.
   * In case the operation index is larger than the previous largest used index,
   * it will fill any inbetween indexes with zeroes
   */
  set(operation: number, cost: Int): Int;
  get(operation: number): Int;
  len(): number;
}
export class Costmdls {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Costmdls;
  to_hex(): string;
  static from_hex(hex_str: string): Costmdls;
  to_json(): string;
  to_js_value(): CostmdlsJSON;
  static from_json(json: string): Costmdls;
  static new(): Costmdls;
  len(): number;
  insert(key: Language, value: CostModel): CostModel | undefined;
  get(key: Language): CostModel | undefined;
  keys(): Languages;
  retain_language_versions(languages: Languages): Costmdls;
}
export class Credential {
  private constructor();
  free(): void;
  static from_keyhash(hash: Ed25519KeyHash): Credential;
  static from_scripthash(hash: ScriptHash): Credential;
  to_keyhash(): Ed25519KeyHash | undefined;
  to_scripthash(): ScriptHash | undefined;
  kind(): CredKind;
  has_script_hash(): boolean;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Credential;
  to_hex(): string;
  static from_hex(hex_str: string): Credential;
  to_json(): string;
  to_js_value(): CredentialJSON;
  static from_json(json: string): Credential;
}
export class Credentials {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Credentials;
  to_hex(): string;
  static from_hex(hex_str: string): Credentials;
  to_json(): string;
  to_js_value(): CredentialsJSON;
  static from_json(json: string): Credentials;
  static new(): Credentials;
  len(): number;
  get(index: number): Credential;
  /**
   * Add a new `Credential` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(credential: Credential): boolean;
}
export class DNSRecordAorAAAA {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DNSRecordAorAAAA;
  to_hex(): string;
  static from_hex(hex_str: string): DNSRecordAorAAAA;
  to_json(): string;
  to_js_value(): DNSRecordAorAAAAJSON;
  static from_json(json: string): DNSRecordAorAAAA;
  static new(dns_name: string): DNSRecordAorAAAA;
  record(): string;
}
export class DNSRecordSRV {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DNSRecordSRV;
  to_hex(): string;
  static from_hex(hex_str: string): DNSRecordSRV;
  to_json(): string;
  to_js_value(): DNSRecordSRVJSON;
  static from_json(json: string): DNSRecordSRV;
  static new(dns_name: string): DNSRecordSRV;
  record(): string;
}
export class DRep {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DRep;
  to_hex(): string;
  static from_hex(hex_str: string): DRep;
  to_json(): string;
  to_js_value(): DRepJSON;
  static from_json(json: string): DRep;
  static new_key_hash(key_hash: Ed25519KeyHash): DRep;
  static new_script_hash(script_hash: ScriptHash): DRep;
  static new_always_abstain(): DRep;
  static new_always_no_confidence(): DRep;
  static new_from_credential(cred: Credential): DRep;
  kind(): DRepKind;
  to_key_hash(): Ed25519KeyHash | undefined;
  to_script_hash(): ScriptHash | undefined;
  to_bech32(cip_129_format: boolean): string;
  static from_bech32(bech32_str: string): DRep;
}
export class DRepDeregistration {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DRepDeregistration;
  to_hex(): string;
  static from_hex(hex_str: string): DRepDeregistration;
  to_json(): string;
  to_js_value(): DRepDeregistrationJSON;
  static from_json(json: string): DRepDeregistration;
  voting_credential(): Credential;
  coin(): BigNum;
  static new(voting_credential: Credential, coin: BigNum): DRepDeregistration;
  has_script_credentials(): boolean;
}
export class DRepRegistration {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DRepRegistration;
  to_hex(): string;
  static from_hex(hex_str: string): DRepRegistration;
  to_json(): string;
  to_js_value(): DRepRegistrationJSON;
  static from_json(json: string): DRepRegistration;
  voting_credential(): Credential;
  coin(): BigNum;
  anchor(): Anchor | undefined;
  static new(voting_credential: Credential, coin: BigNum): DRepRegistration;
  static new_with_anchor(voting_credential: Credential, coin: BigNum, anchor: Anchor): DRepRegistration;
  has_script_credentials(): boolean;
}
export class DRepUpdate {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DRepUpdate;
  to_hex(): string;
  static from_hex(hex_str: string): DRepUpdate;
  to_json(): string;
  to_js_value(): DRepUpdateJSON;
  static from_json(json: string): DRepUpdate;
  voting_credential(): Credential;
  anchor(): Anchor | undefined;
  static new(voting_credential: Credential): DRepUpdate;
  static new_with_anchor(voting_credential: Credential, anchor: Anchor): DRepUpdate;
  has_script_credentials(): boolean;
}
export class DRepVotingThresholds {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): DRepVotingThresholds;
  to_hex(): string;
  static from_hex(hex_str: string): DRepVotingThresholds;
  to_json(): string;
  to_js_value(): DRepVotingThresholdsJSON;
  static from_json(json: string): DRepVotingThresholds;
  static new(motion_no_confidence: UnitInterval, committee_normal: UnitInterval, committee_no_confidence: UnitInterval, update_constitution: UnitInterval, hard_fork_initiation: UnitInterval, pp_network_group: UnitInterval, pp_economic_group: UnitInterval, pp_technical_group: UnitInterval, pp_governance_group: UnitInterval, treasury_withdrawal: UnitInterval): DRepVotingThresholds;
  set_motion_no_confidence(motion_no_confidence: UnitInterval): void;
  set_committee_normal(committee_normal: UnitInterval): void;
  set_committee_no_confidence(committee_no_confidence: UnitInterval): void;
  set_update_constitution(update_constitution: UnitInterval): void;
  set_hard_fork_initiation(hard_fork_initiation: UnitInterval): void;
  set_pp_network_group(pp_network_group: UnitInterval): void;
  set_pp_economic_group(pp_economic_group: UnitInterval): void;
  set_pp_technical_group(pp_technical_group: UnitInterval): void;
  set_pp_governance_group(pp_governance_group: UnitInterval): void;
  set_treasury_withdrawal(treasury_withdrawal: UnitInterval): void;
  motion_no_confidence(): UnitInterval;
  committee_normal(): UnitInterval;
  committee_no_confidence(): UnitInterval;
  update_constitution(): UnitInterval;
  hard_fork_initiation(): UnitInterval;
  pp_network_group(): UnitInterval;
  pp_economic_group(): UnitInterval;
  pp_technical_group(): UnitInterval;
  pp_governance_group(): UnitInterval;
  treasury_withdrawal(): UnitInterval;
}
export class DataCost {
  private constructor();
  free(): void;
  static new_coins_per_byte(coins_per_byte: BigNum): DataCost;
  coins_per_byte(): BigNum;
}
export class DataHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): DataHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): DataHash;
  to_hex(): string;
  static from_hex(hex: string): DataHash;
}
export class DatumSource {
  private constructor();
  free(): void;
  static new(datum: PlutusData): DatumSource;
  static new_ref_input(input: TransactionInput): DatumSource;
}
export class Ed25519KeyHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): Ed25519KeyHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): Ed25519KeyHash;
  to_hex(): string;
  static from_hex(hex: string): Ed25519KeyHash;
}
export class Ed25519KeyHashes {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Ed25519KeyHashes;
  to_hex(): string;
  static from_hex(hex_str: string): Ed25519KeyHashes;
  to_json(): string;
  to_js_value(): Ed25519KeyHashesJSON;
  static from_json(json: string): Ed25519KeyHashes;
  static new(): Ed25519KeyHashes;
  len(): number;
  get(index: number): Ed25519KeyHash;
  /**
   * Add a new `Ed25519KeyHash` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(keyhash: Ed25519KeyHash): boolean;
  contains(elem: Ed25519KeyHash): boolean;
  to_option(): Ed25519KeyHashes | undefined;
}
export class Ed25519Signature {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  to_bech32(): string;
  to_hex(): string;
  static from_bech32(bech32_str: string): Ed25519Signature;
  static from_hex(input: string): Ed25519Signature;
  static from_bytes(bytes: Uint8Array): Ed25519Signature;
}
export class EnterpriseAddress {
  private constructor();
  free(): void;
  static new(network: number, payment: Credential): EnterpriseAddress;
  payment_cred(): Credential;
  to_address(): Address;
  static from_address(addr: Address): EnterpriseAddress | undefined;
  network_id(): number;
}
export class ExUnitPrices {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ExUnitPrices;
  to_hex(): string;
  static from_hex(hex_str: string): ExUnitPrices;
  to_json(): string;
  to_js_value(): ExUnitPricesJSON;
  static from_json(json: string): ExUnitPrices;
  mem_price(): UnitInterval;
  step_price(): UnitInterval;
  static new(mem_price: UnitInterval, step_price: UnitInterval): ExUnitPrices;
}
export class ExUnits {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ExUnits;
  to_hex(): string;
  static from_hex(hex_str: string): ExUnits;
  to_json(): string;
  to_js_value(): ExUnitsJSON;
  static from_json(json: string): ExUnits;
  mem(): BigNum;
  steps(): BigNum;
  static new(mem: BigNum, steps: BigNum): ExUnits;
}
/**
 * Read only view of a block with more strict structs for hash sensitive structs.
 * Warning: This is experimental and may be removed or changed in the future.
 */
export class FixedBlock {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): FixedBlock;
  static from_hex(hex_str: string): FixedBlock;
  header(): Header;
  transaction_bodies(): FixedTransactionBodies;
  transaction_witness_sets(): TransactionWitnessSets;
  auxiliary_data_set(): AuxiliaryDataSet;
  invalid_transactions(): Uint32Array;
  block_hash(): BlockHash;
}
export class FixedTransaction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): FixedTransaction;
  to_hex(): string;
  static from_hex(hex_str: string): FixedTransaction;
  static new(raw_body: Uint8Array, raw_witness_set: Uint8Array, is_valid: boolean): FixedTransaction;
  static new_with_auxiliary(raw_body: Uint8Array, raw_witness_set: Uint8Array, raw_auxiliary_data: Uint8Array, is_valid: boolean): FixedTransaction;
  static new_from_body_bytes(raw_body: Uint8Array): FixedTransaction;
  body(): TransactionBody;
  raw_body(): Uint8Array;
  set_body(raw_body: Uint8Array): void;
  /**
   * We do not recommend using this function, since it might lead to script integrity hash.
   * The only purpose of this struct is to sign the transaction from third-party sources.
   * Use `.sign_and_add_vkey_signature` or `.sign_and_add_icarus_bootstrap_signature` or `.sign_and_add_daedalus_bootstrap_signature` instead.
   */
  set_witness_set(raw_witness_set: Uint8Array): void;
  witness_set(): TransactionWitnessSet;
  raw_witness_set(): Uint8Array;
  set_is_valid(valid: boolean): void;
  is_valid(): boolean;
  set_auxiliary_data(raw_auxiliary_data: Uint8Array): void;
  auxiliary_data(): AuxiliaryData | undefined;
  raw_auxiliary_data(): Uint8Array | undefined;
  transaction_hash(): TransactionHash;
  add_vkey_witness(vkey_witness: Vkeywitness): void;
  add_bootstrap_witness(bootstrap_witness: BootstrapWitness): void;
  sign_and_add_vkey_signature(private_key: PrivateKey): void;
  sign_and_add_icarus_bootstrap_signature(addr: ByronAddress, private_key: Bip32PrivateKey): void;
  sign_and_add_daedalus_bootstrap_signature(addr: ByronAddress, private_key: LegacyDaedalusPrivateKey): void;
}
/**
 * Warning: This is experimental and may be removed or changed in the future.
 */
export class FixedTransactionBodies {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): FixedTransactionBodies;
  static from_hex(hex_str: string): FixedTransactionBodies;
  static new(): FixedTransactionBodies;
  len(): number;
  get(index: number): FixedTransactionBody;
  add(elem: FixedTransactionBody): void;
}
/**
 * Read-only view of a transaction body. With correct hash and original bytes.
 * Warning: This is experimental and may be removed in the future.
 */
export class FixedTransactionBody {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): FixedTransactionBody;
  static from_hex(hex_str: string): FixedTransactionBody;
  transaction_body(): TransactionBody;
  tx_hash(): TransactionHash;
  original_bytes(): Uint8Array;
}
/**
 * A set of witnesses for a transaction.
 * Keeps original bytes to allow for safe roundtrip serialization.
 * That helps to avoid incorrect script data hash after adding a  vkey or bootstrap witness.
 * You can add a vkey witness or a bootstrap witness to the set.
 * Or get TransactionWitnessSet to read fields.
 */
export class FixedTxWitnessesSet {
  private constructor();
  free(): void;
  tx_witnesses_set(): TransactionWitnessSet;
  add_vkey_witness(vkey_witness: Vkeywitness): void;
  add_bootstrap_witness(bootstrap_witness: BootstrapWitness): void;
  to_bytes(): Uint8Array;
  static from_bytes(data: Uint8Array): FixedTxWitnessesSet;
}
/**
 * Warning: This is experimental and may be removed in the future.
 */
export class FixedVersionedBlock {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): FixedVersionedBlock;
  static from_hex(hex_str: string): FixedVersionedBlock;
  block(): FixedBlock;
  era(): BlockEra;
}
export class GeneralTransactionMetadata {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): GeneralTransactionMetadata;
  to_hex(): string;
  static from_hex(hex_str: string): GeneralTransactionMetadata;
  to_json(): string;
  to_js_value(): GeneralTransactionMetadataJSON;
  static from_json(json: string): GeneralTransactionMetadata;
  static new(): GeneralTransactionMetadata;
  len(): number;
  insert(key: BigNum, value: TransactionMetadatum): TransactionMetadatum | undefined;
  get(key: BigNum): TransactionMetadatum | undefined;
  keys(): TransactionMetadatumLabels;
}
export class GenesisDelegateHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): GenesisDelegateHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): GenesisDelegateHash;
  to_hex(): string;
  static from_hex(hex: string): GenesisDelegateHash;
}
export class GenesisHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): GenesisHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): GenesisHash;
  to_hex(): string;
  static from_hex(hex: string): GenesisHash;
}
export class GenesisHashes {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): GenesisHashes;
  to_hex(): string;
  static from_hex(hex_str: string): GenesisHashes;
  to_json(): string;
  to_js_value(): GenesisHashesJSON;
  static from_json(json: string): GenesisHashes;
  static new(): GenesisHashes;
  len(): number;
  get(index: number): GenesisHash;
  add(elem: GenesisHash): void;
}
export class GenesisKeyDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): GenesisKeyDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): GenesisKeyDelegation;
  to_json(): string;
  to_js_value(): GenesisKeyDelegationJSON;
  static from_json(json: string): GenesisKeyDelegation;
  genesishash(): GenesisHash;
  genesis_delegate_hash(): GenesisDelegateHash;
  vrf_keyhash(): VRFKeyHash;
  static new(genesishash: GenesisHash, genesis_delegate_hash: GenesisDelegateHash, vrf_keyhash: VRFKeyHash): GenesisKeyDelegation;
}
export class GovernanceAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): GovernanceAction;
  to_hex(): string;
  static from_hex(hex_str: string): GovernanceAction;
  to_json(): string;
  to_js_value(): GovernanceActionJSON;
  static from_json(json: string): GovernanceAction;
  static new_parameter_change_action(parameter_change_action: ParameterChangeAction): GovernanceAction;
  static new_hard_fork_initiation_action(hard_fork_initiation_action: HardForkInitiationAction): GovernanceAction;
  static new_treasury_withdrawals_action(treasury_withdrawals_action: TreasuryWithdrawalsAction): GovernanceAction;
  static new_no_confidence_action(no_confidence_action: NoConfidenceAction): GovernanceAction;
  static new_new_committee_action(new_committee_action: UpdateCommitteeAction): GovernanceAction;
  static new_new_constitution_action(new_constitution_action: NewConstitutionAction): GovernanceAction;
  static new_info_action(info_action: InfoAction): GovernanceAction;
  kind(): GovernanceActionKind;
  as_parameter_change_action(): ParameterChangeAction | undefined;
  as_hard_fork_initiation_action(): HardForkInitiationAction | undefined;
  as_treasury_withdrawals_action(): TreasuryWithdrawalsAction | undefined;
  as_no_confidence_action(): NoConfidenceAction | undefined;
  as_new_committee_action(): UpdateCommitteeAction | undefined;
  as_new_constitution_action(): NewConstitutionAction | undefined;
  as_info_action(): InfoAction | undefined;
}
export class GovernanceActionId {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): GovernanceActionId;
  to_hex(): string;
  static from_hex(hex_str: string): GovernanceActionId;
  to_json(): string;
  to_js_value(): GovernanceActionIdJSON;
  static from_json(json: string): GovernanceActionId;
  transaction_id(): TransactionHash;
  index(): number;
  static new(transaction_id: TransactionHash, index: number): GovernanceActionId;
}
export class GovernanceActionIds {
  private constructor();
  free(): void;
  to_json(): string;
  to_js_value(): GovernanceActionIdsJSON;
  static from_json(json: string): GovernanceActionIds;
  static new(): GovernanceActionIds;
  add(governance_action_id: GovernanceActionId): void;
  get(index: number): GovernanceActionId | undefined;
  len(): number;
}
export class HardForkInitiationAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): HardForkInitiationAction;
  to_hex(): string;
  static from_hex(hex_str: string): HardForkInitiationAction;
  to_json(): string;
  to_js_value(): HardForkInitiationActionJSON;
  static from_json(json: string): HardForkInitiationAction;
  gov_action_id(): GovernanceActionId | undefined;
  protocol_version(): ProtocolVersion;
  static new(protocol_version: ProtocolVersion): HardForkInitiationAction;
  static new_with_action_id(gov_action_id: GovernanceActionId, protocol_version: ProtocolVersion): HardForkInitiationAction;
}
export class Header {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Header;
  to_hex(): string;
  static from_hex(hex_str: string): Header;
  to_json(): string;
  to_js_value(): HeaderJSON;
  static from_json(json: string): Header;
  header_body(): HeaderBody;
  body_signature(): KESSignature;
  static new(header_body: HeaderBody, body_signature: KESSignature): Header;
}
export class HeaderBody {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): HeaderBody;
  to_hex(): string;
  static from_hex(hex_str: string): HeaderBody;
  to_json(): string;
  to_js_value(): HeaderBodyJSON;
  static from_json(json: string): HeaderBody;
  block_number(): number;
  /**
   * !!! DEPRECATED !!!
   * Returns a Slot32 (u32) value in case the underlying original BigNum (u64) value is within the limits.
   * Otherwise will just raise an error.
   */
  slot(): number;
  slot_bignum(): BigNum;
  prev_hash(): BlockHash | undefined;
  issuer_vkey(): Vkey;
  vrf_vkey(): VRFVKey;
  /**
   * If this function returns true, the `.nonce_vrf_or_nothing`
   * and the `.leader_vrf_or_nothing` functions will return
   * non-empty results
   */
  has_nonce_and_leader_vrf(): boolean;
  /**
   * Might return nothing in case `.has_nonce_and_leader_vrf` returns false
   */
  nonce_vrf_or_nothing(): VRFCert | undefined;
  /**
   * Might return nothing in case `.has_nonce_and_leader_vrf` returns false
   */
  leader_vrf_or_nothing(): VRFCert | undefined;
  /**
   * If this function returns true, the `.vrf_result_or_nothing`
   * function will return a non-empty result
   */
  has_vrf_result(): boolean;
  /**
   * Might return nothing in case `.has_vrf_result` returns false
   */
  vrf_result_or_nothing(): VRFCert | undefined;
  block_body_size(): number;
  block_body_hash(): BlockHash;
  operational_cert(): OperationalCert;
  protocol_version(): ProtocolVersion;
  /**
   * !!! DEPRECATED !!!
   * This constructor uses outdated slot number format.
   * Use `.new_headerbody` instead
   */
  static new(block_number: number, slot: number, prev_hash: BlockHash | null | undefined, issuer_vkey: Vkey, vrf_vkey: VRFVKey, vrf_result: VRFCert, block_body_size: number, block_body_hash: BlockHash, operational_cert: OperationalCert, protocol_version: ProtocolVersion): HeaderBody;
  static new_headerbody(block_number: number, slot: BigNum, prev_hash: BlockHash | null | undefined, issuer_vkey: Vkey, vrf_vkey: VRFVKey, vrf_result: VRFCert, block_body_size: number, block_body_hash: BlockHash, operational_cert: OperationalCert, protocol_version: ProtocolVersion): HeaderBody;
}
export class InfoAction {
  private constructor();
  free(): void;
  static new(): InfoAction;
}
export class Int {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Int;
  to_hex(): string;
  static from_hex(hex_str: string): Int;
  to_json(): string;
  to_js_value(): IntJSON;
  static from_json(json: string): Int;
  static new(x: BigNum): Int;
  static new_negative(x: BigNum): Int;
  static new_i32(x: number): Int;
  is_positive(): boolean;
  /**
   * BigNum can only contain unsigned u64 values
   *
   * This function will return the BigNum representation
   * only in case the underlying i128 value is positive.
   *
   * Otherwise nothing will be returned (undefined).
   */
  as_positive(): BigNum | undefined;
  /**
   * BigNum can only contain unsigned u64 values
   *
   * This function will return the *absolute* BigNum representation
   * only in case the underlying i128 value is negative.
   *
   * Otherwise nothing will be returned (undefined).
   */
  as_negative(): BigNum | undefined;
  /**
   * !!! DEPRECATED !!!
   * Returns an i32 value in case the underlying original i128 value is within the limits.
   * Otherwise will just return an empty value (undefined).
   */
  as_i32(): number | undefined;
  /**
   * Returns the underlying value converted to i32 if possible (within limits)
   * Otherwise will just return an empty value (undefined).
   */
  as_i32_or_nothing(): number | undefined;
  /**
   * Returns the underlying value converted to i32 if possible (within limits)
   * JsError in case of out of boundary overflow
   */
  as_i32_or_fail(): number;
  /**
   * Returns string representation of the underlying i128 value directly.
   * Might contain the minus sign (-) in case of negative value.
   */
  to_str(): string;
  static from_str(string: string): Int;
}
export class Ipv4 {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Ipv4;
  to_hex(): string;
  static from_hex(hex_str: string): Ipv4;
  to_json(): string;
  to_js_value(): Ipv4JSON;
  static from_json(json: string): Ipv4;
  static new(data: Uint8Array): Ipv4;
  ip(): Uint8Array;
}
export class Ipv6 {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Ipv6;
  to_hex(): string;
  static from_hex(hex_str: string): Ipv6;
  to_json(): string;
  to_js_value(): Ipv6JSON;
  static from_json(json: string): Ipv6;
  static new(data: Uint8Array): Ipv6;
  ip(): Uint8Array;
}
export class KESSignature {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): KESSignature;
}
export class KESVKey {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): KESVKey;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): KESVKey;
  to_hex(): string;
  static from_hex(hex: string): KESVKey;
}
export class Language {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Language;
  to_hex(): string;
  static from_hex(hex_str: string): Language;
  to_json(): string;
  to_js_value(): LanguageJSON;
  static from_json(json: string): Language;
  static new_plutus_v1(): Language;
  static new_plutus_v2(): Language;
  static new_plutus_v3(): Language;
  kind(): LanguageKind;
}
export class Languages {
  private constructor();
  free(): void;
  static new(): Languages;
  len(): number;
  get(index: number): Language;
  add(elem: Language): void;
  static list(): Languages;
}
export class LegacyDaedalusPrivateKey {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): LegacyDaedalusPrivateKey;
  as_bytes(): Uint8Array;
  chaincode(): Uint8Array;
}
export class LinearFee {
  private constructor();
  free(): void;
  constant(): BigNum;
  coefficient(): BigNum;
  static new(coefficient: BigNum, constant: BigNum): LinearFee;
}
export class MIRToStakeCredentials {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MIRToStakeCredentials;
  to_hex(): string;
  static from_hex(hex_str: string): MIRToStakeCredentials;
  to_json(): string;
  to_js_value(): MIRToStakeCredentialsJSON;
  static from_json(json: string): MIRToStakeCredentials;
  static new(): MIRToStakeCredentials;
  len(): number;
  insert(cred: Credential, delta: Int): Int | undefined;
  get(cred: Credential): Int | undefined;
  keys(): Credentials;
}
export class MalformedAddress {
  private constructor();
  free(): void;
  original_bytes(): Uint8Array;
  to_address(): Address;
  static from_address(addr: Address): MalformedAddress | undefined;
}
export class MetadataList {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MetadataList;
  to_hex(): string;
  static from_hex(hex_str: string): MetadataList;
  static new(): MetadataList;
  len(): number;
  get(index: number): TransactionMetadatum;
  add(elem: TransactionMetadatum): void;
}
export class MetadataMap {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MetadataMap;
  to_hex(): string;
  static from_hex(hex_str: string): MetadataMap;
  static new(): MetadataMap;
  len(): number;
  insert(key: TransactionMetadatum, value: TransactionMetadatum): TransactionMetadatum | undefined;
  insert_str(key: string, value: TransactionMetadatum): TransactionMetadatum | undefined;
  insert_i32(key: number, value: TransactionMetadatum): TransactionMetadatum | undefined;
  get(key: TransactionMetadatum): TransactionMetadatum;
  get_str(key: string): TransactionMetadatum;
  get_i32(key: number): TransactionMetadatum;
  has(key: TransactionMetadatum): boolean;
  keys(): MetadataList;
}
export class Mint {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Mint;
  to_hex(): string;
  static from_hex(hex_str: string): Mint;
  to_json(): string;
  to_js_value(): MintJSON;
  static from_json(json: string): Mint;
  static new(): Mint;
  static new_from_entry(key: ScriptHash, value: MintAssets): Mint;
  len(): number;
  insert(key: ScriptHash, value: MintAssets): MintAssets | undefined;
  get(key: ScriptHash): MintsAssets | undefined;
  keys(): ScriptHashes;
  /**
   * Returns the multiasset where only positive (minting) entries are present
   */
  as_positive_multiasset(): MultiAsset;
  /**
   * Returns the multiasset where only negative (burning) entries are present
   */
  as_negative_multiasset(): MultiAsset;
}
export class MintAssets {
  private constructor();
  free(): void;
  static new(): MintAssets;
  static new_from_entry(key: AssetName, value: Int): MintAssets;
  len(): number;
  insert(key: AssetName, value: Int): Int | undefined;
  get(key: AssetName): Int | undefined;
  keys(): AssetNames;
}
export class MintBuilder {
  private constructor();
  free(): void;
  static new(): MintBuilder;
  add_asset(mint: MintWitness, asset_name: AssetName, amount: Int): void;
  set_asset(mint: MintWitness, asset_name: AssetName, amount: Int): void;
  build(): Mint;
  get_native_scripts(): NativeScripts;
  get_plutus_witnesses(): PlutusWitnesses;
  get_ref_inputs(): TransactionInputs;
  get_redeemers(): Redeemers;
  has_plutus_scripts(): boolean;
  has_native_scripts(): boolean;
}
export class MintWitness {
  private constructor();
  free(): void;
  static new_native_script(native_script: NativeScriptSource): MintWitness;
  static new_plutus_script(plutus_script: PlutusScriptSource, redeemer: Redeemer): MintWitness;
}
export class MintsAssets {
  private constructor();
  free(): void;
  to_json(): string;
  to_js_value(): MintsAssetsJSON;
  static from_json(json: string): MintsAssets;
  static new(): MintsAssets;
  add(mint_assets: MintAssets): void;
  get(index: number): MintAssets | undefined;
  len(): number;
}
export class MoveInstantaneousReward {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MoveInstantaneousReward;
  to_hex(): string;
  static from_hex(hex_str: string): MoveInstantaneousReward;
  to_json(): string;
  to_js_value(): MoveInstantaneousRewardJSON;
  static from_json(json: string): MoveInstantaneousReward;
  static new_to_other_pot(pot: MIRPot, amount: BigNum): MoveInstantaneousReward;
  static new_to_stake_creds(pot: MIRPot, amounts: MIRToStakeCredentials): MoveInstantaneousReward;
  pot(): MIRPot;
  kind(): MIRKind;
  as_to_other_pot(): BigNum | undefined;
  as_to_stake_creds(): MIRToStakeCredentials | undefined;
}
export class MoveInstantaneousRewardsCert {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MoveInstantaneousRewardsCert;
  to_hex(): string;
  static from_hex(hex_str: string): MoveInstantaneousRewardsCert;
  to_json(): string;
  to_js_value(): MoveInstantaneousRewardsCertJSON;
  static from_json(json: string): MoveInstantaneousRewardsCert;
  move_instantaneous_reward(): MoveInstantaneousReward;
  static new(move_instantaneous_reward: MoveInstantaneousReward): MoveInstantaneousRewardsCert;
}
export class MultiAsset {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MultiAsset;
  to_hex(): string;
  static from_hex(hex_str: string): MultiAsset;
  to_json(): string;
  to_js_value(): MultiAssetJSON;
  static from_json(json: string): MultiAsset;
  static new(): MultiAsset;
  /**
   * the number of unique policy IDs in the multiasset
   */
  len(): number;
  /**
   * set (and replace if it exists) all assets with policy {policy_id} to a copy of {assets}
   */
  insert(policy_id: ScriptHash, assets: Assets): Assets | undefined;
  /**
   * all assets under {policy_id}, if any exist, or else None (undefined in JS)
   */
  get(policy_id: ScriptHash): Assets | undefined;
  /**
   * sets the asset {asset_name} to {value} under policy {policy_id}
   * returns the previous amount if it was set, or else None (undefined in JS)
   */
  set_asset(policy_id: ScriptHash, asset_name: AssetName, value: BigNum): BigNum | undefined;
  /**
   * returns the amount of asset {asset_name} under policy {policy_id}
   * If such an asset does not exist, 0 is returned.
   */
  get_asset(policy_id: ScriptHash, asset_name: AssetName): BigNum;
  /**
   * returns all policy IDs used by assets in this multiasset
   */
  keys(): ScriptHashes;
  /**
   * removes an asset from the list if the result is 0 or less
   * does not modify this object, instead the result is returned
   */
  sub(rhs_ma: MultiAsset): MultiAsset;
}
export class MultiHostName {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): MultiHostName;
  to_hex(): string;
  static from_hex(hex_str: string): MultiHostName;
  to_json(): string;
  to_js_value(): MultiHostNameJSON;
  static from_json(json: string): MultiHostName;
  dns_name(): DNSRecordSRV;
  static new(dns_name: DNSRecordSRV): MultiHostName;
}
export class NativeScript {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): NativeScript;
  to_hex(): string;
  static from_hex(hex_str: string): NativeScript;
  to_json(): string;
  to_js_value(): NativeScriptJSON;
  static from_json(json: string): NativeScript;
  hash(): ScriptHash;
  static new_script_pubkey(script_pubkey: ScriptPubkey): NativeScript;
  static new_script_all(script_all: ScriptAll): NativeScript;
  static new_script_any(script_any: ScriptAny): NativeScript;
  static new_script_n_of_k(script_n_of_k: ScriptNOfK): NativeScript;
  static new_timelock_start(timelock_start: TimelockStart): NativeScript;
  static new_timelock_expiry(timelock_expiry: TimelockExpiry): NativeScript;
  kind(): NativeScriptKind;
  as_script_pubkey(): ScriptPubkey | undefined;
  as_script_all(): ScriptAll | undefined;
  as_script_any(): ScriptAny | undefined;
  as_script_n_of_k(): ScriptNOfK | undefined;
  as_timelock_start(): TimelockStart | undefined;
  as_timelock_expiry(): TimelockExpiry | undefined;
  /**
   * Returns a set of Ed25519KeyHashes
   * contained within this script recursively on any depth level.
   * The order of the keys in the result is not determined in any way.
   */
  get_required_signers(): Ed25519KeyHashes;
}
export class NativeScriptSource {
  private constructor();
  free(): void;
  static new(script: NativeScript): NativeScriptSource;
  static new_ref_input(script_hash: ScriptHash, input: TransactionInput, script_size: number): NativeScriptSource;
  set_required_signers(key_hashes: Ed25519KeyHashes): void;
  get_ref_script_size(): number | undefined;
}
export class NativeScripts {
  private constructor();
  free(): void;
  static new(): NativeScripts;
  len(): number;
  get(index: number): NativeScript;
  add(elem: NativeScript): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): NativeScripts;
  to_hex(): string;
  static from_hex(hex_str: string): NativeScripts;
  to_json(): string;
  to_js_value(): NativeScriptsJSON;
  static from_json(json: string): NativeScripts;
}
export class NetworkId {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): NetworkId;
  to_hex(): string;
  static from_hex(hex_str: string): NetworkId;
  to_json(): string;
  to_js_value(): NetworkIdJSON;
  static from_json(json: string): NetworkId;
  static testnet(): NetworkId;
  static mainnet(): NetworkId;
  kind(): NetworkIdKind;
}
export class NetworkInfo {
  private constructor();
  free(): void;
  static new(network_id: number, protocol_magic: number): NetworkInfo;
  network_id(): number;
  protocol_magic(): number;
  static testnet_preview(): NetworkInfo;
  static testnet_preprod(): NetworkInfo;
  static mainnet(): NetworkInfo;
}
export class NewConstitutionAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): NewConstitutionAction;
  to_hex(): string;
  static from_hex(hex_str: string): NewConstitutionAction;
  to_json(): string;
  to_js_value(): NewConstitutionActionJSON;
  static from_json(json: string): NewConstitutionAction;
  gov_action_id(): GovernanceActionId | undefined;
  constitution(): Constitution;
  static new(constitution: Constitution): NewConstitutionAction;
  static new_with_action_id(gov_action_id: GovernanceActionId, constitution: Constitution): NewConstitutionAction;
  has_script_hash(): boolean;
}
export class NoConfidenceAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): NoConfidenceAction;
  to_hex(): string;
  static from_hex(hex_str: string): NoConfidenceAction;
  to_json(): string;
  to_js_value(): NoConfidenceActionJSON;
  static from_json(json: string): NoConfidenceAction;
  gov_action_id(): GovernanceActionId | undefined;
  static new(): NoConfidenceAction;
  static new_with_action_id(gov_action_id: GovernanceActionId): NoConfidenceAction;
}
export class Nonce {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Nonce;
  to_hex(): string;
  static from_hex(hex_str: string): Nonce;
  to_json(): string;
  to_js_value(): NonceJSON;
  static from_json(json: string): Nonce;
  static new_identity(): Nonce;
  static new_from_hash(hash: Uint8Array): Nonce;
  get_hash(): Uint8Array | undefined;
}
export class OperationalCert {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): OperationalCert;
  to_hex(): string;
  static from_hex(hex_str: string): OperationalCert;
  to_json(): string;
  to_js_value(): OperationalCertJSON;
  static from_json(json: string): OperationalCert;
  hot_vkey(): KESVKey;
  sequence_number(): number;
  kes_period(): number;
  sigma(): Ed25519Signature;
  static new(hot_vkey: KESVKey, sequence_number: number, kes_period: number, sigma: Ed25519Signature): OperationalCert;
}
export class OutputDatum {
  private constructor();
  free(): void;
  static new_data_hash(data_hash: DataHash): OutputDatum;
  static new_data(data: PlutusData): OutputDatum;
  data_hash(): DataHash | undefined;
  data(): PlutusData | undefined;
}
export class ParameterChangeAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ParameterChangeAction;
  to_hex(): string;
  static from_hex(hex_str: string): ParameterChangeAction;
  to_json(): string;
  to_js_value(): ParameterChangeActionJSON;
  static from_json(json: string): ParameterChangeAction;
  gov_action_id(): GovernanceActionId | undefined;
  protocol_param_updates(): ProtocolParamUpdate;
  policy_hash(): ScriptHash | undefined;
  static new(protocol_param_updates: ProtocolParamUpdate): ParameterChangeAction;
  static new_with_action_id(gov_action_id: GovernanceActionId, protocol_param_updates: ProtocolParamUpdate): ParameterChangeAction;
  static new_with_policy_hash(protocol_param_updates: ProtocolParamUpdate, policy_hash: ScriptHash): ParameterChangeAction;
  static new_with_policy_hash_and_action_id(gov_action_id: GovernanceActionId, protocol_param_updates: ProtocolParamUpdate, policy_hash: ScriptHash): ParameterChangeAction;
}
export class PlutusData {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PlutusData;
  to_hex(): string;
  static from_hex(hex_str: string): PlutusData;
  static new_constr_plutus_data(constr_plutus_data: ConstrPlutusData): PlutusData;
  /**
   * Same as `.new_constr_plutus_data` but creates constr with empty data list
   */
  static new_empty_constr_plutus_data(alternative: BigNum): PlutusData;
  static new_single_value_constr_plutus_data(alternative: BigNum, plutus_data: PlutusData): PlutusData;
  static new_map(map: PlutusMap): PlutusData;
  static new_list(list: PlutusList): PlutusData;
  static new_integer(integer: BigInt): PlutusData;
  static new_bytes(bytes: Uint8Array): PlutusData;
  kind(): PlutusDataKind;
  as_constr_plutus_data(): ConstrPlutusData | undefined;
  as_map(): PlutusMap | undefined;
  as_list(): PlutusList | undefined;
  as_integer(): BigInt | undefined;
  as_bytes(): Uint8Array | undefined;
  to_json(schema: PlutusDatumSchema): string;
  static from_json(json: string, schema: PlutusDatumSchema): PlutusData;
  static from_address(address: Address): PlutusData;
  as_address(network: NetworkInfo): Address;
}
export class PlutusList {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PlutusList;
  to_hex(): string;
  static from_hex(hex_str: string): PlutusList;
  static new(): PlutusList;
  len(): number;
  get(index: number): PlutusData;
  add(elem: PlutusData): void;
}
export class PlutusMap {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PlutusMap;
  to_hex(): string;
  static from_hex(hex_str: string): PlutusMap;
  static new(): PlutusMap;
  /**
   * Return count ok different keys in the map.
   */
  len(): number;
  /**
   * Returns the previous value associated with the key, if any.
   * Replace the values associated with the key.
   */
  insert(key: PlutusData, values: PlutusMapValues): PlutusMapValues | undefined;
  get(key: PlutusData): PlutusMapValues | undefined;
  keys(): PlutusList;
}
export class PlutusMapValues {
  private constructor();
  free(): void;
  static new(): PlutusMapValues;
  len(): number;
  get(index: number): PlutusData | undefined;
  add(elem: PlutusData): void;
}
export class PlutusScript {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PlutusScript;
  to_hex(): string;
  static from_hex(hex_str: string): PlutusScript;
  /**
   *
   *     * Creates a new Plutus script from the RAW bytes of the compiled script.
   *     * This does NOT include any CBOR encoding around these bytes (e.g. from "cborBytes" in cardano-cli)
   *     * If you creating this from those you should use PlutusScript::from_bytes() instead.
   *     
   */
  static new(bytes: Uint8Array): PlutusScript;
  /**
   *
   *     * Creates a new Plutus script from the RAW bytes of the compiled script.
   *     * This does NOT include any CBOR encoding around these bytes (e.g. from "cborBytes" in cardano-cli)
   *     * If you creating this from those you should use PlutusScript::from_bytes() instead.
   *     
   */
  static new_v2(bytes: Uint8Array): PlutusScript;
  /**
   *
   *     * Creates a new Plutus script from the RAW bytes of the compiled script.
   *     * This does NOT include any CBOR encoding around these bytes (e.g. from "cborBytes" in cardano-cli)
   *     * If you creating this from those you should use PlutusScript::from_bytes() instead.
   *     
   */
  static new_v3(bytes: Uint8Array): PlutusScript;
  /**
   *
   *     * Creates a new Plutus script from the RAW bytes of the compiled script.
   *     * This does NOT include any CBOR encoding around these bytes (e.g. from "cborBytes" in cardano-cli)
   *     * If you creating this from those you should use PlutusScript::from_bytes() instead.
   *     
   */
  static new_with_version(bytes: Uint8Array, language: Language): PlutusScript;
  /**
   *
   *     * The raw bytes of this compiled Plutus script.
   *     * If you need "cborBytes" for cardano-cli use PlutusScript::to_bytes() instead.
   *     
   */
  bytes(): Uint8Array;
  /**
   * Same as `.from_bytes` but will consider the script as requiring the Plutus Language V2
   */
  static from_bytes_v2(bytes: Uint8Array): PlutusScript;
  /**
   * Same as `.from_bytes` but will consider the script as requiring the Plutus Language V3
   */
  static from_bytes_v3(bytes: Uint8Array): PlutusScript;
  /**
   * Same as `.from_bytes` but will consider the script as requiring the specified language version
   */
  static from_bytes_with_version(bytes: Uint8Array, language: Language): PlutusScript;
  /**
   * Same as .from_hex but will consider the script as requiring the specified language version
   */
  static from_hex_with_version(hex_str: string, language: Language): PlutusScript;
  hash(): ScriptHash;
  language_version(): Language;
}
export class PlutusScriptSource {
  private constructor();
  free(): void;
  static new(script: PlutusScript): PlutusScriptSource;
  static new_ref_input(script_hash: ScriptHash, input: TransactionInput, lang_ver: Language, script_size: number): PlutusScriptSource;
  set_required_signers(key_hashes: Ed25519KeyHashes): void;
  get_ref_script_size(): number | undefined;
}
export class PlutusScripts {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PlutusScripts;
  to_hex(): string;
  static from_hex(hex_str: string): PlutusScripts;
  to_json(): string;
  to_js_value(): PlutusScriptsJSON;
  static from_json(json: string): PlutusScripts;
  static new(): PlutusScripts;
  len(): number;
  get(index: number): PlutusScript;
  add(elem: PlutusScript): void;
}
export class PlutusWitness {
  private constructor();
  free(): void;
  static new(script: PlutusScript, datum: PlutusData, redeemer: Redeemer): PlutusWitness;
  static new_with_ref(script: PlutusScriptSource, datum: DatumSource, redeemer: Redeemer): PlutusWitness;
  static new_without_datum(script: PlutusScript, redeemer: Redeemer): PlutusWitness;
  static new_with_ref_without_datum(script: PlutusScriptSource, redeemer: Redeemer): PlutusWitness;
  script(): PlutusScript | undefined;
  datum(): PlutusData | undefined;
  redeemer(): Redeemer;
}
export class PlutusWitnesses {
  private constructor();
  free(): void;
  static new(): PlutusWitnesses;
  len(): number;
  get(index: number): PlutusWitness;
  add(elem: PlutusWitness): void;
}
export class Pointer {
  private constructor();
  free(): void;
  cert_index_bignum(): BigNum;
  tx_index_bignum(): BigNum;
  slot_bignum(): BigNum;
  cert_index(): number;
  tx_index(): number;
  slot(): number;
  static new_pointer(slot: BigNum, tx_index: BigNum, cert_index: BigNum): Pointer;
  /**
   * !!! DEPRECATED !!!
   * This constructor uses outdated slot number format for the ttl value, tx_index and cert_index.
   * Use `.new_pointer` instead
   */
  static new(slot: number, tx_index: number, cert_index: number): Pointer;
}
export class PointerAddress {
  private constructor();
  free(): void;
  static new(network: number, payment: Credential, stake: Pointer): PointerAddress;
  payment_cred(): Credential;
  stake_pointer(): Pointer;
  to_address(): Address;
  static from_address(addr: Address): PointerAddress | undefined;
  network_id(): number;
}
export class PoolMetadata {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PoolMetadata;
  to_hex(): string;
  static from_hex(hex_str: string): PoolMetadata;
  to_json(): string;
  to_js_value(): PoolMetadataJSON;
  static from_json(json: string): PoolMetadata;
  url(): URL;
  pool_metadata_hash(): PoolMetadataHash;
  static new(url: URL, pool_metadata_hash: PoolMetadataHash): PoolMetadata;
}
export class PoolMetadataHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): PoolMetadataHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): PoolMetadataHash;
  to_hex(): string;
  static from_hex(hex: string): PoolMetadataHash;
}
export class PoolParams {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PoolParams;
  to_hex(): string;
  static from_hex(hex_str: string): PoolParams;
  to_json(): string;
  to_js_value(): PoolParamsJSON;
  static from_json(json: string): PoolParams;
  operator(): Ed25519KeyHash;
  vrf_keyhash(): VRFKeyHash;
  pledge(): BigNum;
  cost(): BigNum;
  margin(): UnitInterval;
  reward_account(): RewardAddress;
  pool_owners(): Ed25519KeyHashes;
  relays(): Relays;
  pool_metadata(): PoolMetadata | undefined;
  static new(operator: Ed25519KeyHash, vrf_keyhash: VRFKeyHash, pledge: BigNum, cost: BigNum, margin: UnitInterval, reward_account: RewardAddress, pool_owners: Ed25519KeyHashes, relays: Relays, pool_metadata?: PoolMetadata | null): PoolParams;
}
export class PoolRegistration {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PoolRegistration;
  to_hex(): string;
  static from_hex(hex_str: string): PoolRegistration;
  to_json(): string;
  to_js_value(): PoolRegistrationJSON;
  static from_json(json: string): PoolRegistration;
  pool_params(): PoolParams;
  static new(pool_params: PoolParams): PoolRegistration;
}
export class PoolRetirement {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PoolRetirement;
  to_hex(): string;
  static from_hex(hex_str: string): PoolRetirement;
  to_json(): string;
  to_js_value(): PoolRetirementJSON;
  static from_json(json: string): PoolRetirement;
  pool_keyhash(): Ed25519KeyHash;
  epoch(): number;
  static new(pool_keyhash: Ed25519KeyHash, epoch: number): PoolRetirement;
}
export class PoolVotingThresholds {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): PoolVotingThresholds;
  to_hex(): string;
  static from_hex(hex_str: string): PoolVotingThresholds;
  to_json(): string;
  to_js_value(): PoolVotingThresholdsJSON;
  static from_json(json: string): PoolVotingThresholds;
  static new(motion_no_confidence: UnitInterval, committee_normal: UnitInterval, committee_no_confidence: UnitInterval, hard_fork_initiation: UnitInterval, security_relevant_threshold: UnitInterval): PoolVotingThresholds;
  motion_no_confidence(): UnitInterval;
  committee_normal(): UnitInterval;
  committee_no_confidence(): UnitInterval;
  hard_fork_initiation(): UnitInterval;
  security_relevant_threshold(): UnitInterval;
}
export class PrivateKey {
  private constructor();
  free(): void;
  static from_hex(hex_str: string): PrivateKey;
  to_hex(): string;
  sign(message: Uint8Array): Ed25519Signature;
  static from_normal_bytes(bytes: Uint8Array): PrivateKey;
  static from_extended_bytes(bytes: Uint8Array): PrivateKey;
  as_bytes(): Uint8Array;
  to_bech32(): string;
  /**
   * Get private key from its bech32 representation
   * ```javascript
   * PrivateKey.from_bech32(&#39;ed25519_sk1ahfetf02qwwg4dkq7mgp4a25lx5vh9920cr5wnxmpzz9906qvm8qwvlts0&#39;);
   * ```
   * For an extended 25519 key
   * ```javascript
   * PrivateKey.from_bech32(&#39;ed25519e_sk1gqwl4szuwwh6d0yk3nsqcc6xxc3fpvjlevgwvt60df59v8zd8f8prazt8ln3lmz096ux3xvhhvm3ca9wj2yctdh3pnw0szrma07rt5gl748fp&#39;);
   * ```
   */
  static from_bech32(bech32_str: string): PrivateKey;
  static generate_ed25519extended(): PrivateKey;
  static generate_ed25519(): PrivateKey;
  to_public(): PublicKey;
}
export class ProposedProtocolParameterUpdates {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ProposedProtocolParameterUpdates;
  to_hex(): string;
  static from_hex(hex_str: string): ProposedProtocolParameterUpdates;
  to_json(): string;
  to_js_value(): ProposedProtocolParameterUpdatesJSON;
  static from_json(json: string): ProposedProtocolParameterUpdates;
  static new(): ProposedProtocolParameterUpdates;
  len(): number;
  insert(key: GenesisHash, value: ProtocolParamUpdate): ProtocolParamUpdate | undefined;
  get(key: GenesisHash): ProtocolParamUpdate | undefined;
  keys(): GenesisHashes;
}
export class ProtocolParamUpdate {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ProtocolParamUpdate;
  to_hex(): string;
  static from_hex(hex_str: string): ProtocolParamUpdate;
  to_json(): string;
  to_js_value(): ProtocolParamUpdateJSON;
  static from_json(json: string): ProtocolParamUpdate;
  set_minfee_a(minfee_a: BigNum): void;
  minfee_a(): BigNum | undefined;
  set_minfee_b(minfee_b: BigNum): void;
  minfee_b(): BigNum | undefined;
  set_max_block_body_size(max_block_body_size: number): void;
  max_block_body_size(): number | undefined;
  set_max_tx_size(max_tx_size: number): void;
  max_tx_size(): number | undefined;
  set_max_block_header_size(max_block_header_size: number): void;
  max_block_header_size(): number | undefined;
  set_key_deposit(key_deposit: BigNum): void;
  key_deposit(): BigNum | undefined;
  set_pool_deposit(pool_deposit: BigNum): void;
  pool_deposit(): BigNum | undefined;
  set_max_epoch(max_epoch: number): void;
  max_epoch(): number | undefined;
  set_n_opt(n_opt: number): void;
  n_opt(): number | undefined;
  set_pool_pledge_influence(pool_pledge_influence: UnitInterval): void;
  pool_pledge_influence(): UnitInterval | undefined;
  set_expansion_rate(expansion_rate: UnitInterval): void;
  expansion_rate(): UnitInterval | undefined;
  set_treasury_growth_rate(treasury_growth_rate: UnitInterval): void;
  treasury_growth_rate(): UnitInterval | undefined;
  /**
   * !!! DEPRECATED !!!
   * Since babbage era this param is outdated. But this param you can meet in a pre-babbage block.
   */
  d(): UnitInterval | undefined;
  /**
   * !!! DEPRECATED !!!
   * Since babbage era this param is outdated. But this param you can meet in a pre-babbage block.
   */
  extra_entropy(): Nonce | undefined;
  /**
   * !!! DEPRECATED !!!
   * Since conway era this param is outdated. But this param you can meet in a pre-conway block.
   */
  set_protocol_version(protocol_version: ProtocolVersion): void;
  protocol_version(): ProtocolVersion | undefined;
  set_min_pool_cost(min_pool_cost: BigNum): void;
  min_pool_cost(): BigNum | undefined;
  set_ada_per_utxo_byte(ada_per_utxo_byte: BigNum): void;
  ada_per_utxo_byte(): BigNum | undefined;
  set_cost_models(cost_models: Costmdls): void;
  cost_models(): Costmdls | undefined;
  set_execution_costs(execution_costs: ExUnitPrices): void;
  execution_costs(): ExUnitPrices | undefined;
  set_max_tx_ex_units(max_tx_ex_units: ExUnits): void;
  max_tx_ex_units(): ExUnits | undefined;
  set_max_block_ex_units(max_block_ex_units: ExUnits): void;
  max_block_ex_units(): ExUnits | undefined;
  set_max_value_size(max_value_size: number): void;
  max_value_size(): number | undefined;
  set_collateral_percentage(collateral_percentage: number): void;
  collateral_percentage(): number | undefined;
  set_max_collateral_inputs(max_collateral_inputs: number): void;
  max_collateral_inputs(): number | undefined;
  set_pool_voting_thresholds(pool_voting_thresholds: PoolVotingThresholds): void;
  pool_voting_thresholds(): PoolVotingThresholds | undefined;
  set_drep_voting_thresholds(drep_voting_thresholds: DRepVotingThresholds): void;
  drep_voting_thresholds(): DRepVotingThresholds | undefined;
  set_min_committee_size(min_committee_size: number): void;
  min_committee_size(): number | undefined;
  set_committee_term_limit(committee_term_limit: number): void;
  committee_term_limit(): number | undefined;
  set_governance_action_validity_period(governance_action_validity_period: number): void;
  governance_action_validity_period(): number | undefined;
  set_governance_action_deposit(governance_action_deposit: BigNum): void;
  governance_action_deposit(): BigNum | undefined;
  set_drep_deposit(drep_deposit: BigNum): void;
  drep_deposit(): BigNum | undefined;
  set_drep_inactivity_period(drep_inactivity_period: number): void;
  drep_inactivity_period(): number | undefined;
  set_ref_script_coins_per_byte(ref_script_coins_per_byte: UnitInterval): void;
  ref_script_coins_per_byte(): UnitInterval | undefined;
  static new(): ProtocolParamUpdate;
}
export class ProtocolVersion {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ProtocolVersion;
  to_hex(): string;
  static from_hex(hex_str: string): ProtocolVersion;
  to_json(): string;
  to_js_value(): ProtocolVersionJSON;
  static from_json(json: string): ProtocolVersion;
  major(): number;
  minor(): number;
  static new(major: number, minor: number): ProtocolVersion;
}
/**
 * ED25519 key used as public key
 */
export class PublicKey {
  private constructor();
  free(): void;
  static from_hex(hex_str: string): PublicKey;
  to_hex(): string;
  hash(): Ed25519KeyHash;
  verify(data: Uint8Array, signature: Ed25519Signature): boolean;
  static from_bytes(bytes: Uint8Array): PublicKey;
  as_bytes(): Uint8Array;
  to_bech32(): string;
  /**
   * Get public key from its bech32 representation
   * Example:
   * ```javascript
   * const pkey = PublicKey.from_bech32(&#39;ed25519_pk1dgaagyh470y66p899txcl3r0jaeaxu6yd7z2dxyk55qcycdml8gszkxze2&#39;);
   * ```
   */
  static from_bech32(bech32_str: string): PublicKey;
}
export class PublicKeys {
  free(): void;
  constructor();
  size(): number;
  get(index: number): PublicKey;
  add(key: PublicKey): void;
}
export class Redeemer {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Redeemer;
  to_hex(): string;
  static from_hex(hex_str: string): Redeemer;
  to_json(): string;
  to_js_value(): RedeemerJSON;
  static from_json(json: string): Redeemer;
  tag(): RedeemerTag;
  index(): BigNum;
  data(): PlutusData;
  ex_units(): ExUnits;
  static new(tag: RedeemerTag, index: BigNum, data: PlutusData, ex_units: ExUnits): Redeemer;
}
export class RedeemerTag {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): RedeemerTag;
  to_hex(): string;
  static from_hex(hex_str: string): RedeemerTag;
  to_json(): string;
  to_js_value(): RedeemerTagJSON;
  static from_json(json: string): RedeemerTag;
  static new_spend(): RedeemerTag;
  static new_mint(): RedeemerTag;
  static new_cert(): RedeemerTag;
  static new_reward(): RedeemerTag;
  static new_vote(): RedeemerTag;
  static new_voting_proposal(): RedeemerTag;
  kind(): RedeemerTagKind;
}
export class Redeemers {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Redeemers;
  to_hex(): string;
  static from_hex(hex_str: string): Redeemers;
  to_json(): string;
  to_js_value(): RedeemersJSON;
  static from_json(json: string): Redeemers;
  static new(): Redeemers;
  len(): number;
  get(index: number): Redeemer;
  add(elem: Redeemer): void;
  /**
   * WARNING: This function will be removed in after next hard fork
   */
  get_container_type(): CborContainerType;
  total_ex_units(): ExUnits;
}
export class Relay {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Relay;
  to_hex(): string;
  static from_hex(hex_str: string): Relay;
  to_json(): string;
  to_js_value(): RelayJSON;
  static from_json(json: string): Relay;
  static new_single_host_addr(single_host_addr: SingleHostAddr): Relay;
  static new_single_host_name(single_host_name: SingleHostName): Relay;
  static new_multi_host_name(multi_host_name: MultiHostName): Relay;
  kind(): RelayKind;
  as_single_host_addr(): SingleHostAddr | undefined;
  as_single_host_name(): SingleHostName | undefined;
  as_multi_host_name(): MultiHostName | undefined;
}
export class Relays {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Relays;
  to_hex(): string;
  static from_hex(hex_str: string): Relays;
  to_json(): string;
  to_js_value(): RelaysJSON;
  static from_json(json: string): Relays;
  static new(): Relays;
  len(): number;
  get(index: number): Relay;
  add(elem: Relay): void;
}
export class RewardAddress {
  private constructor();
  free(): void;
  static new(network: number, payment: Credential): RewardAddress;
  payment_cred(): Credential;
  to_address(): Address;
  static from_address(addr: Address): RewardAddress | undefined;
  network_id(): number;
}
export class RewardAddresses {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): RewardAddresses;
  to_hex(): string;
  static from_hex(hex_str: string): RewardAddresses;
  to_json(): string;
  to_js_value(): RewardAddressesJSON;
  static from_json(json: string): RewardAddresses;
  static new(): RewardAddresses;
  len(): number;
  get(index: number): RewardAddress;
  add(elem: RewardAddress): void;
}
export class ScriptAll {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ScriptAll;
  to_hex(): string;
  static from_hex(hex_str: string): ScriptAll;
  to_json(): string;
  to_js_value(): ScriptAllJSON;
  static from_json(json: string): ScriptAll;
  native_scripts(): NativeScripts;
  static new(native_scripts: NativeScripts): ScriptAll;
}
export class ScriptAny {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ScriptAny;
  to_hex(): string;
  static from_hex(hex_str: string): ScriptAny;
  to_json(): string;
  to_js_value(): ScriptAnyJSON;
  static from_json(json: string): ScriptAny;
  native_scripts(): NativeScripts;
  static new(native_scripts: NativeScripts): ScriptAny;
}
export class ScriptDataHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): ScriptDataHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): ScriptDataHash;
  to_hex(): string;
  static from_hex(hex: string): ScriptDataHash;
}
export class ScriptHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): ScriptHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): ScriptHash;
  to_hex(): string;
  static from_hex(hex: string): ScriptHash;
}
export class ScriptHashes {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ScriptHashes;
  to_hex(): string;
  static from_hex(hex_str: string): ScriptHashes;
  to_json(): string;
  to_js_value(): ScriptHashesJSON;
  static from_json(json: string): ScriptHashes;
  static new(): ScriptHashes;
  len(): number;
  get(index: number): ScriptHash;
  add(elem: ScriptHash): void;
}
export class ScriptNOfK {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ScriptNOfK;
  to_hex(): string;
  static from_hex(hex_str: string): ScriptNOfK;
  to_json(): string;
  to_js_value(): ScriptNOfKJSON;
  static from_json(json: string): ScriptNOfK;
  n(): number;
  native_scripts(): NativeScripts;
  static new(n: number, native_scripts: NativeScripts): ScriptNOfK;
}
export class ScriptPubkey {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ScriptPubkey;
  to_hex(): string;
  static from_hex(hex_str: string): ScriptPubkey;
  to_json(): string;
  to_js_value(): ScriptPubkeyJSON;
  static from_json(json: string): ScriptPubkey;
  addr_keyhash(): Ed25519KeyHash;
  static new(addr_keyhash: Ed25519KeyHash): ScriptPubkey;
}
export class ScriptRef {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): ScriptRef;
  to_hex(): string;
  static from_hex(hex_str: string): ScriptRef;
  to_json(): string;
  to_js_value(): ScriptRefJSON;
  static from_json(json: string): ScriptRef;
  static new_native_script(native_script: NativeScript): ScriptRef;
  static new_plutus_script(plutus_script: PlutusScript): ScriptRef;
  is_native_script(): boolean;
  is_plutus_script(): boolean;
  native_script(): NativeScript | undefined;
  plutus_script(): PlutusScript | undefined;
  /**
   * Return bytes array of script ref struct but without wrapping into CBOR array under the tag
   * to_bytes returns "#6.24(bytes .cbor script)" from CDDL
   * to_unwrapped_bytes return "script" from CDDL
   */
  to_unwrapped_bytes(): Uint8Array;
}
export class SingleHostAddr {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): SingleHostAddr;
  to_hex(): string;
  static from_hex(hex_str: string): SingleHostAddr;
  to_json(): string;
  to_js_value(): SingleHostAddrJSON;
  static from_json(json: string): SingleHostAddr;
  port(): number | undefined;
  ipv4(): Ipv4 | undefined;
  ipv6(): Ipv6 | undefined;
  static new(port?: number | null, ipv4?: Ipv4 | null, ipv6?: Ipv6 | null): SingleHostAddr;
}
export class SingleHostName {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): SingleHostName;
  to_hex(): string;
  static from_hex(hex_str: string): SingleHostName;
  to_json(): string;
  to_js_value(): SingleHostNameJSON;
  static from_json(json: string): SingleHostName;
  port(): number | undefined;
  dns_name(): DNSRecordAorAAAA;
  static new(port: number | null | undefined, dns_name: DNSRecordAorAAAA): SingleHostName;
}
export class StakeAndVoteDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): StakeAndVoteDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): StakeAndVoteDelegation;
  to_json(): string;
  to_js_value(): StakeAndVoteDelegationJSON;
  static from_json(json: string): StakeAndVoteDelegation;
  stake_credential(): Credential;
  pool_keyhash(): Ed25519KeyHash;
  drep(): DRep;
  static new(stake_credential: Credential, pool_keyhash: Ed25519KeyHash, drep: DRep): StakeAndVoteDelegation;
  has_script_credentials(): boolean;
}
export class StakeDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): StakeDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): StakeDelegation;
  to_json(): string;
  to_js_value(): StakeDelegationJSON;
  static from_json(json: string): StakeDelegation;
  stake_credential(): Credential;
  pool_keyhash(): Ed25519KeyHash;
  static new(stake_credential: Credential, pool_keyhash: Ed25519KeyHash): StakeDelegation;
  has_script_credentials(): boolean;
}
export class StakeDeregistration {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): StakeDeregistration;
  to_hex(): string;
  static from_hex(hex_str: string): StakeDeregistration;
  to_json(): string;
  to_js_value(): StakeDeregistrationJSON;
  static from_json(json: string): StakeDeregistration;
  stake_credential(): Credential;
  coin(): BigNum | undefined;
  static new(stake_credential: Credential): StakeDeregistration;
  static new_with_explicit_refund(stake_credential: Credential, coin: BigNum): StakeDeregistration;
  has_script_credentials(): boolean;
}
export class StakeRegistration {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): StakeRegistration;
  to_hex(): string;
  static from_hex(hex_str: string): StakeRegistration;
  to_json(): string;
  to_js_value(): StakeRegistrationJSON;
  static from_json(json: string): StakeRegistration;
  stake_credential(): Credential;
  coin(): BigNum | undefined;
  static new(stake_credential: Credential): StakeRegistration;
  static new_with_explicit_deposit(stake_credential: Credential, coin: BigNum): StakeRegistration;
  has_script_credentials(): boolean;
}
export class StakeRegistrationAndDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): StakeRegistrationAndDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): StakeRegistrationAndDelegation;
  to_json(): string;
  to_js_value(): StakeRegistrationAndDelegationJSON;
  static from_json(json: string): StakeRegistrationAndDelegation;
  stake_credential(): Credential;
  pool_keyhash(): Ed25519KeyHash;
  coin(): BigNum;
  static new(stake_credential: Credential, pool_keyhash: Ed25519KeyHash, coin: BigNum): StakeRegistrationAndDelegation;
  has_script_credentials(): boolean;
}
export class StakeVoteRegistrationAndDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): StakeVoteRegistrationAndDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): StakeVoteRegistrationAndDelegation;
  to_json(): string;
  to_js_value(): StakeVoteRegistrationAndDelegationJSON;
  static from_json(json: string): StakeVoteRegistrationAndDelegation;
  stake_credential(): Credential;
  pool_keyhash(): Ed25519KeyHash;
  drep(): DRep;
  coin(): BigNum;
  static new(stake_credential: Credential, pool_keyhash: Ed25519KeyHash, drep: DRep, coin: BigNum): StakeVoteRegistrationAndDelegation;
  has_script_credentials(): boolean;
}
export class Strings {
  private constructor();
  free(): void;
  static new(): Strings;
  len(): number;
  get(index: number): string;
  add(elem: string): void;
}
export class TimelockExpiry {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TimelockExpiry;
  to_hex(): string;
  static from_hex(hex_str: string): TimelockExpiry;
  to_json(): string;
  to_js_value(): TimelockExpiryJSON;
  static from_json(json: string): TimelockExpiry;
  slot(): number;
  slot_bignum(): BigNum;
  /**
   * !!! DEPRECATED !!!
   * This constructor uses outdated slot number format.
   * Use `.new_timelockexpiry` instead
   */
  static new(slot: number): TimelockExpiry;
  static new_timelockexpiry(slot: BigNum): TimelockExpiry;
}
export class TimelockStart {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TimelockStart;
  to_hex(): string;
  static from_hex(hex_str: string): TimelockStart;
  to_json(): string;
  to_js_value(): TimelockStartJSON;
  static from_json(json: string): TimelockStart;
  /**
   * !!! DEPRECATED !!!
   * Returns a Slot32 (u32) value in case the underlying original BigNum (u64) value is within the limits.
   * Otherwise will just raise an error.
   * Use `.slot_bignum` instead
   */
  slot(): number;
  slot_bignum(): BigNum;
  /**
   * !!! DEPRECATED !!!
   * This constructor uses outdated slot number format.
   * Use `.new_timelockstart` instead.
   */
  static new(slot: number): TimelockStart;
  static new_timelockstart(slot: BigNum): TimelockStart;
}
export class Transaction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Transaction;
  to_hex(): string;
  static from_hex(hex_str: string): Transaction;
  to_json(): string;
  to_js_value(): TransactionJSON;
  static from_json(json: string): Transaction;
  body(): TransactionBody;
  witness_set(): TransactionWitnessSet;
  is_valid(): boolean;
  auxiliary_data(): AuxiliaryData | undefined;
  set_is_valid(valid: boolean): void;
  static new(body: TransactionBody, witness_set: TransactionWitnessSet, auxiliary_data?: AuxiliaryData | null): Transaction;
}
export class TransactionBatch {
  private constructor();
  free(): void;
  len(): number;
  get(index: number): Transaction;
}
export class TransactionBatchList {
  private constructor();
  free(): void;
  len(): number;
  get(index: number): TransactionBatch;
}
export class TransactionBodies {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionBodies;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionBodies;
  to_json(): string;
  to_js_value(): TransactionBodiesJSON;
  static from_json(json: string): TransactionBodies;
  static new(): TransactionBodies;
  len(): number;
  get(index: number): TransactionBody;
  add(elem: TransactionBody): void;
}
export class TransactionBody {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionBody;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionBody;
  to_json(): string;
  to_js_value(): TransactionBodyJSON;
  static from_json(json: string): TransactionBody;
  inputs(): TransactionInputs;
  outputs(): TransactionOutputs;
  fee(): BigNum;
  /**
   * !!! DEPRECATED !!!
   * Returns a Slot32 (u32) value in case the underlying original BigNum (u64) value is within the limits.
   * Otherwise will just raise an error.
   */
  ttl(): number | undefined;
  ttl_bignum(): BigNum | undefined;
  set_ttl(ttl: BigNum): void;
  remove_ttl(): void;
  set_certs(certs: Certificates): void;
  certs(): Certificates | undefined;
  set_withdrawals(withdrawals: Withdrawals): void;
  withdrawals(): Withdrawals | undefined;
  set_update(update: Update): void;
  update(): Update | undefined;
  set_auxiliary_data_hash(auxiliary_data_hash: AuxiliaryDataHash): void;
  auxiliary_data_hash(): AuxiliaryDataHash | undefined;
  /**
   * !!! DEPRECATED !!!
   * Uses outdated slot number format.
   */
  set_validity_start_interval(validity_start_interval: number): void;
  set_validity_start_interval_bignum(validity_start_interval: BigNum): void;
  validity_start_interval_bignum(): BigNum | undefined;
  /**
   * !!! DEPRECATED !!!
   * Returns a Option<Slot32> (u32) value in case the underlying original Option<BigNum> (u64) value is within the limits.
   * Otherwise will just raise an error.
   * Use `.validity_start_interval_bignum` instead.
   */
  validity_start_interval(): number | undefined;
  set_mint(mint: Mint): void;
  mint(): Mint | undefined;
  set_reference_inputs(reference_inputs: TransactionInputs): void;
  reference_inputs(): TransactionInputs | undefined;
  set_script_data_hash(script_data_hash: ScriptDataHash): void;
  script_data_hash(): ScriptDataHash | undefined;
  set_collateral(collateral: TransactionInputs): void;
  collateral(): TransactionInputs | undefined;
  set_required_signers(required_signers: Ed25519KeyHashes): void;
  required_signers(): Ed25519KeyHashes | undefined;
  set_network_id(network_id: NetworkId): void;
  network_id(): NetworkId | undefined;
  set_collateral_return(collateral_return: TransactionOutput): void;
  collateral_return(): TransactionOutput | undefined;
  set_total_collateral(total_collateral: BigNum): void;
  total_collateral(): BigNum | undefined;
  set_voting_procedures(voting_procedures: VotingProcedures): void;
  voting_procedures(): VotingProcedures | undefined;
  set_voting_proposals(voting_proposals: VotingProposals): void;
  voting_proposals(): VotingProposals | undefined;
  set_donation(donation: BigNum): void;
  donation(): BigNum | undefined;
  set_current_treasury_value(current_treasury_value: BigNum): void;
  current_treasury_value(): BigNum | undefined;
  /**
   * !!! DEPRECATED !!!
   * This constructor uses outdated slot number format for the ttl value.
   * Use `.new_tx_body` and then `.set_ttl` instead
   */
  static new(inputs: TransactionInputs, outputs: TransactionOutputs, fee: BigNum, ttl?: number | null): TransactionBody;
  /**
   * Returns a new TransactionBody.
   * In the new version of "new" we removed optional ttl for support it by wasm_bingen.
   * Your can use "set_ttl" and "remove_ttl" to set a new value for ttl or set it as None.
   */
  static new_tx_body(inputs: TransactionInputs, outputs: TransactionOutputs, fee: BigNum): TransactionBody;
}
export class TransactionBuilder {
  private constructor();
  free(): void;
  /**
   * This automatically selects and adds inputs from {inputs} consisting of just enough to cover
   * the outputs that have already been added.
   * This should be called after adding all certs/outputs/etc and will be an error otherwise.
   * Uses CIP2: https://github.com/cardano-foundation/CIPs/blob/master/CIP-0002/CIP-0002.md
   * Adding a change output must be called after via TransactionBuilder::add_change_if_needed()
   * This function, diverging from CIP2, takes into account fees and will attempt to add additional
   * inputs to cover the minimum fees. This does not, however, set the txbuilder's fee.
   */
  add_inputs_from(inputs: TransactionUnspentOutputs, strategy: CoinSelectionStrategyCIP2): void;
  set_inputs(inputs: TxInputsBuilder): void;
  set_collateral(collateral: TxInputsBuilder): void;
  set_collateral_return(collateral_return: TransactionOutput): void;
  remove_collateral_return(): void;
  /**
   * This function will set the collateral-return value and then auto-calculate and assign
   * the total collateral coin value. Will raise an error in case no collateral inputs are set
   * or in case the total collateral value will have any assets in it except coin.
   */
  set_collateral_return_and_total(collateral_return: TransactionOutput): void;
  set_total_collateral(total_collateral: BigNum): void;
  remove_total_collateral(): void;
  /**
   * This function will set the total-collateral coin and then auto-calculate and assign
   * the collateral return value. Will raise an error in case no collateral inputs are set.
   * The specified address will be the received of the collateral return
   */
  set_total_collateral_and_return(total_collateral: BigNum, return_address: Address): void;
  add_reference_input(reference_input: TransactionInput): void;
  add_script_reference_input(reference_input: TransactionInput, script_size: number): void;
  /**
   * We have to know what kind of inputs these are to know what kind of mock witnesses to create since
   * 1) mock witnesses have different lengths depending on the type which changes the expecting fee
   * 2) Witnesses are a set so we need to get rid of duplicates to avoid over-estimating the fee
   */
  add_key_input(hash: Ed25519KeyHash, input: TransactionInput, amount: Value): void;
  /**
   * This method will add the input to the builder and also register the required native script witness
   */
  add_native_script_input(script: NativeScript, input: TransactionInput, amount: Value): void;
  /**
   * This method will add the input to the builder and also register the required plutus witness
   */
  add_plutus_script_input(witness: PlutusWitness, input: TransactionInput, amount: Value): void;
  add_bootstrap_input(hash: ByronAddress, input: TransactionInput, amount: Value): void;
  /**
   * This function is replace for previous one add_input.
   * The functions adds a non script input, if it is a script input it returns an error.
   * To add script input you need to use add_native_script_input or add_plutus_script_input.
   * Also we recommend to use TxInputsBuilder and .set_inputs, because all add_*_input functions might be removed from transaction builder.
   */
  add_regular_input(address: Address, input: TransactionInput, amount: Value): void;
  add_inputs_from_and_change(inputs: TransactionUnspentOutputs, strategy: CoinSelectionStrategyCIP2, change_config: ChangeConfig): boolean;
  add_inputs_from_and_change_with_collateral_return(inputs: TransactionUnspentOutputs, strategy: CoinSelectionStrategyCIP2, change_config: ChangeConfig, collateral_percentage: BigNum): void;
  /**
   * Returns a copy of the current script input witness scripts in the builder
   */
  get_native_input_scripts(): NativeScripts | undefined;
  /**
   * Returns a copy of the current plutus input witness scripts in the builder.
   * NOTE: each plutus witness will be cloned with a specific corresponding input index
   */
  get_plutus_input_scripts(): PlutusWitnesses | undefined;
  /**
   * calculates how much the fee would increase if you added a given output
   */
  fee_for_input(address: Address, input: TransactionInput, amount: Value): BigNum;
  /**
   * Add explicit output via a TransactionOutput object
   */
  add_output(output: TransactionOutput): void;
  /**
   * calculates how much the fee would increase if you added a given output
   */
  fee_for_output(output: TransactionOutput): BigNum;
  /**
   * Set exact fee for the transaction. If the real fee will be bigger then the set value, the transaction will not be created on .build_tx()
   */
  set_fee(fee: BigNum): void;
  /**
   * Set minimal fee for the transaction. If the real fee will be bigger then the set value, the transaction will be created with the real fee.
   */
  set_min_fee(fee: BigNum): void;
  /**
   * !!! DEPRECATED !!!
   * Set ttl value.
   */
  set_ttl(ttl: number): void;
  set_ttl_bignum(ttl: BigNum): void;
  remove_ttl(): void;
  /**
   * !!! DEPRECATED !!!
   * Uses outdated slot number format.
   */
  set_validity_start_interval(validity_start_interval: number): void;
  set_validity_start_interval_bignum(validity_start_interval: BigNum): void;
  remove_validity_start_interval(): void;
  /**
   * !!! DEPRECATED !!!
   * Can emit error if add a cert with script credential.
   * Use set_certs_builder instead.
   */
  set_certs(certs: Certificates): void;
  remove_certs(): void;
  set_certs_builder(certs: CertificatesBuilder): void;
  /**
   * !!! DEPRECATED !!!
   * Can emit error if add a withdrawal with script credential.
   * Use set_withdrawals_builder instead.
   */
  set_withdrawals(withdrawals: Withdrawals): void;
  set_withdrawals_builder(withdrawals: WithdrawalsBuilder): void;
  set_voting_builder(voting_builder: VotingBuilder): void;
  set_voting_proposal_builder(voting_proposal_builder: VotingProposalBuilder): void;
  remove_withdrawals(): void;
  get_auxiliary_data(): AuxiliaryData | undefined;
  /**
   * Set explicit auxiliary data via an AuxiliaryData object
   * It might contain some metadata plus native or Plutus scripts
   */
  set_auxiliary_data(auxiliary_data: AuxiliaryData): void;
  remove_auxiliary_data(): void;
  /**
   * Set metadata using a GeneralTransactionMetadata object
   * It will be set to the existing or new auxiliary data in this builder
   */
  set_metadata(metadata: GeneralTransactionMetadata): void;
  /**
   * Add a single metadatum using TransactionMetadatumLabel and TransactionMetadatum objects
   * It will be securely added to existing or new metadata in this builder
   */
  add_metadatum(key: BigNum, val: TransactionMetadatum): void;
  /**
   * Add a single JSON metadatum using a TransactionMetadatumLabel and a String
   * It will be securely added to existing or new metadata in this builder
   */
  add_json_metadatum(key: BigNum, val: string): void;
  /**
   * Add a single JSON metadatum using a TransactionMetadatumLabel, a String, and a MetadataJsonSchema object
   * It will be securely added to existing or new metadata in this builder
   */
  add_json_metadatum_with_schema(key: BigNum, val: string, schema: MetadataJsonSchema): void;
  set_mint_builder(mint_builder: MintBuilder): void;
  remove_mint_builder(): void;
  get_mint_builder(): MintBuilder | undefined;
  /**
   * !!! DEPRECATED !!!
   * Mints are defining by MintBuilder now.
   * Use `.set_mint_builder()` and `MintBuilder` instead.
   * Set explicit Mint object and the required witnesses to this builder
   * it will replace any previously existing mint and mint scripts
   * NOTE! Error will be returned in case a mint policy does not have a matching script
   */
  set_mint(mint: Mint, mint_scripts: NativeScripts): void;
  /**
   * !!! DEPRECATED !!!
   * Mints are defining by MintBuilder now.
   * Use `.get_mint_builder()` and `.build()` instead.
   * Returns a copy of the current mint state in the builder
   */
  get_mint(): Mint | undefined;
  /**
   * Returns a copy of the current mint witness scripts in the builder
   */
  get_mint_scripts(): NativeScripts | undefined;
  /**
   * !!! DEPRECATED !!!
   * Mints are defining by MintBuilder now.
   * Use `.set_mint_builder()` and `MintBuilder` instead.
   * Add a mint entry to this builder using a PolicyID and MintAssets object
   * It will be securely added to existing or new Mint in this builder
   * It will replace any existing mint assets with the same PolicyID
   */
  set_mint_asset(policy_script: NativeScript, mint_assets: MintAssets): void;
  /**
   * !!! DEPRECATED !!!
   * Mints are defining by MintBuilder now.
   * Use `.set_mint_builder()` and `MintBuilder` instead.
   * Add a mint entry to this builder using a PolicyID, AssetName, and Int object for amount
   * It will be securely added to existing or new Mint in this builder
   * It will replace any previous existing amount same PolicyID and AssetName
   */
  add_mint_asset(policy_script: NativeScript, asset_name: AssetName, amount: Int): void;
  /**
   * Add a mint entry together with an output to this builder
   * Using a PolicyID, AssetName, Int for amount, Address, and Coin (BigNum) objects
   * The asset will be securely added to existing or new Mint in this builder
   * A new output will be added with the specified Address, the Coin value, and the minted asset
   */
  add_mint_asset_and_output(policy_script: NativeScript, asset_name: AssetName, amount: Int, output_builder: TransactionOutputAmountBuilder, output_coin: BigNum): void;
  /**
   * Add a mint entry together with an output to this builder
   * Using a PolicyID, AssetName, Int for amount, and Address objects
   * The asset will be securely added to existing or new Mint in this builder
   * A new output will be added with the specified Address and the minted asset
   * The output will be set to contain the minimum required amount of Coin
   */
  add_mint_asset_and_output_min_required_coin(policy_script: NativeScript, asset_name: AssetName, amount: Int, output_builder: TransactionOutputAmountBuilder): void;
  add_extra_witness_datum(datum: PlutusData): void;
  get_extra_witness_datums(): PlutusList | undefined;
  set_donation(donation: BigNum): void;
  get_donation(): BigNum | undefined;
  set_current_treasury_value(current_treasury_value: BigNum): void;
  get_current_treasury_value(): BigNum | undefined;
  static new(cfg: TransactionBuilderConfig): TransactionBuilder;
  get_reference_inputs(): TransactionInputs;
  /**
   * does not include refunds or withdrawals
   */
  get_explicit_input(): Value;
  /**
   * withdrawals and refunds
   */
  get_implicit_input(): Value;
  /**
   * Return explicit input plus implicit input plus mint
   */
  get_total_input(): Value;
  /**
   * Return explicit output plus deposit plus burn
   */
  get_total_output(): Value;
  /**
   * does not include fee
   */
  get_explicit_output(): Value;
  get_deposit(): BigNum;
  get_fee_if_set(): BigNum | undefined;
  /**
   * Warning: this function will mutate the /fee/ field
   * Make sure to call this function last after setting all other tx-body properties
   * Editing inputs, outputs, mint, etc. after change been calculated
   * might cause a mismatch in calculated fee versus the required fee
   */
  add_change_if_needed(address: Address): boolean;
  add_change_if_needed_with_datum(address: Address, plutus_data: OutputDatum): boolean;
  /**
   * This method will calculate the script hash data
   * using the plutus datums and redeemers already present in the builder
   * along with the provided cost model, and will register the calculated value
   * in the builder to be used when building the tx body.
   * In case there are no plutus input witnesses present - nothing will change
   * You can set specific hash value using `.set_script_data_hash`
   * NOTE: this function will check which language versions are used in the present scripts
   * and will assert and require for a corresponding cost-model to be present in the passed map.
   * Only the cost-models for the present language versions will be used in the hash calculation.
   */
  calc_script_data_hash(cost_models: Costmdls): void;
  /**
   * Sets the specified hash value.
   * Alternatively you can use `.calc_script_data_hash` to calculate the hash automatically.
   * Or use `.remove_script_data_hash` to delete the previously set value
   */
  set_script_data_hash(hash: ScriptDataHash): void;
  /**
   * Deletes any previously set plutus data hash value.
   * Use `.set_script_data_hash` or `.calc_script_data_hash` to set it.
   */
  remove_script_data_hash(): void;
  add_required_signer(key: Ed25519KeyHash): void;
  full_size(): number;
  output_sizes(): Uint32Array;
  /**
   * Returns object the body of the new transaction
   * Auxiliary data itself is not included
   * You can use `get_auxiliary_data` or `build_tx`
   */
  build(): TransactionBody;
  /**
   * Returns full Transaction object with the body and the auxiliary data
   * NOTE: witness_set will contain all mint_scripts if any been added or set
   * NOTE: is_valid set to true
   * NOTE: Will fail in case there are any script inputs added with no corresponding witness
   */
  build_tx(): Transaction;
  /**
   * Similar to `.build_tx()` but will NOT fail in case there are missing script witnesses
   */
  build_tx_unsafe(): Transaction;
  /**
   * warning: sum of all parts of a transaction must equal 0. You cannot just set the fee to the min value and forget about it
   * warning: min_fee may be slightly larger than the actual minimum fee (ex: a few lovelaces)
   * this is done to simplify the library code, but can be fixed later
   */
  min_fee(): BigNum;
}
export class TransactionBuilderConfig {
  private constructor();
  free(): void;
}
export class TransactionBuilderConfigBuilder {
  private constructor();
  free(): void;
  static new(): TransactionBuilderConfigBuilder;
  fee_algo(fee_algo: LinearFee): TransactionBuilderConfigBuilder;
  coins_per_utxo_byte(coins_per_utxo_byte: BigNum): TransactionBuilderConfigBuilder;
  ex_unit_prices(ex_unit_prices: ExUnitPrices): TransactionBuilderConfigBuilder;
  pool_deposit(pool_deposit: BigNum): TransactionBuilderConfigBuilder;
  key_deposit(key_deposit: BigNum): TransactionBuilderConfigBuilder;
  max_value_size(max_value_size: number): TransactionBuilderConfigBuilder;
  max_tx_size(max_tx_size: number): TransactionBuilderConfigBuilder;
  ref_script_coins_per_byte(ref_script_coins_per_byte: UnitInterval): TransactionBuilderConfigBuilder;
  prefer_pure_change(prefer_pure_change: boolean): TransactionBuilderConfigBuilder;
  /**
   * Removes a ref input (that was set via set_reference_inputs) if the ref inputs was presented in regular tx inputs
   */
  deduplicate_explicit_ref_inputs_with_regular_inputs(deduplicate_explicit_ref_inputs_with_regular_inputs: boolean): TransactionBuilderConfigBuilder;
  /**
   * If set to true, the transaction builder will not burn extra change if it's impossible to crate change output
   * due to the value being too small to cover min ada for change output. Instead, tx builder will throw an error.
   */
  do_not_burn_extra_change(do_not_burn_extra_change: boolean): TransactionBuilderConfigBuilder;
  build(): TransactionBuilderConfig;
}
export class TransactionHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): TransactionHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): TransactionHash;
  to_hex(): string;
  static from_hex(hex: string): TransactionHash;
}
export class TransactionInput {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionInput;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionInput;
  to_json(): string;
  to_js_value(): TransactionInputJSON;
  static from_json(json: string): TransactionInput;
  transaction_id(): TransactionHash;
  index(): number;
  static new(transaction_id: TransactionHash, index: number): TransactionInput;
}
export class TransactionInputs {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionInputs;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionInputs;
  to_json(): string;
  to_js_value(): TransactionInputsJSON;
  static from_json(json: string): TransactionInputs;
  static new(): TransactionInputs;
  len(): number;
  get(index: number): TransactionInput;
  /**
   * Add a new `TransactionInput` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(input: TransactionInput): boolean;
  to_option(): TransactionInputs | undefined;
}
export class TransactionMetadatum {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionMetadatum;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionMetadatum;
  static new_map(map: MetadataMap): TransactionMetadatum;
  static new_list(list: MetadataList): TransactionMetadatum;
  static new_int(int: Int): TransactionMetadatum;
  static new_bytes(bytes: Uint8Array): TransactionMetadatum;
  static new_text(text: string): TransactionMetadatum;
  kind(): TransactionMetadatumKind;
  as_map(): MetadataMap;
  as_list(): MetadataList;
  as_int(): Int;
  as_bytes(): Uint8Array;
  as_text(): string;
}
export class TransactionMetadatumLabels {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionMetadatumLabels;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionMetadatumLabels;
  static new(): TransactionMetadatumLabels;
  len(): number;
  get(index: number): BigNum;
  add(elem: BigNum): void;
}
export class TransactionOutput {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionOutput;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionOutput;
  to_json(): string;
  to_js_value(): TransactionOutputJSON;
  static from_json(json: string): TransactionOutput;
  address(): Address;
  amount(): Value;
  data_hash(): DataHash | undefined;
  plutus_data(): PlutusData | undefined;
  script_ref(): ScriptRef | undefined;
  set_script_ref(script_ref: ScriptRef): void;
  set_plutus_data(data: PlutusData): void;
  set_data_hash(data_hash: DataHash): void;
  has_plutus_data(): boolean;
  has_data_hash(): boolean;
  has_script_ref(): boolean;
  static new(address: Address, amount: Value): TransactionOutput;
  serialization_format(): CborContainerType | undefined;
}
export class TransactionOutputAmountBuilder {
  private constructor();
  free(): void;
  with_value(amount: Value): TransactionOutputAmountBuilder;
  with_coin(coin: BigNum): TransactionOutputAmountBuilder;
  with_coin_and_asset(coin: BigNum, multiasset: MultiAsset): TransactionOutputAmountBuilder;
  with_asset_and_min_required_coin_by_utxo_cost(multiasset: MultiAsset, data_cost: DataCost): TransactionOutputAmountBuilder;
  build(): TransactionOutput;
}
/**
 * We introduce a builder-pattern format for creating transaction outputs
 * This is because:
 * 1. Some fields (i.e. data hash) are optional, and we can't easily expose Option<> in WASM
 * 2. Some fields like amounts have many ways it could be set (some depending on other field values being known)
 * 3. Easier to adapt as the output format gets more complicated in future Cardano releases
 */
export class TransactionOutputBuilder {
  private constructor();
  free(): void;
  static new(): TransactionOutputBuilder;
  with_address(address: Address): TransactionOutputBuilder;
  with_data_hash(data_hash: DataHash): TransactionOutputBuilder;
  with_plutus_data(data: PlutusData): TransactionOutputBuilder;
  with_script_ref(script_ref: ScriptRef): TransactionOutputBuilder;
  next(): TransactionOutputAmountBuilder;
}
export class TransactionOutputs {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionOutputs;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionOutputs;
  to_json(): string;
  to_js_value(): TransactionOutputsJSON;
  static from_json(json: string): TransactionOutputs;
  static new(): TransactionOutputs;
  len(): number;
  get(index: number): TransactionOutput;
  add(elem: TransactionOutput): void;
}
export class TransactionUnspentOutput {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionUnspentOutput;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionUnspentOutput;
  to_json(): string;
  to_js_value(): TransactionUnspentOutputJSON;
  static from_json(json: string): TransactionUnspentOutput;
  static new(input: TransactionInput, output: TransactionOutput): TransactionUnspentOutput;
  input(): TransactionInput;
  output(): TransactionOutput;
}
export class TransactionUnspentOutputs {
  private constructor();
  free(): void;
  to_json(): string;
  to_js_value(): TransactionUnspentOutputsJSON;
  static from_json(json: string): TransactionUnspentOutputs;
  static new(): TransactionUnspentOutputs;
  len(): number;
  get(index: number): TransactionUnspentOutput;
  add(elem: TransactionUnspentOutput): void;
}
export class TransactionWitnessSet {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionWitnessSet;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionWitnessSet;
  to_json(): string;
  to_js_value(): TransactionWitnessSetJSON;
  static from_json(json: string): TransactionWitnessSet;
  set_vkeys(vkeys: Vkeywitnesses): void;
  vkeys(): Vkeywitnesses | undefined;
  set_native_scripts(native_scripts: NativeScripts): void;
  native_scripts(): NativeScripts | undefined;
  set_bootstraps(bootstraps: BootstrapWitnesses): void;
  bootstraps(): BootstrapWitnesses | undefined;
  set_plutus_scripts(plutus_scripts: PlutusScripts): void;
  plutus_scripts(): PlutusScripts | undefined;
  set_plutus_data(plutus_data: PlutusList): void;
  plutus_data(): PlutusList | undefined;
  set_redeemers(redeemers: Redeemers): void;
  redeemers(): Redeemers | undefined;
  static new(): TransactionWitnessSet;
}
export class TransactionWitnessSets {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TransactionWitnessSets;
  to_hex(): string;
  static from_hex(hex_str: string): TransactionWitnessSets;
  to_json(): string;
  to_js_value(): TransactionWitnessSetsJSON;
  static from_json(json: string): TransactionWitnessSets;
  static new(): TransactionWitnessSets;
  len(): number;
  get(index: number): TransactionWitnessSet;
  add(elem: TransactionWitnessSet): void;
}
export class TreasuryWithdrawals {
  private constructor();
  free(): void;
  to_json(): string;
  to_js_value(): TreasuryWithdrawalsJSON;
  static from_json(json: string): TreasuryWithdrawals;
  static new(): TreasuryWithdrawals;
  get(key: RewardAddress): BigNum | undefined;
  insert(key: RewardAddress, value: BigNum): void;
  keys(): RewardAddresses;
  len(): number;
}
export class TreasuryWithdrawalsAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): TreasuryWithdrawalsAction;
  to_hex(): string;
  static from_hex(hex_str: string): TreasuryWithdrawalsAction;
  to_json(): string;
  to_js_value(): TreasuryWithdrawalsActionJSON;
  static from_json(json: string): TreasuryWithdrawalsAction;
  withdrawals(): TreasuryWithdrawals;
  policy_hash(): ScriptHash | undefined;
  static new(withdrawals: TreasuryWithdrawals): TreasuryWithdrawalsAction;
  static new_with_policy_hash(withdrawals: TreasuryWithdrawals, policy_hash: ScriptHash): TreasuryWithdrawalsAction;
}
export class TxInputsBuilder {
  private constructor();
  free(): void;
  static new(): TxInputsBuilder;
  add_regular_utxo(utxo: TransactionUnspentOutput): void;
  add_plutus_script_utxo(utxo: TransactionUnspentOutput, witness: PlutusWitness): void;
  add_native_script_utxo(utxo: TransactionUnspentOutput, witness: NativeScriptSource): void;
  /**
   * We have to know what kind of inputs these are to know what kind of mock witnesses to create since
   * 1) mock witnesses have different lengths depending on the type which changes the expecting fee
   * 2) Witnesses are a set so we need to get rid of duplicates to avoid over-estimating the fee
   */
  add_key_input(hash: Ed25519KeyHash, input: TransactionInput, amount: Value): void;
  /**
   * This method will add the input to the builder and also register the required native script witness
   */
  add_native_script_input(script: NativeScriptSource, input: TransactionInput, amount: Value): void;
  /**
   * This method will add the input to the builder and also register the required plutus witness
   */
  add_plutus_script_input(witness: PlutusWitness, input: TransactionInput, amount: Value): void;
  add_bootstrap_input(address: ByronAddress, input: TransactionInput, amount: Value): void;
  /**
   * Adds non script input, in case of script or reward address input it will return an error
   */
  add_regular_input(address: Address, input: TransactionInput, amount: Value): void;
  get_ref_inputs(): TransactionInputs;
  /**
   * Returns a copy of the current script input witness scripts in the builder
   */
  get_native_input_scripts(): NativeScripts | undefined;
  /**
   * Returns a copy of the current plutus input witness scripts in the builder.
   * NOTE: each plutus witness will be cloned with a specific corresponding input index
   */
  get_plutus_input_scripts(): PlutusWitnesses | undefined;
  len(): number;
  add_required_signer(key: Ed25519KeyHash): void;
  add_required_signers(keys: Ed25519KeyHashes): void;
  total_value(): Value;
  inputs(): TransactionInputs;
  inputs_option(): TransactionInputs | undefined;
}
export class URL {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): URL;
  to_hex(): string;
  static from_hex(hex_str: string): URL;
  to_json(): string;
  to_js_value(): URLJSON;
  static from_json(json: string): URL;
  static new(url: string): URL;
  url(): string;
}
export class UnitInterval {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): UnitInterval;
  to_hex(): string;
  static from_hex(hex_str: string): UnitInterval;
  to_json(): string;
  to_js_value(): UnitIntervalJSON;
  static from_json(json: string): UnitInterval;
  numerator(): BigNum;
  denominator(): BigNum;
  static new(numerator: BigNum, denominator: BigNum): UnitInterval;
}
export class Update {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Update;
  to_hex(): string;
  static from_hex(hex_str: string): Update;
  to_json(): string;
  to_js_value(): UpdateJSON;
  static from_json(json: string): Update;
  proposed_protocol_parameter_updates(): ProposedProtocolParameterUpdates;
  epoch(): number;
  static new(proposed_protocol_parameter_updates: ProposedProtocolParameterUpdates, epoch: number): Update;
}
export class UpdateCommitteeAction {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): UpdateCommitteeAction;
  to_hex(): string;
  static from_hex(hex_str: string): UpdateCommitteeAction;
  to_json(): string;
  to_js_value(): UpdateCommitteeActionJSON;
  static from_json(json: string): UpdateCommitteeAction;
  gov_action_id(): GovernanceActionId | undefined;
  committee(): Committee;
  members_to_remove(): Credentials;
  static new(committee: Committee, members_to_remove: Credentials): UpdateCommitteeAction;
  static new_with_action_id(gov_action_id: GovernanceActionId, committee: Committee, members_to_remove: Credentials): UpdateCommitteeAction;
}
export class VRFCert {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VRFCert;
  to_hex(): string;
  static from_hex(hex_str: string): VRFCert;
  to_json(): string;
  to_js_value(): VRFCertJSON;
  static from_json(json: string): VRFCert;
  output(): Uint8Array;
  proof(): Uint8Array;
  static new(output: Uint8Array, proof: Uint8Array): VRFCert;
}
export class VRFKeyHash {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): VRFKeyHash;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): VRFKeyHash;
  to_hex(): string;
  static from_hex(hex: string): VRFKeyHash;
}
export class VRFVKey {
  private constructor();
  free(): void;
  static from_bytes(bytes: Uint8Array): VRFVKey;
  to_bytes(): Uint8Array;
  to_bech32(prefix: string): string;
  static from_bech32(bech_str: string): VRFVKey;
  to_hex(): string;
  static from_hex(hex: string): VRFVKey;
}
export class Value {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Value;
  to_hex(): string;
  static from_hex(hex_str: string): Value;
  to_json(): string;
  to_js_value(): ValueJSON;
  static from_json(json: string): Value;
  static new(coin: BigNum): Value;
  static new_from_assets(multiasset: MultiAsset): Value;
  static new_with_assets(coin: BigNum, multiasset: MultiAsset): Value;
  static zero(): Value;
  is_zero(): boolean;
  coin(): BigNum;
  set_coin(coin: BigNum): void;
  multiasset(): MultiAsset | undefined;
  set_multiasset(multiasset: MultiAsset): void;
  checked_add(rhs: Value): Value;
  checked_sub(rhs_value: Value): Value;
  clamped_sub(rhs_value: Value): Value;
  /**
   * note: values are only partially comparable
   */
  compare(rhs_value: Value): number | undefined;
}
export class VersionedBlock {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VersionedBlock;
  to_hex(): string;
  static from_hex(hex_str: string): VersionedBlock;
  to_json(): string;
  to_js_value(): VersionedBlockJSON;
  static from_json(json: string): VersionedBlock;
  static new(block: Block, era_code: number): VersionedBlock;
  block(): Block;
  era(): BlockEra;
}
export class Vkey {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Vkey;
  to_hex(): string;
  static from_hex(hex_str: string): Vkey;
  to_json(): string;
  to_js_value(): VkeyJSON;
  static from_json(json: string): Vkey;
  static new(pk: PublicKey): Vkey;
  public_key(): PublicKey;
}
export class Vkeys {
  private constructor();
  free(): void;
  static new(): Vkeys;
  len(): number;
  get(index: number): Vkey;
  add(elem: Vkey): void;
}
export class Vkeywitness {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Vkeywitness;
  to_hex(): string;
  static from_hex(hex_str: string): Vkeywitness;
  to_json(): string;
  to_js_value(): VkeywitnessJSON;
  static from_json(json: string): Vkeywitness;
  static new(vkey: Vkey, signature: Ed25519Signature): Vkeywitness;
  vkey(): Vkey;
  signature(): Ed25519Signature;
}
export class Vkeywitnesses {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Vkeywitnesses;
  to_hex(): string;
  static from_hex(hex_str: string): Vkeywitnesses;
  to_json(): string;
  to_js_value(): VkeywitnessesJSON;
  static from_json(json: string): Vkeywitnesses;
  static new(): Vkeywitnesses;
  len(): number;
  get(index: number): Vkeywitness;
  /**
   * Add a new `Vkeywitness` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(witness: Vkeywitness): boolean;
}
export class VoteDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VoteDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): VoteDelegation;
  to_json(): string;
  to_js_value(): VoteDelegationJSON;
  static from_json(json: string): VoteDelegation;
  stake_credential(): Credential;
  drep(): DRep;
  static new(stake_credential: Credential, drep: DRep): VoteDelegation;
  has_script_credentials(): boolean;
}
export class VoteRegistrationAndDelegation {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VoteRegistrationAndDelegation;
  to_hex(): string;
  static from_hex(hex_str: string): VoteRegistrationAndDelegation;
  to_json(): string;
  to_js_value(): VoteRegistrationAndDelegationJSON;
  static from_json(json: string): VoteRegistrationAndDelegation;
  stake_credential(): Credential;
  drep(): DRep;
  coin(): BigNum;
  static new(stake_credential: Credential, drep: DRep, coin: BigNum): VoteRegistrationAndDelegation;
  has_script_credentials(): boolean;
}
export class Voter {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Voter;
  to_hex(): string;
  static from_hex(hex_str: string): Voter;
  to_json(): string;
  to_js_value(): VoterJSON;
  static from_json(json: string): Voter;
  static new_constitutional_committee_hot_credential(cred: Credential): Voter;
  static new_drep_credential(cred: Credential): Voter;
  static new_stake_pool_key_hash(key_hash: Ed25519KeyHash): Voter;
  kind(): VoterKind;
  to_constitutional_committee_hot_credential(): Credential | undefined;
  to_drep_credential(): Credential | undefined;
  to_stake_pool_key_hash(): Ed25519KeyHash | undefined;
  has_script_credentials(): boolean;
  to_key_hash(): Ed25519KeyHash | undefined;
}
export class Voters {
  private constructor();
  free(): void;
  to_json(): string;
  to_js_value(): VotersJSON;
  static from_json(json: string): Voters;
  static new(): Voters;
  add(voter: Voter): void;
  get(index: number): Voter | undefined;
  len(): number;
}
export class VotingBuilder {
  private constructor();
  free(): void;
  static new(): VotingBuilder;
  add(voter: Voter, gov_action_id: GovernanceActionId, voting_procedure: VotingProcedure): void;
  add_with_plutus_witness(voter: Voter, gov_action_id: GovernanceActionId, voting_procedure: VotingProcedure, witness: PlutusWitness): void;
  add_with_native_script(voter: Voter, gov_action_id: GovernanceActionId, voting_procedure: VotingProcedure, native_script_source: NativeScriptSource): void;
  get_plutus_witnesses(): PlutusWitnesses;
  get_ref_inputs(): TransactionInputs;
  get_native_scripts(): NativeScripts;
  has_plutus_scripts(): boolean;
  build(): VotingProcedures;
}
export class VotingProcedure {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VotingProcedure;
  to_hex(): string;
  static from_hex(hex_str: string): VotingProcedure;
  to_json(): string;
  to_js_value(): VotingProcedureJSON;
  static from_json(json: string): VotingProcedure;
  static new(vote: VoteKind): VotingProcedure;
  static new_with_anchor(vote: VoteKind, anchor: Anchor): VotingProcedure;
  vote_kind(): VoteKind;
  anchor(): Anchor | undefined;
}
export class VotingProcedures {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VotingProcedures;
  to_hex(): string;
  static from_hex(hex_str: string): VotingProcedures;
  to_json(): string;
  to_js_value(): VotingProceduresJSON;
  static from_json(json: string): VotingProcedures;
  static new(): VotingProcedures;
  insert(voter: Voter, governance_action_id: GovernanceActionId, voting_procedure: VotingProcedure): void;
  get(voter: Voter, governance_action_id: GovernanceActionId): VotingProcedure | undefined;
  get_voters(): Voters;
  get_governance_action_ids_by_voter(voter: Voter): GovernanceActionIds;
}
export class VotingProposal {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VotingProposal;
  to_hex(): string;
  static from_hex(hex_str: string): VotingProposal;
  to_json(): string;
  to_js_value(): VotingProposalJSON;
  static from_json(json: string): VotingProposal;
  governance_action(): GovernanceAction;
  anchor(): Anchor;
  reward_account(): RewardAddress;
  deposit(): BigNum;
  static new(governance_action: GovernanceAction, anchor: Anchor, reward_account: RewardAddress, deposit: BigNum): VotingProposal;
}
export class VotingProposalBuilder {
  private constructor();
  free(): void;
  static new(): VotingProposalBuilder;
  add(proposal: VotingProposal): void;
  add_with_plutus_witness(proposal: VotingProposal, witness: PlutusWitness): void;
  get_plutus_witnesses(): PlutusWitnesses;
  get_ref_inputs(): TransactionInputs;
  has_plutus_scripts(): boolean;
  build(): VotingProposals;
}
export class VotingProposals {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): VotingProposals;
  to_hex(): string;
  static from_hex(hex_str: string): VotingProposals;
  to_json(): string;
  to_js_value(): VotingProposalsJSON;
  static from_json(json: string): VotingProposals;
  static new(): VotingProposals;
  len(): number;
  get(index: number): VotingProposal;
  /**
   * Add a new `VotingProposal` to the set.
   * Returns `true` if the element was not already present in the set.
   */
  add(proposal: VotingProposal): boolean;
  contains(elem: VotingProposal): boolean;
  to_option(): VotingProposals | undefined;
}
export class Withdrawals {
  private constructor();
  free(): void;
  to_bytes(): Uint8Array;
  static from_bytes(bytes: Uint8Array): Withdrawals;
  to_hex(): string;
  static from_hex(hex_str: string): Withdrawals;
  to_json(): string;
  to_js_value(): WithdrawalsJSON;
  static from_json(json: string): Withdrawals;
  static new(): Withdrawals;
  len(): number;
  insert(key: RewardAddress, value: BigNum): BigNum | undefined;
  get(key: RewardAddress): BigNum | undefined;
  keys(): RewardAddresses;
}
export class WithdrawalsBuilder {
  private constructor();
  free(): void;
  static new(): WithdrawalsBuilder;
  add(address: RewardAddress, coin: BigNum): void;
  add_with_plutus_witness(address: RewardAddress, coin: BigNum, witness: PlutusWitness): void;
  add_with_native_script(address: RewardAddress, coin: BigNum, native_script_source: NativeScriptSource): void;
  get_plutus_witnesses(): PlutusWitnesses;
  get_ref_inputs(): TransactionInputs;
  get_native_scripts(): NativeScripts;
  get_total_withdrawals(): Value;
  has_plutus_scripts(): boolean;
  build(): Withdrawals;
}

export type AddressJSON = string;
export type URLJSON = string;

export interface AnchorJSON {
  anchor_data_hash: string;
  anchor_url: URLJSON;
}
export type AnchorDataHashJSON = string;
export type AssetNameJSON = string;
export type AssetNamesJSON = string[];
export interface AssetsJSON {
  [k: string]: string;
}
export type NativeScriptJSON =
  | {
      ScriptPubkey: ScriptPubkeyJSON;
    }
  | {
      ScriptAll: ScriptAllJSON;
    }
  | {
      ScriptAny: ScriptAnyJSON;
    }
  | {
      ScriptNOfK: ScriptNOfKJSON;
    }
  | {
      TimelockStart: TimelockStartJSON;
    }
  | {
      TimelockExpiry: TimelockExpiryJSON;
    };

export interface AuxiliaryDataJSON {
  metadata?: {
    [k: string]: string;
  } | null;
  native_scripts?: NativeScriptJSON[] | null;
  plutus_scripts?: string[] | null;
  prefer_alonzo_format: boolean;
}
export interface ScriptPubkeyJSON {
  addr_keyhash: string;
}
export interface ScriptAllJSON {
  native_scripts: NativeScriptJSON[];
}
export interface ScriptAnyJSON {
  native_scripts: NativeScriptJSON[];
}
export interface ScriptNOfKJSON {
  n: number;
  native_scripts: NativeScriptJSON[];
}
export interface TimelockStartJSON {
  slot: string;
}
export interface TimelockExpiryJSON {
  slot: string;
}
export type AuxiliaryDataHashJSON = string;
export interface AuxiliaryDataSetJSON {
  [k: string]: AuxiliaryDataJSON;
}
export type BigIntJSON = string;
export type BigNumJSON = string;
export type VkeyJSON = string;
export type HeaderLeaderCertEnumJSON =
  | {
      /**
       * @minItems 2
       * @maxItems 2
       */
      NonceAndLeader: [VRFCertJSON, VRFCertJSON];
    }
  | {
      VrfResult: VRFCertJSON;
    };
export type CertificateJSON =
  | {
      StakeRegistration: StakeRegistrationJSON;
    }
  | {
      StakeDeregistration: StakeDeregistrationJSON;
    }
  | {
      StakeDelegation: StakeDelegationJSON;
    }
  | {
      PoolRegistration: PoolRegistrationJSON;
    }
  | {
      PoolRetirement: PoolRetirementJSON;
    }
  | {
      GenesisKeyDelegation: GenesisKeyDelegationJSON;
    }
  | {
      MoveInstantaneousRewardsCert: MoveInstantaneousRewardsCertJSON;
    }
  | {
      CommitteeHotAuth: CommitteeHotAuthJSON;
    }
  | {
      CommitteeColdResign: CommitteeColdResignJSON;
    }
  | {
      DRepDeregistration: DRepDeregistrationJSON;
    }
  | {
      DRepRegistration: DRepRegistrationJSON;
    }
  | {
      DRepUpdate: DRepUpdateJSON;
    }
  | {
      StakeAndVoteDelegation: StakeAndVoteDelegationJSON;
    }
  | {
      StakeRegistrationAndDelegation: StakeRegistrationAndDelegationJSON;
    }
  | {
      StakeVoteRegistrationAndDelegation: StakeVoteRegistrationAndDelegationJSON;
    }
  | {
      VoteDelegation: VoteDelegationJSON;
    }
  | {
      VoteRegistrationAndDelegation: VoteRegistrationAndDelegationJSON;
    };
export type CredTypeJSON =
  | {
      Script: string;
    }
  | {
      Key: string;
    };
export type RelayJSON =
  | {
      SingleHostAddr: SingleHostAddrJSON;
    }
  | {
      SingleHostName: SingleHostNameJSON;
    }
  | {
      MultiHostName: MultiHostNameJSON;
    };
/**
 * @minItems 4
 * @maxItems 4
 */
export type Ipv4JSON = [number, number, number, number];
/**
 * @minItems 16
 * @maxItems 16
 */
export type Ipv6JSON = [
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number,
  number
];
export type DNSRecordAorAAAAJSON = string;
export type DNSRecordSRVJSON = string;
export type RelaysJSON = RelayJSON[];
export type MIRPotJSON = "Reserves" | "Treasury";
export type MIREnumJSON =
  | {
      ToOtherPot: string;
    }
  | {
      ToStakeCredentials: StakeToCoinJSON[];
    };
export type DRepJSON =
  | ("AlwaysAbstain" | "AlwaysNoConfidence")
  | {
      KeyHash: string;
    }
  | {
      ScriptHash: string;
    };
export type DataOptionJSON =
  | {
      DataHash: string;
    }
  | {
      Data: string;
    };
export type ScriptRefJSON =
  | {
      NativeScript: NativeScriptJSON;
    }
  | {
      PlutusScript: string;
    };
export type MintJSON = [string, MintAssetsJSON][];
export type NetworkIdJSON = "Testnet" | "Mainnet";
export type TransactionOutputsJSON = TransactionOutputJSON[];
export type CostModelJSON = string[];
export type VoterJSON =
  | {
      ConstitutionalCommitteeHotCred: CredTypeJSON;
    }
  | {
      DRep: CredTypeJSON;
    }
  | {
      StakingPool: string;
    };
export type VoteKindJSON = "No" | "Yes" | "Abstain";
export type GovernanceActionJSON =
  | {
      ParameterChangeAction: ParameterChangeActionJSON;
    }
  | {
      HardForkInitiationAction: HardForkInitiationActionJSON;
    }
  | {
      TreasuryWithdrawalsAction: TreasuryWithdrawalsActionJSON;
    }
  | {
      NoConfidenceAction: NoConfidenceActionJSON;
    }
  | {
      UpdateCommitteeAction: UpdateCommitteeActionJSON;
    }
  | {
      NewConstitutionAction: NewConstitutionActionJSON;
    }
  | {
      InfoAction: InfoActionJSON;
    };
/**
 * @minItems 0
 * @maxItems 0
 */
export type InfoActionJSON = [];
export type TransactionBodiesJSON = TransactionBodyJSON[];
export type RedeemerTagJSON = "Spend" | "Mint" | "Cert" | "Reward" | "Vote" | "VotingProposal";
export type TransactionWitnessSetsJSON = TransactionWitnessSetJSON[];

export interface BlockJSON {
  auxiliary_data_set: {
    [k: string]: AuxiliaryDataJSON;
  };
  header: HeaderJSON;
  invalid_transactions: number[];
  transaction_bodies: TransactionBodiesJSON;
  transaction_witness_sets: TransactionWitnessSetsJSON;
}
export interface HeaderJSON {
  body_signature: string;
  header_body: HeaderBodyJSON;
}
export interface HeaderBodyJSON {
  block_body_hash: string;
  block_body_size: number;
  block_number: number;
  issuer_vkey: VkeyJSON;
  leader_cert: HeaderLeaderCertEnumJSON;
  operational_cert: OperationalCertJSON;
  prev_hash?: string | null;
  protocol_version: ProtocolVersionJSON;
  slot: string;
  vrf_vkey: string;
}
export interface VRFCertJSON {
  output: number[];
  proof: number[];
}
export interface OperationalCertJSON {
  hot_vkey: string;
  kes_period: number;
  sequence_number: number;
  sigma: string;
}
export interface ProtocolVersionJSON {
  major: number;
  minor: number;
}
export interface TransactionBodyJSON {
  auxiliary_data_hash?: string | null;
  certs?: CertificateJSON[] | null;
  collateral?: TransactionInputJSON[] | null;
  collateral_return?: TransactionOutputJSON | null;
  current_treasury_value?: string | null;
  donation?: string | null;
  fee: string;
  inputs: TransactionInputJSON[];
  mint?: MintJSON | null;
  network_id?: NetworkIdJSON | null;
  outputs: TransactionOutputsJSON;
  reference_inputs?: TransactionInputJSON[] | null;
  required_signers?: string[] | null;
  script_data_hash?: string | null;
  total_collateral?: string | null;
  ttl?: string | null;
  update?: UpdateJSON | null;
  validity_start_interval?: string | null;
  voting_procedures?: VoterVotesJSON[] | null;
  voting_proposals?: VotingProposalJSON[] | null;
  withdrawals?: {
    [k: string]: string;
  } | null;
}
export interface StakeRegistrationJSON {
  coin?: string | null;
  stake_credential: CredTypeJSON;
}
export interface StakeDeregistrationJSON {
  coin?: string | null;
  stake_credential: CredTypeJSON;
}
export interface StakeDelegationJSON {
  pool_keyhash: string;
  stake_credential: CredTypeJSON;
}
export interface PoolRegistrationJSON {
  pool_params: PoolParamsJSON;
}
export interface PoolParamsJSON {
  cost: string;
  margin: UnitIntervalJSON;
  operator: string;
  pledge: string;
  pool_metadata?: PoolMetadataJSON | null;
  pool_owners: string[];
  relays: RelaysJSON;
  reward_account: string;
  vrf_keyhash: string;
}
export interface UnitIntervalJSON {
  denominator: string;
  numerator: string;
}
export interface PoolMetadataJSON {
  pool_metadata_hash: string;
  url: URLJSON;
}
export interface SingleHostAddrJSON {
  ipv4?: Ipv4JSON | null;
  ipv6?: Ipv6JSON | null;
  port?: number | null;
}
export interface SingleHostNameJSON {
  dns_name: DNSRecordAorAAAAJSON;
  port?: number | null;
}
export interface MultiHostNameJSON {
  dns_name: DNSRecordSRVJSON;
}
export interface PoolRetirementJSON {
  epoch: number;
  pool_keyhash: string;
}
export interface GenesisKeyDelegationJSON {
  genesis_delegate_hash: string;
  genesishash: string;
  vrf_keyhash: string;
}
export interface MoveInstantaneousRewardsCertJSON {
  move_instantaneous_reward: MoveInstantaneousRewardJSON;
}
export interface MoveInstantaneousRewardJSON {
  pot: MIRPotJSON;
  variant: MIREnumJSON;
}
export interface StakeToCoinJSON {
  amount: string;
  stake_cred: CredTypeJSON;
}
export interface CommitteeHotAuthJSON {
  committee_cold_credential: CredTypeJSON;
  committee_hot_credential: CredTypeJSON;
}
export interface CommitteeColdResignJSON {
  anchor?: AnchorJSON | null;
  committee_cold_credential: CredTypeJSON;
}
export interface DRepDeregistrationJSON {
  coin: string;
  voting_credential: CredTypeJSON;
}
export interface DRepRegistrationJSON {
  anchor?: AnchorJSON | null;
  coin: string;
  voting_credential: CredTypeJSON;
}
export interface DRepUpdateJSON {
  anchor?: AnchorJSON | null;
  voting_credential: CredTypeJSON;
}
export interface StakeAndVoteDelegationJSON {
  drep: DRepJSON;
  pool_keyhash: string;
  stake_credential: CredTypeJSON;
}
export interface StakeRegistrationAndDelegationJSON {
  coin: string;
  pool_keyhash: string;
  stake_credential: CredTypeJSON;
}
export interface StakeVoteRegistrationAndDelegationJSON {
  coin: string;
  drep: DRepJSON;
  pool_keyhash: string;
  stake_credential: CredTypeJSON;
}
export interface VoteDelegationJSON {
  drep: DRepJSON;
  stake_credential: CredTypeJSON;
}
export interface VoteRegistrationAndDelegationJSON {
  coin: string;
  drep: DRepJSON;
  stake_credential: CredTypeJSON;
}
export interface TransactionInputJSON {
  index: number;
  transaction_id: string;
}
export interface TransactionOutputJSON {
  address: string;
  amount: ValueJSON;
  plutus_data?: DataOptionJSON | null;
  script_ref?: ScriptRefJSON | null;
}
export interface ValueJSON {
  coin: string;
  multiasset?: MultiAssetJSON | null;
}
export interface MultiAssetJSON {
  [k: string]: AssetsJSON;
}
export interface MintAssetsJSON {
  [k: string]: string;
}
export interface UpdateJSON {
  epoch: number;
  proposed_protocol_parameter_updates: {
    [k: string]: ProtocolParamUpdateJSON;
  };
}
export interface ProtocolParamUpdateJSON {
  ada_per_utxo_byte?: string | null;
  collateral_percentage?: number | null;
  committee_term_limit?: number | null;
  cost_models?: CostmdlsJSON | null;
  d?: UnitIntervalJSON | null;
  drep_deposit?: string | null;
  drep_inactivity_period?: number | null;
  drep_voting_thresholds?: DRepVotingThresholdsJSON | null;
  execution_costs?: ExUnitPricesJSON | null;
  expansion_rate?: UnitIntervalJSON | null;
  extra_entropy?: NonceJSON | null;
  governance_action_deposit?: string | null;
  governance_action_validity_period?: number | null;
  key_deposit?: string | null;
  max_block_body_size?: number | null;
  max_block_ex_units?: ExUnitsJSON | null;
  max_block_header_size?: number | null;
  max_collateral_inputs?: number | null;
  max_epoch?: number | null;
  max_tx_ex_units?: ExUnitsJSON | null;
  max_tx_size?: number | null;
  max_value_size?: number | null;
  min_committee_size?: number | null;
  min_pool_cost?: string | null;
  minfee_a?: string | null;
  minfee_b?: string | null;
  n_opt?: number | null;
  pool_deposit?: string | null;
  pool_pledge_influence?: UnitIntervalJSON | null;
  pool_voting_thresholds?: PoolVotingThresholdsJSON | null;
  protocol_version?: ProtocolVersionJSON | null;
  ref_script_coins_per_byte?: UnitIntervalJSON | null;
  treasury_growth_rate?: UnitIntervalJSON | null;
}
export interface CostmdlsJSON {
  [k: string]: CostModelJSON;
}
export interface DRepVotingThresholdsJSON {
  committee_no_confidence: UnitIntervalJSON;
  committee_normal: UnitIntervalJSON;
  hard_fork_initiation: UnitIntervalJSON;
  motion_no_confidence: UnitIntervalJSON;
  pp_economic_group: UnitIntervalJSON;
  pp_governance_group: UnitIntervalJSON;
  pp_network_group: UnitIntervalJSON;
  pp_technical_group: UnitIntervalJSON;
  treasury_withdrawal: UnitIntervalJSON;
  update_constitution: UnitIntervalJSON;
}
export interface ExUnitPricesJSON {
  mem_price: UnitIntervalJSON;
  step_price: UnitIntervalJSON;
}
export interface NonceJSON {
  /**
   * @minItems 32
   * @maxItems 32
   */
  hash?:
    | [
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number,
        number
      ]
    | null;
}
export interface ExUnitsJSON {
  mem: string;
  steps: string;
}
export interface PoolVotingThresholdsJSON {
  committee_no_confidence: UnitIntervalJSON;
  committee_normal: UnitIntervalJSON;
  hard_fork_initiation: UnitIntervalJSON;
  motion_no_confidence: UnitIntervalJSON;
  security_relevant_threshold: UnitIntervalJSON;
}
export interface VoterVotesJSON {
  voter: VoterJSON;
  votes: VoteJSON[];
}
export interface VoteJSON {
  action_id: GovernanceActionIdJSON;
  voting_procedure: VotingProcedureJSON;
}
export interface GovernanceActionIdJSON {
  index: number;
  transaction_id: string;
}
export interface VotingProcedureJSON {
  anchor?: AnchorJSON | null;
  vote: VoteKindJSON;
}
export interface VotingProposalJSON {
  anchor: AnchorJSON;
  deposit: string;
  governance_action: GovernanceActionJSON;
  reward_account: string;
}
export interface ParameterChangeActionJSON {
  gov_action_id?: GovernanceActionIdJSON | null;
  policy_hash?: string | null;
  protocol_param_updates: ProtocolParamUpdateJSON;
}
export interface HardForkInitiationActionJSON {
  gov_action_id?: GovernanceActionIdJSON | null;
  protocol_version: ProtocolVersionJSON;
}
export interface TreasuryWithdrawalsActionJSON {
  policy_hash?: string | null;
  withdrawals: TreasuryWithdrawalsJSON;
}
export interface TreasuryWithdrawalsJSON {
  [k: string]: string;
}
export interface NoConfidenceActionJSON {
  gov_action_id?: GovernanceActionIdJSON | null;
}
export interface UpdateCommitteeActionJSON {
  committee: CommitteeJSON;
  gov_action_id?: GovernanceActionIdJSON | null;
  members_to_remove: CredTypeJSON[];
}
export interface CommitteeJSON {
  members: CommitteeMemberJSON[];
  quorum_threshold: UnitIntervalJSON;
}
export interface CommitteeMemberJSON {
  stake_credential: CredTypeJSON;
  term_limit: number;
}
export interface NewConstitutionActionJSON {
  constitution: ConstitutionJSON;
  gov_action_id?: GovernanceActionIdJSON | null;
}
export interface ConstitutionJSON {
  anchor: AnchorJSON;
  script_hash?: string | null;
}
export interface TransactionWitnessSetJSON {
  bootstraps?: BootstrapWitnessJSON[] | null;
  native_scripts?: NativeScriptJSON[] | null;
  plutus_data?: PlutusListJSON | null;
  plutus_scripts?: string[] | null;
  redeemers?: RedeemerJSON[] | null;
  vkeys?: VkeywitnessJSON[] | null;
}
export interface BootstrapWitnessJSON {
  attributes: number[];
  chain_code: number[];
  signature: string;
  vkey: VkeyJSON;
}
export interface PlutusListJSON {
  definite_encoding?: boolean | null;
  elems: string[];
}
export interface RedeemerJSON {
  data: string;
  ex_units: ExUnitsJSON;
  index: string;
  tag: RedeemerTagJSON;
}
export interface VkeywitnessJSON {
  signature: string;
  vkey: VkeyJSON;
}
export type BlockHashJSON = string;
export type BootstrapWitnessesJSON = BootstrapWitnessJSON[];

export type CertificateEnumJSON =
  | {
      StakeRegistration: StakeRegistrationJSON;
    }
  | {
      StakeDeregistration: StakeDeregistrationJSON;
    }
  | {
      StakeDelegation: StakeDelegationJSON;
    }
  | {
      PoolRegistration: PoolRegistrationJSON;
    }
  | {
      PoolRetirement: PoolRetirementJSON;
    }
  | {
      GenesisKeyDelegation: GenesisKeyDelegationJSON;
    }
  | {
      MoveInstantaneousRewardsCert: MoveInstantaneousRewardsCertJSON;
    }
  | {
      CommitteeHotAuth: CommitteeHotAuthJSON;
    }
  | {
      CommitteeColdResign: CommitteeColdResignJSON;
    }
  | {
      DRepDeregistration: DRepDeregistrationJSON;
    }
  | {
      DRepRegistration: DRepRegistrationJSON;
    }
  | {
      DRepUpdate: DRepUpdateJSON;
    }
  | {
      StakeAndVoteDelegation: StakeAndVoteDelegationJSON;
    }
  | {
      StakeRegistrationAndDelegation: StakeRegistrationAndDelegationJSON;
    }
  | {
      StakeVoteRegistrationAndDelegation: StakeVoteRegistrationAndDelegationJSON;
    }
  | {
      VoteDelegation: VoteDelegationJSON;
    }
  | {
      VoteRegistrationAndDelegation: VoteRegistrationAndDelegationJSON;
    };
export type CertificatesJSON = CertificateJSON[];

export type CredentialJSON = CredTypeJSON;
export type CredentialsJSON = CredTypeJSON[];
export type DRepEnumJSON =
  | ("AlwaysAbstain" | "AlwaysNoConfidence")
  | {
      KeyHash: string;
    }
  | {
      ScriptHash: string;
    };
export type DataHashJSON = string;
export type Ed25519KeyHashJSON = string;
export type Ed25519KeyHashesJSON = string[];
export type Ed25519SignatureJSON = string;
export interface GeneralTransactionMetadataJSON {
  [k: string]: string;
}
export type GenesisDelegateHashJSON = string;
export type GenesisHashJSON = string;
export type GenesisHashesJSON = string[];
export type GovernanceActionEnumJSON =
  | {
      ParameterChangeAction: ParameterChangeActionJSON;
    }
  | {
      HardForkInitiationAction: HardForkInitiationActionJSON;
    }
  | {
      TreasuryWithdrawalsAction: TreasuryWithdrawalsActionJSON;
    }
  | {
      NoConfidenceAction: NoConfidenceActionJSON;
    }
  | {
      UpdateCommitteeAction: UpdateCommitteeActionJSON;
    }
  | {
      NewConstitutionAction: NewConstitutionActionJSON;
    }
  | {
      InfoAction: InfoActionJSON;
    };
export type GovernanceActionIdsJSON = GovernanceActionIdJSON[];

export type IntJSON = string;
/**
 * @minItems 4
 * @maxItems 4
 */
export type KESVKeyJSON = string;
export type LanguageJSON = LanguageKindJSON;
export type LanguageKindJSON = "PlutusV1" | "PlutusV2" | "PlutusV3";
export type LanguagesJSON = LanguageJSON[];
export type MIRToStakeCredentialsJSON = StakeToCoinJSON[];

export type MintsAssetsJSON = MintAssetsJSON[];

export type NativeScriptsJSON = NativeScriptJSON[];

export type NetworkIdKindJSON = "Testnet" | "Mainnet";
export type PlutusScriptJSON = string;
export type PlutusScriptsJSON = string[];
export type PoolMetadataHashJSON = string;
export interface ProposedProtocolParameterUpdatesJSON {
  [k: string]: ProtocolParamUpdateJSON;
}
export type PublicKeyJSON = string;
export type RedeemerTagKindJSON = "Spend" | "Mint" | "Cert" | "Reward" | "Vote" | "VotingProposal";
export type RedeemersJSON = RedeemerJSON[];

export type RelayEnumJSON =
  | {
      SingleHostAddr: SingleHostAddrJSON;
    }
  | {
      SingleHostName: SingleHostNameJSON;
    }
  | {
      MultiHostName: MultiHostNameJSON;
    };
/**
 * @minItems 4
 * @maxItems 4
 */
export type RewardAddressJSON = string;
export type RewardAddressesJSON = string[];
export type ScriptDataHashJSON = string;
export type ScriptHashJSON = string;
export type ScriptHashesJSON = string[];
export type ScriptRefEnumJSON =
  | {
      NativeScript: NativeScriptJSON;
    }
  | {
      PlutusScript: string;
    };
export interface TransactionJSON {
  auxiliary_data?: AuxiliaryDataJSON | null;
  body: TransactionBodyJSON;
  is_valid: boolean;
  witness_set: TransactionWitnessSetJSON;
}
export type TransactionHashJSON = string;
export type TransactionInputsJSON = TransactionInputJSON[];

export type TransactionMetadatumJSON = string;
export interface TransactionUnspentOutputJSON {
  input: TransactionInputJSON;
  output: TransactionOutputJSON;
}
export type TransactionUnspentOutputsJSON = TransactionUnspentOutputJSON[];

export type VRFKeyHashJSON = string;
export type VRFVKeyJSON = string;
export interface VersionedBlockJSON {
  block: BlockJSON;
  era_code: number;
}
export type VkeywitnessesJSON = VkeywitnessJSON[];

export type VoterEnumJSON =
  | {
      ConstitutionalCommitteeHotCred: CredTypeJSON;
    }
  | {
      DRep: CredTypeJSON;
    }
  | {
      StakingPool: string;
    };
export type VotersJSON = VoterJSON[];
export type VotingProceduresJSON = VoterVotesJSON[];

export type VotingProposalsJSON = VotingProposalJSON[];

export interface WithdrawalsJSON {
  [k: string]: string;
}