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Текущая директория: /usr/lib/node_modules/bitgo/node_modules/@bitgo/sdk-coin-hbar/node_modules/@hashgraph/sdk/lib
Просмотр файла: EthereumFlow.d.ts
/**
* @namespace proto
* @typedef {import("@hashgraph/proto").proto.ITransaction} HashgraphProto.proto.ITransaction
* @typedef {import("@hashgraph/proto").proto.ISignedTransaction} HashgraphProto.proto.ISignedTransaction
* @typedef {import("@hashgraph/proto").proto.TransactionBody} HashgraphProto.proto.TransactionBody
* @typedef {import("@hashgraph/proto").proto.ITransactionBody} HashgraphProto.proto.ITransactionBody
* @typedef {import("@hashgraph/proto").proto.ITransactionResponse} HashgraphProto.proto.ITransactionResponse
* @typedef {import("@hashgraph/proto").proto.IEthereumTransactionBody} HashgraphProto.proto.IEthereumTransactionBody
* @typedef {import("@hashgraph/proto").proto.IAccountID} HashgraphProto.proto.IAccountID
*/
/**
* @typedef {import("bignumber.js").default} BigNumber
* @typedef {import("./account/AccountId.js").default} AccountId
* @typedef {import("./file/FileId.js").default} FileId
* @typedef {import("./channel/Channel.js").default} Channel
* @typedef {import("./channel/MirrorChannel.js").default} MirrorChannel
* @typedef {import("./client/Client.js").default<*, *>} Client
* @typedef {import("./Timestamp.js").default} Timestamp
* @typedef {import("./transaction/TransactionId.js").default} TransactionId
* @typedef {import("./transaction/TransactionResponse.js").default} TransactionResponse
* @typedef {import("long").Long} Long
*/
/**
* Create a new Hedera™ transaction wrapped ethereum transaction.
*/
export default class EthereumFlow {
/**
* @param {object} [props]
* @param {Uint8Array} [props.ethereumData]
* @param {FileId} [props.callData]
* @param {number | string | Long | BigNumber | Hbar} [props.maxGasAllowance]
*/
constructor(props?: {
ethereumData?: Uint8Array | undefined;
callData?: import("./file/FileId.js").default | undefined;
maxGasAllowance?: string | number | import("long").Long | import("bignumber.js").BigNumber | Hbar | undefined;
} | undefined);
/**
* @private
* @type {?EthereumTransactionData}
*/
private _ethereumData;
/**
* @private
* @type {?FileId}
*/
private _callDataFileId;
/**
* @private
* @type {?Hbar}
*/
private _maxGasAllowance;
_maxChunks: number | null;
/**
* @returns {number | null}
*/
get maxChunks(): number | null;
/**
* @param {number} maxChunks
* @returns {this}
*/
setMaxChunks(maxChunks: number): this;
/**
* @returns {?EthereumTransactionData}
*/
get ethereumData(): EthereumTransactionData | null;
/**
* The raw Ethereum transaction (RLP encoded type 0, 1, and 2). Complete
* unless the callData field is set.
*
* @param {EthereumTransactionData | Uint8Array} ethereumData
* @returns {this}
*/
setEthereumData(ethereumData: EthereumTransactionData | Uint8Array): this;
/**
* @returns {?Hbar}
*/
get maxGasAllowance(): Hbar | null;
/**
* @deprecated - use masGasAllowanceHbar instead.
* @param {number | string | Long | BigNumber | Hbar} maxGasAllowance
* @returns {this}
*/
setMaxGasAllowance(maxGasAllowance: number | string | Long | BigNumber | Hbar): this;
/**
* The maximum amount, in tinybars, that the payer of the hedera transaction
* is willing to pay to complete the transaction.
*
* Ordinarily the account with the ECDSA alias corresponding to the public
* key that is extracted from the ethereum_data signature is responsible for
* fees that result from the execution of the transaction. If that amount of
* authorized fees is not sufficient then the payer of the transaction can be
* charged, up to but not exceeding this amount. If the ethereum_data
* transaction authorized an amount that was insufficient then the payer will
* only be charged the amount needed to make up the difference. If the gas
* price in the transaction was set to zero then the payer will be assessed
* the entire fee.
*
* @param {number | string | Long | BigNumber | Hbar} maxGasAllowance
* @returns {this}
*/
setMaxGasAllowanceHbar(maxGasAllowance: number | string | Long | BigNumber | Hbar): this;
/**
* @template {Channel} ChannelT
* @template {MirrorChannel} MirrorChannelT
* @param {import("./client/Client.js").default<ChannelT, MirrorChannelT>} client
* @returns {Promise<TransactionResponse>}
*/
execute<ChannelT extends import("./channel/Channel.js").default, MirrorChannelT extends import("./channel/MirrorChannel.js").default>(client: import("./client/Client.js").default<ChannelT, MirrorChannelT>): Promise<TransactionResponse>;
}
export namespace HashgraphProto {
namespace proto {
type ITransaction = import("@hashgraph/proto").proto.ITransaction;
type ISignedTransaction = import("@hashgraph/proto").proto.ISignedTransaction;
type TransactionBody = import("@hashgraph/proto").proto.TransactionBody;
type ITransactionBody = import("@hashgraph/proto").proto.ITransactionBody;
type ITransactionResponse = import("@hashgraph/proto").proto.ITransactionResponse;
type IEthereumTransactionBody = import("@hashgraph/proto").proto.IEthereumTransactionBody;
type IAccountID = import("@hashgraph/proto").proto.IAccountID;
}
}
export type BigNumber = import("bignumber.js").default;
export type AccountId = import("./account/AccountId.js").default;
export type FileId = import("./file/FileId.js").default;
export type Channel = import("./channel/Channel.js").default;
export type MirrorChannel = import("./channel/MirrorChannel.js").default;
export type Client = import("./client/Client.js").default<any, any>;
export type Timestamp = import("./Timestamp.js").default;
export type TransactionId = import("./transaction/TransactionId.js").default;
export type TransactionResponse = import("./transaction/TransactionResponse.js").default;
export type Long = import("long").Long;
import EthereumTransactionData from "./EthereumTransactionData.js";
import Hbar from "./Hbar.js";
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