alchemy-sdk

import { BlockTag, FeeData, Provider, TransactionRequest, TransactionResponse } from '@ethersproject/abstract-provider'; import { ExternallyOwnedAccount } from '@ethersproject/abstract-signer'; import { BigNumber } from '@ethersproject/bignumber'; import { BytesLike } from '@ethersproject/bytes'; import { Deferrable } from '@ethersproject/properties'; import { SigningKey } from '@ethersproject/signing-key'; import { Wallet as EthersWallet } from '@ethersproject/wallet'; import { Alchemy } from './alchemy'; /** * The Wallet class inherits Signer and can sign transactions and messages using * a private key as a standard Externally Owned Account (EOA). * * SDK's custom implementation of Ethers.js's 'Wallet'. * * Primary difference from Ethers.js 'Wallet' is that you can pass in either a * Provider or an Alchemy object. This implementation will intelligently detect * the format and set the provider accordingly. * * @public * @override */ export declare class Wallet extends EthersWallet { private alchemyProviderPromise?; /** * Overload permits users to pass in either a standard Provider or an Alchemy * object. The constructor will detect the object type and handle appropriately. * * @override */ constructor(privateKey: BytesLike | ExternallyOwnedAccount | SigningKey, alchemyOrProvider?: Alchemy | Provider); /** * Returns the balance of this wallet at blockTag. * * @param blockTag The block to check the balance of * @override */ getBalance(blockTag?: BlockTag): Promise<BigNumber>; /** * Returns the number of transactions this account has ever sent. This is the * value required to be included in transactions as the nonce. * * @param blockTag The block to check the transaction count on * @override */ getTransactionCount(blockTag?: BlockTag): Promise<number>; /** * Returns the result of estimating the cost to send the transactionRequest, * with this account address being used as the from field. * * @param transaction Transaction to estimate the gas on * @override */ estimateGas(transaction: Deferrable<TransactionRequest>): Promise<BigNumber>; /** * Returns the result of calling using the transactionRequest, with this * account address being used as the from field. * * @param transaction To make a call on * @param blockTag The block to make the call on * @override */ call(transaction: Deferrable<TransactionRequest>, blockTag?: BlockTag): Promise<string>; /** * Populates ALL keys for a transaction and checks that `from` matches this * `Signer`. Resolves ENS names and populates fields like `gasPrice`, `gasLimit`, * `nonce`, and `chainId` if they are not provided. * * @param transaction The transaction to populate. * @override */ populateTransaction(transaction: Deferrable<TransactionRequest>): Promise<TransactionRequest>; /** * Populates all fields in a transaction, signs it and sends it to the network * * @param transaction The transaction to send. * @override */ sendTransaction(transaction: Deferrable<TransactionRequest>): Promise<TransactionResponse>; /** * Returns the chain ID this wallet is connected to. * * @override */ getChainId(): Promise<number>; /** * Returns the current gas price. * * @override */ getGasPrice(): Promise<BigNumber>; /** * Returns the current recommended FeeData to use in a transaction. * * For an EIP-1559 transaction, the maxFeePerGas and maxPriorityFeePerGas * should be used. * * For legacy transactions and networks which do not support EIP-1559, the * gasPrice should be used. * * @override */ getFeeData(): Promise<FeeData>; /** * Looks up the address of name. If the name is not owned, or does not have a * Resolver configured, or the Resolver does not have an address configured, * null is returned. * * @param name Name of the ENS address * @override */ resolveName(name: string): Promise<string>; private getWallet; }