import type { Provider } from "@ethersproject/providers";
import type { providers, Signer } from "ethers";
export declare const PROXY_FACTORY_ADDRESS = "0x4e59b44847b379578588920ca78fbf26c0b4956c";
export declare const ENTRY_POINT_ALCHEMY_ADDRESS = "0x5FF137D4b0FDCD49DcA30c7CF57E578a026d2789";
/**
 * Calculates offchain MultiSigSmartAccount address with create2.
 * @param factoryAddress MultiSigSmartAccountFactory address
 * @param accountImplementationAddress MultiSigSmartAccount implementation address
 * @param combinedAddresses combined schnorr signers' public addresses used as contract owners
 * @param salt salt text: string or number
 * @returns predicted MultiSigSmartAccount address
 */
export declare function predictAccountAddrOffchain(factoryAddress: string, accountImplementationAddress: string, combinedAddresses: string[], salt: string): string;
/**
 * Calculates offchain MultiSigSmartAccount address with create2
 * @param salt salt text: string or number
 * @param entryPointAddress Account Abstraction's Entry Point address (default: Alchemy Entry Point)
 * @returns predicted MultiSigSmartAccount Factory address
 */
export declare function predictFactoryAddrOffchain(salt: string, entryPointAddress?: string): string;
/**
 * Calculates offchain MultiSigSmartAccount implementation address with create2
 * @param factoryAddress MultiSigSmartAccount Factory address.
 * If not known, can be predicted with given `factorySalt` and `entryPointAddress` params
 * @param factorySalt salt text: string or number - the same used for Factory deployment
 * @param entryPointAddress Account Abstraction's Entry Point address (default: Alchemy Entry Point)
 * @returns
 */
export declare function predictAccountImplementationAddrOffchain(factorySalt: string, factoryAddress?: string, entryPointAddress?: string): string;
/**
 * Calculates MultiSigSmartAccount address with create2 and onchain data.
 * @param factoryAddress MultiSigSmartAccountFactory address
 * @param combinedAddresses combined schnorr signers' public addresses used as contract owners
 * @param salt salt text: string or number
 * @param ethersSignerOrProvider Signer or Provider type to call the Factory contract
 * @returns predicted MultiSigSmartAccount address
 */
export declare function predictAccountAddrOnchain(factoryAddress: string, combinedAddresses: string[], salt: string, ethersSignerOrProvider: Signer | Provider): Promise<`0x${string}`>;
/**
 * Determines if a given contract is deployed at the given address.
 * @param address contract address
 * @param provider provider to call contract
 * @returns true if contract deployed or false otherwise
 */
export declare function isDeployed(address: string, provider: Provider): Promise<boolean>;
/**
 * Helper for getting account implementation address from Account Factory
 * @param factoryAddress deployed MultiSigSmartAccountFactory address
 * @param ethersSignerOrProvider signer or provider to call contract
 * @returns account implementation address
 */
export declare function getAccountImplementationAddress(factoryAddress: string, ethersSignerOrProvider: Signer | Provider): Promise<string>;
/**
 * Checks if salt is Hex and if not - converts from string or number to hashed string with keccak256.
 * @param salt salt text: string or number
 * @returns hashed salt
 */
export declare const saltToHex: (salt: string) => string;
/**
 * Creates MultiSigSmartAccount with create2 and onchain data.
 * @param combinedAddresses combined schnorr signers' public addresses used as contract owners
 * @param ethersSignerOrProvider Signer or Provider type to call the Factory contract
 * @param salt optional salt text (string or number)
 * @param factoryAddress optional MultiSigSmartAccountFactory address - if not given, the deployed factory address will be taken
 * @param chainId optional chainId number needed to get deployed factory address only if factoryAddress not given
 * @returns predicted MultiSigSmartAccount address
 */
export declare function createSmartAccount(combinedAddresses: string[], ethersSignerOrProvider: Signer | Provider, salt?: string, factoryAddress?: string, chainId?: number): Promise<`0x${string}`>;
export declare function getEvent(tx: providers.TransactionResponse, contract: any, eventName: string): Promise<any>;