import { Currency, SupportedChainId } from 'maia-core-sdk';
import { BaseVirtualizedToken } from '../baseVirtualizedToken';
/**
 * Represents the token that is virtualized in Arbitrum.
 * This is a representation of the Global Token of the Ulysses system that resides on Arbitrum and is virtualized in other chains via Local Tokens.
 * These tokens can be accessed through the user EOA if he's on Arbitrum, or indirectly through the Virtual Account belonging to the user.
 */
export declare class GlobalToken extends BaseVirtualizedToken {
    readonly isGlobal: boolean;
    /**
     * Holds the mapping of chainId => local hToken address
     * Represents in which chains the token is virtualized in, aka the hTokens addresses for each present chain.
     *
     * Eg: 1inch has a native address on mainnet (address), and a globalAddress(1inch from mainnet virtualized in Arbitrum)
     * if the token is also virtualized in Metis & BSC then the mapping will be:
     * hTokensPerChain:{ 1088: 'metislocalhTokenAddress', 56: 'bsclocalhTokenAddress' }
     *
     * @type {Map<SupportedChainId, string>}
     * @memberof GlobalToken
     */
    readonly hTokensPerChain?: Map<SupportedChainId, string>;
    constructor(chainId: number, address: string, decimals: number, underlyingCurrency: Currency, symbol?: string, name?: string, hTokensPerChain?: Map<SupportedChainId, string>);
    /**
     * Gets the token address of the hToken for a given chain.
     * @param chainId chainId to get the hToken balance from
     * @returns
     */
    getChainTokenAddress(chainId: SupportedChainId): string | undefined;
    /**
     * Returns true if token is Ecosystem token(i.e. the wrapped token is the same as the underlying token)
     * @param currency token to check
     * @returns true if token is Ecosystem token
     *
     */
    isEcosystemToken(): boolean;
}