import { MarketMakersResponse, PriceLevelsResponse } from '@hashflow/taker-js/dist/types/rest';
import BigNumber from 'bignumber.js';
import { Interface } from 'ethers/lib/utils';
import { Network, SwapSide } from '../../constants';
import { IDexHelper } from '../../dex-helper/idex-helper';
import { IDex } from '../../dex/idex';
import { AdapterExchangeParam, Address, DexExchangeParam, ExchangePrices, ExchangeTxInfo, Logger, NumberAsString, OptimalSwapExchange, PoolLiquidity, PoolPrices, PreprocessTransactionOptions, SimpleExchangeParam, Token } from '../../types';
import { SimpleExchangeWithRestrictions } from '../simple-exchange-with-restrictions';
import { ErrorCode, HashflowData, PriceLevel } from './types';
export declare class Hashflow extends SimpleExchangeWithRestrictions implements IDex<HashflowData> {
    readonly network: Network;
    readonly dexKey: string;
    readonly dexHelper: IDexHelper;
    protected adapters: import("../../types").AdapterMappings;
    readonly routerAddress: string;
    protected routerInterface: Interface;
    readonly isStatePollingDex = true;
    readonly hasConstantPriceLargeAmounts = false;
    readonly needWrapNative = true;
    readonly needsSequentialPreprocessing = true;
    readonly isFeeOnTransferSupported = false;
    private api;
    private rateFetcher;
    private hashFlowAuthToken;
    private disabledMMs;
    private runtimeMMsRestrictHashMapKey;
    private runtimeMMsRestrictHashMapErrorCodesKey;
    private pricesCacheKey;
    private marketMakersCacheKey;
    static dexKeysWithNetwork: {
        key: string;
        networks: Network[];
    }[];
    logger: Logger;
    constructor(network: Network, dexKey: string, dexHelper: IDexHelper, adapters?: import("../../types").AdapterMappings, routerAddress?: string, routerInterface?: Interface);
    initializePricing(blockNumber: number): Promise<void>;
    getAdapters(side: SwapSide): {
        name: string;
        index: number;
    }[] | null;
    getPairName: (srcAddress: Address, destAddress: Address) => string;
    getIdentifierPrefix(srcAddress: Address, destAddress: Address): string;
    getPoolIdentifier(srcAddress: Address, destAddress: Address, mm: string): string;
    getPoolIdentifiers(srcToken: Token, destToken: Token, side: SwapSide, blockNumber: number): Promise<string[]>;
    private getFilteredMarketMakers;
    parseCacheRestrictionAndExpiryIfNeeded(cachedValues: Record<string, string>): Set<string>;
    computePricesFromLevels(amounts: BigNumber[], levels: PriceLevel[], srcToken: Token, destToken: Token, side: SwapSide): bigint[];
    toPriceLevelsBN: (priceLevels: PriceLevel[]) => {
        level: BigNumber;
        price: BigNumber;
    }[];
    computeLevelsQuote(priceLevels: PriceLevel[], reqBaseAmount?: BigNumber, reqQuoteAmount?: BigNumber): BigNumber | undefined;
    getCachedMarketMakers(): Promise<MarketMakersResponse['marketMakers'] | null>;
    getCachedLevels(): Promise<PriceLevelsResponse['levels'] | null>;
    getPricesVolume(srcToken: Token, destToken: Token, amounts: bigint[], side: SwapSide, blockNumber: number, limitPools?: string[]): Promise<null | ExchangePrices<HashflowData>>;
    preProcessTransaction(optimalSwapExchange: OptimalSwapExchange<HashflowData>, srcToken: Token, destToken: Token, side: SwapSide, options: PreprocessTransactionOptions): Promise<[OptimalSwapExchange<HashflowData>, ExchangeTxInfo]>;
    restrictMM(mm: string, errorCode: ErrorCode): Promise<void>;
    getCalldataGasCost(poolPrices: PoolPrices<HashflowData>): number | number[];
    getAdapterParam(srcToken: string, destToken: string, srcAmount: string, destAmount: string, data: HashflowData, side: SwapSide): AdapterExchangeParam;
    getSimpleParam(srcToken: string, destToken: string, srcAmount: string, destAmount: string, data: HashflowData, side: SwapSide): Promise<SimpleExchangeParam>;
    getDexParam(srcToken: Address, destToken: Address, srcAmount: NumberAsString, destAmount: NumberAsString, recipient: Address, data: HashflowData, side: SwapSide): DexExchangeParam;
    extractQuoteToken: (pair: {
        baseToken: string;
        baseTokenName: string;
        quoteToken: string;
        quoteTokenName: string;
        baseTokenDecimals: number;
        quoteTokenDecimals: number;
    }) => Token;
    computeMaxLiquidity: (levels: PriceLevel[], baseTokenPriceUsd: number) => number;
    getTopPoolsForToken(tokenAddress: Address, limit: number): Promise<PoolLiquidity[]>;
    releaseResources(): void;
}