import { BigNumber } from 'ethers';
import { Address, NumberAsString } from '../../types';
import { TickInfo } from '../uniswap-v3/types';
import { TickBitMapMappingsWithBigNumber, TickInfoMappingsWithBigNumber } from '../algebra/types';
import { Token } from '../../types';
export type AlgebraIntegralData = {
    path: {
        tokenIn: Address;
        tokenOut: Address;
        deployer: Address;
    }[];
    feeOnTransfer: boolean;
    isApproved?: boolean;
};
export type AlgebraDataWithFee = {
    tokenIn: Address;
    tokenOut: Address;
};
export type DexParams = {
    factory: Address;
    quoter: Address;
    router: Address;
    subgraphURL: string;
    chunksCount: number;
    stateMulticall: Address;
};
export type AlgebraIntegralPoolState = {
    pool: string;
    blockTimestamp: bigint;
    tickSpacing: bigint;
    globalState: {
        price: bigint;
        tick: bigint;
        fee: bigint;
        communityFeeToken0: bigint;
        communityFeeToken1: bigint;
    };
    liquidity: bigint;
    maxLiquidityPerTick: bigint;
    tickBitmap: Record<NumberAsString, bigint>;
    ticks: Record<NumberAsString, TickInfo>;
    isValid: boolean;
    startTickBitmap: bigint;
    balance0: bigint;
    balance1: bigint;
    areTicksCompressed: boolean;
    communityVault: string;
};
export type Pool = {
    poolAddress: Address;
    token0: Address;
    token1: Address;
    deployer: string;
    tvlUSD: number;
};
export type SubgraphPoolData = {
    poolAddress: Address;
    token0: Token;
    token1: Token;
    deployer: string;
};
export declare enum AlgebraIntegralFunctions {
    exactInput = "exactInput",
    exactOutput = "exactOutput",
    exactInputWithFeeToken = "exactInputSingleSupportingFeeOnTransferTokens"
}
export type DecodedGlobalStateIntegral = {
    price: BigNumber;
    tick: number;
    lastFee: number;
    pluginConfig: number;
    communityFee: number;
};
export type DecodedStateMultiCallResultIntegral = {
    pool: Address;
    blockTimestamp: BigNumber;
    globalState: DecodedGlobalStateIntegral;
    liquidity: BigNumber;
    tickSpacing: number;
    maxLiquidityPerTick: BigNumber;
    tickBitmap: TickBitMapMappingsWithBigNumber[];
    ticks: TickInfoMappingsWithBigNumber[];
};