import { Algodv2, Indexer, SuggestedParams } from "algosdk";
import { TransactionGroup } from "../utils";
import { StakingContract } from "./stakingContract";
import { Manager } from "./manager";
import { Market } from "./market";
import { Asset } from "./asset";
export declare class Client {
    scaleFactor: number;
    borrowSharesInit: number;
    parameterScaleFactor: number;
    algod: Algodv2;
    indexerClient: Indexer;
    historicalIndexer: Indexer;
    chain: string;
    userAddress: string;
    initRound: number;
    activeOrderedSymbols: string[];
    maxOrderedSymbols: string[];
    maxAtomicOptInOrderedSymbols: string[];
    manager: Manager;
    markets: {
        [key: string]: Market;
    };
    stakingContractInfo: {
        [key: string]: {
            [key: string]: number;
        };
    };
    stakingContracts: {
        [key: string]: StakingContract;
    };
    /**
     *
     * This is the constructor for the Client class.
     *
     * **Note, do not call this to create a new client**. Instead call
     * the static method init as there are asynchronous set up steps in
     * creating an client and a constructor can only return an instance of
     * the class and not a promise.
     *
     * #### Example
     * ```typescript
     * //Correct way to instantiate new client
     * const client = await Client.init(algodClient, indexerClient, historicalIndexerClient, userAddress, chain)
     *
     * //Incorrect way to instantiate new client
     * const client = new Client(algodClient, indexerClient, historicalIndexerClient, userAddress, chain)
     * ```
     *
     * @param algodClient - algod client
     * @param indexerClient - indexer client
     * @param historicalIndexerClient - indexer client
     * @param userAddress - account address of user
     * @param chain - specified chain we want the client to run on
     */
    constructor(algodClient: Algodv2, indexerClient: Indexer, historicalIndexerClient: Indexer, userAddress: string, chain: string);
    /**
     * This is the function that should be called when creating a new client.
     * You pass everything you would to the constructor, but to this function
     * instead and this returns the new and created client.
     *
     * #### Example
     * ```typescript
     * //Correct way to instantiate new client
     * const client = await Client.init(algodClient, indexerClient, historicalIndexerClient, userAddress, chain)
     *
     * //Incorrect way to instantiate new client
     * const client = new Client(algodClient, indexerClient, historicalIndexerClient, userAddress, chain)
     * ```
     *
     * @param algodClient - algod client
     * @param indexerClient - indexer client
     * @param historicalIndexerClient - indexer client
     * @param userAddress - account address of user
     * @param chain - specified chain we want the client to run on
     * @returns an instance of the client class fully constructed
     */
    static init(algodClient: Algodv2, indexerClient: Indexer, historicalIndexerClient: Indexer, userAddress: string, chain: string, fetchStaking?: boolean): Promise<Client>;
    /**
     * Initializes the transactions parameters for the client.
     *
     * @returns default parameters for transactions
     */
    getDefaultParams(): Promise<SuggestedParams>;
    /**
     * Returns a dictionary of information about the user.
     *
     * @param address - address to get info for
     * @returns a dictionary of information about the user
     */
    getUserInfo(address?: string): Promise<{
        [key: string]: any;
    }>;
    /**
     * Returns a boolean if the user address is opted into an application with id appId.
     *
     * @param appId - id of the application
     * @param address - address to get information for
     * @returns boolean if user is opted into application with id appId
     */
    isOptedIntoApp(appId: number, address?: string): Promise<boolean>;
    /**
     * Returns a boolean if the user is opted into an asset with id assetId.
     *
     * @param assetId - id of the asset
     * @param address - address to get info for
     * @returns boolean if user is opted into an asset
     */
    isOptedIntoAsset(assetId: number, address?: string): Promise<boolean>;
    /**
     * Returns a dictionary of user balances by assetid.
     *
     * @param address - address to get info for
     * @returns amount of asset
     */
    getUserBalances(address?: string): Promise<{
        [key: string]: number;
    }>;
    /**
     * Returns amount of asset in user's balance with asset id assetId.
     *
     * @param assetId - id of the asset,
     * @param address - address to get info for
     * @returns amount of asset that the user has
     */
    getUserBalance(assetId?: number, address?: string): Promise<number>;
    /**
     * Returns a dictionary with the lending market state for a given address (must be opted in).
     *
     * @param address - address to get info for; if null, will use address supplied when creating client
     * @returns dictionary that represents the state of user
     */
    getUserState(address?: string): Promise<{
        [key: string]: any;
    }>;
    /**
     * Returns a dictionary witht he lending market state for a given storage address.
     *
     * @param storageAddress - address to get info for; if null will use address supplied when creating client
     * @returns dictionary that represents the storage state of a user
     */
    getStorageState(storageAddress?: string): Promise<{
        [key: string]: any;
    }>;
    /**
     * Returns a dictionary with the staking contract state for the named staking contract and selected address
     *
     * @param stakingContractName - name of the staking contract to query
     * @param address - address to get info for; if null will use address supplied when creating client
     * @returns state representing staking contract info of user
     */
    getUserStakingContractState(stakingContractName: string, address?: string): Promise<{}>;
    /**
     * Returns the manager object representing the manager of this client.
     *
     * @returns manager
     */
    getManager(): Manager;
    /**
     * Returns the market object for the given symbol.
     *
     * @param symbol - market symbol
     * @returns market
     */
    getMarket(symbol: string): Market;
    /**
     * Returns a dictionary of active markets by symbol
     *
     * @returns markets dictionary
     */
    getActiveMarkets(): {
        [key: string]: Market;
    };
    /**
     * Returns a staking contract with the given title
     *
     * @param title - staking contract name
     * @returns staking contract with the given name
     */
    getStakingContract(title: string): StakingContract;
    /**
     * Returns a ditionary of all staking contracts
     *
     * @returns staking contracts dictionary
     */
    getStakingContracts(): {
        [key: string]: StakingContract;
    };
    /**
     * Returns the asset object for the requested symbol
     *
     * @param symbol - symbol of the asset
     * @returns asset object with the provided symbol
     */
    getAsset(symbol: string): Asset;
    /**
     * Returns the max opt in market application ids
     *
     * @returns list of max opt in market application ids
     */
    getMaxAtomicOptInMarketAppIds(): number[];
    /**
     * Returns a dictionary of the asset objects for each active market
     *
     * @returns dictionary of asset objects
     */
    getActiveAssets(): {
        [key: string]: Asset;
    };
    /**
     * Returns the active asset ids
     *
     * @returns list of active asset ids
     */
    getActiveAssetIds(): number[];
    /**
     * Returns the active bank asset ids
     *
     * @returns list of active bank asset ids
     */
    getActiveBankAssetIds(): number[];
    /**
     * Returns the list of symbols of the active assets
     *
     * @returns list of symbols for active assets
     */
    getActiveOrderedSymbols(): string[];
    /**
     * Returns a dictionary of raw oracle prices of the active assets pulled from their oracles
     *
     * @returns dictionary of int prices
     */
    getRawPrices(): {
        [key: string]: number;
    };
    /**
     * Returns a dictionary of dollarized float prices of the assets pulled from their oracles
     *
     * @returns dictionary of int prices
     */
    getPrices(): {
        [key: string]: number;
    };
    /**
     * Returns a list of storage accounts for the given manager app id
     *
     * @param stakingContractName - name of staking contract
     * @returns list of storage accounts
     */
    getStorageAccounts(stakingContractName?: string): Promise<{}[]>;
    /**
     * Returns the list of active oracle app ids
     *
     * @returns list of acdtive oracle app ids
     */
    getActiveOracleAppIds(): number[];
    /**
     * Returns the list of the active market app ids
     *
     * @returns list of active market app ids
     */
    getActiveMarketAppIds(): number[];
    /**
     * Returns the list of the active market addresses
     *
     * @returns list of active market addresses
     */
    getActiveMarketAddresses(): string[];
    /**
     * Returns an opt in transaction group
     *
     * @param storageAddress - storage address to fund and rekey
     * @param address - address to send add collateral transaction group from; defulats to client user address
     * @returns
     */
    prepareOptinTransactions(storageAddress: string, address?: string): Promise<TransactionGroup>;
    /**
     * Returns an add collateral transaction group
     *
     * @param symbol - symbol to add collateral with
     * @param amount - amount of collateral to add
     * @param address - address to send add collateral transaction group from; defaults to clint user address
     * @returns
     */
    prepareAddCollateralTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a borrow transaction group
     *
     * @param symbol - symbol to borrow
     * @param amount - amount to borrow
     * @param address - address to send borrow transaction group from; defaults to client user address
     * @returns borrow transaction group
     */
    prepareBorrowTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a burn transaction group
     *
     * @param symbol - symbol to burn
     * @param amount - amount of bAsset to burn
     * @param address - address to send burn transaction group from; defaults to client user address
     * @returns burn transaction group
     */
    prepareBurnTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a claim rewards transaction group
     *
     * @param address - address to send claim rewards from; defaults to client user address
     * @returns claim rewards transaction group
     */
    prepareClaimRewardsTransactions(address?: string): Promise<TransactionGroup>;
    /**
     * Returns a liquidate transaction group
     *
     * @param targetStorageAddress - storage address to liquidate
     * @param borrowSymbol - symbol to repay
     * @param amount - amount to repay
     * @param collateralSymbol - symbol to seize collateral from
     * @param address - address to send liquidate transaction group from; defaults to client user address
     * @returns liquidate transaction group
     */
    prepareLiquidateTransactions(targetStorageAddress: string, borrowSymbol: string, amount: number, collateralSymbol: string, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a mint transaction group
     *
     * @param symbol - symbol to mint
     * @param amount - amount of mint
     * @param address - address to send mint transacdtion group from; defaults to client user address
     * @returns mint transaction group
     */
    prepareMintTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a mint to collateral transaction group
     *
     * @param symbol - symbol to mint
     * @param amount - amount to mint to collateral
     * @param address - address to send mint to collateral transaction group from; defaults to client user address
     * @returns mint to collateral transaction group
     */
    prepareMintToCollateralTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a remove collateral transaction group
     *
     * @param symbol - symbol to remove collateral from
     * @param amount - amount of collateral to remove
     * @param address - address to send remove collateral transaction group from; defaults to client user address
     * @returns remove collateral transaction group
     */
    prepareRemoveCollateralTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a remove collateral undrlying transaction group
     *
     * @param symbol - symbol to remove collateral from
     * @param amount - amount of collateral to remove
     * @param address - address to send remove collateral underlying transaction group from; defaults to client user address
     * @returns remove collateral underlying transaction group
     */
    prepareRemoveCollateralUnderlyingTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a repay borrow transaction group
     *
     * @param symbol - symbol to repay
     * @param amount - amount of repay
     * @param address - address to send repay borrow transaction group from; defaults to client user address
     * @returns
     */
    prepareRepayBorrowTransactions(symbol: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a staking contract optin transaction group
     *
     * @param stakingContractName - name of staking contract to opt into
     * @param storageAddress - storage address to fund and rekey
     * @param address - address to create optin transaction group for; defaults to client user address
     * @returns staking contract opt in transaction group
     */
    prepareStakingContractOptinTransactions(stakingContractName: string, storageAddress: string, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a staking contract stake transaction group
     *
     * @param stakingContractName - name of staking contract to stake on
     * @param amount - amount of stake
     * @param address - address to send stake transaction group from; defaults to client user address
     * @returns stake transacdtion group
     */
    prepareStakeTransactions(stakingContractName: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a staking contract unstake transactiong group
     *
     * @param stakingContractName - name of staking contract to unstake on
     * @param amount - amount of unstake
     * @param address - address to send unstake transaction group from; defaults to client user address
     * @returns unstake transaction group
     */
    prepareUnstakeTransactions(stakingContractName: string, amount: number, address?: string): Promise<TransactionGroup>;
    /**
     * Returns a staking contract claim rewards transaction group
     *
     * @param stakingContractName - name of staking contract to unstake on
     * @param address - address to send claim rewards transaction group from; defaults to client user address
     * @returns unstake transaction group
     */
    prepareClaimStakingRewardsTransactions(stakingContractName: string, address?: string): Promise<TransactionGroup>;
    /**
     * Submits and waits for a transaction group to finish if specified
     *
     * @param transactionGroup - signed transaction group
     * @param wait - boolean to tell whether you want to wait or not
     * @returns a dictionary with the txid of the group transaction
     */
    submit(transactionGroup: Uint8Array, wait?: boolean): Promise<{}>;
}
/**
 * Creates a new generic testnet client
 *
 * @param algodClient - Algod client for interacting with the network
 * @param indexerClient - Indexer client for interacting with the network
 * @param userAddress - address of the user
 * @returns a new and fuilly constructed algofi testnet client
 */
export declare function newAlgofiTestnetClient(algodClient?: Algodv2, indexerClient?: Indexer, userAddress?: string): Promise<Client>;
/**
 * Creates a new generic mainnet client
 *
 * @param algodClient - Algod client for interacting with the network
 * @param indexerClient - Indexer client for interacting with the network
 * @param userAddress - address of the user
 * @returns a new and fully constructed algofi mainnet client
 */
export declare function newAlgofiMainnetClient(algodClient?: Algodv2, indexerClient?: Indexer, userAddress?: string): Promise<Client>;