import { IPerpetualConfig } from "../interfaces";
import { IBluefinV3OptionalParams } from "../interfaces/IOnChainCalls";
import { OnChainCalls } from "./on-chain-calls";
import { OnChainCallResponse, SuiAddress } from "../../types";
import { Address, NumStr } from "../../types";
import { OPERATORS, PERPETUAl_CONFIG_FIELDS } from "../enums";
import { MarketName, PerpetualConfigValue } from "../types";
export declare class AdminCalls extends OnChainCalls {
    /**
     * Create and executes support asset transaction. Allows admin to add a new supportable asset on
     * the protocol
     * @param supportedCoin supported coin address. should be of format 0xax....bs::coin::COIN
     * @param supportedCoinSymbol Name of the supported coin
     * @param coinDecimals The number of decimals in supported coin
     * @param weight The discounted price percentage to be used for asset
     * @param price The initial/starting price of the asset
     * @param collateral True if the asset can be used to collateralize a position
     * @param minDeposit The minimum amount of acceptable deposit
     * @param maxDeposit The maximum amount of acceptable deposit
     * @param options Optional tx execution params
     * @returns OnChainCallResponse
     */
    supportAsset(supportedCoin: Address, supportedCoinSymbol: string, supportedCoinDecimals: NumStr, weight: NumStr, price: NumStr, collateral: boolean, minDeposit: NumStr, maxDeposit: NumStr, options?: IBluefinV3OptionalParams): Promise<OnChainCallResponse>;
    /**
     * Create and executes data store creation transaction
     * @param sequencer address of the sequencer that will own the data store
     * @param options Optional tx execution params
     * @returns OnChainCallResponse
     */
    createInternalDataStore(sequencer?: string, options?: IBluefinV3OptionalParams): Promise<OnChainCallResponse>;
    /**
     * Allows the holder of the Treasury cap to mint test usdc coins (Will only work on Dev/Test net)
     * @param args optional {amountE6: defaults to 10K, should be in 6 decimal places, to: defaults to the signer}
     * @param options Optional tx execution params
     * @returns OnChainCallResponse
     */
    mintUSDC(args?: {
        amountE6?: NumStr;
        to?: string;
    }, options?: IBluefinV3OptionalParams): Promise<OnChainCallResponse>;
    /**
     * Create and executes perpetual creation transaction
     * @param perpetualConfig perpetual configs
     * @param options Optional tx execution params
     * @returns OnChainCallResponse and IPerpetualConfig
     */
    createPerpetual(perpetualConfig: IPerpetualConfig, options?: IBluefinV3OptionalParams): Promise<{
        txResponse: OnChainCallResponse;
        perpetualConfig: IPerpetualConfig;
    }>;
    /**
     * Create and executes transaction to update perpetual config
     * @param perpetual the symbol of the perpetual/market to be updated
     * @param field the name of the field/config being updated
     * @param value the new value
     * @param options Optional tx execution params
     * @returns OnChainCallResponse
     */
    updatePerpetual(perpetual: MarketName, field: PERPETUAl_CONFIG_FIELDS, value: PerpetualConfigValue, options?: IBluefinV3OptionalParams): Promise<OnChainCallResponse>;
    /**
     * Create and executes transaction to set an operator on EDS
     * @param type The type of the operator be updated
     * @param newOperator The address of the new operator to be set
     * @param options Optional tx execution params
     * @returns OnChainCallResponse
     */
    setOperatorEDS(type: OPERATORS, newOperator: SuiAddress, options?: IBluefinV3OptionalParams): Promise<OnChainCallResponse>;
}