import { SuiClient } from "../../types";
import { IAssetBankDeposit, IDeployment, IOperatorUpdatedEvent, IAssetSupportedEvent, IPosition } from "../interfaces";
import { DeploymentParser } from "./deployment-parser";
import { Address, NumStr, Serialized } from "../../types";
export declare class MarginingEngineSimulator {
    suiClient: SuiClient;
    parser: DeploymentParser;
    private sequenceHash;
    constructor(suiClient: SuiClient, deployment: IDeployment);
    /**
     * Initializes the sequencer by fetching the on-chain sequence hash
     */
    init(): Promise<void>;
    /**
     * Creates sequence hash for a transaction
     * @param Serialized payload to be used for sequence hash computation
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @returns the new sequence hash
     */
    computeSequenceHash(payload: Serialized, update?: boolean, sequenceHash?: string): string;
    /**
     * Creates sequence hash for a deposit transaction
     * @param event AssetBankDeposit event
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @returns the new sequence hash
     */
    depositToInternalBank(event: IAssetBankDeposit, update?: boolean): string;
    /**
     * Creates sequence hash for a deposit transaction
     * @param event AssetBankDeposit event
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @returns the new sequence hash
     */
    removeTaintedAsset(event: IAssetBankDeposit, update?: boolean): string;
    /**
     * Creates sequence hash for sync perpetual state tx
     * @param event Event for any perpetual attribute update
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @returns the new sequence hash
     */
    syncPerpetual(event: any, update?: boolean): string;
    /**
     * Creates sequence hash for sync support asset  tx
     * @param event Event for margin bank creation
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @returns the new sequence hash
     */
    syncSupportedAsset(event: IAssetSupportedEvent, update?: boolean): string;
    /**
     * Creates sequence hash for trade tx
     * @param makerSignature The signature of the maker order
     * @param takerSignature The signature of the taker order
     * @param quantity The quantity of the trade bring filled
     * @param timestamp Timestamp in ms (this is sent to chain as well)
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @param sequenceHash (optional) sequence hash to be used to compute the next sequence hash
     * @returns the new sequence hash
     */
    performTrade(makerSignature: string, takerSignature: string, quantity: NumStr, timestamp: NumStr, update?: boolean, sequenceHash?: string): string;
    overwriteUserPosition(ids: Address, account: Address, position: IPosition, timestamp: NumStr, update?: boolean, sequenceHash?: string): string;
    overwriteUserAssets(ids: Address, account: Address, amount: NumStr, timestamp: NumStr, update?: boolean, sequenceHash?: string): string;
    /**
     * Creates sequence hash for sync support asset  tx
     * @param event Event for margin bank creation
     * @param update (optional) if true will update the stored sequence hash else will just return the new hash
     * @returns the new sequence hash
     */
    syncOperator(event: IOperatorUpdatedEvent | {
        operator_type: string;
        previous_operator: Address;
        new_operator: Address;
    }, update?: boolean): string;
    getSequenceHash(): string;
    setSequenceHash(sequenceHash: string): void;
}