import { TraceAnalyser } from './traceAnalyser';
import { TraceCache } from './traceCache';
import { TraceStepManager } from './traceStepManager';
import { DebugTraceTransactionResult } from '../types';
export declare class TraceManager {
    web3: any;
    fork: string;
    isLoading: boolean;
    trace: DebugTraceTransactionResult['structLogs'];
    traceCache: TraceCache;
    traceAnalyser: TraceAnalyser;
    traceStepManager: TraceStepManager;
    tx: any;
    getCache: (key: string) => Promise<any>;
    setCache: (key: string, value: any) => Promise<void>;
    constructor(options: any);
    resolveTrace(tx: any): Promise<boolean>;
    getTrace(txHash: any): Promise<DebugTraceTransactionResult>;
    cacheIt(txHash: string, trace: DebugTraceTransactionResult): Promise<void>;
    fromCache(txHash: string): Promise<DebugTraceTransactionResult | null>;
    init(): void;
    getCurrentFork(): string;
    inRange(step: any): boolean;
    isLoaded(): boolean;
    getLength(callback: any): void;
    accumulateStorageChanges(index: any, address: any, storageOrigin: any): any;
    getAddresses(): any;
    getCallDataAt(stepIndex: any): any[];
    buildCallPath(stepIndex: any): Promise<any[]>;
    getCallStackAt(stepIndex: any): any;
    getStackAt(stepIndex: any): any[];
    getLastCallChangeSince(stepIndex: any): any;
    getCurrentCalledAddressAt(stepIndex: any): any;
    getContractCreationCode(token: any): any;
    getMemoryAt(stepIndex: any, format?: boolean): any;
    getCurrentPC(stepIndex: any): number;
    getAllStopIndexes(): any;
    getAllOutofGasIndexes(): any;
    getReturnValue(stepIndex: any): any;
    getCurrentStep(stepIndex: any): any;
    getMemExpand(stepIndex: any): any;
    getStepCost(stepIndex: any): any;
    getRemainingGas(stepIndex: any): any;
    getStepProperty(stepIndex: any, property: any): any;
    isCreationStep(stepIndex: any): boolean;
    findStepOverBack(currentStep: any): number;
    findStepOverForward(currentStep: any): any;
    findNextCall(currentStep: any): any;
    findStepOut(currentStep: any): any;
    checkRequestedStep(stepIndex: any): void;
    waterfall(calls: any, stepindex: any, cb: any): void;
}