//Title:        measurement method parent class
//Version:
//Copyright:    Copyright (c) 1998
//Author:       xhe
//Company:      UCCS

package Simulator;

import java.io.*;
import java.util.*;
import javax.swing.*;
import java.awt.Graphics;
import java.awt.Color;


public abstract class Measurement extends NetworkConfigure {
  StatisChart chart;
  JPanel p;

  int numOfRouter;  // how many router
  int numOfLink;    // how many link
  int numOfRoad;    // how many different router road

  int MaxMessNum=0;   // the maximum message number
  int CprobingNum;    // how many message in one Cprobing routing

  double TInternalTime; // Traffic Message sending interval time
  double RoundTripTime=0.0;   // the round trip time of a message with no congestion

  // used in OverLoad traffic pattern
  double MaxTimeInterval;
  double MinTimeInterval;
  int TrafficMessageSize;
  int ProbingMessageSize;
  long  LinkLength;

  Link BottleneckLink;  // the bottleneck link
  PrintWriter LogFile;  // log file
  PrintWriter PFile;  // log file for probing message
  PrintWriter EventFile;  // log file for events

  double Start_MeaTime;  // when the start of the probing
  double end_time;       // when the end of the probing
  boolean trafficoutput;  // if the method will output the traffic pattern in the chart

  public void ThreadInit(JPanel ch,String trafficpattern,double smt,double emt,double tmi, double pmi, boolean trafficoutput) throws Exception {

    rnd = new Random(10);

    // warm up random number generator
    for (int index=0; index<50000; index++)
      rnd.nextDouble();

    PBIntervalTime = pmi;
    TInternalTime = 0.0012;   // using for flat/slope traffic
    TBIntervalTime = tmi;

    Start_MeaTime = smt;
    end_time = emt;
    this.trafficoutput = trafficoutput;

    // only read one line in configure file
      StringTokenizer t;
      Double DTemp;
      double FlatTraffic=0;
      double MaxBand=0;
      double MinBand=0;
      boolean SlopeAngle=true;

      try {
        BufferedReader ifile = new BufferedReader(new FileReader("configure.txt"));
        String s;

        // first line for five parameters
        s = ifile.readLine(); // skip the first line
        t = new StringTokenizer(s,"|");

        DTemp = Double.valueOf(t.nextToken());
        FlatTraffic = DTemp.doubleValue();   // how big traffic generated in flat traffic pattern
        /*
        DTemp = Double.valueOf(t.nextToken());
        MaxBand = DTemp.doubleValue();    // the Max available bandwidth in slope traffic pattern
        DTemp = Double.valueOf(t.nextToken());
        MinBand = DTemp.doubleValue();    // the Min available bandwidth in slope traffic pattern
        DTemp = Double.valueOf(t.nextToken());
        double Angle = DTemp.doubleValue();    // the line angle in slope traffic pattern
        int angle = (int) Angle;
        SlopeAngle = (angle==1) ? true : false;
        */
        DTemp = Double.valueOf(t.nextToken());  // unitrip or roundtrip time measurement
        double trip = DTemp.doubleValue();    // the line angle in slope traffic pattern
        int trip1 = (int) trip;
        UnitripProbe = (trip1==1) ? true : false;

        DTemp = Double.valueOf(t.nextToken());
        MaxTimeInterval = DTemp.doubleValue();    // the Max Time Interval in Overload traffic pattern
        DTemp = Double.valueOf(t.nextToken());
        MinTimeInterval = DTemp.doubleValue();    // the Min Time Interval in OverLoad traffic pattern
        TrafficMessageSize = Integer.parseInt(t.nextToken());   // the traffic message size in OverLoad traffic Pattern
        ProbingMessageSize = Integer.parseInt(t.nextToken());
        LinkLength = Long.parseLong(t.nextToken());

        ifile.close();
      }
      catch (IOException d) {
        System.out.print("Error" + d);
        System.exit(1);
      }

      if (trafficpattern.equals("flat"))
         traffic = new Traffic(BottleneckLinkBandwidth,(float) FlatTraffic,"Flat",TrafficMessageSize,TBIntervalTime);

      if (trafficpattern.equals("slope"))
         traffic = new Traffic("Slope",MaxTimeInterval,MinTimeInterval,TrafficMessageSize,Start_MeaTime,end_time,PBIntervalTime);

      if (trafficpattern.equals("web"))
       traffic = new Traffic("Web");
    

    NeedTraffic = true;

    chart = new StatisChart(Start_MeaTime,end_time,9,"Seconds",0,10,10,"ABW [Available BandWidth (MBps)]",ch);

    // color map
    Graphics g = ch.getGraphics();

    g.setColor(Color.red);
    g.fillRect(15,25,15,5);
    g.drawString("ABW",8,50);
    g.setColor(Color.green);
    g.fillRect(15,65,15,5);
    g.drawString("SingleMsg",8,90);
    g.setColor(Color.black);
    g.fillRect(15,105,15,5);
    g.drawString("Cprobe",8,130);
    g.setColor(Color.blue);
    g.fillRect(15,145,15,5);
    g.drawString("Adaptive",8,170);
    g.setColor(Color.magenta);
    g.fillRect(15,185,15,5);
    g.drawString("MultiMsg",8,210);

    // legend
    g.setColor(Color.white);
    g.fillRect(70,ch.getHeight()-10,ch.getWidth()-100,10);
    g.setColor(Color.black);

    String str1,str2;

    if (UnitripProbe)
      str1 = "UniTripProbe";
    else
      str1 = "RoundTripProbe";
    g.drawString(str1,50+(ch.getWidth()-100)/2,ch.getHeight()-7);

  }

  public abstract void UpdateLog(double update_time);

}