The language I am using is JavaThe source code for Shortest Job First Algorithm is already given.Please help me to create a GUI for my code for CPU Scheduling: Shortest Job First. I have created the design for the GUI using windows builder in Java Eclipse.I can't fully upload the code for my GUI because of the word limit in Bartleby. Therefore, you can do your own design of the GUI with the code in it. I need a functional and working code for the GUI where I can input the desired number I want for the burst time and arrival time. I hope you can help me with this. Thank you so much. package test;import java.util.*;import javax.swing.JOptionPane; public class SJF { public static void main(String args[]) { Scanner sc = new Scanner(System.in); int x= Integer.parseInt(JOptionPane.showInputDialog("Enter number of process")); int processID[] = new int[x]; //To display the process ID int arTime[] = new int[x]; // arTime means arrival time int burstTime[] = new int[x]; // burstTime means burst time int complTime[] = new int[x]; // complTime means complete time int TAT[] = new int[x]; // TAT means turn around time int waitingTime[] = new int[x]; //waitingTime means waiting time int process[] = new int[x]; // Checks if the process is completed int ganttChart[] = new int[x]; //To display the Gantt Chart int startTime=0, totalProcess=0; //startTime = start time and total process time to check if the process if finished to break from the while loop float avrgWT=0, avrgTAT=0; for(int i=0;i

Question

The language I am using is JavaThe source code for Shortest Job First Algorithm is already given.Please help me to create a GUI for my code for CPU Scheduling: Shortest Job First. I have created the design for the GUI using windows builder in Java Eclipse.I can't fully upload the code for my GUI because of the word limit in Bartleby. Therefore, you can do your own design of the GUI with the code in it. I need a functional and working code for the GUI where I can input the desired number I want for the burst time and arrival time. I hope you can help me with this. Thank you so much. package test;import java.util.*;import javax.swing.JOptionPane; public class SJF {    public static void main(String args[])        {        Scanner sc = new Scanner(System.in);                int x= Integer.parseInt(JOptionPane.showInputDialog(&#34;Enter number of process&#34;));            int processID[] = new int[x]; //To display the process ID            int arTime[] = new int[x]; // arTime means arrival time            int burstTime[] = new int[x]; // burstTime means burst time            int complTime[] = new int[x]; // complTime means complete time            int TAT[] = new int[x]; // TAT means turn around time            int waitingTime[] = new int[x];  //waitingTime means waiting time            int process[] = new int[x];  // Checks if the process is completed            int ganttChart[] = new int[x]; //To display the Gantt Chart                        int startTime=0, totalProcess=0; //startTime = start time and total process time to check if the process if finished to break from the while loop            float avrgWT=0, avrgTAT=0;     for(int i=0;i<x;i++) //for loop to get the arrival time and burst time        {                        arTime[i] = Integer.parseInt(JOptionPane.showInputDialog(&#34;Input Arrival Time &#34; + (i+1)));            burstTime[i] = Integer.parseInt(JOptionPane.showInputDialog(&#34;Input Burst Time &#34; + (i+1)));            processID[i] = i+1;            process[i] = 0;        }                while(true)                {                    int c=x, min=1000; //Looking for the smallest burst time                    if (totalProcess == x) // total no of process = completed process loop will be terminated                        break;                    for (int i=0; i<x; i++)                    {                    if ((arTime[i] <= startTime) && (process[i] == 0) && (burstTime[i]<min))                    {                        min=burstTime[i];                        c=i;                    }                }                    if (c==x)                        startTime++;                    else                    {                        complTime[c]=startTime+burstTime[c];                        startTime+=burstTime[c];                        TAT[c]=complTime[c]-arTime[c];                        waitingTime[c]=TAT[c]-burstTime[c];                        process[c]=1;                        ganttChart[totalProcess] = c + 1;                        totalProcess++;                    }                }                    for(int i=0;i<x;i++)                    {                        avrgWT+= waitingTime[i];                        avrgTAT+= TAT[i];                        System.out.println(&#34;Process ID: &#34;+processID[i]+&#34;	&#34;+&#34;Arrival Time: &#34;+arTime[i]+&#34;	&#34;+&#34; Burst Time: &#34;+burstTime[i]+&#34;	&#34;+&#34;Completion Time: &#34;+complTime[i]+&#34;	&#34;+&#34;Turn Around Time: &#34;+TAT[i]+&#34;	&#34;+&#34;Waiting Time: &#34;+waitingTime[i]);                    }                    System.out.println (&#34;
Average TAT is &#34;+ (float)(avrgTAT/x));                    System.out.println (&#34;Average Waiting Time is &#34;+ (float)(avrgWT/x));                    sc.close();                                        System.out.print(&#34;The Gantt Chart is &#34;);                    for(int i=0; i<x; i++)                    {                        System.out.print(&#34;P&#34;+ganttChart[i]+ &#34; &#34;);                    }                                        }            } ProcessCompletion Turn AroundTime (TAT)ArrivalBurstWaitingIDTime (WT)Time (AT) Time (BT) Time (CT)WorldP1HelloP2P3P4P5P6P7P8P9P10Average TAT Average WTResetCalculate

Accepted Answer

#incorporate <iostream>utilizing namespace sexually transmitted disease;int mat[10][6];
void…