create an edit menu in your gui add a second menu to the gui called edit which will 5150686

Create an Edit Menu in your GUI Add a second menu to the GUI called Edit which will have one menu item called Insert. Clicking on insert should prompt the user using a JOptionPane input dialog to enter a new date in the same format as is read from the input file. The new date, if valid, should be displayed in the unsorted and sorted text areas of the GUI. If the date is invalid it should be printed to the console. You will need to write a second menu handler called EditMenuHandler.

Name the Main Project4

this is my previous code:

Candle.java

//declare class which implements
//comparable interface
public class Candle
{
int height;
int width;
float price;
boolean islit;

//Default constructor
public Candle()
{
  this.height=0;
  this.width=0;
  this.price=0.0f;  
}
//getter and setter method for Islit
public boolean isIslit()
{
  return islit;
}

public void setIslit(boolean islit)
{
  this.islit = islit;
}

//getter and setter method for height
public int getHeight()
{
  return height;
}
public void setHeight(int height) {
  this.height = height;
}

//getter and setter method for width
public int getWidth() {
  return width;
}
public void setWidth(int width) {
  this.width = width;
}

//getter and setter method for price
public float getPrice() {
  return price;
}
public void setPrice(float price) {
  this.price = price;
}

//paremetrized construtor
public Candle(int height, int width,
   float price)
{
  super();
  this.height = height;
  this.width = width;
  this.price = price;
  this.islit = false;
}
//override methpd toString()
@Override
public String toString()
{
  return height + “,” + width
    + “, ” + price+”,”+ islit;
}
}

CandleGUI.java

//Import required packages
import java.awt.GridLayout;
import javax.swing.JFrame;
import javax.swing.JTextArea;

//declare the class
public class CandleGUI extends JFrame
{

//Constructor which takes an array of Box objects as parameter
public CandleGUI(SortedCandleList sortedCandleList,
   UnsortedCandleList unsortedCandleList)
{

  setDefaultCloseOperation(EXIT_ON_CLOSE);
  //using GridLayout with 1 row and 2 columns, with 10 spaces gap between
  //each cells horizontally and vertically
  setLayout(new GridLayout(1, 2, 10, 10));

  //Defining a Text area for displaying unsorted list
  JTextArea left = new JTextArea();

  // making it not editable (by user)
  left.setEditable(false);
  String candle = “UNSORTED LIST OF CANDLESnn”;
  candle+=unsortedCandleList.toString();

  //Setting text for unsorted list
  left.setText(candle);

  //Adding the text area
  add(left);

  //Defining a text area for displaying sorted list, and adding the
  //details of each candles
  JTextArea right = new JTextArea();
  right.setEditable(false);
  candle = “SORTED LIST OF CANDLESnn”;
  candle+=sortedCandleList.toString();
  right.setText(candle);
  add(right);
  setVisible(true);

  //Adjust the length and width of the window
  pack();
}
}

CandleList.java

//declare the abstract CandleList
public abstract class CandleList
{
//declare local variables
protected CandleNode head , last;
protected int size_of_list;
//define the default constructor
public CandleList()
{
  head = last = new CandleNode(null);
  size_of_list = 0;
}

//implement the method to test the linked list is empty
//or not
public boolean isEmpty()
{
  if(size_of_list == 0)
  {
   return true;
  }
  else
  {
   return false;
  }
}

//append date to the list
public void append(Candle date)
{
  //append the date to the last node
  last.next = new CandleNode(date);
  //set the last node to last.next
  last = last.next;
  //increment the size of list
  size_of_list++;
}
//implement the method toString
public String toString()
{
  //define the current node
  CandleNode curr = head.next;
  String str = “”;
  //Using while loop to repear the current node is null or not
  while(curr != null)
  {
   //call the toString()
   str += curr.candle.toString() + “n”;
   //set current to current next
   curr = curr.next;
  }
  //return the string
  return str;
}
}

CandleNode.java

//Define the class BoxNode
public class CandleNode
{
//declare the local variable
protected Candle candle;
protected CandleNode next;
//define the Constructor
public CandleNode(Candle c)
{
  candle = c;
  next = null;
}
}

SortedCandleList.java

//define the class which extends the abstract class
public class SortedCandleList extends CandleList {
//Constructor
public SortedCandleList()
{
  //call variables though super keyWord
  super();
}
//implement the method add()
public void add(Candle candle)
{
  //define the head for the previous and current nodes in the liked list
  CandleNode prev = head,
    curr = head.next;

  //define the nodes
  CandleNode node = new CandleNode(candle);
  
  //Using while loop
  while(curr != null && candle.getPrice() > curr.candle.getPrice())
  {
   //set previoud node as current node
   prev = curr;
   //set current node as next node
   curr = curr.next;
  }
  //set node to next is current node
  node.next = curr;
  //previous to next is node
  prev.next = node;
  //If node to next value is null
  if(node.next == null)
  {
   //set that is as last node
   last = node;
   //increment the node
   size_of_list++;
  }
}
}

UnsortedCandleList.java

//define the class UnsortedBoxList which extends the //CandleList
public class UnsortedCandleList extends CandleList {
//define the Constructor
public UnsortedCandleList()
{
  //call the variables
  super();
}
//implement the method add
public void add(Candle unsortedCandle)
{
  //just append values to the text area
  append(unsortedCandle);
}
}

Project2.java

//Import required classes
import java.io.File;
import java.io.FileNotFoundException;
import java.util.Scanner;
//Define the class name Project2
public class Project2
{
//main method
public static void main(String[] args)
{

  //Defining sorted and unsorted Candle lists objects
  SortedCandleList sortedCandleListObject = new SortedCandleList();
  UnsortedCandleList unsortedCandleList = new UnsortedCandleList();

  //define file object with the input text file
  File file = new File(“candles.txt”);

  //Read date in the file and save into the string array
  try
  {
   //define the scanner object for that file
   Scanner scanner = new Scanner(file);
   
   //Read line by line in the file
   while (scanner.hasNext())
   {
    //read the line
    String line = scanner.nextLine();
    System.out.println(line);
    // splitting the line by ,
    String candles[] = line.split(“,”);
   
    //Store each file by height, width and price
    int height = Integer.parseInt(candles[0].trim());
    int width = Integer.parseInt(candles[1].trim());
    float price = Float.parseFloat(candles[2].trim());

    System.out.println(height +” t “+ width +”t”+ price);
    //define the class Candle object
    Candle candleObject = new Candle(height, width, price);

    //Add Candle objects to the classes
    sortedCandleListObject.add(candleObject);
    unsortedCandleList.add(candleObject);
   }
   
   //call the Construtor with the objects
   new CandleGUI(sortedCandleListObject, unsortedCandleList);
  }
  //If the input text file is not exits
  //Display and error message
  catch (FileNotFoundException e)
  {
   System.out.println(“File not found!”);
  }
  //If the input text file is invalid
  catch (Exception e)
  {
   //print the message
   System.out.println(“Invalid file format!”);
  }
}
}