Cursor (Clase)

using System;
using System.Drawing;
using System.Windows.Forms;

namespace CustomCursor
{
    public class Form1 : System.Windows.Forms.Form
    {
        [STAThread]
        static void Main() 
        {
            Application.Run(new Form1());
        }

        public Form1()
        {
            this.ClientSize = new System.Drawing.Size(292, 266);
            this.Text = "Cursor Example";

            // The following generates a cursor from an embedded resource.

            // To add a custom cursor, create or use an existing 16x16 bitmap
            //        1. Add a new cursor file to your project: 
            //                File->Add New Item->Local Project Items->Cursor File
            //        2. Select 16x16 image type:
            //                Image->Current Icon Image Types->16x16

            // --- To make the custom cursor an embedded resource  ---

            // In Visual Studio:
            //        1. Select the cursor file in the Solution Explorer
            //        2. Choose View->Properties.
            //        3. In the properties window switch "Build Action" to "Embedded"

            // On the command line:
            //        Add the following flag:
            //            /res:CursorFileName.Cur,Namespace.CursorFileName.Cur
            //        
            //        Where "Namespace" is the namespace in which you want to use the cursor
            //        and   "CursorFileName.Cur" is the cursor filename.

            // The following line uses the namespace from the passed-in type
            // and looks for CustomCursor.MyCursor.Cur in the assemblies manifest.
	    // NOTE: The cursor name is acase sensitive.
            this.Cursor = new Cursor(GetType(), "MyCursor.Cur");  

        }
    }
}

package CustomCursor;

import System.*;
import System.Drawing.*;
import System.Windows.Forms.*;

public class Form1 extends System.Windows.Forms.Form
{
    /** @attribute STAThread()
     */
    public static void main(String[] args)
    {
        Application.Run(new Form1());
    } //main

    public Form1()
    {
        this.set_ClientSize(new System.Drawing.Size(292, 266));
        this.set_Text("Cursor Example");
        // The following generates a cursor from an embedded resource.
        // To add a custom cursor, create or use an existing 16x16 bitmap
        //        1. Add a new cursor file to your project: 
        //                File->Add New Item->Local Project Items->Cursor File
        //        2. Select 16x16 image type:
        //                Image->Current Icon Image Types->16x16
        // --- To make the custom cursor an embedded resource  ---
        // In Visual Studio:
        //        1. Select the cursor file in the Solution Explorer
        //        2. Choose View->Properties.
        //        3. In the properties window switch "Build Action" to "Embedded"
        // On the command line:
        //        Add the following flag:
        //            /res:CursorFileName.Cur,Namespace.CursorFileName.Cur
        //        
        //        Where "Namespace" is the namespace in which you want to use
        //        the cursor and   "CursorFileName.Cur" is the cursor filename.
        // The following line uses the namespace from the passed-in type
        // and looks for CustomCursor.MyCursor.Cur in the assemblies manifest.
        // NOTE: The cursor name is acase sensitive.
        this.set_Cursor(new Cursor(GetType(), "MyCursor.Cur"));
    } //Form1 
} //Form1

// The basic Customer class.
public class Customer : System.Object
{
   private string custName = "";
   protected ArrayList custOrders = new ArrayList();

   public Customer(string customername)
   {
      this.custName = customername;
   }

   public string CustomerName
   {      
      get{return this.custName;}
      set{this.custName = value;}
   }

   public ArrayList CustomerOrders 
   {
      get{return this.custOrders;}
   }

} // End Customer class 


// The basic customer Order class.
public class Order : System.Object
{
   private string ordID = "";

   public Order(string orderid)
   {
      this.ordID = orderid;
   }

   public string OrderID
   {      
      get{return this.ordID;}
      set{this.ordID = value;}
   }

} // End Order class

// Create a new ArrayList to hold the Customer objects.
private ArrayList customerArray = new ArrayList(); 

private void FillMyTreeView()
{
   // Add customers to the ArrayList of Customer objects.
   for(int x=0; x<1000; x++)
   {
      customerArray.Add(new Customer("Customer" + x.ToString()));
   }

   // Add orders to each Customer object in the ArrayList.
   foreach(Customer customer1 in customerArray)
   {
      for(int y=0; y<15; y++)
      {
         customer1.CustomerOrders.Add(new Order("Order" + y.ToString()));    
      }
   }

   // Display a wait cursor while the TreeNodes are being created.
   Cursor.Current = new Cursor("MyWait.cur");

   // Suppress repainting the TreeView until all the objects have been created.
   treeView1.BeginUpdate();

   // Clear the TreeView each time the method is called.
   treeView1.Nodes.Clear();

   // Add a root TreeNode for each Customer object in the ArrayList.
   foreach(Customer customer2 in customerArray)
   {
      treeView1.Nodes.Add(new TreeNode(customer2.CustomerName));

      // Add a child treenode for each Order object in the current Customer object.
      foreach(Order order1 in customer2.CustomerOrders)
      {
         treeView1.Nodes[customerArray.IndexOf(customer2)].Nodes.Add(
           new TreeNode(customer2.CustomerName + "." + order1.OrderID));
      }
   }

   // Reset the cursor to the default for all controls.
   Cursor.Current = Cursors.Default;

   // Begin repainting the TreeView.
   treeView1.EndUpdate();
}

// The basic Customer class.
public class Customer extends Object
{
    private String custName = "";
    protected ArrayList custOrders = new ArrayList();

    public Customer(String customername)
    {
        this.custName = customername;
    } //Customer

    /** @property 
     */
    public String get_CustomerName()
    {
        return this.custName;
    } //get_CustomerName

    /** @property 
     */
    public void set_CustomerName(String value)
    {
        this.custName = value;
    } //set_CustomerName

    /** @property 
     */
    public ArrayList get_CustomerOrders()
    {
        return this.custOrders;
    } //get_CustomerOrders
} //End Customer class

// The basic customer Order class.
public class Order extends Object
{
    private String ordID = "";

    public Order(String orderid)
    {
        this.ordID = orderid;
    } //Order

    /** @property 
     */
    public String get_OrderID()
    {
        return this.ordID;
    } //get_OrderID

    /** @property 
     */
    public void set_OrderID(String value)
    {
        this.ordID = value;
    } //set_OrderID
} // End Order class

// Create a new ArrayList to hold the Customer objects.
private ArrayList customerArray = new ArrayList();

private void FillMyTreeView()
{
    // Add customers to the ArrayList of Customer objects.
    for (int x = 0; x < 1000; x++) {
        customerArray.Add(new Customer("Customer"
            + ((Int32)x).ToString()));
    }
    // Add orders to each Customer object in the ArrayList.
    for (int iCtr = 0; iCtr < customerArray.get_Count(); iCtr++) {
        Customer customer1 = (Customer)customerArray.get_Item(iCtr);
        for (int y = 0; y < 15; y++) {
            customer1.get_CustomerOrders().Add(new Order("Order"
                + ((Int32)y).ToString()));
        }
    }
    // Display a wait cursor while the TreeNodes are being created.
    get_Cursor().set_Current(new Cursor("MyWait.cur"));
    // Suppress repainting the TreeView until all the objects have
    // been created.
    treeView1.BeginUpdate();
    // Clear the TreeView each time the method is called.
    treeView1.get_Nodes().Clear();
    // Add a root TreeNode for each Customer object in the ArrayList.
    for (int iCtr1 = 0; iCtr1 < customerArray.get_Count(); iCtr1++) {
        Customer customer2 = (Customer)customerArray.get_Item(iCtr1);
        treeView1.get_Nodes().Add(new TreeNode(customer2.get_CustomerName()));
        // Add a child treenode for each Order object in the current
        // Customer object.
        for (int iCtr2 = 0; iCtr2 < customer2.get_CustomerOrders().
            get_Count(); iCtr2++) {
            Order order1 = (Order)customer2.get_CustomerOrders().
                get_Item(iCtr2);
            treeView1.get_Nodes().
                get_Item(customerArray.IndexOf(customer2)).get_Nodes().
                Add(new TreeNode(customer2.get_CustomerName() + "."
                + order1.get_OrderID()));
        }
    }
    // Reset the cursor to the default for all controls.
    get_Cursor().set_Current(Cursors.get_Default());
    // Begin repainting the TreeView.
    treeView1.EndUpdate();
} //FillMyTreeView