C-Sharp ConvertUInt32 Example – Code Sample Syntax

C-Sharp ConvertUInt32 Example – Code Sample Syntax

Purpose: – Illustrates using C-Sharp ConvertUInt32 Code Example.

Purpose:
Converts numbers into UInteger data type – UInteger data type is a
32-bit (4-byte) unsigned integer that can hold values from 0 to about 4
billion (4,294,967,295). Rounds fractions to whole numbers

Step 1: Click cs to Cut-n-paste code into clsConvertUInt32.cs

using System;
 
public class clsConvertUInt32
{
 
    public void Main()
    {
 
 
        //********************************************************************************
        // Purpose: Converts numbers into UInteger data type - UInteger data type is a 
        // 32-bit (4-byte) unsigned integer that can hold values from 0 to about 4
        // billion (4,294,967,295). Rounds fractions to whole numbers
        // 
        // Syntax: 	CUInt(expression)
        //  
        // Parameter1: expression -  0 to 4,294,967,295 - will throw exception if negative number is passed in. 
        // Rounds fractions to whole numbers
        //
        // Result: UInteger - 32-bit (4-byte) unsigned integer
        //
        // Quick Example: Convert.ToUInt32(1.33) // Returns 1
        //
        //********************************************************************************
        // This example is from http://idealprogrammer.com
 
        Console.WriteLine("Example #1: 	Convert.ToUInt32(1.33)");
 
        uint UInteger1 = Convert.ToUInt32(1.33);
 
        Console.WriteLine(UInteger1); // Returns 1
 
        //write blank line to make output easier to read
        Console.WriteLine();
 
        Console.WriteLine("Example #2: 	Convert.ToUInt32(3.4)");
 
        uint UInteger2 = Convert.ToUInt32(3.4);
 
        Console.WriteLine(UInteger2); // Returns 3
        //write blank line to make output easier to read
        Console.WriteLine();
 
        Console.WriteLine("Example #3: 	Convert.ToUInt32(5.5)");
 
        uint UInteger3 = Convert.ToUInt32(5.5);
 
        Console.WriteLine(UInteger3); // Returns 6
 
        //Prevent console from closing before you press enter
        Console.ReadLine();
 
    }
 
}

Step 2: Click cs to Cut-n-paste code into Module1.cs

Module Module1
 
    Sub Main()
 
 
        Dim myclsConvertUInt32 As New clsConvertUInt32
        myclsConvertUInt32.Main()
 
 
 
    End Sub
 
End Module

Prerequistes:

1. Install C-Sharp (Express or Standard Edition)
2. Install SQL Server Express
3. Download Northwind and pubs Database
4. Attach Northwind Database to Databases in Sql Express
5. Attach pubs Database to Databases in Sql Express

Notes:

• Console Application is used to simplify things, but Windows Forms or Web Forms could also be used
• You can build a library of syntax examples by using same project over and over and just commenting out what you do not want to execute in Module1.cs

Instructions:

1. Use C-Sharp 2010 Express or Standard Edition
2. Create new project;
   • Click File/New Project
   • Select Console Application Template
   • Select C-Sharp for Language
   • name of project could be C-Sharp_Syntax.
3. Add New folder named “Functions”
   • Right-click project name in solution explorer;
   • add new folder;
   • name of folder could be: Functions
4. Add New subfolder named “ConversionFunctions”
   • Right-click Functions folder in solution explorer;
   • add new folder;
   • name of folder could be: ConversionFunctions
5. Add New subfolder named “TypeConversionFunctions”
   • Right-click ConversionFunctions folder in solution explorer;
   • add new folder;
   • name of folder could be: TypeConversionFunctions
6. Add Class Named clsConvertUInt32 to TypeConversionFunctions folder
   • Right-click TypeConversionFunctions folder;
   • add new item;
   • Select class
   • Class name could be clsConvertUInt32
7. Click on cs in code in step 1 above to copy code into clsConvertUInt32.cs
8. Click on cs in code in step 2 above to copy code into Module1.cs
9. Click green arrow or press F5 to run program