Conditional Constructs

 using System;

using System.IO;

using System.Linq;

using System.Collections.Generic;

namespace CSharp_Shell

{

 public class Program

 {

  public static void Main()

  {

   /*

   //Display Corresponding Days

   int input;

  //

  start:

   Console.Write("Enter a number : ");

   input = int.Parse(Console.ReadLine());

   //

   switch (input)

   {

    case 1:

     Console.WriteLine("Monday");

     break;

    case 2:

     Console.WriteLine("Tuesday");

     break;

    case 3:

     Console.WriteLine("Wednesday");

     break;

    case 4:

     Console.WriteLine("Thursday");

     break;

    case 5:

     Console.WriteLine("Friday");

     break;

    case 6:

     Console.WriteLine("Saturday");

     break;

    case 7:

     Console.WriteLine("Sunday");

     break;

    default:

     Console.WriteLine("Enter a number 1-7\n");

     goto start;

     break;

   }

   */

   /*

   //Calculate Tax

   float money, tax;

   //

   Console.Write("Enter money : ");

   money = float.Parse(Console.ReadLine());

   //

   if (money < 10000)

   {

    tax = 0.05f * money;

   }

   else if (money >= 10000 && money < 100000)

   {

    tax = 0.08f * money;

   }

   else

   {

    tax = 0.085f * money;

   }

   //

   Console.WriteLine("Tax = {0}", tax);

   */

   /*

   //Library Management

   char input;

   //

   Console.WriteLine("c:for computer books");

   Console.WriteLine("m:for math books");

   Console.WriteLine("h:for history books");

   Console.WriteLine("e:for english books");

  start:

   input = char.Parse(Console.ReadLine());

   //

   switch (input)

   {

    case 'c':

     Console.WriteLine("Computer Books");

     break;

    case 'm':

     Console.WriteLine("Math Books");

     break;

    case 'h':

     Console.WriteLine("History Books");

     break;

    case 'e':

     Console.WriteLine("English Books");

     break;

    default:

     Console.WriteLine("Try again");

     goto start;

     break;

   }

   */

  }

 }

}