A Program to generate Palindrome Number in C#

I was flipping through Java Cook book published by Orielly. In the Number chapter , there is a recipe to generate Palindrome Number.

The idea is as follows... Take a number ...say 54

Algorithm ...

Add <num> + Reverse(<num> ) ... should converge to a palindrome !

54 + 45 .... 99 is a palindrome

132 + 231 => 363 .. is a palindrome...

Some times..we need to continue this process untill we reach a palindrome..

The source code will tell the rest of the story..

//////////////////////////////////////////// 
// 
// A C# Program to generate a Palindrome Number from 
// a number... Adapted from Java CookBook... 
// 
// Recipe 5.21 Program:Number Palindrome...page 151 
// 
// 
using System; 


namespace Test 
{ 


  public class Caller { 

  //////////////////////////////////////////// 
  // 
  // This will reverse a Long number 
  // 

  public static long Reverse( long a ) 
  { 
    long rev = 0; 

    while ( a != 0 ) { 

    rev = rev*10 + a%10; 

    a=a/10; 

    } 

    return rev; 
  } 
  ///////////////////////////////////////////////////// 
  // 
  //
  // This will determine whether a number 
        // is palindrome or not 
        // 
  public static bool isPalindrome( long a ) { 
    if ( a.ToString() == 
      Reverse(a).ToString() ) 
      return true; 

    return false; 
  } 

  ///////////////////////////////////////////////////////// 
  // 
  // Actual routine to Generate a Palindrome... it will converge ! 
  // 
  // 

  public static long FindPalindrome( long a ) { 

    if ( isPalindrome(a) ) 
      return a; 

    return FindPalindrome( 
      a + Reverse(a)); 
  } 

  ////////////////////////////////////////// 
  // 
  // entry Point ... 
  // 
  // 

  public static void Main(String [] args ) { 


    if ( args.Length != 1 ) { 
      Console.WriteLine("FindPalindrome <num>\n"); 
      return; 
    } 



    long rs = 0; 

    try { 
      rs = Int64.Parse(args[0]); 
    } 
    catch( Exception e ) { 
      e.ToString(); 
    } 

    if ( rs <= 0 ) { 
      Console.WriteLine("Invalid number\n"); 
      return; 
    } 
    rs = FindPalindrome(rs); 
    Console.WriteLine(rs.ToString()); 
  } 

  } 

}