Write a Java program to test for palindrome integers and strings.

A number/string is a palindrome if its reversal is the same as itself.

In the object class Palindrome, write the following methods:

• public int reverse(int number) - returns the reversal of an integer, i.e., reverse(456) will return 654
• public boolean isPalindrome(int number) - return true if the number received as parameter is a palindrome. Use the reverse method to implement isPalindrome.

Write a testPalindrome class that prompts the user to enter an integer and reports whether the integer is a palindrome.

Example of output for input 1221:

The number 1221 is a palindrome

Example output for input 1234:

The number 1234 is not a palindrome

Example output for input 91419:

The number 91419 is not a palindrome

Expand the Palindrome object class by overloading the reverse and isPalindrome methods. Do this by adding another reverse method that will reverse and return the reversed string. Also add another isPalindrome that will receive a string instead of an integer to test for being a palindrome.

In the test class, ask the user to enter a string and display the result.

Example of output for the input dad:

The word dad is a palindrome

Example of output for the input add:

The word add is not a palindrome

Example of output for the input racecar:

The word racecar is a palindrome

Hint! Prompt the user first if they want to enter a word or a number, then continue based on their response.

This is the code

Reverse code for integer int result = 0; while (number != 0) { int remainder = number % 10; result = result * 10 + remainder; number = number / 10; } Reverse code for string String result = ""; for (int i = 0; i < str.length(); i++) { result = str.charAt(i) + result; } IsPalindrome code for integer boolean result = true; if (number != reverse(number)) result = false; IsPalindrome code for string boolean result = true; if (!(str.equals(reverse(str)))) result = false;