make a new file named Proj$12$Runner.java to meet the specifications given below.

Note that you must not modify the code in the file named Proj$12.$java.

Be sure to display your name in the output as shown below.

When you place both files in the same folder, compile them both, and run the file named Proj$12.$java, the program must display the text shown below on the command line screen.

The input String values depend on the values of three command$-$line arguments that are entered when the program is run. If no command$-$line arguments are entered, the program defaults to input values of Madam, radar, and defied. The output for command$-$line argument values of racecar, Rotor, and level is shown below. Your program will be tested with different command$-$line arguments.

For this assignment, your code must examine three incoming String values and determine if each string is or is not a palindrome. For this assignment, a palindrome is defined as a string that has the same characters, forward and backward. Your program must return a three$-$element boolean array indicating if each string is a palindrome. Return true if the string is a palindrome, false if it is not a palindrome. $($Note in the example shown below that the string Rotor is not a palindrome due to the case, upper and lower, of the characters at each end of the string.$)$ Make sure that you return the boolean values in the correct order as shown below.

Your solution for this assignment must use one or more lambda expressions. Among other things, this means that your code must use one or more statements that contain the arrow $(->)$ operator.

The following should display when run:

"Use command$-$line arguments.

Input values to student code $=$ racecar,Rotor,level

Student's solution must use lambda expressions.

Call student's run method.

I certify that this program is my own work

and is not the work of others. I agree not

to share my solution with others.

Print your name here.

Display results returned from student's code.

racecar: true

Rotor: false

level: true

That's all folks."

Proj$12.$java $($cannot be modify$)$

$/*$File Proj$12.$java

The purpose of this assignment is to assess the student's

ability to write programs that use lambda expressions and

the Predicate functional interface from the

java.util.function package.

$***********************************************************/$

$//$ Student must not modify the code in this file. $//$

class Proj$12\{$

public static void main$($String$[]$ args$)\{$

String x $=$ "Madam";

String y $=$ "radar";

String z $=$ "defied";

if$($args$.$length $!=3)\{$

System.out.println$("$Use default input values."$)$;

$\}$else$\{//$get x$,$ y$,$ and z from args

System.out.println$("$Use command$-$line arguments."$)$;

x $=$ args$[0]$;

y $=$ args$[1]$;

z $=$ args$[2]$;

$\}$;$//$end else

System.out.println$($

$"$

Input values to student code $="+$

x $+","+$ y $+","+$ z$)$;

System.out.println$($

$"$

Student's solution must use lambda expressions."$)$;

$//$Instantiate an object from the student's code.

Proj$12$Runner obj $=$ new Proj$12$Runner$()$;

System.out.println$("$

Call student's run method."$)$;

boolean$[]$ result $=$ obj.run$($x$,$y$,$z$)$;

System.out.println$($

$"$

Display results returned from student's code."$)$;

System.out.println$($x $+"$: $"+$ result$[0])$;

System.out.println$($y $+"$: $"+$ result$[1])$;

System.out.println$($z $+"$: $"+$ result$[2])$;

System.out.println$("$

That's all folks."$)$;

$\}//$end main

$\}//$end class Proj$12$

$//$End program specifications.