Your challenge is to examine the code in the file named Proj$05.$java along with the output text shown below to deduce the algorithm required to produce that output and to implement that algorithm in a file named Proj$05$Runner.java.

The output text for any given run will depend on the input value provided as a command$-$line argument. The text shown below was produced by five consecutive runs of the program for input values of $1,2,3,4,$ and $5$ respectively. I will test your program with a different undisclosed input value. You can test your program by running your version and my version side$-$by$-$side and comparing the results for any input value that you choose.

You must define a new class named Proj$05$Runner. For this assignment, you must submit a single source code file named Proj$05$Runner.java encapsulated in a zip file. It must contain the definition of a class named Proj$05$Runner and nothing else other than required import directives. If you fail to comply with this requirement, you will not get credit for the assignment. You may not modify the class definition for the class named Proj$05.$

Your program must not produce any output similar to the following

Note: Proj$05$Runner.java uses unchecked or unsafe operations.

Note: Recompile with $-$Xlint:unchecked for details.

The purpose of Asg$04$ through Asg$08$ is to assess your ability to apply generics. It is not sufficient to simply insert the following annotation in your code to hide the warnings.

@SuppressWarnings$("$unchecked$")$

Do not include this annotation in your code.

Sample output for different command$-$line argument values follows:$($argument of $1)$

NOTE:

Only one new class definition is allowed.

Unchecked operations are not allowed.

Input: chris Bill Chris Chris Don don don Bill

Output: don don chris Don Chris Chris Bill Bill

$($argument of $2)$

NOTE:

Only one new class definition is allowed.

Unchecked operations are not allowed.

Input: bill Don chris don don bill ann Ann

Output: don don chris bill bill ann Don Ann

$($argument of $3)$

NOTE:

Only one new class definition is allowed.

Unchecked operations are not allowed.

Input: Ann Chris chris don don chris chris Bill

Output: don don chris chris chris Chris Bill Ann

$($argument of $4)$

NOTE:

Only one new class definition is allowed.

Unchecked operations are not allowed.

Input: ann Ann Ann Don Don don Chris Chris

Output: don ann Don Don Chris Chris Ann Ann

$($argument of $5)$

NOTE:

Only one new class definition is allowed.

Unchecked operations are not allowed.

Input: Ann ann Ann Bill don bill Chris Ann

Output: don bill ann Chris Bill Ann Ann Ann Here are the contens of Proj$05$ to help:import java.util.$*$;

class Proj$05\{$

static String$[]$ names $=$

$\{"$Don$",$"don","Bill","bill","Ann","ann","Chris","chris"$\}$;

static String$[]$ myArray $=$ new String$[8]$;

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

if$($args$.$length $==0)\{$

System.out.println$($

"You must provide a command$-$line argument"$)$;

System.exit$(0)$;

$\}//$end if

System.out.println$()$;

System.out.println$("$NOTE:$")$;

System.out.println$("$Only one new class definition is allowed."$)$;

System.out.println$("$Unchecked operations are not allowed."$)$;

System.out.println$()$;

Proj$05$Runner runner $=$ new Proj$05$Runner$()$;

int seed $=$ Integer.parseInt$($args$[0])$;

Random generator $=$ new Random$($seed$)$;

$//$Create and display the data for input to the class

$//$ named Proj$05$Runner.

System.out.print$("$Input: $")$;

for$($int cnt $=0$;cnt $<8$;cnt$++)\{$

int index $=(($byte$)$generator$.$nextInt$())/16$;

if$($index $<0)\{$

index $=-$index;

$\}//$end if

myArray$[$cnt$]=$ names$[$index$]$;

System.out.print$($myArray$[$cnt$]+"")$;

$\}//$end for loop

System.out.println$()$;$//$new line

$//$Process the data and display the results.

Collection collection $=$ runner.getCollection$($myArray$)$;

System.out.print$("$Output: $")$;

Iterator iter $=$ collection.iterator$()$;

while$($iter$.$hasNext$())\{$

System.out.print$($iter$.$next$()+"")$;

$\}//$end while loop

System.out.println$()$;

$\}//$end main$()$

$//----------------------------------------------------//$

$\}$