instance, if your program is invoked with $1$ and $10,$ your program will print $2,3,5,7.$

You must:

name your main class "PrimeFinder"

put all your program$/$classes in a package called "prime".

check for errors in command line arguments and handle it properly.

Example Run of the program

The red color indicates the program's output. The dollar sign $($$$)$ indicates your command line prompt and what follows is what the user types on the command line $($terminal$).$

Example $1($positive $-$ no error$)$:

$ java $-$cp $.$ prime.PrimeFinder $115$

$2,3,5,7,11,13$

Example $2($positive $-$ no error$)$:

$ java $-$cp $.$ prime.PrimeFinder $77$

$[7]$

Example $3($positive $-$ no error$)$:

$ java $-$cp $.$ prime.PrimeFinder $2426$

$[]$

Example $4($Negative $-$ bad input$)$:

$ java $-$cp $.$ prime.PrimeFinder $10050$

Error: Max must not be smaller than Min

Example $5($Negative $-$ bad input$)$:

$ java $-$cp $.$ prime.PrimeFinder $1$ abc

Error: Invalid argument$($s$)$

Example $6($Negative $-$ bad input$)$:

$ java $-$cp $.$ prime.PrimeFinder $-1100$

Error: Min out of range. Minimum must not be smaller than $0.$

Example $7($Negative $-$ bad input$)$:

$ java $-$cp $.$ prime.PrimeFinder $0100000000$

Error: Max out of range. Maximum must not be greater than $1,000,000$

Example $8($Negative $-$ bad input$)$:

$ java $-$cp $.$ prime.PrimeFinder $1\mathrm{.}422$

Error: Min and Max must be whole numbers.

Example $9($Negative $-$ missing an argument$)$:

$ java $-$cp $.$ prime.PrimeFinder $10$

Usage: PrimeFinder $2,3,5$