Design a class MinMaxprime that has two private member variables that are prime $($Use the previous Prime class$)$ maxP and minP, where maxp should always, at all times, be greater or equal to minP.

$1-$ default constructor that sets both to default Prime

$2-$ A constructor that accepts one Prime and sets both to that Prime

$3$ A constructor that accepts an integer and sets both to that integer or the prime close to it$.$

$4-$ A constructor that accepts two Primes and sets maxP to the largest and minP to smallest

$5-$ A constructor that accepts two integers and sets maxP to the largest and minP to the smallest $($after creating the Primes$)6$ getters. getMaxP$(),$ getMinP$()($these return Prime objects$),$ int getMaxPValue$(),$ int getMinPValue$()($these return the value as in $7-$ Setters. If you try to set minP to a Prime greater than maxP, then maxP should be set to that Prime and minP should be set to maxP. $($example: minP is $7,$ maxp is $13$ you try to set minP to $17,$ then maxp becomes $17$ and minP will be $13.)$ will be set to the new value.

$8-$ tostring

$9-$ equals

$10-$ method add that a accepts an integer and returns a MaxMin object with both maxp and minP increase by at least the integer $($use add method used in prime$).$

$11-$ method add that accepts a Prime object and adds it to both maxP and minP

A method add that accepts two Prime objects and adds the largest to maxp and the smallest to minP.

$13$ Tester to test every constructor and method in this class.