Define a class named Fluid with two integer data members, gallons and pints.

$($a$)$ Write a constructor for the class, Each data member defaults to $0.$

$($b$)$ Write set and get functions for both data members. Your set functions should make sure that gallons is greater than or equal to $0$ and pints is greater than $0$ and less than $8.$

Your set functions should allow cascaded calls. For example: if $\backslash ($ x $\backslash )$ is an object of the class, x$.$setGallons$(5).$setPints$(3)$ should be enabled.

$($c$)$ Overload the $\backslash (>>\backslash )$ and operators to input and output a Fluidobject in a format such as $12$ ga$/4$pnt$.$

$($d$)$ Overload the $+$ operator to enable addition of two Fluid objects. Note that pints must remain between $0$ and $7.$

e$.$g$.$ Assume that there are two Fluid objects $\backslash ($ a $\backslash )$ and $\backslash ($ b $\backslash ).$ a is $4$ gallons and $5$ pints and $\backslash ($ b $\backslash )$ is $6$ gallons and $4$ pints. The $+$ operation should return a fluid object with $11$ gallons and $1$ pint instead of $10$ gallons and $9$ pints. $($There are $8$ pints in a gallon.$)$

$($e$)$ Provide a conversion operator function that converts a Fluid object to an integer. eg$.$ If a is $12$ gallons and $3$ pints, then static$\_$castsint$>)($a$)$ will return $12$

$($discard the pints part$).$

Write a main function to test the class.