A struct called Person that has the components first and last $($of type string$).$

A class called Doctor with the private data members name $($of type Person$),$ degree $($of type string$)$

and salary $($of type integer$).$ The class has the public member functions set$(),$ getSalary$(),$ print$()$ and a

default parameterize constructor.

Define a class called Master which publicly inherits the class Doctor and has the private data

members specialty $($of type string$),$ rarity and salary $($both of type integer$).$ The class has the public

member functions set$(),$ print$(),$ findSalary$()$ and a default parameterize constructor.

The overall salary of a Master is the sum of rarity and the salary of a Doctor.

Implement the member functions of both classes. Use one header file, one implementation file, and one

driver file.

The following driver produces the given output:

int $)$

$\{$

Master $Oma{r}_{{?}_{?}}$

Omar.set$("$Ali$",$ "Omar", "Dermatologist", $12000,$ "Pathologists", $4000)$;

Omar.print$()$:

return $0_{{?}_{?}}$

$\}$

Sample output:

Dr$.$ Ali Omar has a Dermatologist degree and his$/$her salary is $12000$

He$/$She is specialized in Pathologists and his$/$her total salary is $16000$

The first line of the above output is produced by the print$()$ function of the class Doctor.

The implementations of the following functions are given:

int Doctor::getSalary$()$ const

$\{$

return salary:

$\}$

void Doctor::print$()$ const

$\{$

cout Dr$."$ name.first

$$ degree degree and his$/$her salary is $"$ salary $$ endl;

$\}$