Step $4$: Define a Person struct with components firstName and lastName $($both of type string$).$

Step $5$: Define a class called Employee with the following:

Private data members:

$$ name $($of type Person$)$

$$ position $($of type string$)$

$$ baseSalary $($of type int$)$

Public member functions:

$$ set$()$: Takes parameters to set name, position, and baseSalary. Complete this function where marked "implement me$".$

$$ getBaseSalary$()$: Returns the base salary.

$$ print$()$: Outputs the employee details $($name$,$ position, and base salary$).$

$$ A default parameterized constructor "implement me$".$

Step $6$: Define a class called Manager that publicly inherits from the Employee class. This class has the following:

Private data members:

$$ department $($of type string$)$

$$ bonusPercentage $($of type int$)$

$$ specialty $($of type string$)$

$$ salary $($of type int$)$

Public member functions:

$$ set$()$: Sets department, bonusPercentage, specialty and inherits set$()$ from Employee. Complete the function where marked "implement me$".$

$$ calculateSalary$()$: Calculates the final salary as the base salary plus the bonus percentage.

$$ print$()$: Outputs details of the manager, including department and final salary "implement me$".$

$$ A default parameterized constructor. "implement me$".$

Implement the member functions of both classes where marked "implement me$".$

The following driver produces the given output:

#include "manager.h$"$

int main$()$

$\{$

Manager Omar;

Omar.set$("$Omar$",$ "Ali", "Software Engineer", $15000,$ "Development", "Artificial Intelligence", $15)$;

Omar.print$()$;

return $0$;

$\}$

Sample output:

Omar Ali has a Software Engineer degree and his$/$her salary is $15000$

He$/$She is specialized in Artificial Intelligence and his$/$her total salary is $17250$