Consider
Consider the following details of all classes for class hierarchy shown in Figure 1 of this lab.
Class Person holds
o Two attributes i.e. name and year_of_birth
o A two-argument constructor to initialize its data members with user-defined values
Class Employee contains
o Five attributes i.e. employeeID, joiningYear, jobTitle (designation of an employee), courseID, and courseTitl
Class Administration has
o A parameterized constructor to receive five arguments to initialize inherited attributes from class Employee
(Concerning courseID and courseTitle, only null value is allowed to set for an admin officer)
o Two functions i.e. setJobTitle(employee) and getJobTitle(employee) to set and get job title of an employee
Class Student has
o Two attributes i.e. studentID and enrolledSemester
o A four-argument constructor to initialize its data members (including inherited data members)
o A function named display() to show the values of all attributes (including inherited attributes)
Class Academic has
o A parameterized constructor to receive five arguments to initialize inherited attributes from class Employee
(Concerning employeeID, joiningYear, and jobTitle, only null value is allowed to set)
o Two functions i.e. setCourseID() and setCourseTitle()
Only an instance of class DeanHOD should be able to modify values for employeeID, designation of an employee, ID and name of a particular course.
Implement all these classes and within the main function, create instances of all classes (except class Employee) and test the described working of all these classes.
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