Make sure and use three separate files for your object oriented programs (two .cpp files and 1 .h file) plus UML diagrams. Do not use inline functions.

NO GLOBAL VARIABLES (global constants are fine)

Make a UML then write a class named Employee that has the following member variables:

name: The name attribute holds an employees first and last name

idNumber: The idNumber attribute is a string variable that holds an employees ID number

department: The department attribute holds the name of the employees department

position: The position attribute holds the name of the employees job title

yearsWorked: This attribute holds the number of years the employee has worked at the company

The class should have the following overloaded constructors:

A constructor that accepts the following values as arguments and assigns them to the appropriate data members (attributes): employees name and employees ID number, employees department, employees position, and the number of years the employee has worked at the company.

A constructor that accepts the fallowing values as arguments and assigns them to the appropriate data members (attributes): employees name and employees ID number. The department and position attributes should be initialized to the empty string () and the yearsWorked attribute should be initialized to zero.

A default constructor (accepts no arguments) that initializes the name, idNumber, department, and position attributes to the empty string (). The yearsWorked attribute should be initialized to zero.

Write Get and Set methods for each attribute: name, idNumber, department, position, and yearsWorked.

Do not allow the yearsWorked attribute to be set to values less than zero. If an attempt is made to set yearsWorked to less than zero, do not set the attribute then communicate the problem to the calling program. Do not use cin or cout in the set method. Have main routine input years worked then pass it to the set method for employees not using the constructor that sets all attributes

Remember that the class declaration (.h file) will contain the class attributes and function prototypes. Name the class declaration file employee.h. The class implementation file (.cpp) will contain the function definitions (dont forget to include the employee.h file). Name the class implementation file employee.cpp.

Next create a program to utilize the Employee class you created in the following manner:

1. Instantiate three Employee objects as follows:

Name	ID Number	Department	Position	Years Worked
Jenny Jacobs	JJ8990	Accounting	President	15
Myron Smith	MS7571	IT	Programmer	5
Chris Raines	CR6873	Manufacturing	Engineer	30

Note: you only have to have main input the Years Worked from the keyboard then call setYearsWorked (only for the employees with missing data). All other fields can be hardcoded (ex: emp2.setDepartment(IT); ).

Also note: NO ARRAYS! Create 3 separate Employee objects each using a different constructor

2. Display the data for each of the three employees to the screen (you do not need to display the lines in the table)

The program utilizing the employee class should be in a separate .cpp file. Name this program employeeTest.cpp.