Write a class named Employee that has the following fields:

name. The name field references a String object that holds the employee's

name.

idNumber. The idNumber is an int variable that holds the employee's ID

number.

department. The department field references a String object that holds the

name of the department where the employee works.

position. The position field references a string object that holds the

employee's job title.

salary. The salary field is a double variable that holds the Employee's

annual salary $($salary must be between $0$ and $90,000$ inclusive. Any data

outside this range must assign a value of $0\mathrm{.}0$ to salary$)$

The class should have the following constructors:

A constructor that accepts the following values as arguments and

assigns them to the appropriate fields: employee's name, employee's

ID number, department, position, and salary.

A constructor that accepts the following values as arguments and

assigns them to the appropriate fields: employee's name and ID

number. The department and position fields should be assigned an empty

string $("$r$")$ and salary should be assigned $0\mathrm{.}0$

A no$-$arg constructor that assigns empty strings $("$r$)$ to the name,

department, and position fields, and $0$ to the idNumber, and salary field.

Write appropriate mutator methods that store values in these fields and

The program should store this data in the five objects and then display the

data for each employee on the screen. Make sure to test "salary must be

between $0$ and $90,000$ inclusive" constraint in your EmployeeApp.java

program.

Deliverables:

accessor methods that return the values in these fields. Override the toString$()$

method which return relevant information to represent the Employee object.

Once you have written the class, write a separate program

$($EmployeeApp$.$java$)$ that creates five Employee objects to hold the following

data:

UML diagram for the Employee class $-20\%$

Source codes $($Employee$.$java & EmployeeApp.java$)-70\%$

Screenshot of the program output. $-10\%$