CIT $120$: Computational Thinking

Chapter $10$: Objects

Create an Employee object that contains the employee's first name, last name, address, phone, and

hourly pay rate. The Employee object should contain all of the required methods $($default constructor,

non$-$default constructor, setter methods, getter methods, and toString$()$ method$)$ as well as a helper

method called calculatePay$().$ The calculatePay$()$ method should accept the number of hours worked as

a parameter and return how much the employee should be paid for that week. Anything over $40$ hours

is considered overtime and should be paid time and a half.

After the Employee object is created, write a driver program that will hold information about $10$

employees. Get the employees' information from the user. Then display all of the employees' first and

last names as well as how much they should be paid for the week, use the getter methods and the

helper method to display this data $($do not format your toString$()$ method to return this data, the

toString$()$ method should still return all information entered about the employee$).$

HINTS:

In your driver program:

You will need a loop to load the array, and another to print the "paychecks".

You will need to use parallel arrays to complete this assignment, one to hold the

employee objects and another to retain the number of hours worked for each

employee so that you can pass the hours worked to the calculatePay$()$ method in the

loop to print the "paychecks".

For your object:

Employee

firstName : String

lastName: String

address: String

phone: String

hourlyPayRate: double

setFirstName $($firstName : String$)$ : void

setLastName $($lastName : String$)$ : void

setAddress $($address: String$)$ : void

setPhoneNumber $($phone: String$)$ : void

setHourlyPayRate $($payRate : double$)$ : void

getFirstName $()$: String

getLastName $()$ : String

getAddress $()$: String

getPhoneNumber $()$:String

getHourlyPayRate $()$: double

calculatePay $($hoursWorked : int$)$ : double

toString $()$:String

UML Diagram provided as a hint,

you are not required to use the

same names.

Make sure your program is fully documented and contains a comment block at the beginning with

your name, date, and purpose of program. Use meaningful variable names. Use indentation and

spacing within the program to improve readability. Make sure you test the program thoroughly.

Also do this in pseudocode