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Please look at the images for the programming question. I am not sure sure where I should start on this. All coding is done in Java, using IntelliJ Idea.

Please look at the images for the programming question. I am not sure sure where I should start on this. All coding is done in Java, using IntelliJ Idea.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Please look at the images for the programming question.

I am not sure sure where I should start on this.

All coding is done in Java, using IntelliJ Idea.

Write a program named AtmYourLastnameFirstname.java (e.g., AtmJens.java if your last name is Jens). The program should have 3 separate classes with AtmYourLastnameFirstname being the first class with the main() method. Use your discretion to provide the data types of the fields and other variables and make proper use of OOP's information hiding principles (use the best access modifiers). Define one of the classes to be abstract, with Customer as its name. The class should have the following data fields: name, pin, and balance. The class should also have three get (accessor) methods and three set (mutator) methods. Include two constructors, a no-arg constructor and another constructor that takes three parameters, as arguments and each of the arguments should be assigned to the appropriate Customer field. The class should also have four other abstract methods, which return no values, named: deposit(), withdraw(), checkBalance(), and quit(). The other class named CheckingAccountCustomer (a subclass of the Customer class) should have an accountNo data field and get (accessor) and set (mutator) methods for the accountNo field. It should also have two constructors, a no-arg constructor and another constructor which takes four parameters with the 4th parameter assigned to the accountNo field, within the constructor implemer on. The four Customer abstract methods should be implemented in this class as follows: deposit: Prompt a customer to enter an amount of money to be deposited into his/her account. Add this amount to the balance and print the current balance as of the current date/ time to the screen. withdraw: Prompt a customer to enter an amount of money to withdraw from account. Deduct this amount to the balance and print the current balance as of the current date/time to the screen. checkBalance: This method just prints the current balance as of the current date/time to the screen. quit: This method prompts the user to exit the program (ATM). Hint: System.exit(0); forces a Java application program to terminate.
Transcribed Image Text:Write a program named AtmYourLastnameFirstname.java (e.g., AtmJens.java if your last name is Jens). The program should have 3 separate classes with AtmYourLastnameFirstname being the first class with the main() method. Use your discretion to provide the data types of the fields and other variables and make proper use of OOP's information hiding principles (use the best access modifiers). Define one of the classes to be abstract, with Customer as its name. The class should have the following data fields: name, pin, and balance. The class should also have three get (accessor) methods and three set (mutator) methods. Include two constructors, a no-arg constructor and another constructor that takes three parameters, as arguments and each of the arguments should be assigned to the appropriate Customer field. The class should also have four other abstract methods, which return no values, named: deposit(), withdraw(), checkBalance(), and quit(). The other class named CheckingAccountCustomer (a subclass of the Customer class) should have an accountNo data field and get (accessor) and set (mutator) methods for the accountNo field. It should also have two constructors, a no-arg constructor and another constructor which takes four parameters with the 4th parameter assigned to the accountNo field, within the constructor implemer on. The four Customer abstract methods should be implemented in this class as follows: deposit: Prompt a customer to enter an amount of money to be deposited into his/her account. Add this amount to the balance and print the current balance as of the current date/ time to the screen. withdraw: Prompt a customer to enter an amount of money to withdraw from account. Deduct this amount to the balance and print the current balance as of the current date/time to the screen. checkBalance: This method just prints the current balance as of the current date/time to the screen. quit: This method prompts the user to exit the program (ATM). Hint: System.exit(0); forces a Java application program to terminate.
The AtmYourLastnameFirstname class should implement an Automated Teller Machine (ATM). The main() method should have an array of three CheckingAccountCustomer objects. Provide values for the objects based on the CheckingAccountCustomer class constructor. The ATM starts by prompting customers to insert their debit card (the card is inserted by entering an account number). The account number should be equal to one of the CheckingAccountCustomer object's accountNo for the card to be accepted by the ATM. When a card is inserted, the ATM should then prompt customers to enter their PIN (a 4-digit number). Customers should be given 2 more chances to enter their correct PIN. The program should quit after the third unsuccessful PIN entry. If the PIN entered is accepted (equals the PIN for any of the three CheckingAccountCustomer objects), the current date and time should be displayed on the screen after which the following menu should be displayed: PRESS: → (D)eposit Money (W)ithdraw Money → (C)heck Account Balance > (Q)uit
Transcribed Image Text:The AtmYourLastnameFirstname class should implement an Automated Teller Machine (ATM). The main() method should have an array of three CheckingAccountCustomer objects. Provide values for the objects based on the CheckingAccountCustomer class constructor. The ATM starts by prompting customers to insert their debit card (the card is inserted by entering an account number). The account number should be equal to one of the CheckingAccountCustomer object's accountNo for the card to be accepted by the ATM. When a card is inserted, the ATM should then prompt customers to enter their PIN (a 4-digit number). Customers should be given 2 more chances to enter their correct PIN. The program should quit after the third unsuccessful PIN entry. If the PIN entered is accepted (equals the PIN for any of the three CheckingAccountCustomer objects), the current date and time should be displayed on the screen after which the following menu should be displayed: PRESS: → (D)eposit Money (W)ithdraw Money → (C)heck Account Balance > (Q)uit
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