When the friend tool is used, this is broken. Talk about the many ways that the "your friend" function can be used.

Explain memberwise assignment briefly.

I need help with the main function, please. I have all classes I need I just need the main function

Write a small program that uses the dynamic binding. In your comments explain which statement(s) is doing the dynamic binding.

I'm just having trouble with some of the components to build of this entire function and want something to compare.

We have a parking office class for a parking management system. It has dependencies and relations with customer, car,  parking lot and parking charge classes.  Explain the code by stating implementation decisions, reasons behind those implementation decisions,  what you assume was hard or easy to implement, and what helped.   public class ParkingOffice {String name;String address;String phone;List<Customer> customers;List<Car> cars;List<ParkingLot> lots;List<ParkingCharge> charges; public ParkingOffice(){customers = new ArrayList<>();cars = new ArrayList<>();lots = new ArrayList<>();charges = new ArrayList<>();}public Customer register() {Customer cust = new Customer(name,address,phone);customers.add(cust);return cust;}public Car register(Customer c,String licence, CarType t) {Car car = new Car(c,licence,t);cars.add(car);return car;}public Customer getCustomer(String name) {for(Customer cust :…

Write The Use Of Package.

Implement a nested class composition relationship between any two class types from the following list: Advisor Вook Classroom Department Friend Grade School Student Teacher Tutor Write all necessary code for both classes to demonstrate a nested composition relationship including the following: a. one encapsulated data member for each class b. inline default constructor using constructor delegation for each class c. inline one-parameter constructor for each class d. inline accessors for all data members e. inline mutators for all data members

What is the difference between the iterable interface and the iterator interface? Group of answer choices 1. If you implement the iterable interface you have an internal iterator and if you implement the iterator interface you will have an external interface. 2. If you implement the iterator interface you have an internal iterator and if you implement the iterable interface you will have an external interface. 3. An class that implements iterable has a method that returns an iterator, which will allow you to iterate through the data structure. 4. You can implement either interface to make it so you can iterate through a data structure, but you will have different named methods to do the iteration.

In C++ Create a new project named lab8_1. You will be implementing two classes: A Book class, and a Bookshelf class. The Bookshelf has a Book object (actually 3 of them). You will be able to choose what Book to place in each Bookshelf.  Here are their UML diagrams  Book class UML Book - author  : string- title   : string- id      : int- count   : static int + Book()+ Book(string, string)+ setAuthor(string) : void+ setTitle(string) : void+ print() : void+ setID() : void And the Bookshelf class UML Bookshelf - book1 : Book- book2 : Book- book3 : Book + Bookshelf()+ Bookshelf(Book, Book, Book)+ setBook1(Book) : void+ setBook2(Book) : void+ setBook3(Book) : void+ print() : void Some additional information: The Book class also has two constructors, which again offer the option of declaring a Book object with an author and title, or using the default constructor to set the author and title later, via the setters . The Book class will have a static member variable…