Create a class called Book that has the following attributes: Book () Book(author, publisher, title, pages) getAuthor() - String getPublisher() - String getTitle() - String getPages()- Integer toString() - String Book author - String publisher - String title - String pages - Integer

Create a class called Book that has the following attributes: Book () Book(author, publisher, title, pages) getAuthor() - String getPublisher() - String getTitle() - String getPages()- Integer toString() - String Book author - String publisher - String title - String pages - Integer

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter11: Advanced Inheritance Concepts

Section: Chapter Questions

Problem 10PE

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Create the following class diagram: The print method in: - Author prints the Authors data - Page prints page no and text - Textbook prints the subject and all pages - Novel prints the genre and all pages The toString method in: - Book returns title and authors - textbook returns subject in additions to super toString - Novel genre in additions to super toString Test your implementation create objects of different types example : - Create a book of type Novel which has many pages and several authors - Create a book of type Textbook which has many pages and several authors - Access these objects polymorphically, variable of class book contains objects of its subclasses Textbook and novel - Print a hall book - Print a single page of a book - Print the book and its authors
In Javascript, Pet Class: Design a class named Pet, which should have the following fields and methods: name: The name of a pet type: The type of animal the pet is ("Dog", "Cat", "Lizard", etc.) age: The age of the pet. setName: The setter for the name field. getName: The getter for the name field. setType: The setter for the type field. getType: The getter for the type field. setAge: The setter for the age field. getAge: The getter for the age field. Once you have designed the class, create an instance of the class and use the setter and getter methods to store data in the object and display the data.
Create a class called Staff that has the following attributes: Staff String - FirstName String - LastName String - Department String - Title Integer - UIN Staff() Staff(FirstName, LastName, Department, Title, UIN) getFirstName() - String setFirstName(String) - void getLastName() - String setLastName(String) - void getDepartment() - String setDepartment(String) - void getTitle() - String setTitle(String) - void getUIN() - Integer setUIN(Integer) - void toString() - String compareTo(Staff) - Integer equals(Staff) - Boolean PreviousNext
Bread Class -breadType: String - caloriesPerslice: integer + Bread(String breadType, integer caloriesPerslice) + getBreadType(): String + setBreadType(String breadType): void + getCaloriesPerslice(): integer + setCaloriesPerSlice(integer calories): void
Rectangle Object Monitoring Create a Rectangle class that can compute the total area of all the created rectangle objects using static fields (variables). Remember that a Rectangle has two attributes: Length and Width. Implement the class by creating a computer program that will ask the user about three rectangle dimensions. The program should be able to display the total area of the three rectangle objects. For this exercise, you are required to apply all OOP concepts that you learned in class. Sample output: Enter Length R1: 1 Enter Width R1: 1 Enter Length R2: 2 Enter Width R2: 2 Enter Length R3: 3 Enter Width R3: 3 The total area of the rectangles is 14.00 Note: All characters in boldface are user inputs.
ShoppingCart.java - Class definition ShoppingCartManager.java - Contains main() method Build the ShoppingCart class with the following specifications. Private fields String customerName - Initialized in default constructor to "none" String currentDate - Initialized in default constructor to "January 1, 2016" ArrayList cartItems Default constructor Parameterized constructor which takes the customer name and date as parameters Public member methods getCustomerName() accessor getDate() accessor addItem() Adds an item to cartItems array. Has a parameter of type ItemToPurchase. Does not return anything. removeItem() Removes item from cartItems array. Has a string (an item's name) parameter. Does not return anything. If item name cannot be found, output a message: Item not found in cart. Nothing removed. modifyItem() Modifies an item's description, price, and/or quantity. Has a parameter of type ItemToPurchase. Does not return anything. If item can be found (by name) in cart,…
in C# Create a Bank class with the following properties: List of bank accounts (List<BankAccount>) Create the following methods in the Bank class: AddAccount(BankAccount account): Method to add a new bank account to the list of accounts RemoveAccount(string accountNumber): Method to remove an existing bank account from the list of accounts SearchAccount(string accountNumber): Method to search for an existing bank account and return the account details my code is // This class represents a bank, which has a list of BankAccount objects as one of its properties. public class Bank { // This property holds a list of BankAccount objects belonging to the bank. public List<BankAccount> Accounts { get; set; } // This constructor initializes the list of accounts for the bank. public Bank() { Accounts = new List<BankAccount>(); } // This method adds a new BankAccount object to the bank's list of accounts. public void…
Create a class called GraduateStudent that has the following attributes: GraduateStudent String - FirstName String - LastName String - Major String - Minor Integer - UIN Double - GPA GraduateStudent() GraduateStudent(FirstName, LastName, Major, Minor, UIN, GPA) calculateFinalGrade(Double, Double, Double) - Double getFirstName() - String setFirstName(String) - void getLastName() - String setLastName(String) - void getMajor() - String setMajor(String) - void getMinor() - String setMinor(String) - void getUIN() - Integer setUIN(Integer) - void getGPA() - Double setGPA(Double) - void toString() - String compareTo(GraduateStudent) - Integer equals(GraduateStudent) - Boolean Note: The calculate final grade takes 3 doubles, each of which will be an exam grade out of 100. The first two exams are worth 25% of the final grade, and the third exam is worth 50% of the final grade. You should return this final grade as a double.
mau Open Leathing inta... - The class has data members that can hold the name of your cube, length of one of the sides and the color of your cube. - The class has a constructor that accepts the name, length of one of the sides, and color as arguments and sets the data members to those values. - The class has the following methods to set the corresponding data member. setName(string newName) setSide(double newSide) setColor(string newColor) - The class has a method called getVolume() that returns the volume of the cube, calculated by cubing the length of the side. - The class has a method called volumelncrease(double newVolume) that receive the percent the volume should increase, and then the side to the corresponding value. i - For example, 2.5 indicates 2.5% increasing of the volume. So you take the current volume, increase it by 2.5%, and then find the cube root to calculate the new side length. You can use the built in function called cbrt, part of the math library, to find the cube…
StarShip # Color bodyColor + StarShip() + void move( int ) + setColor( ) FederationStarShip # int RegNumber # int weight + FederationStarShip() + void setReg( int) + int getWeight ( ) + void setWeight( ) + setColor( Color ) GalaxyClassStarShip # int weaponLoad + GalaxyClassStarShip( ) + void move( int ) + void firePhaser() 1. Based on the diagram above, which is the correct declaration for the class FederationStarShip? 2. Based on the diagram above, the FederationStarShip class definition should contain a public method named, getWeight. Which classes can execute this method? 3. Based on the diagram above, the StarShip class should contain an instance variable declaration, protected Color bodyColor; which classes that are able to access this variable.
Purpose To review interfaces Directions Your task for this lab is to implement and test a class to store ratings of items. Your Rating class should have the following fields and methods: private double sumOfRatings - the sum of all of the ratings private int raters - the number of people who have rated an item public Rating () initialize both fields to zero public Rating (double sumofRatings, int raters) - initialize the fields to the parameter values public void addRating (double newRating) - increase the sumOfRatings by newRating and increase the number of raters by one public double getAverageRating () return the average rating; if there are no raters so far, return 0.0 public String toString() - display the average rating and how many reviews it is based on; for example, if the sum of the ratings is 32 and that is based on ratings from ten people, the toString method will return "3.2 based on 10 reviews"
Create an Employee class. Attributes(must be private): Employee has a name and basic_salary Methods:Employee(string, float); //ConstructorAllowances are computed as: float getHouseRent(); //House rent is 45% of the basic pay. float getMedicalAllowance(); //Medical Allowance is 5% of the basic pay. float getConveyanceAllowance(); //Conveyance allowance is 10% of the basic payfloat getGrossPay(); //Salary including rent and allowances{You can implement additional function/s if needed} Then Create an Organization class. Organization has 10 Employees (Hint: You will need an array of pointers to Employee class) Organization can calculate the total amount to be paid to all employees Organization can print the details(name & salary) of all employees Note: Use main,header and functions.cpp to write code.