Refer to the UML class diagram given below: Subject a) - subjectTitle: String - creditHour: int - subjectCount: int + Subject() + Subject(subjectTitle: String, creditHour: int) + set and get methods + getSubjectCount ():int + toString():String Implement the complete Subject class that shown in the above diagram. The following requirements must be included: • Use this keyword whenever possible. • The getter and setter for all instance data members. • The parameterized constructor should increase the value of subjectCount by 1. • The toString() method that will return all the information about the Subject object except subjectCount.

Refer to the UML class diagram given below: Subject a) - subjectTitle: String - creditHour: int - subjectCount: int + Subject() + Subject(subjectTitle: String, creditHour: int) + set and get methods + getSubjectCount ():int + toString():String Implement the complete Subject class that shown in the above diagram. The following requirements must be included: • Use this keyword whenever possible. • The getter and setter for all instance data members. • The parameterized constructor should increase the value of subjectCount by 1. • The toString() method that will return all the information about the Subject object except subjectCount.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter11: Introduction To Classes

Section11.1: Classes

Problem 1E

See similar textbooks

Similar questions

Convert the UML class diagram above into a java code with the following conditions The methods in the Pet class are abstract. Create a class called test. The main() method in the test class should create three Cat objects and two Budgie The main() method should also create indirectly an object of the Pet class. Demonstrate polymorphism in your test
Draw a class diagram for the parking office class below. Diagram shoukd not be hand drawn. N.B Parking office class has relations and dependencies with car, customer, parkinglot and parking charge classes. 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 : customers)if(cust.getName().equals(name))return cust;return null;}public double addCharge(ParkingCharge p) {charges.add(p);return p.amount;}public String[]…
create a uml class diagram on this code: from abc import ABC, abstractmethod class GreyAnatomy(ABC):@abstractmethoddef Tvshow(self):pass class Grey(GreyAnatomy):def Tvshow(self):print("I am Derek") class Rank(Grey):def Tvshow(self):print("I am an attending") class Specialty(Rank):def Tvshow(self):print("I am an neurosurgeon doctor") G = Grey()G.Tvshow() R = Rank()R.Tvshow() S = Specialty()S.Tvshow()
Make an interaction diagram for the parking office class below. We have included the class code below. The diagram should not be hand-drawn Use the class diagram to better understand all classes in our system 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 : customers)if(cust.getName().equals(name))return cust;return null;}public double addCharge(ParkingCharge p) {charges.add(p);return p.amount;}public String[]…
Write the classes as shown in the following class diagram. Add a tester that asks the user for a cat, dog and a BigDog then call all of their methods. Note that Cat and Dog inherit from the abstract class Animal and BigDog inherits from Dog.
Generate a UML class diagram for the class definition below.public class FuelOrder{public string ClientName { get; set; } public string DepotName { get; set; } public string TruckerName { get; set; } public string Mobile { get; set; } public int Quantity { get; set; } public void Submit(string clientName,string depotName,string truckerName,string mobile,int quantity){ClientName = clientName;DepotName = depotName;TruckerName = truckerName;Mobile = mobile;Quantity = quantity;} }
Java - Write one or two sentences to describe the primary advantage of implementing an extended class. Your answer should use the word "inherited" at least once.
Step 1: Extend the ItemToPurchase class per the following specifications: Private fields string itemDescription - Initialized in default constructor to "none" Parameterized constructor to assign item name, item description, item price, and item quantity. Public member methods setDescription() mutator & getDescription() accessor printItemCost() - Outputs the item name followed by the quantity, price, and subtotal printItemDescription() - Outputs the item name and description Ex. of PrintItemCost() output: Bottled Water 10 @ $1 = $10 Ex. of PrintItemDescription() output: Bottled Water: Deer Park, 12 oz. 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…
Make a class Person, with instance variable name, age, and gender. Make a class Employee inheritfrom Person, with extra data for salary, and hiring date. Make another class Student inherit from Person,with data for program name, level (undergraduate/graduate), and program year. Supply required methods forthe superclass and the subclasses. Make a subclass Manager from Employee, with bonus salary, andoverride the corresponding method(s). Provide toString method for the Employee class and its subclass,Manager, such that it returns employee name, type of the employment, and salary. For instance if you createan object, manager1, from Manager class, with name=”John Smith” and annual salary of $125,000 and bonusweekly bonus of $200, and then write a print statement like System.out.println(manager1); , the output willbe:John Smith, Manager, Salary = $125,000/year, Weekly bonus = $200
In the following there are two classes, Employee and Manager. Manager is a subclass of Employee. The implementation of Employee class is given (Note: no getter methods are provided, so you are not able to access instance variables through getter methods in the subclass). The skeleton of the Manager class definition is given. Complete the constructor method, and the toString method for the subclass (see the details below). public class Employee { private String name; private double salary; // Make an employee with a given name and salary. public Employee(String aName, double aSalary) { name = aName; salary = aSalary; } // Provide a string description of an employee. public String toString() { return "Name: " + name + "\tSalary: " + salary; } } public class Manager extends Employee { private String department; // Make a manager with a given name, salary, and department. public Manager(String name, double salary, String department) { // put your code below } // Provide a string…
create a uml class diagram on this code: class grey(object): def __init__(self, name): self.name = name def getName(self): return self.name class Rank(grey): def __init__(self, name, rank): grey.__init__(self, name) self.rank = rank def getRank(self): return self.rank class Specialty(Rank): def __init__(self, name, rank, specialty): Rank.__init__(self, name, rank) self.specialty = specialty def getSpecialty(self): return self.specialty s = Specialty("Derek","Attending","Neurosurgery")print(s.getName(),s.getRank(),s.getSpecialty())
For this problem you are to join the following classes into a hierarchy (use the UML diagrams from Module 2 to get started): Player - Super Class Archer - Subclass Barbarian - Subclass Cleric - Subclass Rogue - Subclass Warlock - Subclass