The progrqm has to be in c++, please without empty constructor Create a lecturer class with member -data name (name) and department (department). For the Lecturer class, write constructors, get & set methods, and the toString () method, which returns the textual description of the object. Write a Lecture class with data member: - subject (discipline) - weekday (day of the week when it takes place) - hour (start time, integer) - online (boolean value, whether remote or not) - lecturer (object of class Lecturer) For the Lecture class, write: - constructors- get & set methods - method isItMorning (), returning a Boolean value, the result of checking whether the lecture starts at 7-11 - give a new implementation of the toString () method so that it returns the text description of the Lecture object In the test function main () 1. Create objects of both classes and illustrate the use of all possible methods for them.

The progrqm has to be in c++, please without empty constructor Create a lecturer class with member -data name (name) and department (department). For the Lecturer class, write constructors, get & set methods, and the toString () method, which returns the textual description of the object. Write a Lecture class with data member: - subject (discipline) - weekday (day of the week when it takes place) - hour (start time, integer) - online (boolean value, whether remote or not) - lecturer (object of class Lecturer) For the Lecture class, write: - constructors- get & set methods - method isItMorning (), returning a Boolean value, the result of checking whether the lecture starts at 7-11 - give a new implementation of the toString () method so that it returns the text description of the Lecture object In the test function main () 1. Create objects of both classes and illustrate the use of all possible methods for them.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter11: Inheritance And Composition

Section: Chapter Questions

Problem 6PE

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In c++ ( without empty constructor)Create a lecturer class with member-data name (name) and department (department). For the Lecturer class, write constructors, get & set methods, and the toString () method, which returns the textual description of the object. Write a Lecture class with data member:- subject (discipline)- weekday (day of the week when it takes place)- hour (start time, integer)- online (boolean value, whether remote or not)- lecturer (object of class Lecturer)For the Lecture class, write:- constructors- get & set methods- method isItMorning (), returning a Boolean value, the result of checking whether the lecture starts at 7-11- give a new implementation of the toString () method so that it returns the text description of the Lecture objectIn the test function main ()1. Create objects of both classes and illustrate the use of all possible methods for them.2. Create an array of Lecture objects and display it on the screen and in a file.
I need help with this question, which should be completed in C# programming language.(Non-other) Complete the Person (base), Student (derived), Faculty (derived), Admin (derived), Staff (derived) Classes Use the following properties: 1- Person properties - firstName, lastName, email (type string), Person method - PersonWrite 2- Student properties - studentID (private string), use a getter and setter, define 2 constructors Student method - StudentWrite 3- Faculty properties - facultyID (private string), use a getter and setter, define 2 constructors Faculty method - FacultyWrite 4- Admin properties - adminID (private string), use a getter and setter, define 2 constructors Admin method - AdminWrite 5- Staff properties - staffID (private string), use a getter and setter, define 2 constructors Staff method - StaffWrite Initialize each of the classes, and print out the contents of each class to show inheritance. Create a Class Diagram for your program using VS Class Diagram/Designer…
In c++Create a lecturer class with member-data name (name) and department (department). For the Lecturer class, write constructors, get & set methods, and the toString () method, which returns the textual description of the object. Write a Lecture class with data member:- subject (discipline)- weekday (day of the week when it takes place)- hour (start time, integer)- online (boolean value, whether remote or not)- lecturer (object of class Lecturer)For the Lecture class, write:- constructors- get & set methods- method isItMorning (), returning a Boolean value, the result of checking whether the lecture starts at 7-11- give a new implementation of the toString () method so that it returns the text description of the Lecture objectIn the test function main ()1. Create objects of both classes and illustrate the use of all possible methods for them.2. Create an array of Lecture objects and display it on the screen and in a file.
The Doctor program described in Chapter 5 combines the data model of a doctor and the operations for handling user interaction. Restructure this program according to the model/view pattern so that these areas of responsibility are assigned to separate sets of classes. The program should include a Doctor class with an interface that allows one to obtain a greeting, a signoff message, and a reply to a patient’s string. To implement the greeting, define a method named greeting for the Doctor class. To implement the signoff message, define a method named farewell for the Doctor class. Both greeting and farewell should return a string with a greeting or farewell message respectively. The reply function is defined for you, it should be added as a method for the Doctor class. The rest of the program, in a separate main program module, handles the user’s interactions with the Doctor object. Develop this program with a terminal-based user interface. Note: The program should output in the…
Write a C++ code for the problem below. Problem: Write a class called profileID, which has data members firstName, lastName, age, and birthday. Instantiate an object ECE as an object of class profileID.
If two classes are defined “Parent” and “Child” then which is the correct type upcast syntax in C++? a) Parent *p=child; b) Parent *p=*child; c) Parent *p=&child; d) Parent *p=Child();
Given these three arguments, please explain why it is better to have accessors for private types rather than making them public.
Give three reasons why using accessors to private types is better than making the types public.
If two classes are defined “Parent” and “Child” then which is the correct type upcast syntax in C++? Parent *p=child; Parent *p=*child; Parent *p=&child; Parent *p=Child();
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in C# language, write a definition for an atom class that contains: (i)Fields for storing the numbers of protons, neutrons and electrons with appropriate visibility. (ii)Setter and getter methods for manipulating these fields, ensuring that the minimum value for electrons and protons is 1, and the minimum value for neutrons is 0. (iii)A parameterized constructor that initializes new objects of atom to be the smallest element (Hydrogen), for which the number of protons is 1, the number of neutrons is 0, and the number of electrons is 1.