Illustrating Oop With C++

Learn Illustrating OOP with C++, Templates of OOP, Applying C++
What you'll learn
For those interested in learning and understanding the OOP methodology through real-world examples
Those who want to know why to use OOP in C++
Those who plan to learn Java in the future
Appropriate for those interested in pursuing a career in software engineering.
For those who are comfortable with C and want to learn how to code with OOP and C++
Requirements
Student should have a working knowledge of the C language.
Any computer with windows or macOS will work.
Must have hands-on experience of writing programs.
Must have an IDE or C++ compiler.
You should be familiar with C++ and entering data into C++.
Description
Classes and Objects -In this section, you will learn class is a user-defined type that describes the appearance of a specific type of object. A declaration and a definition make up a class description. Typically, these pieces are separated into separate files. A single instance of a class is referred to as an object.Static Variable and Data Member - Static member functions are special functions that can be used to access static data members or other static member functions. The static keyword is used to define a member function. A static member function distributes a single copy of the member function to any number of objects in the class.Parameterized Constructor - In this section you will learn when objects are created, it is used to initialize the various data elements with different values. It's used to overburden constructors.Inheritance - In this lesson you will learn -Inheritance is a mechanism for reusing and extending existing classes without changing them, resulting in hierarchical relationships. Inheritance is similar to embedding an object within a class.Polymorphism- A call to a member function in C++ will cause a different function to be executed depending on the type of object that invokes the function.Template - In this section you will learn -A template is a C++ programming feature that allows function and class operations with generic types, allowing functionality with different data types without having to rewrite entire code blocks.Default Constructor in C++ - In this lesson you will learn default function Object() { [native code] } is one that has no parameters or, if it does, all of the parameters have default values. If a class A lacks a user-defined function Object() { [native code] } and one is required, the compiler declares a default parameterless function Object() { [native code] } A::A implicitly
Overview
Section 1: Introduction to OOP
Lecture 1 Introduction to OOP
Section 2: More About OOP
Lecture 2 More About OOP
Section 3: Classes And Objects
Lecture 3 Creating Array Of Objects
Lecture 4 Creating A Simple Class
Lecture 5 Nesting Member Function
Lecture 6 Static Variables and data members
Lecture 7 Static members
Lecture 8 Object As Argument
Lecture 9 Return Object from members function
Lecture 10 Friend Functions
Lecture 11 Multiple Friend Functions
Lecture 12 Default Constructor
Lecture 13 Parameterised Constructor
Lecture 14 Copy Constructor
Lecture 15 Destructor
Section 4: Inheritance
Lecture 16 Single Inheritance
Lecture 17 Multilevel Inheritance
Lecture 18 Multiple Inheritance
Lecture 19 Hierarchical Inheritance
Lecture 20 Hybrid Inheritance
Lecture 21 Multipath Inheritance
Section 5: Polymorphism
Lecture 22 Polymorphism
Lecture 23 Function Overloading
Lecture 24 Operator Overloading
Lecture 25 What is Overriding
Lecture 26 Abstract Function Class
Section 6: Templates
Lecture 27 Template Function Template
Lecture 28 Class Template
Section 7: Conclusion
Lecture 29 Conclusion
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