Demystifying OOP with C++

Demystifying OOP with C++, available at $64.99, has an average rating of 4.15, with 138 lectures, 8 quizzes, based on 171 reviews, and has 921 subscribers.

You will learn about Master principles of Object Oriented Programming You will be proficient with the concepts of C++ You will be able to comprehend and read C++ source code effortlessly Confidence to face an interview This course is ideal for individuals who are For those who want to know and understand the OOP methodology with real world examples or Those who want to know why to use OOP in C++ or Absolutely essential for engineering and polytechnic students or Those who plan to learn Java, PHP and Python in the future or Suitable for those who want to make career in Software Engineering or For those who are comfortable with C and want to learn how to code with OOP and C++ It is particularly useful for For those who want to know and understand the OOP methodology with real world examples or Those who want to know why to use OOP in C++ or Absolutely essential for engineering and polytechnic students or Those who plan to learn Java, PHP and Python in the future or Suitable for those who want to make career in Software Engineering or For those who are comfortable with C and want to learn how to code with OOP and C++.

Enroll now: Demystifying OOP with C++

Summary

Title: Demystifying OOP with C++

Price: $64.99

Average Rating: 4.15

Number of Lectures: 138

Number of Quizzes: 8

Number of Published Lectures: 138

Number of Published Quizzes: 8

Number of Curriculum Items: 146

Number of Published Curriculum Objects: 146

Number of Practice Tests: 2

Number of Published Practice Tests: 2

Original Price: ?5,499

Quality Status: approved

Status: Live

What You Will Learn

Master principles of Object Oriented Programming

You will be proficient with the concepts of C++

You will be able to comprehend and read C++ source code effortlessly

Confidence to face an interview

Who Should Attend

For those who want to know and understand the OOP methodology with real world examples

Those who want to know why to use OOP in C++

Absolutely essential for engineering and polytechnic students

Those who plan to learn Java, PHP and Python in the future

Suitable for those who want to make career in Software Engineering

For those who are comfortable with C and want to learn how to code with OOP and C++

Target Audiences

For those who want to know and understand the OOP methodology with real world examples

Those who want to know why to use OOP in C++

Absolutely essential for engineering and polytechnic students

Those who plan to learn Java, PHP and Python in the future

Suitable for those who want to make career in Software Engineering

For those who are comfortable with C and want to learn how to code with OOP and C++

Our objective is to take this course beyond the myths, help you learn the C++ language in a comprehensive way and demystify the C++ programming language. We teach you the why, when and where and not just how!   

Learning C++ is more than just syntax. OOP is a revolutionary development in the software industry. We teach concepts of C++ from the theoretical and not merely from the coding perspective. OOP and C++ have revolutionized the ability to write computer programs that interact with the user in the real world.  

Animation, voice over, and real-world examples enhance the unique style of our instructors.  Using step-by-step explanations we highlight all of the features of C++ and OOP.  As students, your effort and participation in the entirety of the course will help you gain the knowledge you need to be an advanced C++ programmer.  As well as practicing your code; tests, quizzes and assignments will help you retain the understanding you have gained.  

After learning the C++ programming language you will find that moving on to other languages will be much easier.  We start with basic methodologies, general features and then go more in depth.  By continually adding content, we ensure that your learning never stops.  

If you want more than just a new language vocabulary, you want this course!  Start today to begin to demystify C++!

Course Curriculum

Chapter 1: Fundamental principles of Object Oriented Programming

Lecture 1: Introduction

Lecture 2: Scope and Methodology

Lecture 3: History of C++

Lecture 4: The Road Ahead

Lecture 5: Introduction to Procedure Oriented Programming

Lecture 6: Philosophy of C

Lecture 7: Essence of being an Object

Lecture 8: History of OOP

Lecture 9: Comparison between POP and OOP

Lecture 10: Features of Object Oriented Programming

Lecture 11: Object

Lecture 12: Encapsulation

Lecture 13: Class

Lecture 14: Abstraction

Lecture 15: Inheritance

Lecture 16: Polymorphism

Lecture 17: Message Passing

Lecture 18: Dynamic binding

Lecture 19: Applications of OOPs methodology

Lecture 20: Summary

Lecture 21: Assignment

Chapter 2: Moving from C to C++

Lecture 1: Introduction

Lecture 2: Differences between C and C++ – Part 1

Lecture 3: Differences between C and C++ – Part II

Lecture 4: Differences between C and C++ – Part III

Lecture 5: Summary

Chapter 3: Reference Variable in C++

Lecture 1: Introduction

Lecture 2: Call by Value and Call by Reference

Lecture 3: Syntax of Reference Variable

Lecture 4: Sample Prorgam

Lecture 5: Cryptic Questions

Lecture 6: Swapping the contents

Lecture 7: Const Reference and Cryptic Solutions

Chapter 4: Default function arguments

Lecture 1: Default values in day-to-day life

Lecture 2: Syntax of default argument list

Lecture 3: Sample program with 3 different versions

Chapter 5: Dynamic Memory Allocation

Lecture 1: Introduction to dynamic memory allocation

Lecture 2: Inside memory

Lecture 3: Back to the C – the function malloc()

Lecture 4: Sibling of malloc()

Lecture 5: Insufficient memory? Here is realloc()

Lecture 6: New way of Dynamic Memory Allocation in C++

Lecture 7: New and delete

Lecture 8: Single and 2-D array on the heap

Lecture 9: Summary

Chapter 6: Classes and Objects

Lecture 1: Introduction

Lecture 2: Structure – The Driving Force

Lecture 3: Difference between Structure and Class

Lecture 4: Type in C++

Lecture 5: Class Design – Part 1

Lecture 6: Class Syntax

Lecture 7: Encapsulation in C++

Lecture 8: Class Access Categories

Lecture 9: Class Design – Part 2

Lecture 10: First Crush with Class

Lecture 11: First C++ Program

Lecture 12: Back to the C

Lecture 13: Playing with the Class and Objects

Lecture 14: Inline Function

Lecture 15: Default function arguments in class

Lecture 16: Accessor functions

Lecture 17: Reference of an Instance

Lecture 18: Has-a Relationship

Lecture 19: Cryptic Class

Chapter 7: Manager functions in C++

Lecture 1: Need of constructor and destructor functions

Lecture 2: Constructor in C++

Lecture 3: Destructor in C++

Lecture 4: Default Constructor and Destructor

Lecture 5: Constructor taking one argument

Lecture 6: Sample Program on Constructor

Lecture 7: Constructor taking multiple arguments

Lecture 8: Implicit Type Conversion

Lecture 9: Default Constructor

Lecture 10: Shallow Copy

Lecture 11: Deep Copy

Lecture 12: Initialization v/s Assignment

Lecture 13: Base/Member initialization list

Lecture 14: Sample Programs

Chapter 8: Special Class features

Lecture 1: Introduction

Lecture 2: Introduction to this pointer

Lecture 3: Sample programs on this pointer

Lecture 4: Function Chaining

Lecture 5: Static Data Member – An Introduction

Lecture 6: Static Data Member – Sample Program

Lecture 7: Static Member Function

Lecture 8: Introducing Friend

Instructors

Bhalchandra Gholkar
Creating innovative e-contents for programming languages

Daryl Newell
Electronics Engineering and Programing for Over 20 Years

Rating Distribution

1 stars: 5 votes

2 stars: 4 votes

3 stars: 16 votes

4 stars: 51 votes

5 stars: 95 votes

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