The Complete C++ Course 2022: From Zero to Expert!

Mastering C++

The Complete C++ Course 2022: From Zero to Expert! Is a course designed for everybody. To learn this course you don’t need any previous experience in programming, the course start from the very beginners level and teach you the basic of C++ language and programming concept. I will teach you everything from scratch to advanced, you will learn C++ from  “A” to “Z”. First the course will teach you the C++ programming fundamentals, from beginners level to intermediate and then Advanced level, the main aim of this course is to teach everybody C++ programming language, after you done this course, I can grantee you that this course equipped you with a minimum of basic C++ programming knowledge and skill.

What you’ll learn

  • Why C++ is a standard in software development.
  • How to enter, compile, and link your first working C++ program.
  • What’s new in C++.
  • You will be able to write real world program.

Course Content

  • Introduction to C++ Programming –> 17 lectures • 4hr 1min.

Auto Draft

Requirements

The Complete C++ Course 2022: From Zero to Expert! Is a course designed for everybody. To learn this course you don’t need any previous experience in programming, the course start from the very beginners level and teach you the basic of C++ language and programming concept. I will teach you everything from scratch to advanced, you will learn C++ from  “A” to “Z“. First the course will teach you the C++ programming fundamentals, from beginners level to intermediate and then Advanced level, the main aim of this course is to teach everybody C++ programming language, after you done this course, I can grantee you that this course equipped you with a minimum of basic C++ programming knowledge and skill.

Who will take this course?

All programming enthusiasts(Engineers, Medical Doctors, Highschool and University students of natural or social science field of studies), as well as beginners of computer science or computer engineers  and other field of science   with any educational level can take the course without any difficulty. The aim of this course is to transfer everybody from zero C++ programming level to Advanced C++ professional programmer level.

 

Should I learn C programming first?

No, you don’t need to learn C programming first. C++ is much more power full and self-sufficient. This course does not assume that students are familiar with C programming language.

Course Approach

The approach is 100% practical, in this course you will write more than 100 real world programing code that can perform specific tasks like; calculating students grade, calculating income Tax, updating files, write a program to  create small game, are some of your projects in the course, after this course you will have more confidence with C++ programming.

Why Should I Learn C++?

You could be learning a lot of other languages, but C++ is valuable to learn because it has stood the test of time and continues to be a popular choice for modern programming. Despite being created in 1979, C++ is still being used for professional software today because of the power and flexibility of the language.  C++ gives you portable skills that you can use on just about any platform on the market today, from desktop computers to Linux servers, mobile devices, videogame consoles, and mainframes.

Shall I Earn a Certificate?

When you finish the course and complete the test, you’ll earn a Certificate that you can share with prospective employers and your professional network.

……………………………………………………………………………………………………………………………………………………………………………………….

Topics covered include

……………………………………………………………………………………………………………………………………………………………………………………….

Structure of a C++ programing

  • Installing C++ Compilers on Windows
  • C++ building blocks
    • defining variables, data types
    • arithmetic, assignment, increment, decrement operators and operations
    • elementary input/output
  • Debugging in C++
  • Introduction to C++ functions
    • function structure
    • functions that return a single value
    • performing calculations in functions
    • using simple library functions
  • Pretest and posttest loops
    • for loop
    • while loop
    • do while loop
    • nesting loops
  • Decisions
    • logical expressions and operators
    • if statements
    • switch statement
    • nested if statements
  • Functions with arguments
    • input arguments
    • output arguments
    • function scope
  • Using functions to build larger programs
    • preprocessor
    • header files
    • prototyping
  • Building a personal library of functions
    • data validation/input functions
    • specialized calculation functions
    • output functions
    • testing individual functions with a test driver
  • Representation and conversion of data types
  • Array processing
  • String processing
  • Introduction to pointers
    • address operator
    • indirection operator
    • defining pointer variables
    • manipulating pointer variables

Classes

  • Introduction to classes
  • Your First Class
  • C++ Constructors
  • Defaulted constructors
  • Setters and Getters
  • Class Across Multiple Files
  • Arrow pointer call notation
  • Destructors
  • Order of Constructor Destructor Calls
  • The this Pointer
  • struct
  • Size of objects

Inheritance

  • Introduction to Inheritance
  • First try on Inheritance
  • Protected members
  • Base class access specifiers : Zooming in
  • Base class access specifiers – A demo
  • Closing in on Private Inheritance
  • Resurrecting Members Back in Context
  • Default Constructors with Inheritance
  • Custom Constructors With Inheritance
  • Copy Constructors with Inheritance
  • Inheriting Base Constructors
  • Inheritance and Destructors
  • Reused Symbols in Inheritance

Polymorphism

  • Introduction to Polymorphism
  • Static Binding with Inheritance
  • Dynamic binding with virtual functions
  • Size of polymorphic objects and slicing
  • Polymorphic objects stored in collections (array)
  • Override
  • Overloading, overriding and function hiding
  • Inheritance and Polymorphism at different levels
  • Inheritance and polymorphism with static members
  • Final
  • Virtual functions with default arguments
  • Virtual Destructors
  • Dynamic casts
  • Polymorphic Functions and Destructors
  • Pure virtual functions and abstract classes
  • Abstract Classes as Interfaces
  • Assignment/Tests/projects/Review
Get Tutorial