After completing this course, you will be able to:

• Work with the C++ compilation model and syntaxes
• Apply best practices for writing functions and classes
• Write safe, generic, and efficient code with templates
• Explore the containers that C++ standard offers
• Discover the new paradigms introduced with C++11, C++14, and C++17
• Get to grips with the core language features of C++
• Abstract complex problems using object-oriented programming in C++

Lesson 1: Getting Started

• The C++ Compilation Model
• Built-in Data Types
• Pointers and References
• Control Flow
• The try-catch block
• Arrays

Lesson 2: Functions

• Function Declaration and Definition
• Local and Global Variables
• Passing Arguments and Returning
• Working with const References or r-value References
• Const Parameters and Default Arguments
• Namespaces
• Function Overloading

Lesson 3: Classes

• Declaring and Defining a Class
• Member Functions
• Constructors and Destructors
• Resource Acquisition Is Initialization
• Nested Class Declarations
• Copy Constructors and Assignment Operators
• Operator Overloading
• Introducing Functors

Lesson 4: Generic Programming and Templates

• Templates
• Defining Function and Class
• Non-Type Template Parameters
• Making Templates Easier to Use
• Being Generic in Templates
• Variadic Templates
• Writing Easy-to-Read

Lesson 5: Standard Library Containers and Algorithms

• Sequence
• Associative Containers
• Unordered Containers
• Container
• Unconventional
• std::optional
• std::variant
• Iterators
• Algorithms Provided by the C++ Standard Template Library

Lesson 6: Object-Oriented Programming

• Inheritance
• Polymorphism
• Virtual Methods
• Interfaces in C++
• Dynamic Memory
• Safe and Easy Dynamic Memory

If youre a developer looking to learn a new powerful language or are familiar with C++ but want to update your knowledge with modern paradigms of C++11, C++14, and C++17, this course is for you.

To easily understand the concepts in the course, you must be familiar with the basics of programming.

Hardware:

For the optimal student experience, we recommend the following hardware configuration:

• Processor: 2.5 GHz or higher (or equivalent)
• Memory: 6 GB RAM or more
• Hard disk: 20 GB free space

Software:

• Operating System: Windows or Linux
• Internet Browser: Google Chrome (latest version)
• C++ IDE