C++ Programming Essentials: Learn To Code With C++

Explore the core elements of C++ like functions, loops, and object-oriented programming

What you'll learn

Understand the fundamental concepts of C++ programming

Set up a C++ development environment

Write and execute a basic C++ program

Identify and use various C++ data types

Declare, initialize, and use variables

Understand and implement constants and their role in maintaining immutability in code.

Apply arithmetic, comparison, and assignment operators in C++ to perform various operations.

Understand operator precedence and its impact on expressions and operations.

Implement conditional statements such as if, else, and switch to control program flow.

Utilize ternary operators and nested conditional statements to handle complex decision-making scenarios

Develop proficiency in using loops (while, do-while, for) to perform repetitive tasks.

Control loop execution with statements like break and continue to manage loop behavior.

Create and use functions including defining, calling, and overloading functions for modular programming.

Manage function parameters and return values to ensure effective communication between functions.

Differentiate between local and global variables and understand their scope and lifetime.

Leverage lambda expressions and anonymous functions to write concise and flexible code.

Work with arrays, including single and multi-dimensional arrays, to store and manage collections of data.

Understand and apply object-oriented programming (OOP) principles such as classes, objects, encapsulation, and inheritance.

Create and use constructors and destructors to manage object initialization and cleanup.

Implement and understand polymorphism and abstract classes to design flexible and reusable code.

Requirements

Basic Computer Literacy: Familiarity with using a computer, including file management and navigating software interfaces.

Fundamental Programming Concepts

A PC or laptop with sufficient processing power and memory to handle development tasks

Operating System: A compatible operating system, such as Windows, macOS, or Linux, on which C++ development tools can be installed.

Basic Knowledge of Command Line Interface (CLI): Understanding how to use the command line or terminal for compiling and running C++ programs can be helpful.

Description

Unlock the power of programming with C++ Programming Essentials, a course designed to guide you through the fundamentals and advanced concepts of one of the most powerful and versatile programming languages. Whether you’re a beginner looking to start your coding journey or an experienced programmer aiming to expand your skill set, this course offers a structured path to mastering C++.Course Overview:In this course, you will begin by exploring the foundational concepts of C++ programming. You’ll gain a clear understanding of what C++ is, its ecosystem, and why it remains a critical language in software development. From setting up your development environment to writing and executing your first C++ program, you’ll build a solid base in programming syntax and practices.You’ll delve into core topics such as data types and variables, learning to manage different types of data and handle type conversions efficiently. The course will teach you about the nuances of pointers and references, which are pivotal for understanding memory management and data manipulation in C++. You’ll also explore string functions and operations, allowing you to handle and manipulate textual data effectively.Understanding operators and conditional logic is crucial for decision-making in programming. This course will cover arithmetic, comparison, and assignment operators, as well as operator precedence. You’ll learn to apply conditional statements, including if, else, and switch, to control the flow of your programs based on varying conditions.Loops are essential for performing repetitive tasks in programming. You will gain hands-on experience with while, do-while, and for loops, and learn to manage loop execution with statements like break and continue. This will help you write more efficient and manageable code.Functions are the building blocks of modular programming. In this course, you’ll learn to define, call, and overload functions, manage parameters and return values, and understand the difference between local and global variables. You’ll also explore lambda expressions for writing concise and flexible code.Arrays and multi-dimensional arrays are crucial for managing collections of data. The course will guide you through creating and using arrays, including handling 2D arrays and nested loops, and applying these concepts in practical scenarios.A significant portion of the course is dedicated to Object-Oriented Programming (OOP) in C++. You will learn about classes and objects, constructors and destructors, inheritance, polymorphism, and abstract classes. These concepts are fundamental for creating reusable and organized code and are essential for advanced programming practices.Throughout the course, you will engage with practical examples, exercises, and projects that reinforce your learning and prepare you for real-world programming challenges. By the end of this course, you will have a robust understanding of C++ programming, enabling you to write efficient, scalable, and well-structured code.Who Should Enroll:C++ Programming Essentials is ideal for aspiring programmers, current developers looking to expand their skills, computer science students, software engineers, game developers, and technical hobbyists. No prior experience in C++ is required, though a basic understanding of programming concepts and general computer literacy will enhance your learning experience.Join us in C++ Programming Essentials and take the next step in your programming journey with a language renowned for its performance and versatility. Start building your expertise in C++ today!

Overview

Section 1: Introduction to C++ Programming

Lecture 1 Introduction

Lecture 2 What is C++

Lecture 3 Understanding the C++ Ecosystem

Section 2: Setting up C++ development environment

Lecture 4 Setting up dev environment

Lecture 5 C++ Setup (Text )

Lecture 6 Your First C++ Program

Lecture 7 Understanding C++ Syntax

Lecture 8 Displaying Outputs

Lecture 9 C++ comments

Lecture 10 C++ Keywords

Lecture 11 Escape Sequences

Section 3: Data Types and Variables

Lecture 12 C++ Data Types

Lecture 13 Data Type Conversion

Lecture 14 Implicit vs. Explicit Type Conversion

Lecture 15 Handling Type Conversion Errors

Lecture 16 Variables

Lecture 17 Creating Variables

Lecture 18 Constants

Lecture 19 Scope and Lifetime of Variables

Lecture 20 Introduction to Pointers

Lecture 21 Using References in C++

Lecture 22 Pointer Arithmetic and Dereferencing

Lecture 23 Pointer and Reference

Lecture 24 String functions part1

Lecture 25 String functions part2

Lecture 26 Concatenation

Section 4: C++ Operators and Conditional Logic

Lecture 27 Arithmetic Operators

Lecture 28 Comparison Operators

Lecture 29 Assignment Operators

Lecture 30 Operator Precedence

Section 5: Conditional statements

Lecture 31 What are conditional statements

Lecture 32 Understanding Conditional Logic

Lecture 33 C++ Decision-Making Constructs

Lecture 34 C++ decision making

Lecture 35 If Statements

Lecture 36 if else statements

Lecture 37 Nested If Statements

Lecture 38 Using Conditional (Ternary) Operators

Section 6: Loops and Decisions

Lecture 39 While loop

Lecture 40 do while loop

Lecture 41 for loop

Lecture 42 looping through an array

Lecture 43 Exiting a loop

Lecture 44 Stop and continue a loop

Section 7: Switch Statements

Lecture 45 Switch statement

Lecture 46 When to Use Switch Over If-Else

Lecture 47 Syntax and Use Cases

Lecture 48 Best Practices in Switch Statement Design

Section 8: Functions and Modular Programming in C++

Lecture 49 What are Functions

Lecture 50 Defining and Calling Functions

Lecture 51 Overloading Functions for Flexibility

Lecture 52 Function Parameters and Arguments

Lecture 53 Function return

Lecture 54 Local and global variables

Lecture 55 Lambda Expressions and Anonymous Functions

Section 9: Arrays in C++

Lecture 56 Arrays

Lecture 57 2D Arrays and nested for loops part 1

Lecture 58 2D Arrays and nested for loops part 2

Lecture 59 Getting Input From Users

Lecture 60 Creating a maths program

Section 10: Object-Oriented Programming (OOP) in C++

Lecture 61 Introduction to OOP

Lecture 62 Benefits of OOP in C++

Lecture 63 Creating classes and objects

Lecture 64 Accessing object attributes

Lecture 65 Creating member methods

Lecture 66 Constructor function

Lecture 67 The Role of Constructors in Object Initialization

Lecture 68 Using Destructors for Resource Management

Lecture 69 Basics of Inheritance: Code Reuse

Lecture 70 Advanced Inheritance: Overriding Methods

Lecture 71 Inheritance Part 1

Lecture 72 Inheritance Part 2

Lecture 73 Understanding Polymorphism in C++

Lecture 74 Abstract Classes and Interfaces

Aspiring Programmers,Individuals with a passion for technology and programming,Engineers and Scientists,Beginners to C++