C++ Crash Course: Quick And Practical Learning

Fast-track your coding skills with practical learning. Perfect for beginners and seasoned developers alike

What you'll learn

Acquire the ability to write and debug C++ programs, laying the groundwork for advanced coding practices.

Master the principles of Object-Oriented Programming (OOP) through in-depth exploration of classes, objects, and encapsulation.

Gain expertise in inheritance, polymorphism, and abstraction, empowering you to design robust and scalable software solutions.

Develop skills in reading from and writing to files using C++ streams.

Acquire proficiency in handling exceptions, ensuring robust and error-resistant code in real-world applications.

Understand the flexibility and efficiency offered by function templates and class templates.

Learn STL in detail

Requirements

No programming experience is needed.

Description

Embark on a transformative journey through the expansive world of C++ with our meticulously designed course, "C++ Crash Course: Quick and Practical Learning."In this comprehensive learning experience, we guide you through the essentials of programming, offering insights into the history and significance of C++, providing a hands-on exploration of Integrated Development Environment (IDE) and guiding you through the installation and configuration process. Our course begins with the fundamentals, introducing you to variables, data types, and operators, while also emphasizing the importance of debugging techniques.Dive deep into the intricacies of control structures, including conditional statements like if-else and switch-case, and explore the realm of loops with for, while, and do-while constructs. Moving forward, we explore the dynamic aspects of C++, covering topics such as arrays, strings, and pointers, unraveling their nuances through hands-on exercises.Transitioning seamlessly, our course delves into the realm of functions and modular programming, providing a comprehensive understanding of function definition, invocation, and the significance of parameters and return values. You'll explore the intricacies of call by value and call by reference.As we delve into the heart of Object-Oriented Programming (OOP), you'll grasp the concepts of classes and objects, encapsulation, abstraction, access specifiers, static variables, and functions. Witness the power of constructors and destructors, learn about scope resolution operators, and explore the dynamics of inheritance, including multiple inheritance scenarios.Building on this foundation, our course navigates through the nuanced landscape of polymorphism, both static and dynamic. Explore overloading functions with different signatures, witness operator overloading, and unravel the mysteries of dynamic polymorphism through method overriding, virtual functions, and abstract classes.The journey continues with an exploration of data structures and containers, including arrays, vectors, lists, maps, and sets. Uncover the efficiency of Standard Template Library (STL) algorithms and iterators, gaining insights into sorting, searching, and traversing containers with ease.The final leg of our course ventures into the intricacies of file handling and exception handling. Grasp the essentials of stream-based file operations, understand file streams (ifstream, ofstream), and navigate the realm of exception handling, where you'll learn to handle exceptions using try and catch blocks.The grand finale of our course unveils the fascinating world of templates and generic programming. Explore the flexibility and power of function templates, class templates, and template specialization, gaining a nuanced understanding of their application in real-world scenarios.By the course's conclusion, you'll not only possess a comprehensive understanding of C++ but also the practical skills to tackle real-world programming challenges. Whether you're a novice or a seasoned coder, "C++ Crash Course: Quick and Practical Learning" promises to be a transformative journey, equipping you with the tools and knowledge to excel in the dynamic field of programming. Join us on this enriching adventure, and let the world of C++ unfold before you!

Overview

Section 1: Introduction

Lecture 1 Course Introduction

Lecture 2 What is Programming?

Lecture 3 History and Importance of C++

Lecture 4 Compiler and IDE

Lecture 5 Installation of IDE (Code Blocks)

Lecture 6 How to build a C++ program?

Lecture 7 C++ Program Structure

Section 2: Basic Concepts

Lecture 8 Variables

Lecture 9 Data Types Overview

Lecture 10 Operators - Arithmetic, Assignment, Unary

Lecture 11 Operators - Relational, Logical, Ternary, sizeof

Lecture 12 cin and endl

Section 3: Control Structures

Lecture 13 IF, Else if, Else statements

Lecture 14 Switch Case Statements

Lecture 15 For Loop

Lecture 16 While Loop

Lecture 17 Do While Loop

Lecture 18 Demo: Table of N

Lecture 19 Demo: n raised to the power p

Lecture 20 Break Statement

Lecture 21 Continue Statement

Lecture 22 Nested Loop

Lecture 23 Demo: Patterns Printing - 1

Lecture 24 Demo: Patterns Printing - 2

Section 4: Arrays and Strings

Lecture 25 Introduction of Arrays

Lecture 26 Foreach Loop

Lecture 27 Demo: Sum of elements of an array

Lecture 28 Demo: Find the maximum element from an array

Lecture 29 Demo: Find the element in an array

Lecture 30 2 D Array

Lecture 31 Demo: Add two matrices

Lecture 32 Strings

Section 5: Pointers

Lecture 33 Pointers Introduction

Lecture 34 Pointers and Arrays

Section 6: Functions

Lecture 35 Functions Introduction

Lecture 36 Function with parameters and return value

Lecture 37 Parameter Vs Argument

Lecture 38 Function with default parameters

Lecture 39 Call by Value

Lecture 40 Call by Reference

Section 7: Object Oriented Programming (OOPS)

Lecture 41 Class and Objects Introduction

Lecture 42 Demo: Create a Class and its Objects

Lecture 43 Access Specifiers

Lecture 44 Abstraction and Encapsulation

Lecture 45 Static Variable

Lecture 46 Static Functions

Lecture 47 Friend Functions and Classes

Lecture 48 Constructors

Lecture 49 Constructor Overloading

Lecture 50 Destructor

Lecture 51 Lifecycle of an object

Lecture 52 Scope Resolution Operator

Section 8: Inheritance

Lecture 53 What is Inheritance?

Lecture 54 Inheritance Example

Lecture 55 Access Specifiers in "is-a" and "has-a" relationship

Lecture 56 Access Specifiers of Derivation

Lecture 57 Constructor in Inheritance

Section 9: Polymorphism

Lecture 58 Function Overloading

Lecture 59 Operator Overloading Introduction

Lecture 60 Overloading Unary Operators

Lecture 61 Overloading Binary Operators

Lecture 62 Method Overriding

Lecture 63 Virtual Functions

Lecture 64 Abstract Classes

Section 10: Exception Handling and File Handling

Lecture 65 Exception Handling Introduction

Lecture 66 Exception Handling Demo

Lecture 67 Multiple Catch Blocks

Lecture 68 Understand Streams

Lecture 69 Write to a File

Lecture 70 Read from a File

Section 11: Templates and Generic Programming

Lecture 71 Function templates

Lecture 72 Class templates

Section 12: STL

Lecture 73 STL Introduction

Lecture 74 Containers - Arrays

Lecture 75 Containers - Vector

Lecture 76 Containers - List

Lecture 77 Containers - Stack, Queue

Lecture 78 Containers - Set

Lecture 79 Containers - Map

This course is tailored for beginners and aspiring programmers seeking a concise yet comprehensive introduction to C++ programming. Whether you're a student, a self-learner, or someone looking to transition into the software development field, this course provides essential skills and knowledge for mastering C++ and building a strong foundation in programming.