Basics
- Lesson 1. C++ Introduction
- Lesson 2. Features of C++ Programming Language
- Lesson 3. C++ Programming Language Standard
- Lesson 4. Hello World Program
- Lesson 6. Comments
- Lesson 7. Tokens
- Lesson 8. Identifiers
- Lesson 10. Keywords
- Programming
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Variables and Constants
- Lesson 1. Variables
- Lesson 2. Constants
- Lesson 3. Scope of C++ Variables
- Lesson 4. C++ Storage Classes
- Lesson 5. C++ Static Variables
Data Types
- Lesson 1. Data Types
- Lesson 2. Literals
- Lesson 3. Derived Data Types
- Lesson 4. User-Defined Data Types
- Lesson 5. Data Type Ranges and Their Macros
- Lesson 6. Type Modifiers
- Lesson 7. Data Type Conversion
- Lesson 8. Typecasting Operators
Input/Output
- Lesson 1. Basic Input and Output
- Lesson 2. Standard Input Stream (cin)
- Lesson 3. Standard Output Stream (cout)
- Lesson 4. Standard Error Stream (cerr)
- Lesson 5. Input / Output Manipulator
Operators
- Lesson 1. Operators
- Lesson 2. Arithmetic Operators
- Lesson 3. Unary Operators
- Lesson 4. Relational Operators
- Lesson 5. Bitwise Operators
- Lesson 6. Logical Operators
- Lesson 7. Assignment Operators
- Lesson 8. Increment and Decrement Operators
- Lesson 9. Conditional or Ternary Operators
- Lesson 10. size of Operator
- Lesson 11. Scope Resolution Operator
Control Statements Decision-Making
- Lesson 1. Decision-Making
- Lesson 2. if Statement
- Lesson 3. if…else Statement
- Lesson 4. Nested if-else Statement
- Lesson 5. Switch Statement
- Lesson 6. Using Range in switch case
- Lesson 7. Loops
- Lesson 8. for Loop
- Lesson 9. while looping
- Lesson 10. do…while Loop
Functions
- Lesson 1. Functions
- Lesson 2. User-Defined Function
- Lesson 3. Parameter Passing Techniques
- Lesson 4. Difference between Call by Value and Call by Reference
- Lesson 5. Default Arguments
- Lesson 6. Recursion
- Lesson 7. Inline Functions
- Lesson 8. Lambda Expression
Pointers & References
- Lesson 1. Pointers
- Lesson 2. Pointer Arithmetics
- Lesson 3. Dangling, Void, Null, and Wild Pointers
- Lesson 4. Applications of Pointers
- Lesson 5. nullptr
- Lesson 6. References
- Lesson 7. Can references refer to an invalid location in C++?
- Lesson 8. Difference Between Pointers and References in C++
- Lesson 9. Passing by pointer Vs Passing by Reference in C++
- Lesson 10. When do we pass arguments by reference or pointer?
Arrays
- Lesson 1. Arrays
- Lesson 2. Properties of Array
- Lesson 3. Multidimensional Arrays
- Lesson 4. Pointer to an Array
- Lesson 5. Size of Array parameter
- Lesson 6. Passing Arrays to Functions in C++
- Lesson 7. What is Array Decay in C++? How can it be prevented?
Strings
- Lesson 1. Strings
- Lesson 2. std::string Class
- Lesson 3. Array of Strings
- Lesson 4. String Functions
- Lesson 5. String Concatenation
- Lesson 6. Tokenizing a String in C++
- Lesson 7. C++ Substring
Structures and Unions
- Lesson 1. Structures
- Lesson 2. Structures, Unions, and Enumerations
- Lesson 3. Pointer to Structure
- Lesson 4. Self-Referential Structures
- Lesson 5. Unions
- Lesson 6. Bit Fields
- Lesson 7. Enumeration
- Lesson 8. Difference Between Structure and Union
- Lesson 9. typedef
- Lesson 10. Array of Structures vs Array within a Structure in C/C++
Dynamic Memory Management
- Lesson 1. Dynamic Memory Management
- Lesson 2. new and delete Operators
- Lesson 3. new vs malloc() and free() vs delete
- Lesson 4. Memory leak
- Lesson 5. Difference between Static and Dynamic Memory Allocation
Object-Oriented Programming
- Lesson 1. Object Oriented Programming (OOPs)
- Lesson 2. Classes and Objects
- Lesson 3. Access Modifiers
- Lesson 4. Friend Class and Function
- Lesson 5. Constructors
- Lesson 6. Default Constructors
- Lesson 7. Copy Constructor
- Lesson 8. Destructors
- Lesson 9. Private Destructor
- Lesson 10. When is the Copy Constructor Called?
- Lesson 11. Shallow Copy and Deep Copy in C++
- Lesson 12. When Should We Write Our Own Copy Constructor?
- Lesson 13. Does the Compiler Create a Default Constructor When We Write Our Own?
- Lesson 14. Static Data Members
- Lesson 15. Static Member Functions
- Lesson 16. this pointer
- Lesson 17. Scope Resolution Operator vs this pointer
- Lesson 18. Local Class
- Lesson 19. Nested Classes
- Lesson 20. enum Class
Encapsulation and Abstraction
- Lesson 1. Encapsulation
- Lesson 2. Abstraction
- Lesson 3. Difference between Abstraction and Encapsulation
Polymorphism
- Lesson 1. Polymorphism
- Lesson 2. Function Overriding
- Lesson 3. Virtual Functions and Runtime Polymorphism
- Lesson 4. Difference between Compile-time and Run-time Polymorphism
- Lesson 5.Difference between Inheritance and Polymorphism
Function Overloading
- Lesson 1. Function Overloading
- Lesson 2. Constructor Overloading
- Lesson 3. Functions that Cannot be Overloaded
- Lesson 4. Function Overloading and const Keyword
- Lesson 5. Function Overloading and Return Type
- Lesson 6. Function Overloading and float Data Type
- Lesson 7. Function Overloading and Default Arguments
- Lesson 8. Can main() be overloaded?
- Lesson 9. Function Overloading Vs Function Overriding
Operator Overloading
- Lesson 1. Operator Overloading
- Lesson 2. Types of C++ Operator Overloading
- Lesson 3. Functors
- Lesson 4. Operators that Cannot be Overloaded
Inheritance
- Lesson 1. Inheritance
- Lesson 2. Inheritance Access
- Lesson 3. Multiple Inheritance
- Lesson 4. Hierarchical Inheritance
- Lesson 5. Multilevel Inheritance
- Lesson 6. Constructor in Multiple Inheritance
- Lesson 7. Inheritance and Friendship
Virtual Functions
- Lesson 1. Virtual Functions
- Lesson 2. Virtual Functions in Derived Classes
- Lesson 3. Default Arguments and Virtual Function
- Lesson 4. Inline Virtual Functions
- Lesson 5. Virtual Destructor
- Lesson 6. Virtual Constructor
- Lesson 7. Virtual Copy Constructor
- Lesson 8. Pure Virtual Functions and Abstract Class
- Lesson 9. Pure Virtual Destructor in C++
- Lesson 10. Can Static Functions be Virtual
Exception Handling
- Lesson 1. Exception Handling
- Lesson 2. Exception Handling using Classes
- Lesson 3. Stack Unwinding
- Lesson 4. User-Defined Exceptions
Files and Streams
- Lesson 1. Files and Streams
- Lesson 2. I/O Redirection
Templates
- Lesson 1. Templates
- Lesson 2. Template Specialization
- Lesson 3. using Keyword
Standard Template Library (STL)
- Lesson 1. The C++ Standard Template Library (STL)
- Lesson 2. Algorithms
- Lesson 3. Containers
- Lesson 4. Vector,Pair,Set,Multiset
- Lesson 5. Stack,Queue,Priority Queue
- Lesson 6. List,Forward List
- Lesson 7. Map,Multimap
- Lesson 8. Bitset,Unordered Sets,Unordered Multiset
- Lesson 9. Unordered Map, Unordered Multimap
Iterators
- Lesson 1. C++ Iterators
- Lesson 2. Input Iterators
- Lesson 3. Output Iterators
- Lesson 4. Forward Iterators
- Lesson 5. Bidirectional Iterators
- Lesson 6. Random Access Iterators
- Lesson 7. istream_iterator and ostream Iterator
- Lesson 8. Difference between C++ Iterators and Pointers
Preprocessors
- Lesson 1. Preprocessor
- Lesson 2. Preprocessor Directives
- Lesson 3. #include Directive
- Lesson 4. #define Directive
- Lesson 5. Conditional Preprocessors
- Lesson 6. Difference between C++ Preprocessor Directives and Function Templates
Namespace
- Lesson 1. Namespaces
- Lesson 2. Extending C++ Namespace and Unnamed Namespace
- Lesson 3. Accessing, Creating Header, Nesting, and Aliasing Namespace
- Lesson 4. Inline Namespaces
C++ Introduction
C++ is a versatile, high-performance programming language. It combines procedural and object-oriented paradigms, offering memory control and efficiency, widely used in software development for diverse applications.
Why Learn C++
C++ is versatile, powerful, and widely used for system-level programming, game development, and high-performance applications. It enhances problem-solving skills and provides a strong foundation for various software development careers.It is an object-oriented programming language that implements all the OOPs concepts such as Abstraction, Encapsulation, and Inheritance, which gives a clear structure to programs and allows code to be reused, lowering development costs and providing security.
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