High Demand 3,156 students 4.9/5

C++ Masterclass

Master modern C++ from basics to advanced system programming. Object-oriented programming, data structures, STL, and competitive programming techniques.

9
Modules
50+
Hours
200+
Examples
9
Assignments
C++ OOP STL Pointers Data Structures System Programming
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Course Outline

1Introduction to C++

0/3
1.1 What is C++?
History and evolution of C++
Why learn C++
C++ standards: C++11, C++17, C++20
Compiled vs Interpreted languages
Common applications and use cases
1.2 Environment Setup
Installing compilers (GCC, Clang, MSVC)
Setting up IDE (VS Code, CLion, Visual Studio)
Hello World program
Compilation and execution process
1.3 C++ Basics
Syntax and structure
Variables and data types
Input and output with cin/cout
Comments and code organization
Assignment: Your First C++ Program

2Control Flow & Operators

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2.1 Operators
Arithmetic, assignment, comparison operators
Logical operators and operator precedence
Bitwise operators
Ternary operator
2.2 Conditional Statements
If, else if, else statements
Switch statements
Nested conditionals
2.3 Loops
For loops and range-based for loops
While and do-while loops
Break and continue statements
Nested loops
Assignment: Control Flow Exercises

3Functions & Pointers

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3.1 Functions
Function declaration and definition
Parameters, arguments, return types
Pass by value vs pass by reference
Function overloading
Default parameters and inline functions
3.2 Pointers
Address-of and dereference operators
Pointer arithmetic
Pointers to pointers
Null pointers and void pointers
Memory and memory addresses
3.3 Dynamic Memory
The new and delete operators
Memory leaks and avoiding them
Smart pointers (unique_ptr, shared_ptr)
Stack vs Heap memory
3.4 References
Reference variables
References vs pointers
Reference binding rules
Assignment: Pointers and Memory

4Arrays & Strings

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4.1 Arrays
Single and multi-dimensional arrays
Array indexing and bounds
Arrays as function parameters
Array of pointers
4.2 Strings
C-style strings (character arrays)
std::string class
String operations and methods
String manipulation and parsing
4.3 Vectors
Dynamic arrays with std::vector
Vector operations: push_back, pop_back, insert
Vector iterators
Vector vs arrays
Assignment: Arrays and Strings

5Object-Oriented Programming

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5.1 Classes and Objects
Class definition and structure
Members, methods, and access modifiers
Constructors and destructors
Object instantiation
5.2 Inheritance
Base and derived classes
Access modifiers: public, private, protected
Constructor chaining and super()
Method overriding
5.3 Polymorphism
Virtual functions
Abstract classes and interfaces
Dynamic dispatch
Pure virtual functions
5.4 Encapsulation & Abstraction
Data hiding and access specifiers
Getters, setters, and class invariants
Abstract classes and pure virtual functions
Interface design and implementation hiding
Assignment: Design a Class Hierarchy

6STL Containers & Iterators

0/4
6.1 STL Containers
Vector, list, deque
Set, map, unordered_set, unordered_map
Stack, queue, priority_queue
Choosing the right container
6.2 Iterators
Iterator types and categories
Forward, reverse, bidirectional iterators
Iterator operations
6.3 STL Algorithms
Sorting algorithms: sort, stable_sort, partial_sort
Searching: find, binary_search, lower_bound
Transforming: transform, accumulate, adjacent_difference
6.4 Lambda Expressions
Lambda syntax and closures
Capturing variables
Using lambdas with algorithms
Assignment: Data Structure Implementation

7Advanced OOP

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7.1 Templates
Function templates
Class templates
Template specialization
SFINAE and concepts
7.2 Exception Handling
try, catch, throw blocks
Custom exceptions
Exception safety guarantees
7.3 Move Semantics
Lvalue and rvalue references
Move constructors and move assignment
Perfect forwarding
7.4 Design Patterns
Singleton and Factory patterns
Observer and Strategy patterns
RAII and smart pointers
7.5 Operator Overloading
Operator overloading basics and syntax
Overloading arithmetic and comparison operators
Overloading stream operators (<<, >>)
Friend functions and member vs non-member operators
Assignment: Advanced OOP Project

8File I/O & System Programming

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8.1 File Input/Output
ifstream, ofstream, fstream
Reading and writing text files
Binary file operations
File positioning and seeking
8.2 Streams and Formatting
Stream states and error handling
Formatting output: setw, setprecision, flags
Manipulators
8.3 System Programming
Command-line arguments
Environment variables
Process management basics
Assignment: File Processing Project

9Competitive Programming & Projects

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9.1 Algorithm Complexity
Big O notation
Time and space complexity analysis
Common complexity patterns
9.2 Problem-Solving Techniques
Search algorithms: linear, binary search
Sorting techniques: bubble, merge, quick sort
Recursion and backtracking
Dynamic programming basics
9.3 Capstone Projects
Building a calculator application
Creating a game engine
Implementing a database system
Assignment: Final Capstone Project

10Real-World Projects & Final Assessment

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Project 1: Student Management System
Class design and object hierarchy
File I/O for data persistence
STL containers for data management
Project 2: Advanced Calculator
Expression parsing and evaluation
Operator overloading implementation
Error handling and validation
Project 3: Custom Linked List
Template implementation for generic data types
Iterator pattern and algorithm compatibility
Performance optimization techniques
Project 4: Simple Game Engine
Game loop architecture and design patterns
Entity-component system design
Input handling and game state management
Project 5: Image Processing Utility
Binary file I/O and image format handling
Pointer arithmetic for pixel manipulation
Algorithm implementation and optimization
Project 6: Network Chat Application
Socket programming basics
Multithreading and synchronization
Protocol design and communication handling
Final Capstone Project
What You'll Learn
  • Master C++ from fundamentals to advanced OOP concepts
  • Work with pointers, memory management, and references
  • Understand data structures and STL containers
  • Apply design patterns and advanced programming techniques
  • Build competitive programming and system applications
  • Complete real-world projects and capstone assignment
Quick Navigation
1. Introduction 2. Control Flow 3. Functions & Pointers 4. Arrays & Strings 5. OOP 6. STL & Iterators 7. Advanced OOP 8. File I/O 9. Competitive & Projects 10. Final Projects
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