🧭 Overview

This comprehensive C++ curriculum follows the structure of "The C++ Programming Language, 4th Edition" by Bjarne Stroustrup. It's designed to take you from beginner to advanced C++ programmer through hands-on practice and real-world projects.

📚 Curriculum Structure

🩵 Part I – Introductory Material (Chapters 1-5)

Foundation and Overview - Chapter 1: Notes to the Reader - Chapter 2: The Basics - Chapter 3: A Tour of C++ (Part 1) - Chapter 4: A Tour of C++ (Part 2) - Chapter 5: User-Defined Types - Project: Command-line Calculator with Classes and Exception Handling

🩷 Part II – Basic Facilities (Chapters 6-15)

Core Language Syntax and Semantics - Types, Pointers, Arrays, References - Control Flow, Functions, Exception Handling - Namespaces and Source Organization - Project: Modular Text Parser with Error Recovery

💚 Part III – Abstraction Mechanisms (Chapters 16-29)

Classes, Inheritance, Templates - Object-Oriented Programming - Templates and Generic Programming - Advanced Type Systems - Project: Templated Matrix Class with Iterators

💙 Part IV – The Standard Library (Chapters 30-44)

STL, I/O, Concurrency, Numerics - Standard Template Library - Memory Management, Utilities - Concurrency and Threading - Projects: Multi-threaded Chat Logger, Statistical Data Analyzer

🧩 Capstone Project

Mini Standard Template Library Implementation - Vector, Map, Sort Algorithm - Thread Pool Implementation - Demonstrates all learned concepts

🚀 Getting Started

  1. Prerequisites: Basic programming knowledge (any language)
  2. Setup: C++17+ compiler (g++, clang++, or MSVC)
  3. Tools: Code editor/IDE with C++ support

📖 How to Use This Curriculum

Each chapter includes: - 📘 Topic focus and learning outcomes - 🎯 Key concepts and examples - 🧩 Practice exercises - 💻 Complete code examples - 🏆 Project milestones

📁 Directory Structure

C++_4th/
├── README.md                 # This file
├── Part_I_Introductory/      # Chapters 1-5 + Calculator Project
├── Part_II_Basic_Facilities/ # Chapters 6-15 + Text Parser Project
├── Part_III_Abstraction_Mechanisms/ # Chapters 16-29 + Matrix Project
├── Part_IV_Standard_Library/ # Chapters 30-44 + Advanced Projects
├── Capstone_Project/         # Mini STL Implementation
└── Examples/                 # Additional code examples

🎯 Quick Start Guide

1. Choose Your Learning Path

  • Beginner: Start with Part I and work sequentially
  • Intermediate: Begin with Part II if you know basic C++
  • Advanced: Jump to Part III for advanced concepts
  • Expert: Focus on Part IV and the Capstone Project

2. Set Up Your Environment

  • Compiler: Use GCC 7+, Clang 5+, or MSVC 2017+
  • IDE: Visual Studio Code, CLion, or Visual Studio
  • Build System: CMake or Make (provided)

3. Start Learning

  • Read each chapter's README.md
  • Study the code examples
  • Complete the exercises
  • Build the projects
  • Review and refactor

4. Track Your Progress

  • Complete each part before moving to the next
  • Build all projects to demonstrate mastery
  • Use the examples for additional practice
  • Test your knowledge with the capstone project

🏆 Learning Outcomes

After completing this curriculum, you will have:

Technical Skills

  • Language Mastery: Complete understanding of C++17/20 features
  • Memory Management: Expert-level RAII and smart pointer usage
  • Template Programming: Advanced generic programming techniques
  • STL Proficiency: Deep understanding of standard library
  • Concurrency: Thread-safe programming and async patterns
  • Performance: Optimization and profiling skills

Project Experience

  • Calculator: Object-oriented design and exception handling
  • Text Parser: Modular architecture and error recovery
  • Matrix Library: Template programming and iterator design
  • Advanced Projects: Real-world applications
  • Mini STL: Complete library implementation

Best Practices

  • Code Organization: Clean architecture and modular design
  • Error Handling: Robust exception safety patterns
  • Testing: Comprehensive test coverage
  • Documentation: Clear, maintainable code
  • Performance: Efficient algorithms and data structures

📚 Additional Resources

🤝 Contributing

This curriculum is designed to be practical and hands-on. Feel free to: - Add more examples - Improve explanations - Create additional exercises - Share your projects

Happy coding! 🚀