flowchart TD
A[C++ Libraries]
A --> B[Standard Library]
A --> C[Boost]
A --> D[Qt]
A --> E[Poco]
A --> F[OpenCV]
A --> G[gRPC]
A --> H[TensorFlow]
B --> B1[STL]
B --> B2[Threads]
B --> B3[Filesystem]
C --> C1[Smart Utilities]
C --> C2[Networking]
D --> D1[GUI]
D --> D2[Desktop Apps]
F --> F1[Computer Vision]
H --> H1[Machine Learning]
- Standarts
- Books
- Blog
- Videos
- Specific Topics
- Reference
- C++ Hall Of Fame
- My Other Awesome Lists
- Contributing
- Contributors
mindmap
root((C++ Standards))
C++98
Classes
STL
Templates
Exceptions
RTTI
C++03
Bug Fixes
Library Improvements
C++11
auto
nullptr
Lambda
Move Semantics
Smart Pointers
Variadic Templates
Range For
enum class
constexpr
thread
mutex
C++14
Generic Lambda
make_unique
Improved constexpr
Variable Templates
Binary Literals
C++17
Structured Bindings
if constexpr
inline variables
string_view
optional
variant
any
filesystem
Parallel STL
C++20
Concepts
Ranges
Coroutines
Modules
Span
consteval
constinit
Three-way Comparison
jthread
C++23
expected
mdspan
print
stacktrace
ranges enhancements
multidimensional views
move_only_function
- C++ Primer
- Effective Modern C++: 42 Specific Ways to Improve Your Use of C++11 and C++14
- Effective C++: 55 Specific Ways to Improve Your Programs and Designs
- C++ Crash Course: A Fast-Paced Introduction
- Tour of C++, A (C++ In-Depth Series)
- C++ Coding Standards: 101 Rules, Guidelines, and Best Practices (C++ In-Depth)
- C++ Templates: The Complete Guide
- Back to Basics: Understanding Value Categories - Ben Saks - CppCon 2019
- Understanding C++ Value Categories: lvalue, rvalue, xvalue, std::move, std::forward & Best Practices
- Modern C++ (move semantics, perfect forwarding)
- Move Semantics Explained - Learn Modern C++
- Secure Coding Best Practices: Your First Line Is The Last Line Of Defense (1 of 2)
- Secure Coding Best Practices: Your First Line Is The Last Line Of Defense (2 of 2)
- C++ Memory Model: from C++11 to C++23 by
Alex Dathskovsky - C++ Memory Management • an Interview with
Patrice Roy - C++ Memory Management by
Patrice Roy & Kevin Carpenter
- How to Use string_view in C++ - Basics, Benefits, and Best Practices - Jasmine Lopez & Prithvi Okade
Concurrencyis about dealing with multiple tasks at once. ❌ No, Needs multiple cores.
Parallelismis about doing multiple tasks at the exact same time. ✅ Yes, Needs multiple cores.
Multithreadingis a technique that allows a program to have multiple threads of execution. ❌/✅ Depends, Needs multiple cores.
- The Cost of Concurrency Coordination by Jon Gjengset
- Choose the Right C++ Parallelism Tool | Low-Level vs Async vs Coroutines vs Data Parallel by Eran Gilad
- C++20’s Coroutines for Beginners by Andreas Fertig
Metaprogrammingwriting programs that create, inspect, or modify other programs or themselves.
Template metaprogrammingis a form of compile‑time metaprogramming in C++ where you use templates to perform computations, make decisions, and generate code during compilation, not at runtime.
- Back to Basics: Templates (part 1 of 2) by Andreas Fertig
- Back to Basics: Templates (part 2 of 2) by Andreas Fertig
- C++ Variadic Templates and Parameter Packs by Vladimir Vishnevski
flowchart TD
A[C++98 Foundations]
A --> B[C++11]
B --> B1[auto]
B --> B2[Lambda]
B --> B3[Move Semantics]
B --> B4[Smart Pointers]
B --> B5[Concurrency]
B3 --> C[C++14]
C --> C1[Generic Lambda]
C --> C2[Enhanced constexpr]
C --> D[C++17]
D --> D1[optional]
D --> D2[variant]
D --> D3[any]
D --> D4[string_view]
D --> D5[filesystem]
D --> D6[Structured Bindings]
D --> E[C++20]
E --> E1[Concepts]
E --> E2[Ranges]
E --> E3[Coroutines]
E --> E4[Modules]
E --> E5[Spaceship Operator]
E --> F[C++23]
F --> F1[expected]
F --> F2[mdspan]
F --> F3[print]
F --> F4[stacktrace]
style A fill:#34495e,color:#fff
style B fill:#3498db,color:#fff
style C fill:#2980b9,color:#fff
style D fill:#2ecc71,color:#fff
style E fill:#f39c12,color:#fff
style F fill:#e74c3c,color:#fff
- C++26 - What's In It For You? by Marc Gregoire
- Three Cool Things in C++26: Safety, Reflection & std::execution by Herb Sutter
- The Joy of C++26 Contracts - Myths, Misconceptions & Defensive Programming by Herb Sutter
- cppinsights - C++ Insights shows how compilers see your code.
You can access the my other awesome lists here
Contributions of any kind welcome, just follow the guidelines!
Thanks goes to these contributors!