A curated list of books, articles, talks, libraries, and projects about functional programming in C++.
C++ Functional Programming is a curated repository of educational materials and resources focused on applying functional programming concepts in C++. It aggregates books, articles, talks, libraries, and example projects to help developers learn techniques like monads, persistent data structures, and declarative design within the C++ ecosystem. The project addresses the need for a centralized, high-quality reference on this niche but growing area of C++ development.
C++ developers and software engineers interested in learning functional programming paradigms, as well as educators and researchers seeking comprehensive materials on advanced C++ techniques.
It saves significant time by curating the best resources from experts like Bartosz Milewski and Ivan Čukić, and provides practical examples through libraries and projects, making functional programming in C++ more accessible and actionable.
List of materials about functional programming in C++
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Aggregates a wide range of high-quality resources, including books like 'Functional Programming in C++' by Ivan Čukić, academic papers, and talks from experts such as Bartosz Milewski, saving developers time in research.
Highlights functional programming libraries like Boost.Hana and FunctionalPlus with descriptions and links, providing actionable tools for real-world C++ development.
Includes materials in both English and Russian, such as articles from Habr and Russian talks, broadening access for non-English speakers.
Features showcase projects like the 'Amber' game and 'Ewig' text editor, demonstrating functional design principles in practical C++ applications.
Lacks interactive elements like code exercises or tutorials; it's a static collection of links without hands-on guidance for applying concepts.
Many materials are from earlier years (e.g., 2007-2017), with limited coverage of recent C++ standards updates, risking relevance for modern development.
Presents resources as long, unstructured lists without search or filtering, making it difficult for users to find specific topics efficiently.