What C++ standards does this skill support?

This skill covers everything from basic C++ templates to modern C++20 features like concepts and constraints, as well as C++17 fold expressions and C++14 return type deduction.

Is this useful for C++20 development?

Absolutely. It includes specific guidance on C++20 concepts and constraints, which provide a more readable and maintainable alternative to complex SFINAE logic.

How does this help with SFINAE?

It provides implementation patterns for Substitution Failure Is Not An Error (SFINAE) using std::enable_if and decltype to enable or disable function overloads based on compile-time type traits.

Can it help with variadic templates?

Yes, it includes detailed patterns for parameter packs, recursive processing, and modern fold expressions for handling arbitrary numbers of arguments efficiently.

C++ Templates and Metaprogramming

Name: C++ Templates and Metaprogramming
Author: TheBushidoCollective

byTheBushidoCollective

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Developer Tools

Empowers Claude to design and implement generic, type-safe C++ libraries using templates, metaprogramming, and modern C++20 concepts.

About

The C++ Templates and Metaprogramming skill provides Claude with advanced expertise in compile-time computation and generic programming within the C++ ecosystem. It enables the creation of highly efficient, type-safe software by leveraging sophisticated techniques such as SFINAE (Substitution Failure Is Not An Error), variadic templates, and C++20 concepts. This skill is essential for developers building foundational libraries, high-performance systems, or complex frameworks where compile-time logic and zero-cost abstractions are required to ensure performance and correctness.

Key Features

Advanced SFINAE and enable_if logic for compile-time type checking
Modern C++20 concepts and constraints for cleaner generic code
Implementation of variadic templates and C++17 fold expressions
Pattern-based guidance for efficient template metaprogramming
Comprehensive support for function and class template specialization
39 GitHub stars

Use Cases

Building high-performance generic header-only libraries
Refactoring legacy C++ code to use modern C++20 concepts and constraints
Implementing type-safe containers and algorithms with compile-time guarantees

About

Key Features

Advanced SFINAE and enable_if logic for compile-time type checking
Modern C++20 concepts and constraints for cleaner generic code
Implementation of variadic templates and C++17 fold expressions
Pattern-based guidance for efficient template metaprogramming
Comprehensive support for function and class template specialization
39 GitHub stars

Use Cases

Building high-performance generic header-only libraries
Refactoring legacy C++ code to use modern C++20 concepts and constraints
Implementing type-safe containers and algorithms with compile-time guarantees