Does this skill support the latest C++ standards?

Yes, C++ Pro is specifically designed to leverage C++20 and C++23 features like concepts, ranges, modules, and coroutines.

Can it help with build system configuration?

Yes, it provides expert guidance on CMake configurations, compiler flags (-Wall, -Wextra), and integrating tools like AddressSanitizer and clang-tidy.

How does this skill handle memory safety in C++?

It strictly enforces RAII, smart pointers (std::unique_ptr, std::shared_ptr), and the C++ Core Guidelines while explicitly avoiding raw new/delete operations.

Is it suitable for performance-critical applications?

Absolutely. It specializes in zero-overhead abstractions, SIMD optimization, cache-friendly design, and custom memory allocators for high-performance computing.

C++ Pro

Name: C++ Pro
Author: Jeffallan

byJeffallan

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API Development

Builds high-performance systems and zero-overhead abstractions using modern C++20 and C++23 standards.

About

C++ Pro is a specialized skill for Claude Code designed for senior-level systems programming and high-performance computing tasks. It leverages the latest C++20/23 features—including concepts, ranges, and coroutines—to deliver production-grade code that adheres to C++ Core Guidelines. Whether you are architecting low-latency backends, implementing complex template metaprogramming, or optimizing memory-critical applications, this skill ensures your code is safe, efficient, and maintainable through rigorous use of RAII, smart pointers, and modern tooling like CMake and sanitizers.

Key Features

High-performance optimization including SIMD and custom memory pools
Integrated support for CMake, sanitizers, and static analysis workflows
Advanced template metaprogramming and zero-overhead abstractions
Strict adherence to C++ Core Guidelines and RAII for memory safety
7 GitHub stars
Modern C++20/23 implementation using concepts, ranges, and coroutines

Use Cases

Developing resource-constrained embedded systems and device drivers
Architecting high-throughput backend systems and low-latency financial engines
Refactoring legacy C++ codebases to modern, type-safe C++ standards

About

Key Features

High-performance optimization including SIMD and custom memory pools
Integrated support for CMake, sanitizers, and static analysis workflows
Advanced template metaprogramming and zero-overhead abstractions
Strict adherence to C++ Core Guidelines and RAII for memory safety
7 GitHub stars
Modern C++20/23 implementation using concepts, ranges, and coroutines

Use Cases

Developing resource-constrained embedded systems and device drivers
Architecting high-throughput backend systems and low-latency financial engines
Refactoring legacy C++ codebases to modern, type-safe C++ standards