How does it handle build systems?

It provides best practices for modern CMake (version 3.28+), including FetchContent, presets, and integration with package managers like vcpkg and Conan.

Is it suitable for game development?

Yes, the skill is optimized for high-performance applications, including game engines, utilizing efficient algorithms, concurrency, and cache-friendly patterns.

Does this skill support C++23 features?

Yes, it includes support for the latest C++23 features like std::expected, std::print, std::generator, and explicit object parameters.

Can it help with memory management?

Absolutely. It specializes in Modern C++ memory safety, including RAII, the Rule of Five, and the effective use of smart pointers like unique_ptr and shared_ptr.

Modern C++ Specialist

Name: Modern C++ Specialist
Author: zellycloud

byzellycloud

Developer Tools

Develops high-performance applications using C++23 and C++20 standards with a focus on memory safety, RAII, and modern build systems.

About

moai-lang-cpp is a specialized Claude Code skill designed for high-performance systems engineering, game development, and embedded software. It leverages the latest C++23 and C++20 features—including concepts, ranges, modules, and std::expected—to provide domain-specific guidance on RAII, smart pointers, and modern CMake build patterns. This skill is essential for developers building robust, low-latency applications that require strict resource management, modern template metaprogramming techniques, and standardized testing workflows.

Key Features

Advanced C++23/C++20 feature implementation including Modules and Ranges
Modern memory safety patterns using RAII and Smart Pointers
Automated CMake 3.28+ build system configuration and package management
Efficient concurrency modeling with std::jthread and synchronization primitives
Production-ready testing integration with Google Test and Catch2
0 GitHub stars

Use Cases

Developing low-latency game engines or high-performance system software
Modernizing legacy C++ codebases to C++20/C++23 standards
Designing embedded systems with strict memory safety and resource constraints

About

Key Features

Advanced C++23/C++20 feature implementation including Modules and Ranges
Modern memory safety patterns using RAII and Smart Pointers
Automated CMake 3.28+ build system configuration and package management
Efficient concurrency modeling with std::jthread and synchronization primitives
Production-ready testing integration with Google Test and Catch2
0 GitHub stars

Use Cases

Developing low-latency game engines or high-performance system software
Modernizing legacy C++ codebases to C++20/C++23 standards
Designing embedded systems with strict memory safety and resource constraints