Develop modern C++20/C++23 applications with CMake and memory safety guidance.
npx skills add https://github.com/modu-ai/cc-plugins --skill moai-lang-cpp-modu-ai
Please help me install this Agent Skill. Skill: moai-lang-cpp Source: https://github.com/modu-ai/cc-plugins/tree/main/.claude/skills/moai-lang-cpp Command: npx skills add https://github.com/modu-ai/cc-plugins --skill moai-lang-cpp-modu-ai
This Skill streamlines the development of high-performance C++ applications by providing expert guidance on modern C++ standards (C++20/C++23), build systems like CMake, and best practices for memory management and concurrency.
std::expected, and std::print.std::jthread, std::latch, and std::barrier for safe multithreaded applications.std::expected.Use the moai-lang-cpp skill to generate a CMakeLists.txt file for a C++23 project with FetchContent for the fmt library.
High-intent search queries and answers about installing and using this skill.
To configure a C++23 project with CMake FetchContent, you specify the C++ standard, enable required compiler features, and use FetchContent_Declare to pull dependencies like the fmt library for efficient project configuration.
Memory safety in modern C++ is primarily ensured by implementing RAII patterns and using smart pointers, which automatically manage resource allocation and deallocation, preventing leaks and dangling pointers in high-performance applications.
For safe multithreaded C++ applications, utilize std::jthread for automatic joining and std::latch or std::barrier to synchronize threads, preventing common concurrency errors like deadlocks or premature thread termination.
Use std::expected for error handling in modern C++ when you need explicit, value-based error propagation without the overhead of stack unwinding, ensuring robust error management in high-performance backend services.
Yes, this guidance covers leveraging C++20/C++23 features including Concepts for template constraints and Ranges for composable STL operations, streamlining high-performance system software and embedded systems development.
You can use this for embedded systems development as well as high-performance backend services, games, and system software, covering essential modern C++ standards, memory safety, and build system configuration.
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