moai-lang-cpp

C++23 error handling with `std::expected` provides a type-safe mechanism to return either a value or an error without relying on exceptions. It facilitates robust application development by explicitly modeling failure states in the type system.

Modern C++ memory management uses RAII to bind resource lifetimes to object scopes, utilizing smart pointers like `std::unique_ptr` for automatic deallocation. This approach ensures memory safety and prevents leaks in high-performance applications.

Structuring a modern CMake project involves configuring build targets for C++23 modules and integrating package managers like vcpkg or Conan. This setup streamlines dependency resolution and creates reproducible build environments.

C++20 coroutines and ranges are fully applicable for concurrent systems programming. Coroutines enable asynchronous, non-blocking operations, while ranges offer composable, lazy evaluation pipelines for efficient data processing.

Modern C++ guidance directly applies to game engine and embedded software development. It provides the necessary high-performance, memory safety, and advanced language features required to build efficient and maintainable systems.

C++20 concepts should replace traditional template metaprogramming for defining type constraints. Concepts provide a clear, readable syntax for compile-time validation, significantly improving code maintainability and delivering precise compiler error messages.