moai-lang-cpp

RAII and smart pointers in C++ ensure memory safety by tying resource lifetimes to object scopes, automatically deallocating memory when objects go out of scope. This approach prevents leaks and dangling pointers without manual garbage collection.

Setting up a CMakeLists.txt file for a C++23 project involves configuring the CMake build system to specify the C++23 standard, find external libraries, and manage dependencies. This creates reproducible build configurations across different platforms.

C++20 Concepts and Ranges are modern language features that improve template metaprogramming and element iteration. Use them to enforce compile-time constraints on template parameters and compose functional-style data transformation pipelines.

You can use modern C++ features like std::expected and std::print for embedded systems development to handle errors without exceptions and format console output efficiently. They help create resource-constrained, high-performance applications.

The best way to manage resources in a high-performance C++ game engine is utilizing RAII principles alongside custom allocators and smart pointers. This guarantees deterministic memory deallocation and minimizes allocation overhead.