Abstract
The article discusses the concept of metaprogramming and its importance in modern programming languages. Various approaches to metaprogramming, such as compiled and runtime, are described, as well as their applications in C++, Rust, Python, and Java. The benefits and risks associated with using metaprogramming are analyzed, including increased development efficiency and potential code complexity. The conclusion discusses the prospects for the further development of metaprogramming and its impact on the future of software and the IT industry in general.
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