Introduction
Introduction
Go is known for simplicity, but sometimes you need more flexibility. Reflection lets you inspect types and values at runtime, while code …
Read Article →11 articles about metaprogramming development, tools, and best practices
Go is known for simplicity, but sometimes you need more flexibility. Reflection lets you inspect types and values at runtime, while code …
Read Article →Reflection in Go provides the ability to inspect and manipulate program structures at runtime. While most Go …
Read Article →With a solid understanding of reflection fundamentals, we can now explore more sophisticated techniques that enable …
Read Article →While reflection provides runtime flexibility, code generation offers a complementary approach by moving complexity …
Read Article →The Abstract Syntax Tree (AST) is a tree representation of the syntactic structure of source code. In Go, the standard …
Read Article →While the previous sections explored individual techniques for metaprogramming in Go, building production-ready code …
Read Article →While reflection and code generation are powerful tools, they come with important performance …
Read Article →Reflection and code generation are powerful tools, but they come with trade-offs. Use them when they solve real problems, not just because …
Read Article →Master advanced Go reflection techniques and code generation patterns for building flexible, maintainable applications with powerful metaprogramming …
Read Article →Macros are one of Rust’s most powerful features, enabling metaprogramming—code that writes code. Unlike macros in C and C++, which are simple …
Read Article →Metaclasses were the feature that made me realize Python’s object model is fundamentally different from other languages …
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