Learn NIM with Real Code Examples

Source code compiled to C/C++ or JS

Garbage-collected or manual memory management

Procedural, OOP, and functional constructs coexist

Macros allow compile-time code transformation

Modules and packages organize code

Source code compiled to C/C++/JavaScript

Garbage-collected runtime for memory safety

Modules organize code and dependencies

Macros expand code at compile-time

Binaries executed natively on supported platforms

Procedural and functional pipelines

OOP for encapsulation

Macro-based code generation

Async tasks for concurrency

Module-based project structure

CLI tools and utilities

Web backends with Jester/Dom frameworks

Game engines and graphics applications

Scientific and numerical computing pipelines

Cross-platform native binaries

Readable syntax similar to Python

Statically typed with type inference

High-performance native compilation

Metaprogramming with macros

Cross-platform compatibility

Use modules for large projects

Leverage macros for reusable patterns

Profile memory and performance

Parallelize async tasks where possible

Organize code with Nimble packages

Port older Nim code to current compiler

Refactor macros for modern syntax

Update deprecated libraries

Test performance after changes

Ensure cross-platform compatibility