I’ve been developing Neuro‑Universal‑ASM (NUASM), an experimental open‑source assembler designed to support multiple languages and architectures through a universal macro‑based system.
NUASM is not a product — it’s a technical exploration of how far a flexible, architecture‑agnostic assembler can go when built around a clean macro engine and modular instruction definitions.
Repo:
👉 https://github.com/cyberenigma-lgtm/NeuroUniversalASM
What NUASM Aims to Do
NUASM provides a unified way to describe assembly logic using reusable patterns that can be expanded into different instruction sets.
The goal is to simplify low‑level development while keeping full control over the generated output.
It focuses on:
multi‑language support
architecture‑independent design
modular instruction definitions
predictable and clean output
easy extensibility
Key Characteristics
Universal macro engine with nesting, parameters, and conditional rules
Native multi‑language support, allowing different syntax layers
Architecture modules for defining instruction sets
Lightweight, readable output suitable for experimentation
Fully open‑source and easy to modify
Why I Built It
I wanted a system that reduces repetitive assembly work, allows experimentation with instruction patterns, and supports multiple architectures without rewriting the entire assembler each time.
NUASM is meant to be simple, flexible, and educational — a tool for exploring how macro‑driven assembly generation can evolve.
Current Status
The core engine is functional and stable.
Upcoming improvements include:
expanded architecture modules
improved pattern matching
better error reporting
Repository
👉 https://github.com/cyberenigma-lgtm/NeuroUniversalASM
Contributions, ideas, and experiments are welcome.
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