A Specialized Tool for Assembly Language Documentation & Analysis
The ASM Annotator is a utility designed to bridge the gap between low-level machine instructions and human-readable documentation. Built with a focus on performance and precision, this tool automates the process of annotating x86/ARM assembly code, making it easier for developers to audit, debug, and optimize low-level systems.
This project demonstrates a deep understanding of computer architecture and the compilation pipeline. It processes raw assembly files to generate structured, annotated outputs that highlight instruction sets, register usage, and memory addressing.
- Syntax Parsing: Robust parsing of assembly files to identify mnemonics, operands, and labels.
- Automated Documentation: Generates inline annotations to explain complex instruction sequences.
- Architecture Support: Designed with modularity in mind to support various Instruction Set Architectures (ISAs).
- C++: Leveraged for high-performance string processing and memory management.
- Assembly (ASM): The core focus of the tool, handling x86/ARM instruction patterns.
- Makefile: Custom build system for seamless compilation and environment setup.
/src: Core C++ logic for the annotation engine and parser./include: Header files defining the architecture for instruction mapping./examples: Sample ASM files demonstrating "before and after" annotation results./docs: Detailed technical specifications on the parsing logic.
This tool was developed to solve the "readability crisis" in low-level programming. By automating the annotation process, I’ve reduced the time required for manual code audits by providing a clear, structured view of how data flows through registers and memory.
This project showcases my ability to:
- Work directly with Low-Level Languages.
- Design efficient Parsing Algorithms in C++.
- Manage Memory and Performance in a resource-constrained environment.
- Interactive CLI: A real-time terminal interface for "live" annotation.
- IDE Plugin: Extending the logic to support VS Code or Vim as a language server.
- Static Analysis: Adding logic to flag potential security vulnerabilities (e.g., buffer overflows) at the ASM level.