badnikhil/silicon-to-assembly

Silicon-to-Assembly is a documentation project that teaches assembly language from the ground up. Instead of focusing on one specific processor or computer system, it explains the concepts in a way that applies broadly across different architectures. Think of it as a textbook or study guide for anyone who wants to understand how software instructions actually get executed by hardware. The project is organized into units, each covering core topics, terminology, and concepts related to how assembly language works. The author has written it to anticipate questions that might come up while learning, addressing them within the units themselves. Every unit also includes an "extras" file for tangential topics that go beyond assembly but might be interesting to curious learners. All code examples use Intel syntax, which is one common way of writing assembly instructions, and the roadmap for future units is laid out in a separate structure file. This resource is aimed at people learning assembly for the first time or those who want a refresher that is not tied to a specific processor. Assembly language sits between high-level code (like Python or C) and the actual machine code a CPU runs. For someone studying how computers work at the lowest level, writing low-performance code, or working on embedded systems, this documentation provides a conceptual foundation. It would also suit students or self-taught programmers who want to understand what happens when code actually runs on hardware. What sets this project apart is its architecture-independent approach. Most assembly resources teach a specific processor's instruction set, which can make the concepts feel narrow. By staying general and using Intel syntax for examples, the author aims to present assembly as a standard discipline rather than something tied to one chip. The README is sparse on additional detail, so learners would need to explore the units themselves to see how deep the coverage goes.