#3 Foundation and Architecture: Why Design a New Programming Language? -> Analysis of C-Style Languages: C, Go, Rust, Zig

In order to design a modern and competitive C-style programming language, it is essential to critically analyze the dominant and emerging players with...

#2 Foundation and Architecture: Why Design a New Programming Language? -> Motivation Behind Creating New Programming Languages

In the rapidly evolving domain of computer science and software engineering, the creation of a new programming language is not merely an academic exer...

#1 Designing a New C-Style Programming Language: From Concept to Implementation

 Building an Interpreter Using Modern C++ (C++20/23)Why Build a New Language? The creation of a new programming language is a rare pursuit — one th...

The First Program in Computing History: Who Wrote It and What Was It?

When we look back at the early days of modern computing in the 1940s, we find ourselves facing an inspiring story that wasn’t a mere coincidence. It...

Why Do Professional Programmers Fail to Achieve Their Programming Goals?

  We often encounter professional programmers who possess advanced technical skills, a deep understanding of programming languages, data structures, ...

Full Instruction Encoding Examples

 1. Introduction Instruction encoding lies at the heart of assembler design, converting human-readable mnemonics and operands into precise binary mac...

ELF Header Breakdown Table

 1. Introduction The Executable and Linkable Format (ELF) is the standard binary format for Unix-like systems including Linux and BSD. Understanding ...

Grammar Definition for a Sample Assembler

 1. Introduction A formal grammar definition is fundamental for designing an assembler’s parser. This appendix provides a comprehensive grammar spe...

Disassembler Tools and Resources

 1. Introduction Disassemblers are crucial tools for anyone designing or debugging an assembler, providing a human-readable representation of machine...

Intel x86-64 ISA Manual Summary

 1. Introduction The Intel x86-64 Instruction Set Architecture (ISA) is defined across multiple detailed volumes in Intel's architecture documentatio...

Conclusion and Next Steps: Next Step — Writing a Linker

 1. Introduction After completing the development of an x86-64 assembler, the logical progression is to explore the next component in the toolchain p...

Conclusion and Next Steps: Suggested Open-Source Assemblers to Study

 1. Introduction As you reach the end of this book and consider expanding your understanding or even contributing to assembler development, examining...