Compiler Construction From Theory to Practice: A quick book

Welcome to the fascinating world of compiler construction—a journey through the intricate processes that transform human-readable code into machine-executable instructions. This book is designed to be your companion as you explore the depths of designing and building compilers from scratch. Whether you’re a student embarking on the academic challenge of understanding compiler design, a professional seeking to deepen your knowledge in this critical area of computing, or an enthusiast curious about how programming languages are brought to life, this book aims to equip you with a solid foundation and practical skills in compiler construction.

Compilers are at the heart of software development, serving as the unseen yet crucial bridge between high-level programming languages and the binary code executed by computers. The process of developing a compiler encompasses a wide array of computer science disciplines, including but not limited to, formal languages, algorithms, data structures, and system architecture. This interdisciplinary nature makes compiler construction not only a vital skill in the software industry but also a compelling subject of study.

This book is structured to guide you through the entire process of building a compiler, starting from the theoretical underpinnings to the implementation of a fully functioning compiler for your own programming language. We will begin with an overview of the compilation process, introducing the key concepts and terminology you will encounter throughout your journey. Subsequent chapters will delve into each phase of compiler design, including lexical analysis, syntax analysis, semantic analysis, optimization techniques, and code generation, culminating in a series of practical lab sessions where you will apply what you’ve learned by developing components of a compiler step by step.