Fundamentals Of Automata Theory And Compiler Construction
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Fundamentals of Automata Theory and Compiler Construction
This book divided in eleven chapters, in the first chapter describes basics of a compiler, its definition and its types. It also includes the need of a compiler. The second chapter deals with phases of compiler, frontend and book end of compiler, single pass and multiphase compiler; Chapter three covers role of logical analyzer, description of tokens, automata, the fourth chapter presents syntax analyzer, grammar, LMD, RMD, passing techniques. Fifth chapter gives syntax directed translation, syntax tree, attributes such as synthesis and inherited. Chapter six deals with type checking, its definition, dynamic type checking and equivalence of it, function overloading and parameter passing. Chapter seven covers run time environment storage allocation techniques, symbol table. Chapter eight presents intermediate code generators, techniques of ICG, conversion. Chapter nine deals with code generation, basic blocks, flow graph, peephole optimization while chapter ten is on code optimization, that contains optimization of basic blocks, reducible flow graph, data flow analysis and global analysis. Chapter eleven one-pass compiler, compiler, its structure, STD rules and passing are described.
A Perusal Study On Compiler Design Basics
Author: Dr. K. Nageswararao, N. Yoga Chandana
language: en
Publisher: BFC Publications
Release Date: 2024-08-09
This book covers the syllabus of various courses such as B.E/B. Tech (Computer Science and Engineering), MCA, BCA, and other courses related to computer science offered by various institutions and universities.
Code Generation Techniques and Applications
"Code Generation Techniques and Applications" "Code Generation Techniques and Applications" is a comprehensive guide that explores the theoretical underpinnings, practical methodologies, and emerging innovations shaping the landscape of automatic code generation. Beginning with foundational topics such as automata theory, compiler construction, and formal verification, the book elucidates how core computer science concepts inform robust and correct generative systems. Readers are introduced to a rich taxonomy of code generation strategies, from template- and model-driven engineering to programmatic metaprogramming and the burgeoning field of AI-assisted program synthesis. Detailed chapters examine a variety of paradigms and toolchains, illustrating the construction and integration of template engines, the design and deployment of domain-specific languages (DSLs), and the automation of complex software artifacts through model transformations and annotation processors. The text offers in-depth treatment of software quality, maintainability, scalability, and security within generated codebases—vital considerations for professionals working in fast-paced development and DevOps environments. Annotated case studies from industry illuminate real-world applications, covering scenarios from scalable backends and UI code generation to legacy system modernization. Concluding with cutting-edge research directions, "Code Generation Techniques and Applications" surveys topics like composable and self-evolving generators, automated compliance, and the ethical and societal implications of large-scale automation. Ideal for software engineers, researchers, and advanced students, this book provides both foundational knowledge and forward-looking insights into the fastest-growing domain in software engineering, arming readers to harness, evaluate, and innovate with the next generation of code generation technologies.