Keith D. Cooper is the Doerr Professor of Computational Engineering at Rice University. He has worked on a broad collection of problems in optimization of compiled code, including inter- procedural data-flow analysis and its applications, value numbering, algebraic reassociation, register allocation, and instruction scheduling. His recent work has focused on a fundamental reexamination of the structure and behavior of traditional compilers. He has taught a variety of courses at the undergraduate level, from introductory programming through code optimization at the graduate level. He is a Fellow of the ACM.
Linda Torczon, Senior Research Scientist, Department of Computer Science at Rice Uni- versity, is a principal investigator on the Platform-Aware Compilation Environment project (PACE), a DARPA-sponsored project that is developing an optimizing compiler environment which automatically adjusts its optimizations and strategies to new platforms. From 1990 to 2000, Dr. Torczon served as executive director of the Center for Research on Parallel Compu- tation (CRPC), a National Science Foundation Science and Technology Center. She also served as the executive director of HiPerSoft, of the Los Alamos Computer Science Institute, and of the Virtual Grid Application Development Software Project (VGrADS).
This entirely revised second edition of Engineering a Compiler is full of technical updates and new material covering the latest developments in compiler technology. In this comprehensive text you will learn important techniques for constructing a modern compiler. Leading educators and researchers Keith Cooper and Linda Torczon combine basic principles with pragmatic insights from their experience building state-of-the-art compilers. They will help you fully understand important techniques such as compilation of imperative and object-oriented languages, construction of static single assignment forms, instruction scheduling, and graph-coloring register allocation.
In-depth treatment of algorithms and techniques used in the front end of a modern compiler
Focus on code optimization and code generation, the primary areas of recent research and development
Improvements in presentation including conceptual overviews for each chapter, summaries and review questions for sections, and prominent placement of definitions for new terms
Examples drawn from several different programming languages
我现在在看这本书的原版,基本快看完了。我觉得对于对编译有兴趣,特别是后端优化有兴趣的同学,这本书绝对是值得推荐的。 编译技术是计算机科学中的显学,无数学者专家们的心血凝结成汗牛充栋的资料,而且这些资料也随着时间在飞速增加。因此,对于编译来讲,没有那本书就是...
評分大家还是看英文的吧,这本书的翻译简直发指,前端部分不是没问题,只是大家都很熟,连猜带看的过,不过好在有索引,能挖一些好东西。 后端部分的讲解,难以理解的比比皆是,比如我随手翻的, p255, “编码到树遍历代码生成器中的代码形式方面的决策”,这你妹的不是工具翻译的...
評分大家还是看英文的吧,这本书的翻译简直发指,前端部分不是没问题,只是大家都很熟,连猜带看的过,不过好在有索引,能挖一些好东西。 后端部分的讲解,难以理解的比比皆是,比如我随手翻的, p255, “编码到树遍历代码生成器中的代码形式方面的决策”,这你妹的不是工具翻译的...
評分我现在在看这本书的原版,基本快看完了。我觉得对于对编译有兴趣,特别是后端优化有兴趣的同学,这本书绝对是值得推荐的。 编译技术是计算机科学中的显学,无数学者专家们的心血凝结成汗牛充栋的资料,而且这些资料也随着时间在飞速增加。因此,对于编译来讲,没有那本书就是...
評分我现在在看这本书的原版,基本快看完了。我觉得对于对编译有兴趣,特别是后端优化有兴趣的同学,这本书绝对是值得推荐的。 编译技术是计算机科学中的显学,无数学者专家们的心血凝结成汗牛充栋的资料,而且这些资料也随着时间在飞速增加。因此,对于编译来讲,没有那本书就是...
之前買瞭中文版,看的不過癮,最後還是買瞭原版,看過幾遍,理論介紹的真的很好。
评分時隔寫完編譯器大作業多年又讀瞭一遍這本書,著重學習瞭一下之前沒來得及做的SSA及基於SSA的優化,終於解決瞭某些睏擾我多年的疑惑。 不過分拘泥於細節同時不缺失必要的細節,每段算法之後都會有很長的解釋,屬於我讀起來很舒服的寫作風格。唯一讓我覺得不滿的是感覺大局觀有些缺失,很少有哲學層麵的探討,做優化容易陷入加速某些特定的情況,而怎樣的抽象是必要的,可能需要站在更高的視角。
评分書中 parsing 部分講的太好瞭,並且配瞭大量的精美圖例, 讀這本書時,配閤 Compiler Construction 一起看更好
评分比龍書更適閤,前端部分完全沒有必要那麼多,這本書更均衡一點。
评分之前買瞭中文版,看的不過癮,最後還是買瞭原版,看過幾遍,理論介紹的真的很好。
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