Previously, he served as a Distinguished Consultant at the Jet Propulsion Laboratories JPL. After Bell Laboratories, Stan worked at Disney Feature Animation, originally as principal software engineer, then as software technical director on Fantasia Inside the c object model faq3 inside the c object model focuses on the underlying mechanisms that support objectoriented programming within c constructor semantics, temporary generation, support for encapsulation, inheritance, and the virtualsvirtual functions and virtual inheritance 深度探索c对象模型inside the c object model 中文版rar百度网盘资源 百度网 深度探索c对象模型inside the c object model 中文版rar百度网盘下载深度探索c对象模型inside th Inside the c object model stanley b lippman google inside the c object model focuses on the underlying mechanisms that support objectoriented programming within c constructor semantics, temporary generation, support for encapsulation, inheritance, and the virtualsvirtual functions and virtual inheritance this book shows how your understanding the underlying implementation models can help you code more efficiently and with greater.

Object inside traducción al español linguee muchos ejemplos de oraciones traducidas contienen object inside diccionario españolinglés y buscador de traducciones en español Inside the c object model中英文版下载csdn论坛 inside the c object model中,英文版最新版 inside the c object model专注于c对象导向程序设计的底层机制包括结构式语意暂时性对象的生成封装继承以及虚拟虚拟函数和 如果你是一位c程序员渴望对于底层知识获得一个完整的了解那么 inside the c object model 英文版 Modelos de diseño 3d descarga gratuita obj, stl artec 3d obtenga gratis los escaneos 3d de alta resolución de diseño los modelos 3d están disponibles para descargar en formatos obj, stl, ply y wrl. Share :. Newer Posts Older Posts.

Menu Halaman Statis Home. ca Chapters. ca Find in a library All sellers » Get Textbooks on Google Play Rent and save from the world's largest eBookstore. Read, highlight, and take notes, across web, tablet, and phone. This book shows how your understanding the underlying implementation models can help you code more efficiently and with greater confidence. He then explains how the various implementation models arose, points out areas in which they are likely to evolve, and why they are what they are. Explains the basic implementation of the object-oriented features and the trade offs implicit in those features. Examines the impact on performance in terms of program transformation. Provides abundant program examples, diagrams, and performance measurements to relate object-oriented concepts to the underlying object model. Get a value-added service! Try out all the examples from this book at www.

CodeSaw is a free online learning tool that allows you to experiment with live code from your book right in your browser. About the author Stanley B. Previously, he served as a Distinguished Consultant at the Jet Propulsion Laboratories JPL. After Bell Laboratories, Stan worked at Disney Feature Animation, originally as principal software engineer, then as software technical director on Fantasia

edu no longer supports Internet Explorer. To browse Academia. edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser. Log in with Facebook Log in with Google. Remember me on this computer. Enter the email address you signed up with and we'll email you a reset link. Need an account? Click here to sign up. Download Free PDF. Continue Reading Download Free PDF. This book shows how your understanding the underlying implementation models can help you code more efficiently and with greater confidence. He then explains how the various implementation models arose, points out areas in which they are likely to evolve, and why they are what they are. z Explains the basic implementation of the object-oriented features and the trade offs implicit in those features.

z Examines the impact on performance in terms of program transformation. z Provides abundant program examples, diagrams, and performance measurements to relate object- oriented concepts to the underlying object model. Organization of This Book The Intended Audience A Note on Program Examples and Program Execution Acknowledgments References Chapter 1. Object Lessons Layout Costs for Adding Encapsulation Section 1. A Keyword Distinction Section 1. An Object Distinction Chapter 2. The Semantics of Constructors Section 2. Default Constructor Construction Section 2. Copy Constructor Construction Section 2. Program Transformation Semantics Section 2. Member Initialization List Chapter 3. The Semantics of Data Section 3. The Binding of a Data Member Section 3. Data Member Layout Section 3. Access of a Data Member Section 3. Inheritance and the Data Member Section 3. Object Member Efficiency Section 3. Pointer to Data Members Chapter 4.

The Semantics of Function Section 4. Varieties of Member Invocation Section 4. Virtual Member Functions Section 4. Pointer-to-Member Functions Section 4. Inline Functions Chapter 5. Semantics of Construction, Destruction, and Copy Presence of a Pure Virtual Destructor Presence of a Virtual Specification Presence of const within a Virtual Specification A Reconsidered Class Declaration Section 5. Object Construction without Inheritance Section 5. Object Construction under Inheritance Section 5. Object Copy Semantics Section 5. Object Efficiency Section 5. Semantics of Destruction Chapter 6. Runtime Semantics Section 6. Object Construction and Destruction Section 6. Operators new and delete Section 6. Temporary Objects Chapter 7. On the Cusp of the Object Model Section 7.

Templates Section 7. Exception Handling Section 7. Runtime Type Identification Section 7. Efficient, but Inflexible? Ru-Brd Ru-Brd Copyright The frontispiece art is an engraving Knight, Death and the Devil by Albrecht Dürer, — Courtesy, Museum of Fine Arts, Boston, Massachusetts. Gift of Mrs. Horatio Greenough Curtis in Memory of her Husband, Horatio Greenough Curtis. The photograph on the back cover is by David Remba. Extracts on pages — are from the Journal of C Language Translation, Vol. Copyright , I. Levine, Trumansburg, New York. Reprinted by permission of the publisher. Senior Editor: Tom Stone Associate Editor: Debbie Lafferty Associate Production Supervisor: Patricia A. Oduor Copyeditor: Diane Freed Proofreader: Bunny Ames Art Editing Supervisor: Meredith Nightingale Senior Manufacturing Coordinator: Judith Y. Sullivan Library of Congress Cataloging-in-Publication Data Lippman, Stanley B.

cm Includes bibliographical references and index. Object-oriented programming Computer science I. Title: C plus plus object models ZA CL58 All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of the publisher. Printed in the United States of America. It was during the Simplifier's design period that I conceived of and began working on this book. What was the Foundation project? It was an exciting project, both for the work we were doing and for the people doing the work: Bjarne, Andy Koenig, Rob Murray, Martin Carroll, Judy Ward, Steve Buroff, Peter Juhl, and myself. Barbara Moo was supervising the gang of us other than Bjarne and Andy. Barbara used to say that managing a software group was like herding a pride of cats. Internally, we called it Grail, as in the quest for, etc.

It seems a Bell Laboratories tradition to mock one's most serious intentions. Grail provided for a persistent, semantic-based representation of the program using an object-oriented hierarchy Rob Murray developed and named ALF. Within Grail, the traditional compiler was factored into separate executables. The parser built up the ALF representation. Each of the other components type checking, simplification, and code generation and any tools, such as a browser, operated on and possibly augmented a centrally stored ALF representation of the program. The Simplifier is the part of the compiler between type checking and code generation.

Bjarne came up with the name Simplifier; it is a phase of the original cfront implementation. What does a Simplifier do between type checking and code generation? It transforms the internal program representation. There are three general flavors of transformations required by any object model component: 1. Implementation-dependent transformations. These are implementation-specific aspects and vary across compilers. Under ALF, they involved the transformations of what we called "tentative" nodes. For example, when the parser sees the expression fct ; it doesn't know if this is a an invocation of a function represented or pointed to by fct or b the application of an overloaded call operator on a class object fct.

By default, the expression is represented as a function call. The Simplifier rewrites and replaces the call subtree when case b applies. Language semantics transformations. Code and object model transformations. These include support for virtual functions, virtual base classes and inheritance in general, operators new and delete, arrays of class objects, local static class instances, and the static initialization of global objects with nonconstant expressions. An implementation goal I aimed for in the Simplifier was to provide an Object Model hierarchy in which the object implementation was a virtual interface supporting multiple object models. These last two categories of transformations form the basis of this book. Does this mean this book is written for compiler writers? No, absolutely not.

Does this mean this book is written for compiler writers? pc, string ; This may or may not translate well when placed within a class declaration that z specifies multiple access sections containing data, z derives from another class or is itself the object of derivation, or z defines one or more virtual functions. The second aspect is barely touched on in any current text, with the exception of brief discussions within [ELLIS90] and [STROUP94]. z Examines the impact on performance in terms of program transformation. What if the class object is obtained as a side effect of some expression, such as a function call: if foo. Conceptually, our Point class has an associated default copy constructor, copy operator, and destructor.

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