Multi-Paradigm Design for C++

Autorentext
James O. Coplien is a premier expert and writer on the object paradigm and C++, having worked with the language since its inception at AT&T. Currently a member of Bell Laboratories Research at Lucent Technologies, his work focuses on multi-paradigm development methods and organizational anthropology for software development processes. His previous books include Pattern Languages of Program Design (with Douglas C. Schmidt), Pattern Languages of Program Design, Volume 2 (with John M. Vlissides and Norman L. Kerth), and Advanced C++ Programming Styles and Idioms.

0201824671AB04062001

Klappentext
C++ is a programming language that supports multiple paradigms: classes, overloaded functions, templates, modules, procedural programming, and more. Despite the language's flexibility and richness, however, there has previously been little effort to create a design method that supports the use of multiple paradigms within a single application. This book presents a coherent framework for approaching multi-paradigm design, offering an advanced set of design practices that form the foundation for a formal multi-paradigm design method. Multi-Paradigm Design for C++ offers insight into an analysis and design process that takes advantage of C++'s multiple paradigm capability. It uses understandable notation and readable explanations to help all C++ programmers--not just system architects and designers--combine multiple paradigms in their application development for more effective, efficient, portable, robust, and reusable software. Readers will gain an understanding of domain engineering methods that support multi-paradigm design. This book reveals how to analyze the application domain, using principles of commonality and variation, to define subdomains according to the most appropriate paradigm for each. Multi-paradigm design digs deeper than any single technology or technique to address fundamental questions of software abstraction and design. All of the concepts and techniques that form the groundwork for domain engineering are presented. These concepts include an in-depth look at commonality and variability analysis, how domain engineering interacts with commonly used design patterns, how to find abstractions in the application domain, and how the principles of domain engineering can be used as a basis for the abstraction techniques of the object paradigm. Most important, this book discusses how to apply analysis techniques that are the most appropriate paradigm to be implemented during the design phase.

0201824671B04062001

Zusammenfassung
Coplien offers insight into an analysis and design process that takes advantage of C++'s multiple paradigm capability, including classes, overloaded functions, templates, modules, procedural programming, and more. The book uses understandable notation and readable explanations to help all C++ programmers-not just system architects and designers-combine multiple paradigms in their application development for more effective, efficient, portable, robust, and reusable software. Multi-paradigm design digs deeper than any single technology or technique to address fundamental questions of software abstraction and design.

Inhalt


Preface.


1. Introduction: The Need for Multiple Paradigms.
Domain Engineering and Multiple Paradigms.Design, Analysis, Domains, and Families: Term Definitions.Beyond Objects.Commonality and Variability Analysis.Software Families.Multi-Paradigm Design.Multi-Paradigm Development and Programming Language.Commonality Analysis: Other Perspectives.Summary.

2. Commonality Analysis.
Commonality: The Essence of Abstraction.Priming Analysis: The Domain Vocabulary.Dimensions of Commonality and Commonality Categories.Examples of Commonality.Reviewing the Commonality Analysis.Commonality and Evolution.Summary.

3. Variability Analysis.
Variability: The Spice of Life.The Commonality Base.Positive and Negative Variability.The Domain and Range of Variability.Binding Time.Defaults.Variability Tables.Some Variability Traps.Reviewing the Variability Analysis.Variability Dependency Graphs.Summary.

4. Application Domain Analysis.
Analysis, Domain Analysis, and Beyond.Subdomains within a Domain Analysis.The Structure of a Subdomain.Analysis: The Big Picture.Summary.

5. Object-Oriented Analysis.
About Paradigms and Objects.Object-Oriented Commonality Analysis.Summary.

6. Solution Domain Analysis.
The "Other" Domain.The C++ Solution Domain: An Overview.Data.Overloading.Class Templates.Function Templates.Inheritance.Virtual Functions.Commonality Analysis and Polymorphism.Preprocessor Directives.Negative Variability.A Summary of the C++ Solution Domain: A Family Table.

7. Simple Mixing of Paradigms.
Putting It All Together: An Overview of Multi-Paradigm Design.Activities of Multi-Paradigm Design.Example: A Simple Language Translator.Design, Not Analysis.Another Example: Automatic Differentiation.Outboard Paradigms.Management Issues.Summary.

8. Weaving Paradigms Together.
Method and Design.Commonality Analysis: What Dimension of Commonality?Multiple Paradigms: Multiple Dimensions of Variability in One Set of CommonalitiesCodependent Domains.Design and Structure.Another Example: A Finite-State Machine.Pattern-Based Solution Strategies.Summary.

9. Augmenting the Solution Domain with Patterns.
The Value of Idioms and Patterns.Commonality and Variability in Common Patterns.Patterns of Negative Variability.Multi-Paradigm Tools as a Patterns Adjunct.Summary.

References.


Index. 0201824671T04062001

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