Design Patterns Explained

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Table 1-4 Object-Oriented Terminology Term Definition Chapter 1 The Object-Oriented Paradigm 27 Abstract class Defines the methods and common attributes of a set of classes that are conceptually similar. Abstract classes are never instantiated. Attribute Data associated with an object (also called a data member). Class Blueprint of an object—defines the methods and data of an object of its type. Constructor Special method that is invoked when an object is created. Encapsulation Any kind of hiding. Objects encapsulate their data. Abstract classes encapsulate their derived concrete classes. Derived class A class that is specialized from a superclass. Contains all of the attributes and methods of the superclass but may also contain other attributes or different method implementations. Destructor Special method that is invoked when an object is deleted. Functional decomposition A method of analysis in which a problem is broken into smaller and smaller functions. Inheritance The way that a class is specialized, used to relate derived classes from their abstractions. Instance A particular object of a class. Instantiation The process of creating an instance of a class. Member Either data or method of a class. Method Functions that are associated with an object. Object An entity with responsibilities. A special, self-contained holder of both data and methods that operate on that data. An object’s data are protected from external objects. Polymorphism The ability of related objects to implement methods that are specialized to their type. Superclass A class from which other classes are derived. Contains the master definitions of attributes and methods that all derived classes will use (and possibly will override).
CHAPTER 2 The UML— The Unified Modeling Language Overview This chapter gives a brief overview of the Unified Modeling Language (UML), which is the modeling language of the object-oriented community. If you do not already know the UML, this chapter will give you the minimal understanding you will need to be able to read the diagrams contained in this book. In this chapter, • I describe what the UML is and why to use it. • I discuss the UML diagrams that are essential to this book: - The Class Diagram - The Interaction Diagram What Is the UML? The UML is a visual language (meaning a drawing notation with semantics) used to create models of programs. By models of pro-grams, I mean a diagrammatic representation of the programs in which one can see the relationships between the objects in the code. The UML has several different diagrams — some for analysis, others for design, and still others for implementation (or more accurately, In this chapter UML offers many kinds of modeling diagrams
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Page 3 and 4: xvi Preface From Object Orientation
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Chapter 5 An Introduction to Design
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Figure 5-2 A miter joint Chapter 5
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Chapter 5 An Introduction to Design
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Overview CHAPTER 6 The Facade Patte
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This person would determine how I a
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Field Notes: The Facade Pattern Fac
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Summary Chapter 6 • The Facade Pa
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CHAPTER 8 Expanding Our Horizons Ov
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1. Make a preliminary design withou
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CHAPTER 10 The Abstract Factory Pat
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Chapter 1O • The Abstract Factory
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Figure 1O-5 The ResFactory encapsul
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Figure 1O-6 Intermediate solution u
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In this pattern, Chapter 1O • The
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CHAPTER 11 How Do Experts Design? O
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Design is often thought of as a pro
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Design is often thought of as a pro
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It is only possible to make a place
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that it shared its patterns with ot
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Alexander's Steps Discussion Identi
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Chapter 11 • How Do Experts Desig
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2O4 Part IV • Putting It AM Toget
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Chapter 12 • Solving the CAD/CAM
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CHAPTER 13 The Principles and Strat
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Chapter 13 • The Principles and S
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23O Part V • Handling Variations
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Overview CHAPTER 18 The Template Me
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Chapter 18 • The Template Method
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Intent Problem Solution Participant
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CHAPTER 19 The Factory Method Patte
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The Factory Method Pattern Chapter
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Summary Chapter 19 • The Factory
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Figure 2O-1 Using Strategy patterns
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3O2 Part V • Handling Variations
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CHAPTER 21 Design Patterns Reviewed
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Chapter 21 • Design Patterns Revi
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Chapter 21 • Design Patterns Revi
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Figure 21-1 The relationships betwe
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CHAPTER 22 Bibliography This book h
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• Meyer, B., Object-Oriented Soft
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• See http://java.sun.com/j2se/L3
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Personal Favorites It is my belief
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Spradely, J. P., The Ethnographic I
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Section Overview Section 3: Design
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How do we get good quality repeated
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Or again, people are creatures of h
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this book is not a book about writi
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…The details can confuse the solu
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Patterns help us see the forest for
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Design Pattern Matrix Design Patter
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Design Pattern Matrix How it is imp
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Design Pattern Matrix Is there vari
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: (colon), connecting object and cl
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usiness rules defining, 238 encapsu
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decompression object, 249 decorator
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FilterlnputStream class, 250 flexib
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notifyObservers method, 272 NULL te
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sales-order architecture, e-tail sy
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