Java (TM) Design

Objects, UML, and Process

By: Kirk Knoernschild

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Paperback | 1 December 2001

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Drawing upon the experiences of hundreds of developers he has trained or worked with, Kirk Knoernschild offers a systematic guide to solving today's complex problems of Java-based enterprise application design and implementation. Knoernschild focuses on both technology and process, offering a phased approach to integrating UML, object-oriented development, and Java throughout the entire development lifecycle. Knoernschild begins by reintroducing objects and object-oriented design, presenting key concepts such as polymorphism and inheritance in terms of several powerful principles and patterns that inform the entire book. Next, he introduces the UML: how it evolved, the problems it helps to solve, and how various UML constructs can be mapped to Java. Knoernschild shows how to structure UML diagrams to more easily identify the problem being solved, introduces best practices that any software development process should promote, and shows how the UML fits with these best practices. He reviews the external considerations that impact how companies really use the UML, Java, and object-based techniques, presenting a pragmatic, phased approach to integrating them with the least pain and the greatest effectiveness. The book concludes with in-depth coverage of behavioral and structural modeling, again emphasizing the principles and patterns associated with long-term success. For every Java enterprise developer, architect, analyst, and project manager.

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Non-Fiction Computing & I.T.Computer Programming & Software Development Object-Oriented Programming or OOP Software Engineering Unified Modelling Language or UML Web Programming

Preface	p. xv
Introduction	p. xix
OO Principles and Patterns	p. 1
Principles, Patterns, and the OO Paradigm	p. 2
Class Principles	p. 8
Open Closed Principle (OCP)	p. 8
Liskov Substitution Principle (LSP)	p. 11
Dependency Inversion Principle (DIP)	p. 12
Interface Segregation Principle (ISP)	p. 15
Composite Reuse Principle (CRP)	p. 17
Principle of Least Knowledge (PLK)	p. 21
Package Principles	p. 23
Package Dependency	p. 23
Release Reuse Equivalency Principle (REP)	p. 25
Common Closure Principle (CCP)	p. 26
Common Reuse Principle (CReP)	p. 26
Acyclic Dependencies Principle (ADP)	p. 27
Stable Dependencies Principle (SDP)	p. 29
Stable Abstractions Principle (SAP)	p. 31
Patterns	p. 32
Strategy	p. 33
Visitor	p. 34
Layers	p. 36
Conclusion	p. 36
Introduction to the UML	p. 39
The UML Defined	p. 39
Origin	p. 42
Role of Modeling	p. 43
The Challenge	p. 44
Complexity of Architecture	p. 45
The Remedy	p. 46
Benefits	p. 46
Conclusion	p. 48
Fundamental UML	p. 49
Models and Views	p. 49
Fundamental Elements	p. 50
Diagrams	p. 51
Views	p. 51
Core Diagrams	p. 54
Behavioral Diagrams	p. 55
Structural Diagrams	p. 57
Fundamental Elements	p. 58
Structural Elements	p. 58
Java-Independent Entities	p. 59
Java-Dependent Entities	p. 61
Java-Dependent Relationships	p. 62
Annotations	p. 66
Extensibility Mechanisms	p. 66
Introduction to Diagrams	p. 67
Sequence Diagram	p. 68
Class Diagram	p. 70
Package Diagram	p. 70
Conclusion	p. 72
The UML and Software Process	p. 73
Process Defined	p. 74
Best Practices	p. 75
Behavioral Driven	p. 76
Architecture Centric	p. 77
Iterative	p. 77
Refactoring	p. 78
Visual Modeling	p. 79
Simple Prototypes	p. 79
Development Lifecycle and the UML	p. 80
Requirements	p. 83
Analysis and Design	p. 86
Construction	p. 90
Testing	p. 92
Deployment	p. 92
The Full Lifecycle	p. 93
Conclusion	p. 93
Modeling Strategies	p. 97
Integration Goals	p. 98
Development Approach	p. 99
Individual Development	p. 99
Team Development	p. 100
Tool Approach	p. 101
Informal Tool	p. 101
Formal Tool	p. 102
Integration Factors	p. 104
Development Culture	p. 105
Software Process	p. 105
Object-Oriented Experience	p. 106
Technological Aspects	p. 107
Modeling Strategies	p. 107
Conceptual Model	p. 108
Specification Model	p. 108
Implementation Model	p. 109
Integration Strategy	p. 109
Conclusion	p. 113
Requirements Modeling	p. 115
Notation	p. 116
Actor	p. 116
Use Case	p. 117
Relationships	p. 118
Use Case Diagrams	p. 119
Stereotypes	p. 119
Include	p. 119
Extend	p. 120
Requirements Modeling	p. 121
Problem Statement	p. 121
Use Case Diagrams	p. 123
Use Case Specifications	p. 124
Additional Elements	p. 126
Conclusion	p. 127
Problem Analysis	p. 131
Notation	p. 132
Class	p. 132
Association	p. 132
Package	p. 133
Dependency	p. 134
Stereotype	p. 134
Collaboration	p. 134
Realization	p. 135
Identifying Initial Concepts	p. 135
Software Specification	p. 137
Boundary	p. 138
Entity	p. 139
Control	p. 140
Establishing Architecture	p. 142
Allocating Classes	p. 143
Conclusion	p. 143
Behavioral Modeling	p. 145
Notation	p. 146
Object	p. 146
Message	p. 147
Sequence Diagrams	p. 147
Collaboration Diagrams	p. 149
Use Case Realizations	p. 150
Responsibility Allocation	p. 151
Decentralized versus Centralized Flow of Control	p. 157
Controllers as Mediators	p. 157
Managing Collections	p. 160
Accessor and Mutator Methods	p. 160
Additional Diagrams	p. 163
Object References	p. 164
Simple Prototypes	p. 166
Model Structure	p. 168
Conclusion	p. 168
Structural Modeling	p. 171
Notation	p. 172
Class Diagrams	p. 172
Structural Elements	p. 173
Relationships	p. 173
Coupling and Cohesion	p. 174
Useful Class Diagrams	p. 175
Package Diagrams	p. 176
Interface Diagram	p. 177
Implementation Diagram	p. 178
View of Participating Classes (VOPC)	p. 179
Identifying Structure	p. 179
Complex Structure	p. 182
Inheritance	p. 182
Factories	p. 189
Collections	p. 193
Structural Notes	p. 196
Model Structure	p. 196
View of Participating Classes	p. 197
Conclusion	p. 198
Architectual Modeling	p. 201
Defining Architecture	p. 201
Establishing Architecture	p. 202
Architectural Mechanisms	p. 204
Layers	p. 204
Observing	p. 207
Model-View-Controller (MVC)	p. 208
Partitions	p. 209
Views of Architecture	p. 211
Frameworks and Class Libraries	p. 217
Frameworks	p. 217
Framework Example	p. 219
Framework Example Notes	p. 223
Class Libraries	p. 224
Component Architectures	p. 225
Components Defined	p. 225
Components and the UML	p. 226
Component Sample	p. 227
Conclusion	p. 227
Designing Subsystems	p. 229
Defining Subsystems	p. 229
Subsystem Dependencies	p. 230
Subsystems in Java	p. 231
Subsystem Specification	p. 236
Subsystem Identification	p. 239
Subsystem Development	p. 240
Subsystems as Frameworks	p. 240
Conclusion	p. 241
Rational Unified Process (RUP) and Extreme Programming (XP)	p. 243
Rational Unified Process (RUP)	p. 243
Characteristics of RUP	p. 244
Workflows and Phases	p. 245
Tailoring RUP	p. 248
Extreme Programming (XP)	p. 249
Characteristics of XP	p. 249
Is It XP or Isn't It?	p. 251
Similarities and Differences	p. 251
Conclusion	p. 252
J2EE and the UML	p. 253
J2EE: A Brief Overview	p. 254
Servlets	p. 254
Java	p. 254
The UML	p. 255
JavaServer Pages (JSPs)	p. 255
Java	p. 256
The UML	p. 256
Enterprise JavaBeans (EJB)	p. 256
Java	p. 256
The UML	p. 257
Designing with J2EE	p. 258
Conclusion	p. 260
Code Listing for UML Exercise	p. 261
Bibliography	p. 265
Index	p. 267
Table of Contents provided by Syndetics. All Rights Reserved.

Java (TM) Design

Objects, UML, and Process

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