Object-Oriented System Development
| Date: 21 April 2011, 03:06
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With this book, software engineers, project managers, and tool builders will be able to better understand the role of analysis and design in the object-oriented (OO) software development process. This book presents a minimum set of notions and shows the reader how to use these notions for OO software construction. The emphasis is on development principles and implementation.
Contents
Preface
1 Overview
Scope; Objects; Development Paradigms; Development Phases; Summary;
Part 1: Analysis
2 Introduction to Analysis
Purpose; Models; Process; Summary;
3 Object Statics
Instances; Classes; Attributes; Attribute Features; Constraints; Identifying Objects and Classes; Summary;
4 Object Relationships
Relationships; Collections; Identifying Relationships; Summary;
5 Object Dynamics
Describing Behavior; Transition Networks; Examples; Reducing Complexity; Summary;
6 Object Interaction
Transitions; Sending and Receiving Events; Interaction Notations; Examples; Summary;
7 Class Relationships
Property Inheritance; Subclasses; Multiple Inheritance; Sibling Relationships; Set Operations; Inheritance of Relations; Summary;
8 Instances
Subclasses and Instances; Metaclasses; Parametric Instances ; Summary;
9 Ensembles
Ensembles; Other Decomposition Constructs; Ensembles as Systems; Summary;
10 Constructing a System Model
Requirements Fragment; Use Cases; Subsystems; Vocabulary; Classes; Ensembles; Model; Summary;
11 Other Requirements
Resources; Timing; Other Constraints; Summary;
12 The Analysis Process
Software Development Process; Default Sequence of Steps; OO Analysis of the OO Analysis Process; Alternative Processes; Tools; Summary;
13 Domain Analysis
Models; Reuse; Summary;
14 The Grady Experience
Part II: Design
15 From Analysis to Design
Continuity; Transformation; Design Phases; Design Criteria; Managing Design; Summary;
16 Description and Computation
Translating Analysis Models; From Abstract to Concrete; Composing Classes; Controlling Transitions; Generic Classes; Generating Instances; Design for Testability; Transformation and Composition; Summary;
17 Attributes in Design
Defining Attributes; Concrete Attributes; Views; Exports; Composition and Inheritance; Summary;
18 Relationships in Design
Relationships; Collections; Coordinators; Relations versus Composites; Summary;
19 Designing Transitions
States and Guards; Atomicity; Timing Constraints; Concrete Transitions; Summary;
20 Interaction Designs
Callbacks; Replies; Invocations; Control Flow; Summary;
21 Dispatching
Selection; Resolution; Routing; Summary;
22 Coordination
Joint Actions; Controlling Groups; Open Systems; Summary;
23 Clustering Objects
Clustering; Cluster Objects; System Tools and Services; Persistence; Summary;
24 Designing Passive Objects
Transformations; Storage Management; Passive Objects in C++; Summary;
25 Performance Optimization
Optimization and Evolution; Algorithmic Optimization; Performance Transformations; Optimization in C++; Summary;
26 From Design to Implementation
Testing; Performance Assessment; Summary;
Appendix: Notation Summary
OAN; ODL;
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