Case Studies in Object-Oriented Analysis and Design (Bk/Disk)
Published on 8. August 1996
Book
Hardback
384 pages
978-0-13-305137-7 (ISBN)
Description
Although there are numerous books on object-oriented programming, few go beyond a presentation of terminology, notation and the structure of a unique model. Written by a co-developer of one of the most popular OOA/OOD methods, this exceptionally practical and authoritative casebook shows how object-oriented analysis and design are actually practiced in developing real systems-i.e., shows the insight (rather than the technique) that was applied at each step in a solution-false starts and all. Presents two very realistic case studies-one with a predominant reactive view and one with a predominant data view-and shows how the principles of object-oriented analysis and design are applied to them.
More details
Language
English
Place of publication
Upper Saddle River
United States
Publishing group
Pearson Education (US)
Target group
College/higher education
Dimensions
Height: 261 mm
Width: 208 mm
Thickness: 21 mm
Weight
951 gr
ISBN-13
978-0-13-305137-7 (9780133051377)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Persons
EDWARD YOURDON is an independent management consultant, author, and the widely-known developer of the 'Yourdon Method' of structured systems analysis and design. He is the author of over 100 technical articles. Currently, Mr. Yourdon is the publisher of the newsletter The American Programmer and speaks regularly at major computer conferences around the world. CARL A. ARGILA, PH.D., an independent software engineering consultant with more than 30 years' experience, offers training and consulting services in the areas of software systems analysis and design, software development methodologies, software project management, and the application CASE technology. Dr. Argila's major project involvements have included the Apollo project, The No. 1 ESS Electronic Switching System, the Trident Submarine, the B-2 Aircraft, and others.
Content
Preface.
Notation and Conventions.
Acknowledgments.
1. Introduction.
Background: The Philosophy of Software Development. Today's Challenge. The Concept of Object-Orientation. Object-Oriented Analysis (OOA). Object-Oriented Design (OOD). About This Book. References for Chapter 1.
2. The Case Studies.
Introduction. The Elevator Control System. The Small Bytes Subscription System. References for Chapter 2.
3. Finding and Keeping Good Objects.
Introduction. Motivation. Approach. 3-View Modeling (3VM). Linguistic-Based Information Analysis. Object-Oriented Analysis (OOA). Summary. References for Chapter 3.
4. Class and Object Identification.
Introduction and Discussion. Application Domain Concepts for the Elevator Control System (ECS). Application Domain Concepts for the Small Bytes Subscription System (SBSS). Final Comments.
5. Class and Object Refinement.
Introduction and Discussion. 3-View Models (3VMs). Refinement of Classes and Objects. Final Comments and Discussion. References for Chapter 5.
6. Dealing with Complexity: Identifying Structure.
Introduction and Discussion. Structure Layer for the ECS. Structure Layer for the SBSS. Final Notes and Discussion.
7. Dealing with Complexity: Identifying Subjects.
Introduction and Discussion. Subject Layer for the ECS. Subject Layer for the SBSS. Final Notes and Comments.
8. Things Objects Remember: Identifying Attributes.
Introduction and Discussion. Attributes of the ECS. Attributes of the SBSS. Final Comments and Notes.
9. Identifying Instance Relationships.
Introduction and Discussion. Instance Connections for the ECS. Instance Connections for the SBSS. Final Notes and Comments.
10. Things Objects Do and Say: Identifying Services and Messages.
Introduction and Discussion. Service Layer for the ECS. Service Layer for the SBSS. Final Notes and Comments.
11. Quality Issues Completeness/Consistency of the Analysis Model.
Introduction and Discussion. The Object-class Layer. The Subject Layer. The Structure Layer. The Attribute Layer. The Service Layer. Final Notes and Comments.
12. Documenting the Analysis Model.
Introduction and Discussion. Paper Documentation.
13. Reviewing and Revising the Analysis Model.
Introduction and Discussion. An OOA Model Review Strategy.
14. Transitioning into Design.
Introduction and Discussion. Design Strategies. OOD Issues for the ECS. OOD Issues for the SBSS.
15. Problem Domain Issues.
Introduction and Discussion. PDC Considerations for the ECS. PDC Considerations for the SBSS.
16. Specifying the Human Interface.
Introduction and Discussion. The HIC for the ECS. The HIC for the SBSS. Notes and Final Comments. References for Chapter 16.
17. Task Management Issues.
Introduction and Discussion. Classes and Objects for the ECS. Notes and Final Comments.
18. Specifying Database Design.
Introduction and Discussion. The DMC for the SBSS. Notes and Final Comments.
19. Quality Issues at the Design Level.
Introduction and Discussion. Quality Issues for the Case Study Systems. References for Chapter 19.
20. Documenting and Reviewing the Design Model.
Introduction. Programming Language Considerations.
21. Implementation Issues.
An Iterative Software Development Process. Implementing Object- Oriented Design within Rapid Application Development (RAD) Environments. Testing Object-based Designs.
22. Transitioning to Object-Orientation: A Twelve-Step Program.
Introduction and Discussion. References for Chapter 22.
Preface to the Appendices.
A. Case Study Description for Elevator Control System.
B. Case Study Description for Small Bytes Subscription System.
Case Study Description Text.
C. Phrase-Frequency Analysis for Elevator Control System.
PFA Listing.
D. Phrase-Frequency Analysis for Small Bytes Subscription System.
PFA Listing.
E. OOA/OOD Worksheet for Elevator Control System.
F. OOA/OOD Worksheet for Small Bytes Subscription System.
G. 3-View Models for Elevator Control System.
The Context Diagram. The Entity-Relationship Diagram. The Event- Response Model. The State-Transition Diagram. The Decision Table.
H. 3-View Models for Small Bytes Subscription System.
The Context Diagram. The Entity-Relationship Diagram. The Event- Response Model.
I. OOA Model for Elevator Control System.
List of ECS OOA Model Components. Class Descriptions. Attribute Descriptions. Service Definitions. Message Definitions. Elevator-Scheduling Algorithm.
J. OOA Model for Small Bytes Subscription System.
List of SBSS OOA Model Components. Class Descriptions. Attribute Descriptions. Service Definitions. Message Definitions.
K. EROI Diagram Notation.
L. EROI Diagrams for Elevator Control System.
M. EROI Diagrams for Small Bytes Subscription System.
N. Problem Domain Component (PDC) for Elevator Control System.
O. Problem Domain Component (PDC) for Small Bytes Subscription System.
P. Human Interaction Component (HIC) for Elevator Control System.
Q. Human Interaction Component (HIC) for Small Bytes Subscription System.
R. Task Management Component (TMC) for Elevator Control System.
S. Data Management Component (DMC) for Small Bytes Subscription System.
T. Partial List of Workshop Groups.
U. Case Studies Diskette.
The ECS Case Study Program. The SBSS Case Study Program.
Notation and Conventions.
Acknowledgments.
1. Introduction.
Background: The Philosophy of Software Development. Today's Challenge. The Concept of Object-Orientation. Object-Oriented Analysis (OOA). Object-Oriented Design (OOD). About This Book. References for Chapter 1.
2. The Case Studies.
Introduction. The Elevator Control System. The Small Bytes Subscription System. References for Chapter 2.
3. Finding and Keeping Good Objects.
Introduction. Motivation. Approach. 3-View Modeling (3VM). Linguistic-Based Information Analysis. Object-Oriented Analysis (OOA). Summary. References for Chapter 3.
4. Class and Object Identification.
Introduction and Discussion. Application Domain Concepts for the Elevator Control System (ECS). Application Domain Concepts for the Small Bytes Subscription System (SBSS). Final Comments.
5. Class and Object Refinement.
Introduction and Discussion. 3-View Models (3VMs). Refinement of Classes and Objects. Final Comments and Discussion. References for Chapter 5.
6. Dealing with Complexity: Identifying Structure.
Introduction and Discussion. Structure Layer for the ECS. Structure Layer for the SBSS. Final Notes and Discussion.
7. Dealing with Complexity: Identifying Subjects.
Introduction and Discussion. Subject Layer for the ECS. Subject Layer for the SBSS. Final Notes and Comments.
8. Things Objects Remember: Identifying Attributes.
Introduction and Discussion. Attributes of the ECS. Attributes of the SBSS. Final Comments and Notes.
9. Identifying Instance Relationships.
Introduction and Discussion. Instance Connections for the ECS. Instance Connections for the SBSS. Final Notes and Comments.
10. Things Objects Do and Say: Identifying Services and Messages.
Introduction and Discussion. Service Layer for the ECS. Service Layer for the SBSS. Final Notes and Comments.
11. Quality Issues Completeness/Consistency of the Analysis Model.
Introduction and Discussion. The Object-class Layer. The Subject Layer. The Structure Layer. The Attribute Layer. The Service Layer. Final Notes and Comments.
12. Documenting the Analysis Model.
Introduction and Discussion. Paper Documentation.
13. Reviewing and Revising the Analysis Model.
Introduction and Discussion. An OOA Model Review Strategy.
14. Transitioning into Design.
Introduction and Discussion. Design Strategies. OOD Issues for the ECS. OOD Issues for the SBSS.
15. Problem Domain Issues.
Introduction and Discussion. PDC Considerations for the ECS. PDC Considerations for the SBSS.
16. Specifying the Human Interface.
Introduction and Discussion. The HIC for the ECS. The HIC for the SBSS. Notes and Final Comments. References for Chapter 16.
17. Task Management Issues.
Introduction and Discussion. Classes and Objects for the ECS. Notes and Final Comments.
18. Specifying Database Design.
Introduction and Discussion. The DMC for the SBSS. Notes and Final Comments.
19. Quality Issues at the Design Level.
Introduction and Discussion. Quality Issues for the Case Study Systems. References for Chapter 19.
20. Documenting and Reviewing the Design Model.
Introduction. Programming Language Considerations.
21. Implementation Issues.
An Iterative Software Development Process. Implementing Object- Oriented Design within Rapid Application Development (RAD) Environments. Testing Object-based Designs.
22. Transitioning to Object-Orientation: A Twelve-Step Program.
Introduction and Discussion. References for Chapter 22.
Preface to the Appendices.
A. Case Study Description for Elevator Control System.
B. Case Study Description for Small Bytes Subscription System.
Case Study Description Text.
C. Phrase-Frequency Analysis for Elevator Control System.
PFA Listing.
D. Phrase-Frequency Analysis for Small Bytes Subscription System.
PFA Listing.
E. OOA/OOD Worksheet for Elevator Control System.
F. OOA/OOD Worksheet for Small Bytes Subscription System.
G. 3-View Models for Elevator Control System.
The Context Diagram. The Entity-Relationship Diagram. The Event- Response Model. The State-Transition Diagram. The Decision Table.
H. 3-View Models for Small Bytes Subscription System.
The Context Diagram. The Entity-Relationship Diagram. The Event- Response Model.
I. OOA Model for Elevator Control System.
List of ECS OOA Model Components. Class Descriptions. Attribute Descriptions. Service Definitions. Message Definitions. Elevator-Scheduling Algorithm.
J. OOA Model for Small Bytes Subscription System.
List of SBSS OOA Model Components. Class Descriptions. Attribute Descriptions. Service Definitions. Message Definitions.
K. EROI Diagram Notation.
L. EROI Diagrams for Elevator Control System.
M. EROI Diagrams for Small Bytes Subscription System.
N. Problem Domain Component (PDC) for Elevator Control System.
O. Problem Domain Component (PDC) for Small Bytes Subscription System.
P. Human Interaction Component (HIC) for Elevator Control System.
Q. Human Interaction Component (HIC) for Small Bytes Subscription System.
R. Task Management Component (TMC) for Elevator Control System.
S. Data Management Component (DMC) for Small Bytes Subscription System.
T. Partial List of Workshop Groups.
U. Case Studies Diskette.
The ECS Case Study Program. The SBSS Case Study Program.