Object Oriented Analysis and Design for Information Systems 1st edition by Raul Sidnei Wazlawic ISBN 0443137390 9780443137396

Object Oriented Analysis and Design for Information Systems 1st edition by Raul Sidnei Wazlawic ISBN 0443137390 9780443137396

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ISBN 10: 0443137390
ISBN 13: 9780443137396
Author: Raul Sidnei Wazlawic 

 Object-Oriented Analysis and Design for Information Systems, Second Edition clearly explains real object-oriented programming in practice. Expert author Raul Sidnei Wazlawick explains concepts such as object responsibility, visibility, and the real need for delegation in detail. The object-oriented code generated by using these concepts in a systematic way is concise, organized and reusable.The patterns and solutions presented in this book are based in research and industrial applications. You will come away with clarity regarding processes and use cases and a clear understanding of how to expand a use case. Wazlawick clearly explains how to build meaningful sequence diagrams. Object-Oriented Analysis and Design for Information Systems illustrates how and why building a class model is not just placing classes into a diagram. You will learn the necessary organizational patterns so that your software architecture will be maintainable. The Second Edition includes all new content shifting the focus of the book to agile software development, including Scrum software project management, BPMN diagrams, user stories, and Python code examples.

• Learn how to build better class models, which are more maintainable and understandable
• Write use cases in a more efficient and standardized way, using more effective and less complex diagrams
• Build true object-oriented code with division of responsibility and delegation
• Covers contemporary themes such as agile methodologies and BPMN (Business Pro

Object-Oriented Analysis and Design for Information Systems 1st  Table of contents:

1 : Introduction

Abstract

Keywords

Key topics in this chapter

1.1 This book

1.2 Object-oriented systems development

1.3 Agile software development

1.4 Discussion

Questions

2 : General view of the system

Abstract

Keywords

Key topics in this chapter

2.1 Introduction to general view of the system

2.2 Early effort estimation

2.3 Acceptance criteria

2.4 Completing the general view of the system

2.5 Product backlog

2.6 Business use cases

2.6.1 Business actors and business workers

2.6.2 Automation opportunities

2.7 Discussion

Questions

3 : Business modeling

Abstract

Keywords

Key topics in this chapter

3.1 Introduction to business modeling

3.2 Business Process Modeling and Notation

3.2.1 Tasks

3.2.2 Gateways

3.2.3 Pools and lanes

3.2.4 General recommendations

3.3 State-dependent aspects of a business

3.4 Discussion

Questions

4 : High-level requirements

Abstract

Keywords

Key topics in this chapter

4.1 Introduction to high-level requirements

4.2 System actors

4.3 System use cases

4.3.1 Single session

4.3.2 Interactive

4.3.3 Consistent result

4.3.4 Essential and concrete

4.3.5 Brief

4.3.6 System boundary

4.4 How to find system use cases in the business use case model?

4.5 How to find system use cases in BPMN diagrams?

4.6 How to find system use cases in machine state diagrams?

4.7 Requirements

4.7.1 Requirements challenges

4.7.2 Evident and hidden functional requirements

4.7.3 Nonfunctional and supplementary requirements

4.7.4 Logical and technological nonfunctional requirements

4.7.5 Permanent and transient nonfunctional requirements

4.7.6 Mandatory and desired requirements

4.7.7 Supplementary requirements

4.8 Preliminary conceptual model

4.8.1 Finding concepts by examining system use cases

4.8.2 Finding new use cases using the CRUDL pattern

4.9 Discussion

Questions

5 : Use case-based project planning

Abstract

Keywords

Key topics in this chapter

5.1 Introduction to effort estimation

5.2 Ad hoc techniques

5.3 Parametric techniques

5.4 User story points

5.4.1 Two ways to estimate story points

5.4.1.1 Selecting from the whole set of stories

5.4.1.2 Planning poker

5.4.2 What to consider when estimating story points

5.4.2.1 Effort

5.4.2.2 Complexity

5.4.2.3 Risk

5.5 Linear time

5.6 Estimating the duration of the sprints

5.7 Defining use case priority

5.8 Monitoring a project

Questions

6 : Expanded use cases

Abstract

Keywords

Key topics in this chapter

6.1 Introduction to expanded use cases

6.2 Main flow

6.3 Alternate flows

6.3.1 Scenarios

6.3.2 Variants

6.3.3 Exception handling

6.4 Writing recommendations

6.4.1 Essential versus real use case

6.4.2 Explicit information

6.4.3 Identification and selection

6.4.4 Mandatory, complementary, and unsuitable steps

6.5 Included use cases and fragments

6.6 Other sections of an expanded use case

6.6.1 Stakeholders

6.6.2 Preconditions

6.6.3 Success postconditions

6.6.4 Open issues

6.7 Expansion of stereotyped use cases

Questions

7 : System operations

Abstract

Keywords

Key topics in this chapter

7.1 Introduction to system operations

7.2 Elements of a sequence diagram

7.3 Expanded use cases as system sequence diagrams

7.4 Connecting the interface to the façade controller

7.5 Stateful and stateless

7.6 Alternate flows in system sequence diagrams

7.7 Discussion

Questions

8 : Conceptual modeling: fundamentals

Abstract

Keywords

Key topics in this chapter

8.1 Introduction to conceptual modeling

8.2 Attributes

8.2.1 Attribute types

8.2.2 Initial values

8.2.3 Derived attributes

8.2.4 Enumerations

8.2.5 Primitive types

8.3 Concepts

8.3.1 Unique attributes

8.3.2 System control class

8.4 Associations

8.4.1 Role multiplicity

8.4.2 Association direction

8.4.3 Derived association

8.4.4 Derived association with filter

8.4.5 Aggregation and composition

8.4.6 n -ary associations

Questions

9 : Conceptual modeling: data structures and organization

Abstract

Keywords

Key topics in this chapter

9.1 Collections

9.1.1 Set

9.1.2 Ordered set

9.1.3 Bag

9.1.4 Sequence

9.1.5 Map

9.1.6 Partition

9.1.7 Relation

9.2 Organization of the conceptual model

9.2.1 Generalization, specialization, and inheritance

9.2.2 Association classes

9.3 Modal classes

9.3.1 Stable transition

9.3.2 Monotonic increasing transition

9.3.3 Nonmonotonic transition

9.4 Invariants

Questions

10 : From use cases to conceptual model

Abstract

Keywords

Key topics in this chapter

10.1 Iterative construction of the conceptual model

10.2 How to find concepts and attributes

10.3 Dependent and independent concepts

10.4 How to find associations

10.5 Example of iterative construction of the conceptual model

Questions

11 : Conceptual modeling: patterns

Abstract

Keywords

Key topics in this chapter

11.1 Introduction to conceptual model patterns

11.2 High cohesion 1

11.3 Specification classes

11.4 Quantity

11.4.1 Different units

11.4.2 Unit conversion

11.5 Measure

11.6 Strategy

11.7 Composite 2

11.8 Organizational hierarchy

11.9 Object joining

11.9.1 Copy and replace

11.9.2 Superseding

11.9.3 Essence/appearance

11.9.4 Undoing a join

11.10 Account/transaction

11.10.1 Multilegged transactions

11.10.2 Memo movements and memo accounts

11.11 Range or interval

11.12 Temporal patterns

11.12.1 Effectivity

11.12.2 History

11.12.3 Temporal

11.12.4 Bitemporal

11.13 Discussion

Questions

12 : Functional modeling with object constraint language contracts

Abstract

Keywords

Key topics in this chapter

12.1 Introduction to functional modeling

12.2 Preconditions

12.2.1 Parameter guarantee

12.2.2 Semantic and syntactic preconditions

12.2.3 Complementary constraints

12.2.4 Precondition assurance

12.3 Exceptions

12.4 Preconditions and exceptions versus invariants

12.5 Query return

12.6 Postconditions

12.6.1 Changing an attribute value

12.6.2 Creating an instance

12.6.3 Destroying an instance

12.6.4 Adding a link

12.6.5 Removing a link

12.6.6 Replacing a link

12.6.7 Well-formed postconditions

12.6.8 Combination of expressions

12.6.9 Former values

12.6.10 Postconditions covering collections of objects

12.6.11 Postconditions and real-world events

12.7 Pattern contracts for CRUDL

12.7.1 Contract for create

12.7.2 Contract for update

12.7.3 Contract for delete

12.7.4 Contract for retrieve

12.7.5 Contract for listing

12.8 Discussion

Questions

13 : Domain tier design

Abstract

Keywords

Key topics in this chapter

13.1 Introduction to domain tier design

13.2 Object responsibility distribution

13.3 Visibility

13.3.1 Visibility by association

13.3.1.1 Visibility to a single object

13.3.1.2 Visibility to multiple objects

13.3.1.3 Visibility by association with ordered roles

13.3.1.4 Visibility by association with qualifiers

13.3.1.5 Visibility by association with association class

13.3.1.6 The influence of preconditions on visibility by association

13.3.2 Visibility by parameter

13.3.3 Locally declared visibility

13.3.4 Global visibility

13.4 Dynamic modeling based on postconditions

13.4.1 Creating instances

13.4.2 Destroying instances

13.4.3 Adding, removing, and replacing links

13.4.4 Modifying attributes

13.4.5 Conditional postconditions

13.4.6 Exceptions

13.4.7 Postconditions over collections

13.5 Delegation and low coupling

13.6 Design class diagram

Questions

Chapter 14 : Code generation

Abstract

Keywords

Key topics in this chapter

14.1 Introduction to code generation

14.2 Unidirectional associations

14.2.1 Unidirectional association to 1 and 0..1

14.2.2 Unidirectional association to set

14.2.3 Unidirectional to bag

14.2.4 Unidirectional to sequence

14.2.5 Unidirectional to ordered set

14.2.6 Unidirectional to array

14.2.7 Unidirectional qualified association

14.2.8 Unidirectional association with association class

14.3 Bidirectional associations

14.3.1 Mutual friends

14.3.2 Unidirectional implementation

14.3.3 Association proxy

14.4 Delegated methods and system operations

Questions

15 : Testing

Abstract

Keywords

Key topics in this chapter

15.1 Introduction to testing

15.2 Functional testing

15.2.1 Equivalence partitioning

15.2.2 Limit value analysis

15.3 Stubs

15.4 Drivers

15.5 Test-driven development

15.6 Unit testing with TDD

15.6.1 Testing methods related to a public mandatory and immutable attribute

15.6.2 Testing methods related to a public, mandatory, and mutable attribute

15.6.3 Testing methods related to a derived attribute with more than one valid class

15.6.4 Testing after requirements change

15.6.5 A top-down approach to minimize the need of unnecessary tests

15.7 Use case testing

Questions

16 : Interface tier design

Abstract

Keywords

Key topics in this chapter

16.1 Introduction to interface tier design

16.2 View containers

16.3 View components

16.3.1 Details

16.3.2 List

16.3.3 Form

16.4 Flows

16.4.1 Navigation flow

16.4.2 Data flow

16.4.3 Parameter binding

16.5 Web interface patterns

16.5.1 Cascade index

16.5.2 Filtered index

16.5.3 Guided tour

16.5.4 Viewpoints

16.5.5 Overview plus detail

16.5.6 Top-level navigation

16.6 Connecting the IFML model with system operations

16.6.1 IFML models for CRUDL operations

16.6.2 Use case interface modeling with IFML

Questions

17 : Data persistence

Abstract

Keywords

Key topics in this chapter

17.1 Introduction to data persistence

17.2 Object-relational mapping

17.2.1 Classes and attributes

17.2.1.1 Number sequence generator

17.2.1.2 Index selection

17.2.2 Associations

17.2.2.1 Many-to-many associations

17.2.2.2 One-to-many associations

17.2.2.3 One-to-one associations

17.2.2.4 Ordered associations

17.2.2.5 Associations representing bags

17.2.2.6 Qualified associations

17.2.2.7 Association classes

17.2.2.8 n -ary associations

17.2.2.9 Façade controller associations

17.2.3 Inheritance

17.2.3.1 Implementing the entire hierarchy in a single table

17.2.3.2 Each concrete class as a single table

17.2.3.3 Each class in a single table

17.3 Saving and loading objects

17.3.1 Virtual proxy

17.3.1.1 Virtual data structures

17.3.1.2 Lazy load

17.3.2 Brokers and materialization

17.3.3 Caches

17.3.3.1 Commit and rollback

17.3.3.2 Cache control in a multiuser server

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Tags: Raul Sidnei Wazlawic, Information Systems, Object Oriented