Object-oriented software engineering: an agile unified methodology
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| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
New York, NY
McGraw-Hill
2014
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Includes bibliographical references and index |
| Physical Description: | XX, 700 S. graf. Darst. |
| ISBN: | 9780073376257 |
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MARC
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| 008 | 130319s2014 |||| |||| 00||| eng d | ||
| 020 | |a 9780073376257 |c hbk |9 978-0-07-337625-7 | ||
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| 100 | 1 | |a Kung, David C. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Object-oriented software engineering |b an agile unified methodology |c David C. Kung |
| 264 | 1 | |a New York, NY |b McGraw-Hill |c 2014 | |
| 300 | |a XX, 700 S. |b graf. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Includes bibliographical references and index | ||
| 650 | 4 | |a SOFTWARE ENGINEERING | |
| 650 | 4 | |a OBJEKTORIENTIERTE PROGRAMMIERUNG (PROGRAMMIERMETHODEN) | |
| 650 | 4 | |a GÉNIE LOGICIEL | |
| 650 | 4 | |a OBJECT-ORIENTED PROGRAMMING (PROGRAMMING METHODS) | |
| 650 | 4 | |a PROGRAMMATION ORIENTÉE OBJETS (MÉTHODES DE PROGRAMMATION) | |
| 650 | 4 | |a Software engineering | |
| 650 | 4 | |a Object-oriented programming (Computer science) | |
| 650 | 0 | 7 | |a Software Engineering |0 (DE-588)4116521-4 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Objektorientierte Programmierung |0 (DE-588)4233947-9 |2 gnd |9 rswk-swf |
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| 689 | 0 | 1 | |a Objektorientierte Programmierung |0 (DE-588)4233947-9 |D s |
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| 999 | |a oai:aleph.bib-bvb.de:BVB01-025874355 | ||
Record in the Search Index
| _version_ | 1804150178054144000 |
|---|---|
| adam_text | Contents
Preface
xvi
Part
Introduction and System
Engineering
1
Chapter
1
5
10
Introduction
2
1.1
What Is Software Engineering?
2
1.2
Why Software Engineering?
3
1.3
Software Life-Cycle Activities
4
1.3.1
Software Development Process
1.3.2
Software Quality Assurance
9
1.3.3
Software Project Management
1.4
Object-Oriented Software Engineering
11
1.4.1
Object-Oriented Modeling and Design
Languages 1
2
1.4.2
Object-Oriented Development
Processes
12
1.4.3
Object-Oriented Development
Methodologies
12
1.4.4
Will OO Replace the Conventional
Approaches? 1
3
1.5
Software Engineering and Computer
Science
13
Summary
14
Further Reading
15
Chapter Review Questions
15
Exercises
15
Chapter
Software Process and Methodology
16
2.1
Challenges of System Development
17
2.2
Software Process
18
2.3
Merits and Problems of the Waterfall
Process
19
2.4
Software Development Is a Wicked
Problem
19
2.5
Software Process Models
21
2.5.1
Prototyping Process
2
1
2.5.2
Evolutionary Process
22
2.5.3
Spiral Process
22
2.5.4
The Unified Process
23
2.5.5
Personal Software Process
25
2.5.6
Team Software Process
28
2.5.7
Agile Processes
30
2.6
Software Development Methodology
37
2.6.1
Difference between Process and
Methodology
37
2.6.2
Benefits of a Methodology
38
2.6.3
Structured Methodologies
39
2.6.4
Classical OO Methodologies
39
2.7
Agile Methods
40
2.7.1
Dynamic Systems Development
Method
40
2.7.2
Scrum
42
2.7.3
Feature Driven Development
43
2.7.4
Extreme Programming
44
2.7.5
Agile or Plan-Driven
44
2.8
Overview of Process and Methodology of
the Book
45
Summary
50
Further Reading
51
Chapter Review Questions
51
Exercises
51
Chapter
3
System Engineering
53
3.1
What Is a System?
54
3.2
What Is System Engineering?
55
vi
Contents
VII
3.3 System
Requirements
Definition 58
3.3.1
Identifying Business Needs
58
3.3.2
Delining System
Requirements
60
3.4
System
Architectural Design
60
3.4.1
System
Decomposition
6
1
3.4.2
Requirements Allocution
64
3.4.3
Architectural Design Diagrams
66
3.4.4
Specification of Subsystem Functions and
Interfaces
70
3.5
Subsystems Development
71
3.5.1
Object-Oriented Context Diagram
71
3.5.2
Usefulness of an Object-Oriented Context
Diagram
72
3.5.3
Collaboration of Engineering Teams
73
3.6
System Integration, Testing, and
Deployment
73
3.7
System Configuration Management
74
Summary
76
Further Reading
76
Chapter Review Questions
76
Exercises
76
Part
II
Summary
102
Further Reading
103
Chapter Review Questions
Exercises
103
103
Chapter
107
Analysis and Architectural
Design
79
Chapter
4
Software Requirements Elicitation
80
4.1
What Is Requirements Elicitation?
81
4.2
Importance of Requirements Elicitation
82
4.3
Challenges of Requirements Elicitation
83
4.4
Types of Requirement
85
4.5
Steps for Requirements Elicitation
86
4.5.1
Collecting Information
87
4.5.2
Constructing Analysis Models
91
4.5.3
Deriving Requirements and
Constraints
92
Chapter
4.5.4
Requirements Specification Standards
97
4.5.5
Conducting Feasibility Study
97
4.5.6
Reviewing Requirements Specification
99
4.6
Applying Agile Principles
100
4.7
Requirements Management and Tools
101
Domain Modeling
105
5.1
What Is Domain Modeling?
105
5.2
Why Domain Modeling?
106
5.3
Object-Orientation and Class Diagram
5.3.1
Extensional and Intentional
Definitions 1
07
5.3.2
Class and Object 1
08
5.3.3
Object and Attribute I
IO
5.3.4
Association llO
5.3.5
Multiplicity and Role 111
5.3.6
Aggregation 11
3
5.3.7
Inheritance 1
14
5.3.8
Inheritance and Polymorphism
5.3.9
Association Class
115
5.4
Steps for Domain Modeling
117
5.4.1
Collecting Application Domain
Information 11
8
5.4.2
Brainstorming
1
19
5.4.3
Classifying
Brainstorming
Results
120
5.4.4
Visualizing the Domain Model
124
5.4.5
Domain Model Review Checklist
129
5.5
Putting It Together
130
5.6
Guidelines for Domain Modeling
133
5.7
Applying Agile Principles
134
5.8
Tool Support for Domain Modeling
135
114
Summary
136
Further Reading
136
Chapter Review Questions
Exercises
138
138
Architectural Design
139
6.1
What Is Architectural Design?
140
6.2
The Importance of Architectural
Design
140
VIII
Contents
6.3
Architectural Design
Process
141
6.3.1
Determine
Architectural Design
Objectives
142
6.3.2
Determine
System Type
143
6.3.3
Applying
Architectural Styles
147
6.3.4
Perform Custom
Architectural Design
157
6.3.5
Specify Subsystem Functions and
Interfaces
157
6.3.6
Review the Architectural Design
158
6.4
Architectural Style and Package Diagram
158
6.5
Applying Software Design Principles
160
6.5.1
What Are Software Design
Principles? 1
61
6.5.2
Design for Change
161
6.5.3
Separation of Concerns
162
6.5.4
Information Hiding
163
6.5.5
High Cohesion
164
6.5.6
Low Coupling
165
6.5.7
Keep It Simple and Stupid
166
6.6
Guidelines for Architectural Design
166
6.7
Architectural Design and Design Patterns
167
6.8
Applying Agile Principles
167
Summary
168
Further Reading
168
Chapter Review Questions
169
Exercises
169
Part
III
Modeling and Design of Interactive
Systems
171
Chapter
Deriving Use Cases from Requirements
172
7.1
What Is An Actor?
173
7.2
What Is a Use Case?
173
7.3
Business Process, Operation, and Action
174
7.4
Steps for Deriving Use Cases from
Requirements
176
7.4.1
Identifying Use Cases
177
7.4.2
Specifying Use Case Scopes
184
7.4.3
Visualizing Use Case Contexts
186
7.4.4
Reviewing Use Case Specifications
190
7.4.5
Allocating the Use Cases to Iterations
191
7.5
Guidelines for Use Case Derivation
192
7.6
Applying Agile Principles
195
7.7
Tool Support for Use Case Modeling
196
Summary
198
Further Reading
198
Chapter Review Questions
199
Exercises
199
Chapter
8
Actor-System Interaction Modeling
200
8.1
What Is Actor-System Interaction
Modeling?
201
8.2
Importance of Actor-System
Interaction Modeling
202
8.3
Steps for Actor-System Interaction
Modeling
202
8.3.1
Initializing a Two-Column Table
202
8.3.2
Specifying Actor-System Interaction
Steps
203
8.3.3
Reviewing Actor-System Interaction
Specifications
204
8.4
Specifying Alternative Flows
204
8.5
Using User Interface Prototypes
204
8.6
Do Not Show Exception Handling
208
8.7
Use Case Precondition and Postcondition
209
8.8
Including Other Use Cases
210
8.9
Continuing with Other Use Cases
210
8.10
Commonly Seen Problems
211
8.11
Applying Agile Principles
213
Summary
214
Further Reading
214
Chapter Review Questions
215
Exercises
215
Chapter
9
Object Interaction Modeling
216
9.1
What Is Object Interaction Modeling?
216
9.2
UML Sequence Diagram
218
9.2.1
Notions and Notations
218
9.2.2
Representing Instances of a Class
218
9.2.3
Sequence Diagrams Illustrated
220
Contents
IX
9.2.4
Sequence Diagram for Analysis and
Design
222
9.2.5
Using the Notations Correctly
224
9.3
Steps for Object Interaction Modeling
225
9.3.1
Collecting Information About Business
Processes
226
9.3.2
Identifying
Nontrivial
Steps
227
9.3.3
Writing Scenarios for
Nontrivial
Steps
228
9.3.4
Constructing Scenario Tables
230
9.3.5
Scenarios: How to Write Them
232
9.3.6
Deriving Sequence Diagrams from Scenario
Tables
236
9.3.7
Object Interaction Modeling Review
Checklist
245
9.4
Applying Agile Principles
246
9.5
Tool Support for Object Interaction
Modeling
248
Summary
249
Further Reading
249
Chapter Review Questions
249
Exercises
249
Chapter
10
Applying Responsibility-Assignment
Patterns
251
10.1
What Are Design Patterns?
252
10.2
Why Design Patterns?
253
10.3
Situation-Specific and
Responsibility-Assignment Patterns
253
10.4
Pattern Specification
254
10.5
The Controller Pattern
254
10.5.1
A Motivating Example
255
10.5.2
What Is a Controller?
258
10.5.3
Applying the Controller Pattern
258
10.5.4
Types of Controller
261
10.5.5
Keeping Track of Use Case State
26
1
10.5.6
Bloated Controller
263
10.5.7
Comparing Different Designs
264
10.5.8
When Does One Apply the Controller
Pattern?
265
10.5.9
Guidelines for Using Controller
265
10.6
The Expert Pattern
267
10.6.1
The Information Expert
267
10.6.2
Applying the Expert Pattern
267
10.6.3
Expert Pattern Involving More Than One
Object
269
10.6.4
When Does One Apply the Expert
Pattern?
269
10.6.5
Guidelines for Using Expert
270
10.7
The Creator Pattern
270
10.7.1
What Is a Creator?
270
10.7.2
Applying the Creator Pattern
27
1
10.7.3
Benefits of the Creator Pattern
272
10.7.4
When Does One Apply the Creator
Pattern ?
273
Summary
273
Further Reading
274
Chapter Review Questions
274
Exercises
275
Chapter
11
Deriving a Design Class Diagram
276
11.1
What Is a Design Class Diagram?
278
11.2
Usefulness of a Design Class Diagram
278
11.3
Steps for Deriving a Design Class
Diagram
279
11.3.1
Identifying Classes
279
11.3.2
Identifying Methods
281
11.3.3
Identifying Attributes
281
11.3.4
Relationships between Classes
285
11.3.5
Identifying Relationships
285
11.3.6
Design Class Diagram Review
Checklist
288
11.4
Organize Classes with Package Diagram
288
11.5
Applying Agile Principles
291
11.6
Tool Support for Design Class Diagram
292
Summary
292
Further Reading
292
Chapter Review Questions
292
Exercises
292
Chapter
12
User Interface Design
293
12.1
What Is User Interface Design?
294
12.2
Why Is User Interface Design Important?
295
Contents
12.3
Graphical User
Interface
Widgets
296
12.3.1 Container
Widgets
297
12.3.2
Input,
Output, and Information
Presentation Widgets
298
12.3.3
Guidelines for Using GUI Widgets
298
12.4
User Interface Design Process
300
12.4.1
Case Study: User Interface Design for a
Diagram Editor
30
1
12.4.2
Identifying Major System Displays
302
12.4.3
Producing a Draft Layout Design
304
12.4.4
Specifying Interaction Behavior
306
12.4.5
Constructing a Prototype
307
12.4.6
Evaluating the User Interface Design
with Users
308
12.4.7
User Interface Design Review
Checklist
310
12.5
Designing User Support Capabilities
310
12.6
Guidelines for User Interface Design
311
12.7
Applying Agile Principles
313
12.8
Tool Support for User Interface
Design
314
Summary
315
Further Reading
315
Chapter Review Questions
315
Exercises
315
13.4.3
Constructing Slate Transition
Tables
327
13.4.4
Usefulness of the State
Transilion
Table
329
13.4.5
Converting State Transition Table
lo
Analysis Stale Diagram
330
13.4.6
Converting Analysis State Diagram to
Design State Diagram
333
13.4.7
State Modeling Review Checklists
334
13.5
The State Pattern
334
13.5.1
Conventional Approaches
334
13.5.2
What Is State Pattern?
335
13.5.3
Applying State Pattern
337
13.6
Real-Time Systems Modeling
and Design
339
13.6.1
The Transformational Schema
339
13.6.2
Timed State Machine
342
13.6.3
Interrupt Handling
343
13.7
Applying Agile Principles
344
13.8
Tool Support for Object State Modeling
345
Summary
345
Further Reading
346
Chapter Review Questions
Exercises
346
346
Part
IV
Chapter
14
Modeling and Design of Other Types
of Systems
317
Chapter
13
Object State Modeling for Event-Driven
Systems
318
13.1
What Is Object State Modeling?
319
13.2
Why Object State Modeling?
319
13.3
Basic Definitions
320
13.4
Steps for Object State Modeling
321
13.4.1
Collecting and Classifying State
Behavior Information
322
13.4.2
Constructing a Domain Model to Show
the Context
325
Activity Modeling for Transformational
Systems
349
14.1
What Is Activity Modeling?
350
14.2
Why Activity Modeling?
351
14.3
Activity Modeling: Technical
Background
351
14.3.1
Flowchart
352
14.3.2
Petri
Net
352
14.3.3
Data Flow Diagram
353
14.4
UML Activity Diagram
355
14.5
Steps for Activity Modeling
356
14.5.1
Identifying Activities and
Workflows
357
14.5.2
Producing a Preliminary Activity
Diagram
360
14.5.3
Introducing Branching, Forking, and
Joining
362
Contents
XI
14.5.4
Refining Complex Activities
362
14.5.5
Activity Modeling Review
Checklist
363
14.6
Relationships to Other Diagrams
363
14.7
Applying Agile Principles
364
14.8
Tool Support for Activity Modeling
365
Summary
365
Further Reading
365
Chapter Review Questions
366
Exercises
366
Part
V
Applying Situation-Specific
Patterns
385
Chapter
16
Chapter
15
Modeling and Design of Rule-Based
Systems
367
15.1
What Is a Decision Table?
368
15.2
Usefulness of Decision Table
369
15.3
Systematic Decision Table Construction
370
15.4
Progressive Decision Table Construction
371
15.5
Checking for Desired Properties
373
15.6
Decision Table Consolidation
374
15.7
Generating Code from a Decision
Table
375
15.8
Applying the Interpreter Pattern
375
15.8.1
Defining a Business Rule
Grammar
376
15.8.2
Representing Rules in a Class
Diagram
376
15.8.3
Constructing a Parser and a Variable
Look Up Context
377
15.8.4
Interpreting Business Rules
378
15.8.5
Updating Rules Dynamically
378
15.8.6
Merits of the Interpretation
Approach
379
15.9
Using a Decision Table in Test-Driven
Development
379
15.10
Decision Trees
380
15.11
Applying Agile Principles
380
Summary
381
Further Reading
382
Chapter Review Questions
382
Exercises
382
Applying Patterns to Design a State Diagram
Editor
386
16.1
Process for Applying Patterns
387
16.2
Case Study: State Diagram Editor
390
16.3
Working with Complex Structures
391
16.3.1
Representing Recursive Whole-Part
Structures
39
1
16.3.2
Providing Layout Choices with
Strategy
395
16.3.3
Accessing Complex Structures with
Iterator
395
16.3.4
Analyzing Complex Structures with
Visitor
398
16.3.5
Storing and Restoring Object State with
Memento
402
16.4
Creating and Constructing Complex
Objects
404
16.4.1
Creating Families of Products
404
16.4.2
Building Large Complex Objects
407
16.4.3
Reusing Objects with Flyweight
410
16.5
Designing Graphical User Interface and
Display
411
16.5.1
Keeping Track of Editing States
411
16.5.2
Responding to Editing Events
412
16.5.3
Converting One Interface to
Another
414
16.5.4
Providing Context-Dependent
Help
418
16.5.5
Enhancing Display Capability with a
Decorator
420
16.6
Applying Agile Principles
423
Summary
424
Further Reading
424
Chapter Review Questions
425
Exercises
425
XII
Contents
Chapter
17
Applying Patterns to Design a Persistence
Framework
426
17.1
Problems with Direct Database Access
427
17.2
Hiding Persistence Storage with
Bridge
428
17.3
Encapsulating Database Requests as
Commands
431
17.4
Hiding Network Access with Remote
Proxy
435
17.5
Sharing Common Code with Template
Method
439
17.6
Retrieving Different Objects with
Factory Method
442
17.7
Reducing Number of Classes with
Prototype
444
17.8
Applying Agile Principles
447
18.3.3
Implementing Association
Relationships
460
18.4
Assigning Implementation Work to
Team Members
461
18.5
Pair Programming
462
18.6
Test-Driven Development
463
18.6.1
Test-Driven Development
Work How
463
18.6.2
Merits oi Test-Driven
Development
465
18.6.3
Potential Problems
466
18.7
Applying Agile Principles
466
18.8
Tool Support for Implementation
467
Summary
467
Further Reading
467
Chapter Review Questions
468
Exercises
468
Summary
447
Further Reading
448
Chapter Review Questions
Exercises
448
Chapter
19
448
Part
VI
Implementation and
Quality Assurance
449
Chapter
18
Implementation Considerations
450
18.1
Coding Standards
450
18.1.1
What Are Coding Standards?
451
18.1.2
Why Coding Standards?
455
18.1.3
Code Review Checklist
455
18.1.4
Guidelines for Practicing Coding
Standards
456
18.2
Organizing the Implementation Artifacts
457
18.3
Generating Code from Design
459
18.3.1
Implementing Classes and
Interfaces
459
18.3.2
From Sequence Diagram to Method
Code Skeleton
460
Software Quality Assurance
469
19.1
Benefits of Software Quality
Assurance
469
19.2
Software Quality Attributes
470
19.3
Quality Measurements and Metrics
472
19.3.1
Usefulness of Quality Measurements
and Metrics
473
19.3.2
Conventional Quality Metrics
474
19.3.3
Reusing Conventional Metrics
for Object-Oriented Software
480
19.3.4
Object-Oriented Quality Metrics
480
19.4
Software Verification and Validation
Techniques
483
19.4.1
Inspection
484
19.4.2
Walkthrough
485
19.4.3
Peer Review
486
19.5
Verification and Validation in the Life
Cycle
487
19.6
Software Quality Assurance
Functions
490
19.6.1
Definition of Processes and
Standards
490
19.6.2
Quality Management
494
19.6.3
Process Improvement
495
Contents
хні
19.7
Applying
Agile
Principles
497
19.8
Tool Support for SQA
498
Summary
498
Further Reading
499
Chapter Review Questions
499
Exercises
499
Chapter
20
Software Testing
501
20.1
What Is Software Testing?
502
20.2
Why Software Testing?
503
20.3
Conventional Black-Box Testing
504
20.3.1
Functional Testing: An Example
504
20.3.2
Equivalence Partitioning
505
20.3.3
Boundary Value Analysis
507
20.3.4
Cause-Effect Analysis
509
20.4
Conventional White-Box Testing
510
20.4.1
Basis Path Testing
510
20.4.2
Cyclomatic Complexity
511
20.4.3
Flow Graph Test Coverage
Criteria
512
20.4.4
Testing Loops
512
20.4.5
Data Flow Testing
514
20.4.6
Coverage Criteria for Data Flow
Testing
515
20.4.7
Interprocedural Data Flow
Testing
515
20.5
Test Coverage
516
20.6
A Generic Software Testing Process
517
20.7
Object-Oriented Software Testing
518
20.7.1
Use Case-Based Testing
518
20.7.2
Object State Testing with
ClassBench
520
20.7.3
Testing Class Hierarchy
523
20.7.4
Testing Exception-Handling
Capabilities
524
20.8
Testing Web Applications
525
20.8.1
Object-Oriented Model for Web
Application Testing
525
20.8.2
Static Analysis Using the
Object-Oriented Model
526
20.8.3
Test Case Generation Using the
Object-Oriented Model
527
20.8.4
Web Application Testing with
HttpUnit
527
20.9
Testing for Nonfunctional
Requirements
527
20.9.1
Performance and Stress Testings
527
20.9.2
Testing for Security
528
20.9.3
Testing User Interface
529
20.10
Software Testing in the Life Cycle
529
20.11
Regression Testing
532
20.12
When to Stop Testing?
533
20.13
Applying Agile Principles
534
20.14
Tool Support for Testing
534
Summary
535
Further Reading
535
Chapter Review Questions
535
Exercises
535
Part
VII
Maintenance and
Configuration Management
537
Chapter
21
Software Maintenance
538
21.1
What Is Software Maintenance?
539
21.2
Factors That Mandate Change
539
21.3
Lehman s Laws of System Evolution
540
21.4
Types of Software Maintenance
541
21.5
Software Maintenance Process and
Activities
542
21.5.1
Maintenance Process Models
542
21.5.2
Program Understanding
543
21.5.3
Change Identification and
Analysis
544
21.5.4
Configuration Change Control
547
21.5.5
Change Implementation, Testing, and
Delivery
547
21.6
Reverse-Engineering
547
21.6.1
Reverse-Engineering Workflow
548
21.6.2
Usefulness of Reverse-Engineering
548
21.6.3
Reverse-Engineering: A Case
Study
549
XIV
Contents
21.7
Software
Reengineering
549
21.7.1
Objectives
of
Reengineering
550
21.7.2
Software Reengineering
Process
55
1
21.7.3
Software Reengineering:
A Case
Study
55
1
21.8
Patterns for
Software
Maintenance
553
21.8.1
Simplifying Client Interface with
Facade
553
21.8.2
Simplifying Component Interaction with
Mediator
553
21.8.3
Other Patterns for Software
Maintenance
555
21.9
Applying Agile Principles
555
21.10
Tool Support for Software Maintenance
557
Summary
559
Further Reading
560
Chapter Review Questions
560
Exercises
560
Part
VIII
Chapter
22
Software Configuration Management
562
22.1
The Baselines of a Software Life Cycle
563
22.2
What Is Software Configuration
Management?
564
22.3
Why Software Configuration
Management?
565
22.4
Software Configuration Management
Functions
565
22.4.1
Software Configuration
Identification
566
22.4.2
Software Configuration Change
Control
568
22.4.3
Software Configuration Auditing
569
22.4.4
Software Configuration Status
Accounting
570
22.5
Configuration Management in an Agile
Project
570
22.6
Software Configuration Management
Tools
570
Summary
572
Further Reading
573
Chapter Review Questions
573
Exercises
573
Project Management and Software
Security
575
Chapter
23
Software Project Management
576
23.1
Project Organization
577
23.1.1
Project Format
578
23.1.2
Team Structure
579
23.2
Effort Estimation Methods
580
23.2.1
The Function Point Method
58
1
23.2.2
The COCOMO II Model
583
23.2.3
The Delphi Estimation Method
588
23.2.4
Agile Estimation
589
23.3
Project Planning and Scheduling
591
23.3.1
PERT Chart
59
1
23.3.2
Gantt Chart and Staff Allocation
593
23.3.3
Agile Planning
594
23.4
Risk Management
595
23.4.1
Risk Identification
596
23.4.2
Risk Analysis and Prioritizing
597
23.4.3
Risk Management Planning
599
23.4.4
Risk Resolution and Monitoring
599
23.5
Process Improvement
599
23.6
Applying Agile Principles
601
23.7
Tool Support for Project Management
602
Summary
603
Further Reading
603
Chapter Review Questions
604
Exercises
604
Chapter
24
Software Security
606
24.1
What Is Software Security?
607
24.2
Security Requirements
608
24.3
Secure Software Design Principles
609
24.4
Secure Software Design Patterns
610
24.5
Seven Best Practices of Software Security
612
24.6
Risk Analysis with an Attack Tree
613
Contents
XV
24.7 Software
Security in the Life Cycle
614
24.7.1
Security in the Planning
Phase
615
24.7.2
Security in the Iterative Phase
623
24.8
Applying Agile Principles
627
24.9
Tool Support for Software Security
628
Summary
629
Further Reading
629
Chapter Review Questions
630
Exercises
630
Appendices
A Personal Software Process: Estimation,
Planning, and Quality Assurance
631
A.1 Effort Estimation in
PSP
631
A.2 Software Quality Assurance in
PSP
632
A.3 Design and Quality
633
В
Java Technologies
634
B.1 Getting Started with Database
Connectivity
634
B.1.1 What Is Database Connectivity?
634
B.1.
2
Setting Up Data Sources
634
B.1.3 Accessing Databases from a
Program
635
B.2 Getting Started with Swing
636
B.2.1 Creating Main Window with JFrame
637
B.2.
2
Using Layout Managers to Arrange
Components
638
B.2.3 Processing Button Events with Action
Listener
640
B.2.4 Implementing Drawing Capabilities
640
B.3 Getting Started with Java Server
Pages
642
B.3.1 What Are Java Server Pages?
642
B.3.2 JSP Workflow
642
B.3.3 Installing a Web Server with a JSP
Container
643
B.3.4 Using Java Server Pages
643
С
Software Tools
647
C.1 NetBeans
647
C.2 Using JUnit
648
C.3 Running JUnit in NetBeans
652
C.4 The Emma Coverage Tool
652
C.5 The
Cobertura
Coverage Tool
653
C.6 Web Application Testing with HttpUnit
655
C.6.1 Configure an IDE to Use HttpUnit
655
Сб.
2
Implementing Test Cases in
HttpUnit
655
C.7 Using CVS and Subversion in NetBeans
656
C.7.1 Creating a CVS Remote
Repository
656
C.7.2 Setting Up Subversion in NetBeans
658
C.7.3 Checking Out Files from a
Repository
659
C.7.4 Editing Sources and Viewing
Changes
66
1
C.7.5 Viewing File Status
662
C.7.6 Comparing File Revisions
662
C.7.7 Merging Changes from Repository
662
C.7.8 Resolving Conflicts
663
C.7.9 Updating Local Copies
663
C.7.
10
Committing Local Files to a
Repository
663
C.7.1
1
Importing Files into a Repository
664
D
Project Descriptions
665
D.1 Car Rental System
665
D.2 National Trade Show Service System
666
D.3 Study Abroad Management System
667
D.4 UML Class Diagram Editor
669
D.5 Radio Communication Simulator
670
D.6 Object State Testing Environment
672
References
675
Index
682
|
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| author | Kung, David C. |
| author_facet | Kung, David C. |
| author_role | aut |
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| author_variant | d c k dc dck |
| building | Verbundindex |
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| dewey-full | 005.1/17 |
| dewey-hundreds | 000 - Computer science, information, general works |
| dewey-ones | 005 - Computer programming, programs, data, security |
| dewey-raw | 005.1/17 |
| dewey-search | 005.1/17 |
| dewey-sort | 15.1 217 |
| dewey-tens | 000 - Computer science, information, general works |
| discipline | Informatik |
| format | Book |
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| id | DE-604.BV040894769 |
| illustrated | Not Illustrated |
| indexdate | 2024-07-10T00:34:47Z |
| institution | BVB |
| isbn | 9780073376257 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-025874355 |
| oclc_num | 830021564 |
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| spelling | Kung, David C. Verfasser aut Object-oriented software engineering an agile unified methodology David C. Kung New York, NY McGraw-Hill 2014 XX, 700 S. graf. Darst. txt rdacontent n rdamedia nc rdacarrier Includes bibliographical references and index SOFTWARE ENGINEERING OBJEKTORIENTIERTE PROGRAMMIERUNG (PROGRAMMIERMETHODEN) GÉNIE LOGICIEL OBJECT-ORIENTED PROGRAMMING (PROGRAMMING METHODS) PROGRAMMATION ORIENTÉE OBJETS (MÉTHODES DE PROGRAMMATION) Software engineering Object-oriented programming (Computer science) Software Engineering (DE-588)4116521-4 gnd rswk-swf Objektorientierte Programmierung (DE-588)4233947-9 gnd rswk-swf Software Engineering (DE-588)4116521-4 s Objektorientierte Programmierung (DE-588)4233947-9 s DE-604 Digitalisierung UB Bamberg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025874355&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Kung, David C. Object-oriented software engineering an agile unified methodology SOFTWARE ENGINEERING OBJEKTORIENTIERTE PROGRAMMIERUNG (PROGRAMMIERMETHODEN) GÉNIE LOGICIEL OBJECT-ORIENTED PROGRAMMING (PROGRAMMING METHODS) PROGRAMMATION ORIENTÉE OBJETS (MÉTHODES DE PROGRAMMATION) Software engineering Object-oriented programming (Computer science) Software Engineering (DE-588)4116521-4 gnd Objektorientierte Programmierung (DE-588)4233947-9 gnd |
| subject_GND | (DE-588)4116521-4 (DE-588)4233947-9 |
| title | Object-oriented software engineering an agile unified methodology |
| title_auth | Object-oriented software engineering an agile unified methodology |
| title_exact_search | Object-oriented software engineering an agile unified methodology |
| title_full | Object-oriented software engineering an agile unified methodology David C. Kung |
| title_fullStr | Object-oriented software engineering an agile unified methodology David C. Kung |
| title_full_unstemmed | Object-oriented software engineering an agile unified methodology David C. Kung |
| title_short | Object-oriented software engineering |
| title_sort | object oriented software engineering an agile unified methodology |
| title_sub | an agile unified methodology |
| topic | SOFTWARE ENGINEERING OBJEKTORIENTIERTE PROGRAMMIERUNG (PROGRAMMIERMETHODEN) GÉNIE LOGICIEL OBJECT-ORIENTED PROGRAMMING (PROGRAMMING METHODS) PROGRAMMATION ORIENTÉE OBJETS (MÉTHODES DE PROGRAMMATION) Software engineering Object-oriented programming (Computer science) Software Engineering (DE-588)4116521-4 gnd Objektorientierte Programmierung (DE-588)4233947-9 gnd |
| topic_facet | SOFTWARE ENGINEERING OBJEKTORIENTIERTE PROGRAMMIERUNG (PROGRAMMIERMETHODEN) GÉNIE LOGICIEL OBJECT-ORIENTED PROGRAMMING (PROGRAMMING METHODS) PROGRAMMATION ORIENTÉE OBJETS (MÉTHODES DE PROGRAMMATION) Software engineering Object-oriented programming (Computer science) Software Engineering Objektorientierte Programmierung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025874355&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT kungdavidc objectorientedsoftwareengineeringanagileunifiedmethodology |