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Designing and Developing Windows® Applications Using Microsoft® .NET Framework 4: MCPD 70-518 Exam Ref [Pehme köide]

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  • Formaat: Paperback / softback, 336 pages, kõrgus x laius x paksus: 186x229x21 mm, kaal: 560 g
  • Ilmumisaeg: 17-Dec-2011
  • Kirjastus: Microsoft Press,U.S.
  • ISBN-10: 0735657238
  • ISBN-13: 9780735657236
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Designing and Developing Windows® Applications Using Microsoft® .NET Framework 4: MCPD 70-518 Exam RefSuurem pilt
  • Formaat: Paperback / softback, 336 pages, kõrgus x laius x paksus: 186x229x21 mm, kaal: 560 g
  • Ilmumisaeg: 17-Dec-2011
  • Kirjastus: Microsoft Press,U.S.
  • ISBN-10: 0735657238
  • ISBN-13: 9780735657236
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780735657236.html
Märksõnad:

Maximize your performance on MCPD Exam 70-518 and sharpen your on-the-job skills—with the help of this official Microsoft® study guide. You'll work at your own pace through the lessons, exercises, and case studies, and assess your skills with objective-by-objective reviews. Make the most of your study time and ace your exam preparation for the MCPD Windows Developer 4 certification.

Discover how to:

  • Design a loosely-coupled layered architecture
  • Choose the right data access strategy
  • Design the security implementation
  • Plan a database deployment
  • Design the UI layout and data input
  • Evaluate and recommend a test strategy

An exam discount voucher makes this book an exceptional value and a great career investment.

Introduction xv
Microsoft Certified Professional Program xv
Acknowledgments xvi
Support and Feedback xvi
Preparing for the Exam xviii
Chapter 1 Designing the Layers of a Solution
1(88)
Objective 1.1 Design a Loosely Coupled Layered Architecture
2(11)
Designing Service-Oriented Architectures
2(2)
Providing Separation of Concern
4(1)
Designing a System Topology
4(2)
Choosing Between Presentation and Business Logic
6(2)
Using WCF Routing
8(2)
Understanding BizTalk Server
10(1)
Objective Summary
11(1)
Objective Review
11(2)
Objective 1.2 Design Service Interaction
13(17)
Designing Service and Method Granularity
14(2)
Choosing Protocols and Binding Types
16(2)
Using REST
18(1)
Using Message and Data Contracts
19(3)
Using Custom SOAP Headers
22(2)
Managing Data Integrity
24(1)
Choosing Synchronous vs. Asynchronous
24(1)
Choosing a Message Exchange Pattern
25(1)
Versioning
25(2)
Hosting WCF Services
27(1)
Objective Summary
28(1)
Objective Review
28(2)
Objective 1.3 Design the Security Implementation
30(22)
Planning for User Account Control
31(1)
Designing for Least Privilege
31(4)
Understanding Process Identity
35(1)
Understanding Impersonation and Delegation
36(5)
Implementing Authorization
41(3)
Planning Role Management
44(1)
Using Cryptography
45(4)
Objective Summary
49(1)
Objective Review
50(2)
Objective 1.4 Design for Interoperability with External Systems
52(4)
Accessing Assemblies from Unmanaged Code
52(1)
Accessing COM Objects
53(1)
Objective Summary
54(1)
Objective Review
54(2)
Objective 1.5 Design for Optimal Processing
56(13)
Planning for Long-Running Processes
56(4)
Scaling Applications
60(3)
Moving to the Cloud
63(1)
Using Queuing
63(1)
Minimizing Latency
64(1)
Using a Service Bus
65(1)
Objective Summary
66(1)
Objective Review
66(3)
Objective 1.6 Design for Globalization and Localization
69(20)
Choosing Between CurrentCulture and CurrentUICulture
70(1)
Format Text for Differing Cultures
71(1)
Translating Applications
72(1)
Working with Time
72(1)
Comparing Data
73(1)
Designing Databases for Globalization
74(1)
Objective Summary
75(1)
Objective Review
75(3)
Chapter Summary
78(2)
Answers
80(1)
Objective 1.1 Review
80(1)
Objective 1.1 Thought Experiment
81(1)
Objective 1.2 Review
81(1)
Objective 1.2 Thought Experiment
82(1)
Objective 1.3 Review
82(1)
Objective 1.3 Thought Experiment
83(1)
Objective 1.4 Review
84(1)
Objective 1.4 Thought Experiment
84(1)
Objective 1.5 Review
85(1)
Objective 1.5 Thought Experiment
86(1)
Objective 1.6 Review
86(1)
Objective 1.6 Thought Experiment
87(2)
Chapter 2 Designing the Presentation Layer
89(84)
Objective 2.1 Choose the Appropriate Windows Technology
90(10)
Windows Forms
90(1)
WPF
90(2)
Choosing Between Windows Forms and WPF
92(1)
Interoperating Between Windows Forms and WPF
92(5)
Choosing a Presentation Pattern
97(2)
Objective Summary
99(1)
Objective Review
99(1)
Objective 2.2 Design the UI Layout and Structure
100(13)
Evaluate the Conceptual Design
100(1)
Designing for Inheritance and the Reuse of Visual Elements
101(7)
Creating a Resource Dictionary
108(1)
Designing for Accessibility
109(2)
Deciding When Custom Controls Are Needed
111(1)
Objective Summary
112(1)
Objective Review
112(1)
Objective 2.3 Design Application Workflow
113(16)
Implementing User Navigation
114(3)
Navigation Applications in WPF
117(7)
Using PageFunction Objects
124(1)
Simple Navigation and Structured Navigation
125(1)
Designing for Different Input Types
126(1)
Objective Summary
127(1)
Objective Review
127(2)
Objective 2.4 Design Data Presentation and Input
129(14)
Designing Data Validation
129(5)
Design a Data Binding Strategy
134(5)
Managing Data Shared Between Forms
139(1)
Managing Media
140(1)
Objective Summary
140(1)
Objective Review
141(2)
Objective 2.5 Design Presentation Behavior
143(12)
Determine Which Behaviors Will be Implemented and How
143(4)
Creating Attached Behaviors
147(1)
Implementing Drag-and-Drop Functionality
148(6)
Objective Summary
154(1)
Objective Review
154(1)
Objective 2.6 Design for UI Responsiveness
155(18)
Offloading Operations from the UI Thread and Reporting Progress
156(5)
Using Dispatcher to Access Controls Safely on Another Thread in WPF
161(1)
Avoiding Unnecessary Screen Refreshes
162(1)
Determining Whether to Sort and Filter Data on the Client or Server
163(1)
Addressing UI Memory Issues
164(1)
Objective Summary
165(1)
Objective Review
165(2)
Chapter Summary
167(1)
Answers
168(1)
Objective 2.1 Review
168(1)
Objective 2.1 Thought Experiment
168(1)
Objective 2.2 Review
168(1)
Objective 2.2 Thought Experiment
169(1)
Objective 2.3 Review
169(1)
Objective 2.3 Thought Experiment
170(1)
Objective 2.4 Review
170(1)
Objective 2.4 Thought Experiment
171(1)
Objective 2.5 Review
171(1)
Objective 2.5 Thought Experiment
171(1)
Objective 2.6 Review
172(1)
Objective 2.6 Thought Experiment
172(1)
Chapter 3 Designing the Data Access Layer
173(52)
Objective 3.1 Choose the Appropriate Data Access Strategy
174(7)
Understanding .NET Data Access Technologies
174(3)
Supporting Different Data Sources
177(1)
Choosing a Data Access Strategy
178(1)
Objective Summary
179(1)
Objective Review
179(2)
Objective 3.2 Design the Data Object Model
181(8)
Mapping to Persistent Storage
182(2)
Designing a Schema Change Management Strategy
184(1)
Abstracting from the Service Layer
185(2)
Objective Summary
187(1)
Objective Review
187(2)
Objective 3.3 Design Data Caching
189(5)
Understanding Caching
189(1)
Using MemoryCache
190(1)
Caching Web Services
190(1)
Objective Summary
191(1)
Objective Review
192(2)
Objective 3.4 Design Offline Storage and Data Synchronization
194(9)
Determining the Need for Offline Data Storage
194(1)
Using Sync Framework
195(3)
Designing Synchronization
198(3)
Objective Summary
201(1)
Objective Review
201(2)
Objective 3.5 Design for a Concurrent Multiuser Environment
203(7)
Planning for Multiuser Conflicts
203(2)
Understanding Deadlock Conflicts
205(1)
Designing Concurrency for Web Services
206(1)
Using Cross-Tier Distributed Transactions
207(1)
Objective Summary
208(1)
Objective Review
208(2)
Objective 3.6 Analyze Data Services for Optimization
210(15)
Understanding ORM Performance
211(1)
Understanding Lazy and Eager Loading
211(2)
Optimizing Round-Trips
213(1)
Objective Summary
214(1)
Objective Review
214(2)
Chapter Summary
216(1)
Answers
217(1)
Objective 3.1 Review
217(1)
Objective 3.1 Thought Experiment
218(1)
Objective 3.2 Review
218(1)
Objective 3.2 Thought Experiment
219(1)
Objective 3.3 Review
219(1)
Objective 3.3 Thought Experiment
220(1)
Objective 3.4 Review
220(1)
Objective 3.4 Thought Experiment
221(1)
Objective 3.5 Review
221(1)
Objective 3.5 Thought Experiment
222(1)
Objective 3.6 Review
222(1)
Objective 3.6 Thought Experiment
223(2)
Chapter 4 Planning a Solution Deployment
225(40)
Objective 4.1 Define a Client Deployment Strategy
226(11)
Understanding Installation Methods
226(5)
Choosing an Installation Method
231(1)
Deploying the .NET Framework
232(2)
Deploying COM Objects
234(1)
Objective Summary
235(1)
Objective Review
235(2)
Objective 4.2 Plan a Database Deployment
237(9)
Understanding Database Deployment Files
237(1)
Using SQL Scripts
237(1)
Using the Vsdbcmd.exe Tool
238(1)
Using Data-Tier Projects
239(1)
Using SQL Server Database Projects
239(1)
Publishing Databases from Server Explorer
240(1)
Publishing Databases with a WCF Web Service
241(1)
Understanding Deployment Conflicts
242(1)
Deploying an Embedded Database Privately
242(2)
Objective Summary
244(1)
Objective Review
244(2)
Objective 4.3 Design a Solution Update Strategy
246(7)
Updating ClickOnce Applications
247(1)
Updating with Windows Installer
248(1)
Packaging Shared Components
248(1)
Checking for Windows Installer Updates
249(1)
Updating Shared Components
249(1)
Designing Web Services for Updates
249(2)
Objective Summary
251(1)
Objective Review
251(2)
Objective 4.4 Plan for N-Tier Deployment
253(12)
Designing a Physical Topology
254(2)
Determining Component Installation Order
256(1)
Objective Summary
256(1)
Objective Review
257(2)
Chapter Summary
259(1)
Answers
260(1)
Objective 4.1 Review
260(1)
Objective 4.1 Thought Experiment
260(1)
Objective 4.2 Review
261(1)
Objective 4.2 Thought Experiment
262(1)
Objective 4.3 Review
262(1)
Objective 4.3 Thought Experiment
263(1)
Objective 4.4 Review
263(1)
Objective 4.4 Thought Experiment
264(1)
Chapter 5 Designing for Stability and Maintenance
265(38)
Objective 5.1 Design for Error Handling
265(10)
Designing an Exception Handling Strategy
266(1)
Handling Exceptions Across Tiers
267(3)
Collecting User Feedback
270(2)
Creating Custom Exception Classes
272(1)
Processing Unhandled Exceptions
272(1)
Objective Summary
273(1)
Objective Review
274(1)
Objective 5.2 Evaluate and Recommend a Test Strategy
275(10)
Understanding Black Box and White Box Testing
276(1)
Understanding Functional Tests
277(2)
Understanding UI Tests
279(2)
Understanding Performance Tests
281(1)
Understanding Code Coverage
282(1)
Objective Summary
283(1)
Objective Review
283(2)
Objective 5.3 Design a Diagnostics and Monitoring Strategy
285(18)
Providing Monitoring Information
285(6)
Providing Usage Reporting
291(1)
Choosing Distributed or Centralized Logging
292(1)
Designing a Diagnostics and Monitoring Strategy
293(1)
Profiling .NET Applications
294(1)
Objective Summary
295(1)
Objective Review
295(3)
Chapter Summary
298(1)
Answers
299(1)
Objective 5.1 Review
299(1)
Objective 5.1 Thought Experiment
299(1)
Objective 5.2 Review
300(1)
Objective 5.2 Thought Experiment
300(1)
Objective 5.3 Review
301(1)
Objective 5.3 Thought Experiment
302(1)
Index 303
Tony Northrup, MCSE, MCPD, MCITP, CISSP, is a Windows and networking technologies expert who has written more than 30 books and video training courses. He is coauthor of Windows 7 Resource Kit and numerous Microsoft Press Training Kits for certification exam-prep. Matthew Stoecker, MCP, has written numerous books and articles on Microsoft Visual Basic, Visual C#, Windows Forms, and Windows Presentation Foundation, including the SELF-PACED TRAINING KITS for Exams 70-511, 70-505, and 70-502.