Building Web Services with Java Making Sense of XML, SOAP, WSDL, and UDDI,9780672326417

Building Web Services with Java Making Sense of XML, SOAP, WSDL, and UDDI

by ; ; ; ; ; ; ; ;
Edition: 2nd
ISBN13: 9780672326417
ISBN10: 0672326418
Format: Paperback
Pub. Date: 2004-06-28
Publisher(s): Sams Publishing
List Price: $68.24

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Summary

Sams has assembled a team of experts in web services to provide you with a detailed reference guide on XML, SOAP, USDL and UDDI.Building Web Services with Javais in its second edition and it includes the newest standards for managing security, transactions, reliability and interoperability in web service applications. Go beyond the explanations of standards and find out how and why these tools were designed as they are and focus on practical examples of each concept. Download your source code from the publisher's website and work with a running example of a full enterprise solution. Learn from the best inBuilding Web Services with Java.

Author Biography

Steve Graham is a senior technical staff member in IBM's Systems Group, a member of the IBM Academy of Technology, and an architect in the On Demand Architecture group Doug Davis is an architect in the IBM Emerging Technology Organization Simeon Simeonov is a principal at Polaris Venture Partners in Boston Glen Daniels is the standards strategist for Sonic Software Peter Brittenham is a senior technical staff member in the IBM Emerging Technology group and is an architect in IBM's Autonomic Computing initiative Yuichi Nakamura leads the XML & Security group at the IBM Tokyo Research Laboratory Paul Fremantle is a senior technical staff member in IBM's Software division Dieter Konig is a software architect for workflow systems at the IBM Germany Development Laboratory Claudia Zentner is a software architect for the WebSphere Business Integration at the IBM Development Laboratory in Germany

Table of Contents

Introduction 1(8)
I Web Services Basics
1 Web Services Overview and Service-Oriented Architectures
9(22)
What Is a Web Service?
10(3)
Business Perspective
11(1)
Technical Perspective
12(1)
Service-Oriented Architectures
13(4)
Why Is SOA So Important?
15(2)
SOA and Web Services: Related but Distinct
17(1)
Trends in E-Business
17(1)
Why Do We Need Web Services?
18(4)
Scoping the Problem
18(1)
Core Technologies
19(1)
Industry Dynamics
20(1)
What Makes a Good Web Service?
21(1)
The Web Service Opportunity
22(3)
Application Integration
22(2)
B2B
24(1)
Integration of Human Interaction with Systems: B2C
24(1)
Justifying Web Services
25(1)
Web Services Interoperability Stack
26(4)
Transport Layer
27(1)
Messaging Layer
28(1)
Description Layer
28(1)
Quality of Experience Layer
29(1)
Compositional Layer
29(1)
Understanding the Web Services Interoperability Stack
29(1)
Summary
30(1)
2 XML Primer
31(80)
Document- Versus Data-Centric XML
32(3)
Document-Centric XML
32(1)
Data-Centric XML
33(1)
Document Lifetime
34(1)
XML Instances
35(9)
Document Prolog
35(1)
Elements
36(2)
Attributes
38(4)
Character Data
42(2)
A Simpler Purchase Order
44(1)
XML Namespaces
44(7)
Namespace Mechanism
46(1)
Namespace Syntax
47(2)
Namespace-Prefixed Attributes
49(2)
XML Schemas
51(27)
Well-Formedness and Validity
51(1)
XML Schema Basics
52(2)
Associating Schemas with Documents
54(1)
Simple Types
55(4)
Complex types
59(3)
The Purchase Order Schema
62(1)
Global Versus Local Elements and Attributes
63(1)
Basic Schema Reusability
64(6)
Advanced Schema Reusability
70(8)
There's More
78(1)
Processing XML
78(29)
Basic Operations
78(3)
Data-Oriented XML Processing
81(4)
SAX-Based checkInvoice ( )
85(6)
DOM-Based checklnvoice ( )
91(5)
JAXB-Based checkInvoice ( )
96(9)
Testing the Code
105(2)
Summary
107(2)
Resources
109(2)
3 The SOAP Protocol
111(56)
Simple Object Access Protocol (SOAP)
112(2)
What Is SOAP, Really?
113(1)
Doing Business with SkatesTown
114(3)
Inventory Check Web Service
117(3)
Choosing a Web Service Engine
117(1)
Service Provider View
117(1)
Deploying the Service
118(1)
The Client View
118(2)
A Closer Look at SOAP
120(1)
The Structure of the Spec
120(1)
The SOAP Messaging Framework
121(5)
Vertical Extensibility
123(2)
The mustUnderstand Flag
125(1)
SOAP Modules
126(1)
SOAP Intermediaries
126(6)
The Need for Intermediaries
127(1)
Transparent and Explicit Intermediaries
128(1)
Intermediaries in SOAP
129(1)
Forwarding and Active Intermediaries
130(1)
Rules for Intermediaries and Headers
130(2)
The SOAP Body
132(1)
The SOAP Processing Model
132(1)
Versioning in SOAP
133(1)
Processing Headers and Bodies
134(1)
Faults: Error Handling in SOAP
134(7)
Structure of a Fault
135(3)
Using Headers in Faults
138(3)
Objects in XML: The SOAP Data Model
141(7)
Object Graphs
141(2)
The SOAP Encoding
143(5)
The SOAP RPC Conventions
148(3)
out and inout Parameters
149(2)
XML, Straight Up: Document-Style SOAP
151(1)
When to Use Which Style
151(1)
The Transport Binding Framework
152(8)
Features and Properties
153(4)
The HTTP Binding
157(1)
The SOAPAction Feature
158(1)
The Web Method Feature
159(1)
Using SOAP to Send Binary Data
160(3)
SOAP with Attachments and DIME
160(2)
PASWA, MTOM, and XOP
162(1)
Small-Scale SOAP, Big-Time SOAP
163(2)
Summary
165(1)
Resources
165(2)
4 Describing Web Services
167(66)
Why Service Descriptions?
167(1)
Role of Service Description in a Service-Oriented Architecture
168(1)
Well-Defined Service
169(2)
Functional Description
169(1)
Nonfunctional Description
170(1)
Description Summary
170(1)
History of Interface Definition Languages (IDLs)
171(2)
Web Services Description Language (WSDL)
173(40)
WSDL Information Model
174(2)
Parts of the WSDL Language
176(3)
Structure of a WSDL Document: Definitions 178
PortType
179(1)
Operation
180(1)
Message
180(1)
Part
181(3)
Types
184(2)
Binding
186(4)
Port
190(1)
Service
191(1)
Documentation
192(1)
Import
192(3)
Exploring More WSDL Features
195(6)
Transmission Primitives
201(4)
Rounding Out WSDL Bindings
205(5)
WSDL Extension Mechanism
210(3)
A Sketch of How WSDL Maps to Java
213(1)
Nonfunctional Descriptions in WSDL
214(9)
Policies
214(2)
WS-Policy
216(4)
Policy Assertions
220(1)
Policy Attachments
220(3)
Standardizing WSDL: W3C and WSDL 2.0
223(7)
What's New in WSDL 2.0
223(1)
Overview of WSDL 2.0
224(5)
A Complete WSDL 2.0 Description
229(1)
Summary
230(1)
Resources
231(2)
5 Implementing Web Services with Apache Axis
233(74)
A Brief History of Axis
234(2)
JAX-RPC, JAXM/SAAJ, and JAXB
234(1)
Current State of the Project
235(1)
Axis Architecture
236(7)
Handlers and Chains: Concepts
236(2)
Server-Side Message Processing
238(2)
Client-Side Message Processing
240(2)
The MessageContext and Its Many Uses
242(1)
The Message APIs and SAAJ
243(3)
A Message by Any Other Name
244(1)
Accessing the SOAP Envelope, Bodies, and Headers
244(2)
The Axis Client APIs
246(12)
The Service Object
246(1)
Using the Call Object for Dynamic Invocation
247(6)
Using Stubs and WSDL2Java
253(3)
Holders: Mapping inout/out Parameters to Java
256(2)
Web Service Deployment Descriptor (WSDD)
258(5)
Handler Declarations
259(1)
Chain Definitions
260(1)
Transports
261(1)
Type Mappings
262(1)
Building Services
263(12)
Instant Deployment: JWS
263(1)
WSDD for Services
264(3)
Deploying Services and the AdminClient
267(1)
Getting at the MessageContext
268(2)
Service Lifecycle and Scopes
270(2)
Sessions on the Server Side
272(1)
Using WSDL2Java to Generate Services
272(1)
Generating WSDL for Your Services
273(2)
A Guide to Web Service Styles
275(4)
RPC Style
275(1)
Wrapped Style
276(1)
Document Style
277(1)
Message Style
278(1)
From XML to Java and Back Again: The Axis Type-Mapping System
279(9)
Registering Mappings
279(2)
Default Type Mappings
281(2)
Default Type Mapping and XML/Java Naming
283(1)
Custom Serializers and Deserializers
284(2)
Using the MessageElement XML/Object APIs
286(2)
When Things Go Wrong: Faults and Exceptions
288(3)
The AxisFault Class
288(1)
Using Typed Exceptions
289(2)
Axis as an Intermediary
291(1)
Reasons for Roles
291(1)
How to Write a Handler
292(5)
The SkatesTown EmailHandler
292(3)
The SkatesTown GlobalHandler
295(2)
Built-in Security
297(1)
Using the Authentication/Authorization Handlers
297(1)
Understanding Axis Transports
298(2)
Client Transports
298(1)
Server Transports
299(1)
Transports Included with Axis
299(1)
Custom Transports
300(1)
No API Is an Island: Axis and Its Environment
300(1)
Commons-Discovery and Obtaining Resources
300(1)
Logging Infrastructure
300(1)
Security Providers
301(1)
Compilers
301(1)
Development/Debugging Tools
301(3)
The happyAxis Page
301(1)
Configuring Logging
301(2)
Using tcpmon and SOAPMonitor
303(1)
Axis Futures: A Quick Tour
304(1)
Participating in the Axis Community
305(1)
Summary
305(1)
Resources
306(1)
6 Discovering Web Services
307(40)
What Is Service Discovery?
307(3)
Role of Service Discovery in a Service-Oriented Architecture
307(1)
Service Discovery Mechanisms
308(1)
Service Discovery at Design Time and Runtime
309(1)
Scenario Updates
310(1)
UDDI (Universal Description, Discovery, and Integration)
310(33)
UDDI Datatypes
311(14)
Using a UDDI Registry
325(10)
What's New in UDDI Version 3.0
335(2)
Using WSDL with UDDI
337(6)
Other Service Discovery Methods
343(1)
WS-Inspection
343(1)
WS-ServiceGroup
343(1)
Summary
344(1)
Resources
344(3)
II Enterprise Web Services
7 Web Services and J2EE
347(36)
J2EE Overview
347(7)
Containers
348(1)
Enterprise JavaBeans
348(2)
Roles: Development, Assembly, and Deployment
350(1)
Benefits of Using Web Services with J2EE
351(2)
J2EE Versions
353(1)
Using EJBs from Axis
354(21)
The Entity Bean
355(3)
The Session Bean
358(2)
The Deployment Unit
360(1)
Exposing the EJBs via Axis
361(2)
WebSphere Deployment Process
363(1)
EJB Deployment
363(4)
Configuring Axis to Invoke the SkatesService Session Bean
367(8)
EJB Wrap-Up
375(1)
Using JSR 109: Implementing Enterprise Web Services
375(6)
Step 1: Creating the WSDL File
376(1)
Step 2: Creating the Deployment Descriptors
376(2)
Step 3: Assembling the Application Files
378(1)
Step 4: Enabling the EAR File for Web Services
379(1)
Step 5: Deploying the Application
379(1)
JSR109 Client Code
380(1)
JSR109 Wrap-Up
381(1)
Summary
381(1)
Resources
381(2)
8 Web Services and Stateful Resources
383(62)
Web Services and State
384(1)
Aspects of State
384(1)
SkatesTown Scenario
385(1)
WS-Resources
385(2)
Stateful Resources
387(8)
Cardinality ofWeb Services and WS-Resources
387(1)
Role ofWS-Addressing
388(3)
Implied Resource Pattern
391(4)
Modeling Resource Properties
395(17)
What Is a Resource Property?
395(4)
WS-Resource Factory
399(1)
Resource Property Operations
399(13)
Rounding Out the POPortType
412(1)
Using Notifications
412(22)
Base Notification Concepts and Roles
413(2)
Subscribing for Notification
415(4)
The Subscription WS-Resource
419(1)
Topics and Topic Spaces
420(8)
Resource Properties of a Notification Producer
428(1)
The Other Notification Producer Operation: GetCurrentMessage
429(1)
Notification of Value Changes on Resource Properties
430(2)
Notification Consumers
432(1)
Notification Brokers
433(1)
Resource Lifetime
434(7)
Immediate Termination
435(1)
Scheduled Termination
436(3)
Initializing Termination Time
439(1)
Notification ofWS-Resource Termination
440(1)
Other WS-Resource Framework Specifications
441(2)
WS-RenewableReferences
442(1)
WS-ServiceGroup
442(1)
WS-BaseFaults
442(1)
Summary
443(2)
9 Securing Web Services
445(62)
Example Scenario
445(1)
Security Basics
446(10)
Security Requirements
446(1)
Cryptography
447(3)
Authentication
450(1)
Security Protocols
451(1)
Security Infrastructures
452(3)
Security Domains
455(1)
Web Services Security
456(5)
Security Model for Web Services
456(2)
Web Services Security Specifications
458(1)
Extended SkatesTown Security Scenario
459(2)
WS-Security
461(13)
Digital Signatures
462(4)
Encryption
466(5)
Security Tokens
471(3)
WS-Trust
474(7)
Public Key Infrastructure
474(2)
Kerberos
476(3)
XML Key Management Specification
479(2)
WS-SecurityPolicy
481(1)
WS-SecureConversation
482(10)
WS-SecureConversation Overview
483(3)
The SSL Protocol
486(1)
Negotiation Protocol Example
487(5)
WS-Federation
492(3)
Enterprise Security
495(5)
J2EE Security
495(1)
Authorization in J2EE
496(2)
J2EE and Web Services Security
498(2)
Security Services
500(2)
Summary
502(1)
Resources
502(5)
10 Web Services Reliable Messaging
507(1)
Background of the Web Services Reliable Messaging Protocol (WS-RM)
507(3)
The WS-RM Specification
509(1)
WS-RM Processing Model
510(7)
Client-Side Processing
511(2)
Server-Side Processing
513(4)
Sequence Faults
517(1)
Policy Assertions
518(3)
Specversion Assertion
519(1)
DeliveryAssurance Policy
519(1)
SequenceExpiration Policy
519(1)
InactivityTimeout Assertion
520(1)
BaseRetransmissionlnterval Assertion
520(1)
Acknowledgement Interval Assertion
520(1)
SequenceRef Element
520(1)
Flaws and Other Thoughts on the WS-RM Spec
521(1)
Putting WS-RM into Use
521(2)
Summary
523(1)
Resources
523(2)
11 Web Services Transactions
525(1)
Web Services Coordination and Transaction (WS-C/Tx)
525(2)
Transactions: A Brief Introduction
527(2)
WS-Coordination
529(7)
The CoordinationContext
530(1)
The CreateCoordinationContext Operation
530(2)
The Register Operation
532(4)
WS-Coordination Fault Codes
536(1)
WS-Transaction: Atomic Transactions
536(8)
WS-AT Operations
537(1)
Commit and Rollback
537(1)
AT Protocols
538(1)
Two-Phase Commit Protocols
538(1)
Committing the Transaction
539(4)
Transaction Flow Overview
543(1)
Business Activity Protocol
544(1)
Reliable Delivery and Security
545(1)
Summary
546(1)
Resources
547(2)
12 Orchestrating Web Services
549(1)
Why Are We Composing Web Services?
549(3)
Two-Level Programming Model
550(1)
Stateless and Stateful Web Services
550(1)
Evolution of Business Process Languages
550(1)
SkatesTown Requirements
551(1)
Business Process Execution Language for Web Services
552(36)
Design Goals
553(1)
External Interface of a Process
554(4)
Overall Structure of a Process
558(3)
Basic and Structured Activities
561(1)
Process Lifecycle and Related Activities
562(1)
Partner Links
563(2)
Properties and Correlation Sets
565(3)
Invoking Web Services and Providing Web Services
568(4)
Data Handling and Related Activities
572(3)
More Basic Activities: wait, empty
575(1)
Flows
576(4)
More Structured Activities: sequence, while, switch, scope
580(2)
Fault Handling
582(3)
Compensation Handling
585(2)
Event Handling
587(1)
SkatesTown: Putting It All Together
588(13)
Advanced Considerations
601(3)
Abstract Processes
601(3)
Language Extensibility
604(1)
Summary
604(1)
Resources
605(4)
III Web Services in the Real World
13 Web Services Interoperability
609(122)
Web Services Interoperability Organization
610(1)
WS-I Basic Profile 1.0
611(37)
Common Requirements for SOAP Envelope, WSDL Document, and XML Schema Document
619(1)
Understanding the WSDL Document Structure
620(2)
Importing XML Schema and WSDL Documents
622(1)
Defining the Service Interface
623(3)
Defining a SOAP Binding
626(11)
Publishing a Service Description
637(1)
HTTP and SOAP Message Content
638(3)
Web Service Security
641(1)
WS-I Conformance Claims
641(2)
Service Provider, Requestor, and Registry Requirements
643(2)
Summary of Basic Profile 1.0 Requirements
645(3)
Future WS-I Profiles
648(13)
Basic Profile 1.1
648(1)
Simple SOAP Binding Profile 1.0
649(1)
Attachments Profile 1.0
650(10)
Basic Security Profile 1.0
660(1)
WS-I Sample Applications
661(2)
WS-I Test Tools
663(8)
Monitor Overview
663(2)
Monitor Configuration File
665(1)
Message Log File
665(2)
Analyzer Overview
667(1)
Analyzer Configuration File
667(1)
Test Assertion Document
668(1)
Profile Configuration Report
668(3)
Summary
671(1)
Resources
672(1)
14 Web Services Pragmatics
673(1)
Enterprise Adoption of Web Services
674(9)
Time-Based Adoption Challenges
676(1)
Inherent Limitations of SOA
677(2)
Top-Down Versus Bottom-Up
679(3)
Policies and Processes
682(1)
Putting Web Services in Production
683(13)
Web Services Technology Map
685(6)
System Architectures for Web Services
691(5)
Features, Capabilities, and Approaches
696(19)
Tools and Platforms
696(1)
SOA Testing
697(2)
Deployment and Provisioning
699(1)
Business Process Automation Using Web Services
700(8)
Operations
708(7)
Summary
715(1)
Resources
715(2)
15 Epilogue: Web Services Futures
717(1)
A Roadmap for Web Services
717(3)
Age of Invention (Base SOAP, WSDL, UDDI)
717(1)
Age of Development (from Hype to Delivery)
718(1)
Age of Mainstream Acceptance (Web Services Become Boring)
719(1)
Future Trends in Web Services
720(9)
Short-Term Trends and Issues
720(3)
Medium-Term Trends
723(4)
Longer-Term Trends
727(2)
Summary
729(2)
A Glossary 731(24)
Index 755

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