Service Oriented Architecture with Java Table of Contents

Table of Contents

• Preface

• Chapter 1: The Mantra of SOA
• Architecture
• Application Architecture
• Client-Server Architecture
• 1-Tier Application
• 2-Tier Application
• 3-Tier Application
• N-Tier application
• Enterprise Computing or Architecture
• Business
• Application
• Information
• Technical
• The Design
• Security
• Administration
• EA for Managers
• EA for Developers
• Analogy of SOA
• Web Services for SOA
• 'Orientation' of Web Services
• History of SOA
• The SOA Bandwagon
• Why SOA?
• How SOA…
• Summary

• Chapter 2: Web Services and SOA
• The SOA Approach
• XML—Advantages and Disadvantages
• XML Pitfalls
• Introduction to Web Services, RESTful Services, and Other Transport with XML
• Basic SOA With XML Over HTTP Protocol
• A Basic Java Implementation of POX-over-HTTP
• REST—Exploiting the HTTP Protocol
• SOAP
• RPC and Document Based-WS: How to Communicate, Pros and Cons of the Two Approach
• RPC / Literal
• Document / Literal
• Document / Literal Wrapped
• Why We Should Use Doc-WS?
• The RPC Inheritance
• The Document-Oriented Way
• Document Style
• Implementations: JAX-WS 2, Axis2, Spring-WS, and XFire/CXF 2.0
• JAX-WS 2
• Axis 2
• Spring-WS
• XFire / CXF
• Summary

• Chapter 3: Web Service Implementations
• Web Service Using JAX-WS 2.0
• JAX-WS 2.0—A Primer
• Web Service Implementation in Java SE 6
• Code Server and Client
• Run the Server and Client
• Web Service Implementation in Java EE Server
• Install and Start the Server
• Code Server and Client
• Run the Server and Client
• Web Service Using Apache Axis
• Contract-First versus Contract-Last
• Web Service Implementation in Axis
• Code Server and Client
• Run the Server and Client
• Web Service Using Spring
• Spring-WS—A Primer
• Web Service Implementation in Spring
• Code Server and Client
• web.xml
• Run the Server and Client
• Web Service Using XFire
• Web Service Implementation in XFire
• Code Server and Client
• Run the Server and Client
• Summary

• Chapter 4: Data and Services—All Roads Lead to Enterprise Service Bus
• JDO
• Why JDO?
• JPOX—Java Persistent Objects
• JDO Sample Using JPOX
• BDOM for the Sample
• Code BDOM Entities for JDO
• Build and Run the JDO Sample
• Data Services
• Service Data Objects
• Why SDO?
• SDO Architecture
• Apache Tuscany SDO
• SDO Sample Using Tuscany SDO
• Code the Sample Artifacts
• Build and Run the SDO Sample
• Service Component Architecture
• What is SCA?
• Apache Tuscany SCA Java
• SCA Sample Using Tuscany SCA Java
• Code the Sample Artifacts
• Build and Run the SCA Sample
• Message-Oriented Middleware
• What is MOM?
• Benefits of Using MOM
• Enterprise Service Bus
• EAI and ESB
• Java Business Integration
• OpenESB
• Summary

• Chapter 5: Traditional Integration Technology
• Case Study #1—Based on EAI
• Customer Information
• Business Need
• Solution
• Hub and Spoke Architecture
• Goals Achieved
• Goal #1—Integration between Internal Business Processes and Business Partners
• Goal #2—Avoid Duplicity
• Goal #3—Achieve Re-Usability, Flexibility, and Scalability
• Goal #4—Platform Independence
• Goal #5—Setting up Messaging Exchange
• Goal #6—Less Manual Intervention
• Goal #7—Cost Effective
• EAI Drawbacks
• Proprietary Architecture
• Messaging Bottlenecks
• Tight Coupling
• Non-Flexible Architecture
• Manpower
• SOA to Rescue
• Case Study #2—Based on SOA
• Step One—Defining Organization Assets
• Step Two—Generate Services
• Information is eXtensible
• Information Represented in Textual Form
• Information is Structured
• Platform Independency
• Step Three—Model
• Co-relation of Events
• Co-relation of Services and Information
• Step Four—Integrate
• ESB—Enterprise Service Bus
• Goals Achieved
• Goal #1—Proprietary Architecture
• Goal #2—Eliminating Messaging Bottlenecks
• Goal #3—Loose Coupling of Applications
• Goal #4—Flexible Architecture
• Goal #5—Return On Investment (ROI)
• Summary

• Chapter 6: Goals We Can Achieve with SOA
• Loose Coupling
• Reusability
• Seamless Integration
• Return on Investment (ROI)
• Summary

• Index