Book Image

Service Oriented Java Business Integration

Book Image

Service Oriented Java Business Integration

Overview of this book

Related Content you might be interested in

Current Title:

Small book image
Service Oriented Java Business Integration
Mar, 2008 | 436 pages
No titles found
Table of Contents (23 chapters)
Service Oriented Java Business Integration
Service Oriented Java Business Integration
Credits
Credits
About the Author
About the Author
Acknowledgement
Acknowledgement
About the Reviewers
About the Reviewers
Preface
Preface
Free Chapter
1
Why Enterprise Service Bus
Why Enterprise Service Bus
Boundary-Less Organization
Integration
Integration Architectures
Enterprise Service Bus versus Message Bus
Making the Business Case for ESB
Enterprise Service Bus
Summary
2
Java Business Integration
Java Business Integration
SOA—The Motto
JBI in J2EE—How they Relate
JBI in Detail
Provider—Consumer Contract
Message Exchange Patterns (MEP)
ESB—Will it Solve all Our Pain Points
Summary
3
JBI Container—ServiceMix
JBI Container—ServiceMix
ServiceMix—Under the Hood
ServiceMix Architecture
Other ESBs
Installing ServiceMix
ServiceMix Components—a Synopsis
Your First JBI Sample—Binding an External HTTP Service
Summary
4
Binding— The Conventional Way
Binding— The Conventional Way
Binding—What it Means
Apache SOAP Binding
Sample Bind a Stateless EJB Service to Apache SOAP
Summary
5
Some XFire Binding Tools
Some XFire Binding Tools
Binding in XFire
Web Service Using XFireConfigurableServlet
Web Service using XFire Spring XFireExporter
Web Service Using XFire Spring Jsr181 Handler
XFire Export and Bind EJB
XFire for Lightweight Integration
Summary
6
JBI Packaging and Deployment
JBI Packaging and Deployment
Packaging in ServiceMix
Deployment in ServiceMix
Packaging and Deployment Sample
Running the Packaging and Deployment Sample
Summary
7
Developing JBI Components
Developing JBI Components
Need for Custom JBI Components
ServiceMix Component Helper Classes
Create, Deploy, and Run JBI Component
Summary
8
Binding EJB in a JBI Container
Binding EJB in a JBI Container
Component versus Services
Binding EJB Sample
Reconciling EJB Resources
Summary
9
POJO Binding Using JSR181
POJO Binding Using JSR181
POJO
ServiceMix servicemix-jsr181
POJO Binding Sample
Accessing JBI Bus Sample
Summary
10
Bind Web Services in ESB—Web Services Gateway
Bind Web Services in ESB—Web Services Gateway
Web Services
HTTP
ServiceMix's servicemix-http
Web Service Binding Sample
Summary
11
Access Web Services Using the JMS Channel
Access Web Services Using the JMS Channel
JMS
Web Service and JMS
JMS in ServiceMix
Protocol Bridge
Web Service in the JMS Channel Binding Sample
Summary
12
Java XML Binding using XStream
Java XML Binding using XStream
Java XML Binding
XStream in a Normalized Message Router Sample
Summary
13
JBI Proxy
JBI Proxy
Proxy—A Primer
ServiceMix JBI Proxy
JBI Proxy Sample Implementing Compatible Interface
JBI Proxy Sample implementing In-Compatible interface
Invoke External Web Service from the ServiceMix Sample
Summary
14
Web Service Versioning
Web Service Versioning
Service Versioning—A Means to SOA
Strategy to Version Web Service
Web Service Versioning Approaches
Web Service Versioning Sample using ESB
Web Service Versioning Operational Perspective
Summary
15
Enterprise Integration Patterns in ESB
Enterprise Integration Patterns in ESB
Enterprise Integration Patterns
ServiceMix EAI Patterns
EAI Patterns—Code and Run Samples in ESB
Summary
16
Sample Service Aggregation
Sample Service Aggregation
Provision Service Order—Business Integration Sample
Summary
17
Transactions, Security, Clustering, and JMX
Transactions, Security, Clustering, and JMX
Cross Cutting Concerns—Support Inside ServiceMix
Sample Demonstrating Transaction
Sample demonstrating Security
Sample Demonstrating Clustering
Sample demonstrating JMX
Summary

JMS

JMS defines the standard for a reliable enterprise messaging, also referred to as MOM. Enterprise messaging provides a reliable and flexible mechanism for the loosely coupled (asynchronous) exchange of critical business data and events throughout an enterprise. The JMS API adds to this a common API and a provider framework that enables the development of portable, message-based applications in the Java programming language.

The JMS API enhances J2EE in the following ways:

  • Message-driven beans based on the JMS enable the asynchronous consumption of the JMS messages.

  • JMS message exchange can participate in the Java Transaction API (JTA) transactions.

  • The JCA interfaces allow JMS implementations from different vendors to be externally plugged into a J2EE environment.

Since MOM defines the backbone for many ESB implementations, JMS plays a critical role in Java-based ESB.

Previous Section
End of Section 2
Next Section