On Wednesday, I’m presenting on the topic of Enterprise Java at DCU (Dublin City University) , in conjunction with Trigraph.
I’ll blog later about bits and pieces of the slides (for commercial reasons I can’t publish the full set here), but the overview is below.
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Success or failure in your business depends on dealing with information faster and better than your competitors. This briefing shows you how Enterprise Java tools can do this and how to apply them to your organisation. Crucially, the briefing shows you when not to use Enterprise Java and details the alternative approaches.The briefing will give delegates an overview of the Java Web development environment, how to architect and distribute multi-tier applications and how to link these components with existing sources of information using Enterprise Application Integration (EAI). Most business have substantial investments in existing and legacy IT systems and the briefing will show how to integrate these with techniques such as JMS Messaging/ MQ Series, SOAP / XML or using the Java Connector Architecture (JCA).
As well as examining the main Java Application Server vendors (including Sun , IBM , Oracle , BEA and JBoss) the briefing will detail the technology stack that they offer. This stack includes Web presentation frameworks and SOA – Service Orientated Architecture at the Front end. In the middle (Business) layer this covers the capture of Business knowledge using Business Rule Engines and workflow (BPEL). At the back (Service) layer, this includes database integration using JDBC, and the Enterprise Service Bus (ESB).
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What Problem are we trying to solve?Where Java Fits in Enterprise Computing.
Enterprise Application Integration (EAI).
A Componentised & Connected Enterprise.
Enterprise Java Architecture Overview.
Enterprise Java Platform Roles.
Benefits to the Enterprise.
Alternatives (.Net , PHP , Oracle , Lightweight Java Frameworks , scripting)
Scripting Languages and Enterprise Java (Ruby, Python, Groovy)
Vendors (IBM, Oracle, Sun , Bea , JBoss and SAP)
Vendor Specific Solutions (e.g. Oracle Fusion / ADF , IBM MQ )
Market Trends – Resource availability (can we get the people to do this?)
Foundation Technologies & Techniques.
Enterprise Web 2.0 and Service Orientated Aritecture (SOA).
Integrating with other Systems ( Legacy Systems, Oracle etc)
Enterprise Java Beans 3
Middleware (MOM, Rule Engines, Workflow)
Java on the (Enterprise) Desktop
Web Services / Enterprise Service Bus
Best practices (Code standards, Build standards, Version Control / Iterative Development / Junit)
UI Layer: HTML, Servlets, JSP, XML/XSLT.
XML’s Role in the Enterprise.
Application Tier: EJB, JNDI, JDBC, JDO.
Integration Technologies.
Java Connector Architecture- JCA
RMI, CORBA/IIOP, SOAP.
Security – Application and Server Level
Java Access & Authorization Service (JAAS).
Object-Orientation & UML.
Design Patterns.
Frameworks (Struts , JSF, ADF, DWR, Spring, Hibernate)
.Net interoperability
Enterprise Java Application Architectures.
Overview of Enterprise Application Servers.
Commercial Application Servers.
Distributed Application Models with Enterprise Java.
Enterprise Java Application Server Basics.
How to Choose a Enterprise Java Application Server.
Enterprise Java Application Architecture.
Building a Enterprise Java Application.
Deploying the Application.
Enterprise Java & Your Business.
Planning for Migration.
First Steps.
The Implementation Plan.
Organisational Challenges.
What’s next for Enterprise Java?
Close.
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