WA1520 Service Oriented Architecture (SOA) for z/OS Training and Courseware

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This course is designed for IT managers, planners and architects. The course presents an overview of SOA, describes the SOA reference architecture, and demonstrates how the existing and new z/OS applications can support the SOA framework. It highlights the new development tools and z/OS facilities for SOA-enabling z/OS applications and data access. It also provides several integration scenarios for access to CICS, IMS and DB2 applications and data.

What you will learn
	In this course the students will learn: SOA Fundamentals – what Service Oriented Architecture is How the business can benefit from SOA infrastructure – who needs SOA? Leading SOA vendors and their offerings What IBM has done to include the z/OS platform in the SOA model The SOA development methodology (SOAD) How to use the SOAD in z/OS environment for new applications How to integrate legacy applications using SOA (CICS, DB2, IMS and Batch) Best practices

Audience
	IT managers, Architects and planners responsible for software design, implementation and deployment in the z/OS environment.

Prerequisites
	The attendees should have a good understanding of the z/OS application environment and development facilities.

Duration
	2 days.

Course Outline

1. Course Outline
	Course Description SOA for z/OS Outline

2. SOA Fundamentals
	Objectives SOA in Context The SOA Umbrella Service Oriented Architecture What s a Service? Example Services Service Relationships/Roles Why SOA? SOA Helps Business Address SOA s Goal The Value of Transitioning from Applications to Services Is This a New Concept? Service Architecture Is About Services in SOA Interface Transparency SOA Enhancements Need for Integration Factors That Impact Integration Challenges of Integration Common Solution Implementations Channel Implementation Choices How SOA Does Integration Elements of a Service Defining Web services Web services and SOA Web services Value Add How Web services Work SOAP SOAP HTTP Request Example SOAP HTTP Response Example UDDI Challenges to Services Assembly Enterprise Service Bus (ESB) ESB Features SOA and BPM SOA and Business Process Implementation Example Business Process Traditional Integration Solution SOA & Business Process Challenges in Process Implementation Challenges in Process Implementation SOA Capabilities SOA Standards Summary

3. Enterprise Service Bus (ESB)
	Objectives Service Oriented Architecture (SOA) Service Invocation Business Process Enterprise Service Bus (ESB) Legacy System Integration Unsupported Protocol The Role of ESB in SOA ESB: Software Artifacts ESB - Software Artifacts Business Process Business Process: Example Minimum ESB Capabilities Minimum ESB Capabilities: Integration Minimum ESB Capabilities: Communication Minimum ESB Capabilities: Service Interaction Minimum ESB Capabilities: Management Security and ESB Summary

4. Advantages of SOA
	Objectives Learn By Example Traditional EAI Approach Problems with Traditional EAI Approach Enter Service Oriented Architecture (SOA) Build the Services Build the Process We Can Easily Change the Process Change Flow Using Legacy Approach Replacing an Application Other Advantages Business Advantages Adoption Stages SOA vs. Client Server Architecture SOA vs. Internet Architecture SOA vs. Web services Research Savings: Example 1 Savings: Example 2 Savings: Example 3 Summary

5. Software Platform for SOA
	Objectives SOA Development Iteration Types of Software Needed to Support SOA Oracle SOA Suite IBM Software Offering IBM WebSphere Process Server IBM IT Service Management (ITSM) Tools TIBCO BusinessWorks TIBCO SmartMapper webMethods Fabric webMethods: Enterprise Service Platform (ESP) webMethods: Business Process Management (BPM) webMethods: Business Activity Monitoring (BAM) webMethods: Composite Application Development WebLogic Integration Microsoft BizTalk Server 2006 Windows Workflow Foundation (WF) Summary

6. J2EE and WebSphere Overview
	Objectives What is Java? What is J2EE? The J2EE Specifications Role of Application Server What is a Servlet? Servlet Execution What is a JSP? JSP Code Sample What is an EJB? EJB Types EJB Examples Model-View-Controller Architecture MVC An Example Containers J2EE Blueprint J2EE Vendor Specifications Containers J2EE Blueprint Services JDBC Data Sources Java Naming and Directory Interface Java Message Service JavaMail J2EE Connector Architecture Java Transaction API Security Lifecycle Management WebSphere Architecture WebSphere Platform Base Edition Base Edition Other WAS Editions IBM HTTP Server ESB Products Other Products J2EE and WebSphere Overview Questions J2EE and WebSphere Overview Answers Reference

7. Justifying SOA on z/OS
	Section - Outline Why SOA on z/OS? Development Resource Pool Services and mainframe transactions Three key objectives for SOA on System z Web to 3270 Access Mapping Enabling Mainframe Resources for SOA Enabling Mainframe Application for SOA Three Styles of Application Transformation Three Development Approaches zSeries Developer s Roadmap for SOA

8. Enabling Legacy Systems
	Section - Outline SOA Enabled IBM Transactional Runtimes Web Services and CICS/TS Web Services and IMS V9 Web Services and DB/2 - WORF DB2 - Web Service Provider / Consumer SOA on z/OS Development Tools SOA on z/OS WDz XSE WDz Service Flow Modeler SOA on z/OS Compiler support Enabling z/OS for SOA - Summary

9. WebSphere Application Server V6
	Section - Outline WebSphere Application Server for z/OS Web Servers and Application Servers Web Server Integration Web Application Server and J2EE WebSphere Application Server for z/OS WAS Releases WAS for z/OS Structure WAS and Web Services WAS and Web Services - HTTP WAS and Web Services - JMS WAS Review Questions WAS Review Answers WAS - Summary Reference

10. WebSphere MQ - Introduction
	Section - Outline Concepts / Definitions Accessing WMQ From Applications Local and Remote Queues WMQ Client / Server Implementations WMQ Supported Platforms WMQ for z/OS Single System View WMQ for z/OS Network View Point-to-Point Messaging Applications Design Publish / Subscribe Messaging Model WMQ System Connectivity Solutions WebSphere MQ transport for SOAP WMQ System Connectivity Summary

11. Enabling CICS/TS Applications
	Section - Outline CICS/TS Single System View CICS/TS Application View CICS/TS Network View CICS/TS Connectivity CICS/TS V3.1 Web Connectivity CICS/TS Web Services (SOAP) Support CICS/TS V3.1 SOAP Interface CICS/TS SOAP Interface Architecture CICS/TS SOAP Support Components CICS/TS SOAP - TCPIPSERVICE definition CICS/TS SOAP - PIPELINE definition CICS/TS SOAP - WEBSERVICE definition CICS/TS SOAP URIMAP Definition CICS/TS SOAP WSBind File CICS/TS SOAP Outbound Request CICS/TS SOAP Using WDz Sample WSDL 1 of 2 Sample WSDL 2 of 2 Enabling CICS/TS for J2EE Enabling CICS/TS Applications Using CTG Enabling CICS Applications Using HATS Enabling CICS Applications via JMS Enabling CICS for SOA - Summary

12. Enabling DB2 Applications and Data
	Section - Outline Accessing DB2 V9 for z/OS Using DB2 Stored Procedures Running DB2 Stored Procedures Using DB2 User Defined Function UDF J2EE Access to DB2 for z/OS J2EE Access to DB2 V9 for z/OS Enabling DB2 for J2EE Web Services and DB/2 for z/OS DB2 - Web Service Provider / Consumer Web Services Object Runtime Framework - WORF WORF and DADx WORF and DADx Development WORF and DADx Using WORF to Access DB2 on z/OS DB2 Web Service Provider / Consumer DB2 Web Service Provider DB2 Web Service Consumer DB2 Web Service Consumer Including DB2 in a Federated DB Access Accessing z/OS via DB2 Connect DB2 Connect EE Enabling DB2 for SOA - Summary

13. Enabling IMS Applications and Data
	Section - Outline IMS V9 - z/OS Components IMS V9 z/OS Components - ODBA IMS V9 z/OS Components - OTMA IMS OTMA IMS V9 z/OS Components - IMS Connect IMS Connect and OTMA IMS V9 SOAP Interface IMS V9 SOAP Gateway Web Services and IMS V9 Deploy to IMS SOAP Gateway Enabling IMS for J2EE Enabling IMS for J2EE Including IMS in a Federated DB Access Enabling IMS Applications Using HATS Enabling IMS Applications Using MFS Web Enablement IMS MFS Web Enablement Enabling IMS Applications via JMS Enabling IMS Applications via JMS Enabling IMS for SOA - Summary

14. SOA for z/OS - Summary
	Section Outline Enabling z/OS for SOA - Approaches Enabling z/OS for SOA - Applications CICS/TS V3.1 Web Connectivity IMS TM Applications - Web Connectivity Enabling Business Logic or User Interface Enabling Access to z/OS Data Other Considerations Other Considerations Enabling z/OS for SOA - Summary

We regularly offer classes in these and other cities. Atlanta, Austin, Baltimore, Calgary, Chicago, Cleveland, Dallas, Denver, Detroit, Houston, Jacksonville, Miami, Montreal, New York City, Orlando, Ottawa, Philadelphia, Phoenix, Pittsburgh, Seattle, Toronto, Vancouver, Washington DC.