This course will provide each participant with an in-depth and comprehensive understanding of the Service-Oriented Architecture and event-driven environment. This course will focus on the concept of SOA environment, SOA components, development of Web services, using MQ-enabled services, utilization of JMS, administering JMS environment, depict the role of the Enterprise Service Bus using the WebSphere Message Broker, security integration, building publisher and subscriber applications, durable and non-durable event processing, using adapter components, leveraging legacy applications, development of SOA components using WebSphere Integration Developer and RSA, deployment of client proxies and overall lifecycle management process.

All aspects of this class will incorporate the specific architecture of client to illustrate the implementation of these techniques.

Prerequisites

Each student should have an understanding of application development and basic web-based development methodologies.

Class Format

Lecture / Lab

Audience

Designed for legacy developers, project leaders, IT architects and other technical individuals that need to understand how to develop and implement SOA and event-driven architectures.

Learning Objectives

After completing this course, the student should be able to:

• Understand the role of the SOA architecture
• Depict the major factors in event-driven environment
• Develop and deploy Web services using IBM framework
• Define the usage and role of XML, SOAP, WSDL and UDDI registries
• Deploy both the Publisher and Subscriber model types
• Demonstrate the enablement of MQ services
• Illustrate the implementation of an Enterprise Service Bus and the Message Broker
• Depict security issues related to Web Services (SAML, SSO, encryption and digital signatures)
• Use of client specific adapters for accessing legacy components
• Illustrate the capability to leverage mainframe applications
• Demonstrate the utilization of RAD/RSA or WID for creating, deploying and testing Web services
• Depict the integration of JMS into an SOA event architecture
• Demonstrate the client proxy components and their implementation