The project’s architect has provided you with a design diagram that identifies the key components
of the new insurance system. From the diagram, you can clearly see that JMS will be used as the
communication channel between several applications. Identify four tasks that you may need to
perform to support this design.
A.
Create a JMS server
B.
Create a JMS message template
C.
Add JMS destinations to a JMS module
D.
Add a JMS module to a JMS factory
E.
Target JMS destinations to JMS servers
F.
Target a JMS server to a WebLogic Server
G.
Target a JMS module to a JMS store
Explanation:
A: If necessary, create a JMS server to target the JMS module.
F: Target the JMS Server to a weblogic server
Note: The major components of the WebLogic JMS Server architecture:
* JMS servers that can host a defined set of modules and any associated persistent storage that
reside on a WebLogic Server instance.
* JMS modules contains configuration resources (such as queues, topics, and connections
factories) and are defined by XML documents that conform to the weblogic-jms.xsd schema.
* Client JMS applications that either produce messages to destinations or consume messages
from destinations.
* JNDI (Java Naming and Directory Interface), which provides a resource lookup facility. JMS
resources such as connection factories and destinations are configured with a JNDI name. The
runtime implementations of these resources are then bound into JNDI using the given names.
* WebLogic persistent storage (file store or JDBC-accessible) for storing persistent message data.
Reference: Understanding WebLogic JMS
A,C,E,F
oracle training manual page 15-16,15-26,15-30