Get 1z0-599 Dumps : Verified Oracle WebLogic Server 12c Essentials

The JRockit JVM is included in all Oracle WebLogic products – Oracle WebLogic Server Standard Edition, Oracle WebLogic Enterprise Edition, WebLogic Suite, and Oracle WebLogic Application Grid. JRockit will also be used across the Oracle Fusion Middleware and Oracle Applications product families, with the certification process happening over the coming months. For current status, see the certification matrices available from Oracle Metalink.

C:

* A WebLogic Messaging Bridge communicates with the configured source and target bridge destinations. For each mapping of a source destination to a target destination, you must configure a messaging bridge instance. Each messaging bridge instance defines the source and target destination for the mapping, a message filtering selector, a QOS, transaction semantics, and various reconnection parameters.

Note:

* In your JMS Foreign Server configuration:

/ Specify oracle.jms.AQjmsInitialContextFactory as the JNDI Initial Context Factory.

/ Configure the JDBC data sources needed for your application environment.

Support Workbench is a feature where, on identification of a problem, targeted diagnostics data is dumped in a well-known format and location, for further analysis by administrators, Oracle Support and development. In case of Support Workbench for FMW, this feature works for Weblogic Server Targets.

fair-share-request-class—Specifies the average thread-use time required to process requests. The default fair share value is 50.

For example, assume that WebLogic Server is running two modules. The Work Manager for ModuleA specifies a fair-share-request-class of 80 and the Work Manager for ModuleB specifies a fair-share-request-class of 20.

During a period of sufficient demand, with a steady stream of requests for each module such that the number requests exceed the number of threads, WebLogic Server will allocate 80% and 20% of the thread-usage time to ModuleA and ModuleB, respectively.

* Example:

lowpriority_workmanager

low_priority

10

highpriority_workmanager

high_priority

100

Note:

* A request class expresses a scheduling guideline that WebLogic Server uses to allocate threads to requests. Request classes help ensure that high priority work is scheduled before less important work, even if the high priority work is submitted after the lower priority work.

Incorrect:

Not C: response-time-request-class—Specifies a response time goal in milliseconds. Response time goals are not applied to individual requests. Instead, WebLogic Server computes a tolerable waiting time for requests with that class by subtracting the observed average thread use time from the response time goal, and schedules requests so that the average wait for requests with the class is proportional to its tolerable waiting time.

Not A, D: Not related to thread constraints.

For example, assume that WebLogic Server is running two modules. The Work Manager for ModuleA specifies a fair-share-request-class of 80 and the Work Manager for ModuleB specifies a fair-share-request-class of 20.

Note:

* Example

If you have additional Coherence caches running on Coherence*Web, then you must merge the cache configuration information (typically defined in the coherence-cache-config.xml file) with the session configuration contained in the session-cache-config.xml file. The cache and session configuration must be consistent across WebLogic Server and Coherence cache servers.