1Z0-134 Online Practice Questions and Answers
You want to create a WebLogic Server (WLS) Work Manager with a Response Time Request Class of one second. You start to create the following WLST script:
Which two can replace the missing sequence to finish this script? (Choose two.)
A. cmo.addTarget(getMBean('/Servers/ManagedServer')) cd('edit:/SelfTuning/wls_domain/WorkManagers/MyWorkManager') cmo.setResponseTimeRequestClass(getMBean ('/SelfTuning/wls_domain/ResponseTimeRequestClasses/MyResponseTime'))
B. managedServer=getMBean('/Servers/ManagedServer') cmo.addTarget(managedServer) cmo.setWorkManaqer(getMBean('/SelfTuning/wls_domain/WorManagers/MyWorkManager'))
C. cd('edit:/Servers/ManagedServer') cmo.addTarget(getMBean ('/SelfTuning/wls_domain/ResponseTimeRequestClasses/MyResponseTime')) cmo.addTarget (getMBean('/SelfTuning/wls_domain/WorkManagers/MyWorkManager'))
D. managedServer=getMBean('/Servers/ManagedServer') cmo.addTarget(managedServer) cd('edit:/SelfTuning/wls_domain/WorkManagers/MyWorkManager') cmo.setResponseTimeRequestClass(getMBean ('/SelfTuning/wls_domain/ResponseTimeRequestClasses/MyResponseTime'))
E. cmo.addTarqet('/Servers/ManagedServer') cd('/SelfTuning/wls_domain/WorkManagers/MyWorkManager') cmo.setResponseTimeRequestClass ('/SelfTuning/wls_domain/ResponseTimeRequestClasses/MyResponseTime')
You are creating and configuring a production WebLogic Server (WLS) domain that is highly available. Which three WebLogic Server features allow you to best accomplish this requirement? (Choose three.)
A. Multiple standalone managed servers
B. Load Balancer
C. Cluster
D. DNS caching
E. Whole-server migration
F. Machine migration
You created a script to monitor your WebLogic Server WLS Execute Thread:
Here is a message in your ExecuteThread.log file:
What is the value of xxxx if the thread has been running a request for twenty minutes, assuming a default configuration?
A. SRANDBY
B. ACTIVE
C. STUCK
D. RUNNING
E. WAITING
F. ADMIN
G. FAILED
We find the JMSRedelivered header set for a particular message on the receiver.
In which two scenarios is this expected to happen? (Choose two.)
A. The application has already received the message, but did not acknowledge it.
B. The session's recover() method was called to restart the session beginning after the last acknowledged message.
C. The sender calls the redeliver() method for the message.
D. The sending application crashes after sending the message.
What does the WLST command pwd() do?
A. Displays the current location in the configuration or runtime bean hierarchy.
B. Displays the location in the file system where the current WLST session was launched.
C. Initiates an operation to change the current WLST user's password.
D. Prints the name of the current domain.
E. Prints the name of the current server.
You are concerned with messages being received systematically. You designed Message-Driven beans (MDB) to guarantee the most reliable way to consume messages.
In which three scenarios would JMS always redeliver a message? (Choose three.)
A. when the onMessaqe() method of the MDB throws a Java error
B. when the transaction the MDB participates in eventually fails and rolls back
C. when the onMessage() method fails to acknowledge the reception of the message
D. when messages are not being sent as part of a transaction
E. when messages are non-persistent
My JMS Server uses a persistent file store. I need to ensure that the size of the persistent store does not exceed 1GB.
Which option can I use to configure this? (Choose the best answer.)
A. Set the weblogic.store.FileSize to 1GB.
B. Set the weblogic.store.MaxFileSize to 1GB.
C. Set the weblogic.store.TotalFileSize to 1GB.
D. The file size limit must be configured at the operating system level.
Review the diagram below. It depicts the following:
A WebLogic domain that consists of two WebLogic clusters that are each included in a Coherence cluster The Coherence cluster includes a configuration for Coherence*Web HTTP session storage An application deployed on cluster 1 that is configured to use Coherence*Web A client is using a web browser to interact with the application on cluster 1 (via a proxy) The client's HTTP session is stored by Coherence*Web on the server in the upper right-hand corner The server where the client's HTTP session is stored crashes Assuming the next request for an HTTP session attribute is a new attribute that is not stored in a near-cache, the client's session attribute is fetched from the remaining storage-enabled server in cluster 2.
Why is the session attribute retrieved from this other server's cache? (Choose the best answer.)
A. Coherence*Web stores sessions in a distributed cache on the back end and the request fails over to the new location after partition re-balancing takes place.
B. Coherence*Web stores sessions in a replicated cache on the back end and the request fails over to the new location automatically.
C. Coherence*Web stores sessions in a shared disk cache on the back end and Coherence*Web automatically load balances requests.
D. Coherence*Web stores sessions in a cache that is backed by a database cache loader. The data is fetched from the database and placed into the cache on the new server.
Which three types of information can an Extension Template contain? (Choose three.)
A. JMS
B. JDBC
C. sample applications
D. servers
E. clusters
F. machines
G. administration username and password
One server in your WebLogic domain is experiencing a problem. You want to use the WebLogic Diagnostic
Framework (WLDF) to diagnose the problem. The default built-in WLDF module is currently configured on
the server, but it does not capture the metrics you need.
You have the following requirements:
You do not want to delete the existing module.
You want to minimize metric data output while troubleshooting the issue.
You want to focus your analysis on only the server that is experiencing the problem.
What WLDF configuration would achieve this result? (Choose the best answer.)
A. Create a new module and add metrics to it, target the new module to the server with the problem, and then activate the new module alongside the existing module.
B. Deactivate the existing module, create a new module and add metrics to it, set an instance parameter to the server with the problem, and then activate the new module.
C. Deactivate the existing module, create a new module and add metrics to it, target the new module to the cluster with the problem, and then activate the new module.
D. Deactivate the existing module, create a new module and add metrics to it, target the new module to the server with the problem, and then activate the new module.