Free Oracle 1Z0-134 Exam Dumps and 1Z0-134 Exam Questions

Question No: 1

MultipleChoice

In your production environment, you have deployed an application that is accessing a registered Java EE shared library as well as an application deployment plan. In addition, both the library and the application annotations for some of their configuration properties. You are attempting to understand the current state of the properties that have been used in this deployment.

From greatest to least, what is the correct order of precedence that is used by WebLogic Server when applying configuration properties during deployment? (Choose the best answer.)

Options

ADeployment Plan, Application descriptors, Library descriptors, Application annotations, Library annotations

BDeployment Plan, Application annotations, Library annotations, Application descriptors, Library descriptors

CDeployment Plan, Library descriptors, Application descriptors, Library annotations, Application annotations

DDeployment Plan, Application descriptors, Application annotations, Library descriptors, Library annotations

EDeployment Plan, Library descriptors, Library annotations, Application descriptors, Application annotations

Question No: 2

MultipleChoice

Review the diagram below. It depicts the following:

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.)

Options

ACoherence*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.

BCoherence*Web stores sessions in a replicated cache on the back end and the request fails over to the new location automatically.

CCoherence*Web stores sessions in a shared disk cache on the back end and Coherence*Web automatically load balances requests.

DCoherence*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.

Question No: 3

MultipleChoice

Examine the domain diagram:

You are asked to write a WLST scrip that will print the current available heap size for server04.

Assuming:

Which two code options will accomplish this task? (Choose two.)

Options

Aconnect('weblogic','Welcome1','host00.acme.com:7001')domainRuntime()x = getMBean('/ServerRuntimes/server04/JVMRuntime/server04')print x.getHeapFreeCurrent()

Bconnect('weblogic','Welcome1','host02.acme.com:7201')serverRuntime()x = getMBean('/JVMRuntime/server04')print x.getHeapFreeCurrent()

Cconnect('weblogic','Welcome1','host00.acme.com:7001')serverRuntime()x = getMBean('/JVMRuntime/server04')print x.getHeapFreeCurrent()

DnmConnect('weblogic','Welcome1','host02.acme.com:5556')serverRuntimes()x=getMBean('/server04/JVMRuntime/server04')print x.getHeapFreeCurrent()

EnmConnect('weblogic','Welcome1','host00.acme.com:5556')domainRuntime()x=getMBean('/ServerRuntimes/server04/JVMRuntime/server04')print x.getHeapFreeCurrent()

Question No: 4

MultipleChoice

You are required to configure a Coherence cluster for a WebLogic domain. Review the image below for the architecture of the WebLogic domain.

The configuration represents the following:

Based on this configuration, what is the typical configuration of a Coherence cluster for this domain?

Options

ASingle Coherence cluster that includes both WebLogic clusters.EAR cluster is storage-disabled.GAR cluster is storage-enabled.

BSingle Coherence cluster that includes both WebLogic clusters/EAR cluster is storage-enabled.GAR cluster is storage-disabled.

CA Coherence cluster for each WebLogic cluster.EAR and GAR clusters use a replicated topology with storage enabled.

DSingle Coherence cluster that includes both WebLogic clusters.EAR and standalone GAR clusters are both storage-enabled.

Question No: 5

MultipleChoice

You are managing a WebLogic domain that has the default built-in diagnostic module configured for each server in the domain.

You have the following requirements:

What are two approaches you can apply to achieve this result? (Choose two.)

Options

AClone the built-in module, add now metrics to it, deactivate the existing module, and activate your new module.

BLeave the built-in module, create a new module and add metrics to it, and activate your new module alongside the built-in module.

CLeave the built-in module, create an external resource descriptor module and add metrics to it, and activate your new module alongside the built-in module.

DRemove the built-in module, create an external resource descriptor module and add built-in and new metrics to it, and activate your new module alongside the built-in module.

Question No: 6

MultipleChoice

You are managing a WebLogic domain that has the default built-in diagnostic module configured for each server in the domain.

You have the following requirements:

You want to capture metrics that are not collected by any of the built-in diagnostic modules.

You want to continue capturing the metrics that are already captured by the existing built-in module.

You want your configuration to persist after the server is restarted.

What are two approaches you can apply to achieve this result? (Choose two.)

Options

AClone the built-in module, add now metrics to it, deactivate the existing module, and activate your new module.

BLeave the built-in module, create a new module and add metrics to it, and activate your new module alongside the built-in module.

CLeave the built-in module, create an external resource descriptor module and add metrics to it, and activate your new module alongside the built-in module.

DRemove the built-in module, create an external resource descriptor module and add built-in and new metrics to it, and activate your new module alongside the built-in module.

Question No: 7

MultipleChoice

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.)

Options

ACoherence*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.

BCoherence*Web stores sessions in a replicated cache on the back end and the request fails over to the new location automatically.

CCoherence*Web stores sessions in a shared disk cache on the back end and Coherence*Web automatically load balances requests.

DCoherence*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.

Question No: 8

MultipleChoice

You are required to configure a Coherence cluster for a WebLogic domain. Review the image below for the architecture of the WebLogic domain.

The configuration represents the following:

Two WebLogic clusters of n number of servers each

One cluster contains an EAR deployment that contains a WAR module and a GAR module

One cluster contains a GAR deployment

Application data flows into the cluster with the EAR deployment and then to the cluster with the standalone GAR deployment

Based on this configuration, what is the typical configuration of a Coherence cluster for this domain?

Options

ASingle Coherence cluster that includes both WebLogic clusters.EAR cluster is storage-disabled.GAR cluster is storage-enabled.

BSingle Coherence cluster that includes both WebLogic clusters/EAR cluster is storage-enabled.GAR cluster is storage-disabled.

CA Coherence cluster for each WebLogic cluster.EAR and GAR clusters use a replicated topology with storage enabled.

DSingle Coherence cluster that includes both WebLogic clusters.EAR and standalone GAR clusters are both storage-enabled.