PassTestの1z1-434問題集はPDF版、Desktop Test Engine、Online Test Engineの3つの形式から学習スタイルに合わせて選べます。印刷して手元で確認したい方も、Oracle SOA Suite 12c Essentialsの本番環境を再現した模擬試験で腕試ししたい方も、自分に合った方法で84問の演習に取り組めます。

Oracle 1z1-434 試験概要:

Oracle 1z1-434 試験シラバストピック:

Oracle 1z1-434 試験 Q&A まとめ

Oracle SOA Suite 12c Essentials 認定 1z1-434 試験問題：

問題 #1

You pass some data from a process variable as a parameter into a human task. At a later time, the variable is then updated in a parallel stream of execution in the BPEL process while the human task is still executing before it is actioned by the assignee.
What does the assignee see after opening the task in the workspace and looking at the parameter?

A. The parameter contains the values of the process variable as it is at the current time (that is, when the user opened the human task in the workspace).
B. The parameter is empty and the task must be restarted to pick up the new values of the process variable.
C. The parameter contains the values of the process variable as it was when the task was created.
D. It is not possible to determine what the assignee sees from the information provided.

問題 #2

Which three are proper applications of Oracle Service Bus?

A. A request for a background check is conditionally routed between multiple third-party validation services with different service-level agreements. Remediation must be handled if any one of the validation service calls fails.
B. A request is transformed and routed to an appropriate service endpoint based on the content of the request message. All complexity of the supporting runtimeprotocol selection is hidden
C. A request containing a complex family tree is validated before being routed to an existing genealogy service. Recursive logic is implemented to validate that all relationships in the tree are consistent.
D. A request for a large graphics job is split into smaller pieces that are processed in parallel by an existing rendering service. After all of the pieces have been processed, the results are joined to create a single response.
E. An existing Java web service is made available to clients running transports and protocols not originally planned by the original developers. No modifications to the web service implementation are required.

問題 #3

You defined an event. You now want to trigger that event from an existing Mediator component.
How do you link the event to the Mediator so that the Mediator can raise the event to the Event Delivery Network (EDN)?

A. Use the SOA Composite Editor to add a raise action to the Mediator's.mplanspecification file.
B. Use Enterprise Manager to associate the Mediator with the appropriate event.
C. Use the SOA composite editor to specify the event as a property on the incoming wire into the Mediator component.
D. Use a text editor to modify the .edlfile that defines the event so that the Mediator is identified as a publisher.

問題 #4

Which dashboard should you use to gauge the overall efficiency of a user for a specific process?

A. a custom dashboard
B. workload per process on a standard dashboard
C. performance per participant on a standard dashboard
D. workload per participant on a standard dashboard

問題 #5

Composite X invokes an outbound DB adapter to write data to a database table. You have configured JCA retry at the binding component as follows: <property name = "jca.retry.count" type="xs:int" many="false"
override ="may">2</property>
<property name = "jca.retry.interval" type="xs:int" many="false"
override ="may">2</property>
You have also modeled a fault policy to retry the invocation three times in case of remoteFault as follows:
<retryCount>3<retryCount>
<retryInterval>3<retryInterval>
What happens when the database that is being accessed by the above binding component goes down?

A. The invocation is retried for a total of six times every two seconds.
B. The invocation is retried for a total of six times every three seconds.
C. The fault policy retries occur within the JCA retries. So, two JCA retries are executed two seconds apart. Within each fault policy retry, two JCA retries are executed two seconds apart.
D. The invocation is retried for a total of two times every two seconds. Fault policy reties are ignored.

解説：