Question # 1
| A Mule implementation uses a HTTP Request within an Unit Successful scope to connect
to an API.
How should a permanent error response like HTTP:UNAUTHORIZED be handle inside
Until Successful to reduce latency? | | A. Configure retrying until a MULERETRY_EXHAUSTED error is raised or the API
responds back with a successful response. | | B. In Until Successful configuration, set the retry count to 1 for error type HTTP:
UNAUTHORIZED. | | C. Put the HTTP Request inside a try scope in Unit Successful.
In the error handler, use On Error Continue to catch permanent errors like HTTP
UNAUTHORIZED. | | D. Put the HTTP Request inside a try scope in Unit Successful.
In the error handler, use On Error Propagate to catch permanent errors like HTTP
UNAUTHORIZED. |
C. Put the HTTP Request inside a try scope in Unit Successful.
In the error handler, use On Error Continue to catch permanent errors like HTTP
UNAUTHORIZED.
Explanation:
To handle a permanent error response like HTTP:UNAUTHORIZED inside
Until Successful, the developer should put the HTTP Request inside a try scope in Unit
Successful, and use On Error Continue to catch permanent errors like HTTP
UNAUTHORIZED in the error handler. This way, the developer can avoid retrying requests
that will always fail due to a permanent error, and reduce latency. On Error Continue allows
the flow to continue processing after handling the error. References:
https://docs.mulesoft.com/mule-runtime/4.3/until-successful-scope
https://docs.mulesoft.com/mule-runtime/4.3/on-error-continue-concept
Question # 2
| A scatter-gather router is configured with four routes:Route A, B, C and D.
Route C false.
| | A. Error,errorMesage.payload.results [‘2’] | | B. Payload failures[‘2’] | | C. Error,errorMessage,payload.failures[‘2’] | | D. Payload [‘2’] |
A. Error,errorMesage.payload.results [‘2’]
Explanation:
The result of accessing route C failure is
Error,errorMessage,payload.failures[‘2’]. This is because a scatter-gather router returns an
aggregated message that contains an array of results from each route and an array of
failures from each route. The failures array contains error objects with information about
each failed route execution. To access route C failure, which is the third route (index 2), the
developer needs to use Error.errorMessage.payload.failures[‘2’] expression. References:
https://docs.mulesoft.com/mule-runtime/4.3/scatter-gather-reference#scatter-gather-output
Question # 3
| A Mule application deployed to multiple Cloudhub 2.0 replicas needs to temporarily persist
large files over 10MB between flow executions, and routinely needs to query whether the
file data exists on separate executions.
How can this be achieved? | | A. Store the contents of the file on separate storage, and store the key and location of the
file Object using Object Store v2 | | B. Use an in-memory Object Store | | C. Store the key and full contents of the file in an Object Store | | D. Store the key and full contents of the file, caching the filename and location between
requests |
A. Store the contents of the file on separate storage, and store the key and location of the
file Object using Object Store v2
Explanation:
To temporarily persist large files over 10MB between flow executions, and
routinely query whether the file data exists on separate executions, the developer should
store the contents of the file on separate storage, and store the key and location of the file
object using Object Store v2. This way, the developer can avoid storing large files in
memory or exceeding the size limit of Object Store v2 (10MB per object). The developer
can also use Object Store v2 operations to query, retrieve, or delete the file object by its
key.
References:
https://docs.mulesoft.com/object-store/osv2-faq#can-i-store-files-inobject-store-v2
Question # 4
| A mule application exposes and API for creating payments. An Operations team wants to
ensure that the Payment API is up and running at all times in production.
Which approach should be used to test that the payment API is working in production? | | A. Create a health check endpoint that listens on a separate port and uses a separate
HTTP Listener configuration from the API | | B. Configure the application to send health data to an external system | | C. Create a health check endpoint that reuses the same port number and HTTP Listener
configuration as the API itself | | D. Monitor the Payment API directly sending real customer payment data |
A. Create a health check endpoint that listens on a separate port and uses a separate
HTTP Listener configuration from the API
Explanation:
To test that the payment API is working in production, the developer should
create a health check endpoint that listens on a separate port and uses a separate HTTP
Listener configuration from the API. This way, the developer can isolate the health check
endpoint from the API traffic and avoid affecting the performance or availability of the API.
The health check endpoint should return a simple response that indicates the status of the
API, such as OK or ERROR.
References: https://docs.mulesoft.com/api-functionalmonitoring/afm-create-monitor#create-a-monitor
Question # 5
| What is the MuleSoft recommended method to encrypt sensitive property data? | | A. The encryption key and sensitive data should be different for each environment | | B. The encryption key should be identical for all environments | | C. The encryption key should be identical for all environments and the sensitive data should be different for each environment | | D. The encryption key should be different for each environment and the sensitive data should be the same for all environments |
A. The encryption key and sensitive data should be different for each environment
Explanation:
The MuleSoft recommended method to encrypt sensitive property data is to use the Secure Properties Tool that comes with Anypoint Studio. This tool allows encrypting properties files with a secret key and then decrypting them at runtime using the same key. The encryption key and sensitive data should be different for each environment to ensure security and avoid accidental exposure of sensitive data. References: https://docs.mulesoft.com/mule-runtime/4.3/secure-configuration-properties
Question # 6
A Mule application includes a subflow containing a Scatter.Gather scope. Within each log
of the Scatter.Gatter. an HTTP connector calls a PUT endpoint to modify records in
different upstream system. The subflow is called inside an Unit successful scope to retry if
a transitory exception is raised.
A technical spike is being performed to increase reliability of the Mule application.
Which steps should be performed within the Mule flow above the ensure idempontent
behavior?
| | A. Change the PUT requests inside the Scatter-Gather to POST requests | | B. Ensure an error-handling flow performs corrective actions to roll back all changes if any
leg of the Scatter-Gather fails | | C. Remove the Put requests from the Scatter-Getter and perform them sequentially | | D. None, the flow already exhibits idempotent behavior |
B. Ensure an error-handling flow performs corrective actions to roll back all changes if any
leg of the Scatter-Gather fails
Explanation:
To ensure idempotent behavior within a Mule flow that contains a subflow
with a Scatter-Gather scope, the developer should ensure an error-handling flow performs
corrective actions to roll back all changes if any leg of the Scatter-Gather fails.
Idempotency means that multiple identical requests have the same effect as a single
request. Therefore, if one of the HTTP requests inside the Scatter-Gather fails, the errorhandling flow should undo any changes made by other successful requests to ensure
consistency and avoid partial updates.
References:
https://docs.mulesoft.com/muleruntime/4.3/scatter-gather-concept
https://docs.mulesoft.com/mule-runtime/4.3/errorhandling
Question # 7
| The Center for Enablement team published a common application as a reusable module to
the central Nexus repository.
How can the common application be included in all API implementations? | | A. Download the common application from Naxus and copy it to the src/main/resources
folder in the API | | B. Copy the common application’s source XML file and out it in a new flow file in the
src/main/mule folder | | C. Add a Maven dependency in the PCM file with multiple-plugin as | | D. Add a Maven dependency in the POM file with jar as |
D. Add a Maven dependency in the POM file with jar as
Explanation:
To include a common application as a reusable module in all API
implementations, the developer should add a Maven dependency in the POM file with jar
as . This way, the developer can reuse Mule code from another application by
packaging it as a JAR file and adding it as a dependency in the POM file of the API
implementation. The classifier element specifies that it is a JAR file.
References:
https://docs.mulesoft.com/mule-runtime/4.3/mmp-concept#add-a-maven-dependency-tothe-pom-file
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