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Salesforce-MuleSoft-Developer-II Practice Questions

Question # 1
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-functional-monitoring/afm-create-monitor#create-a-monitor



Question # 2
A Mule application need to invoice an API hosted by an external system to initiate a process. The external API takes anywhere between one minute and 24 hours to compute its process. Which implementation should be used to get response data from the external API after it completes processing?
A. Use an HTTP Connector to invoke the API and wait for a response
B. Use a Scheduler to check for a response every minute
C. Use an HTTP Connector inside Async scope to invoice the API and wait for a response
D. Expose an HTTP callback API in Mule and register it with the external system


D. Expose an HTTP callback API in Mule and register it with the external system

Explanation:

To get response data from the external API after it completes processing, the developer should expose an HTTP callback API in Mule and register it with the external system. This way, the external API can invoke the callback API with the response data when it is ready, instead of making the Mule application wait for a long time or poll for a response repeatedly. References: https://docs.mulesoft.com/mule-runtime/4.3/http-listenerref#callback


Question # 3
An organization uses CloudHub to deploy all of its applications. How can a common-global-handler flow be configured so that it can be reused across all of the organization’s deployed applications?
A. Create a Mule plugin project
Create a common-global-error-handler flow inside the plugin project.
Use this plugin as a dependency in all Mute applications.
Import that configuration file in Mute applications.
B. Create a common-global-error-handler flow in all Mule Applications Refer to it flow-ref wherever needed.
C. Create a Mule Plugin project
Create a common-global-error-handler flow inside the plugin project.
Use this plugin as a dependency in all Mule applications
D. Create a Mule daman project.
Create a common-global-error-handler flow inside the domain project.
Use this domain project as a dependency.


C. Create a Mule Plugin project
Create a common-global-error-handler flow inside the plugin project.
Use this plugin as a dependency in all Mule applications

Explanation:

To configure a common-global-handler flow that can be reused across all of the organization’s deployed applications, the developer should create a Mule Plugin project, create a common-global-error-handler flow inside the plugin project, and use this plugin as a dependency in all Mule applications. This way, the developer can import the common-global-error-handler flow in any application that needs it and avoid duplicating the error handling logic. References: https://docs.mulesoft.com/mule-runtime/4.3/errorhandling#global-error-handler


Question # 4
An order processing system is composed of multiple Mule application responsible for warehouse, sales and shipping. Each application communication using Anypoint MQ. Each message must be correlated against the original order ID for observability and tracing. How should a developer propagate the order ID as the correlation ID across each message?
A. Use the underlying HTTP request of Anypoint MQ to set the ‘X-CORRELATION_ID’ header to the order ID
B. Set a custom Anypoint MQ user property to propagate the order ID and set the correlation ID in the receiving applications.
C. Use the default correlation ID, Anypoint MQ will sutomatically propagate it.
D. Wrap all Anypoint MQ Publish operations within a With CorrelationID scope from the Tracing module, setting the correlation ID to the order ID



Explanation:

To propagate the order ID as the correlation ID across each message using Anypoint MQ, the developer should wrap all Anypoint MQ Publish operations within a With CorrelationID scope from the Tracing module, setting the correlation ID to the order ID. The With CorrelationID scope allows setting a custom correlation ID for any event that occurs within it. The Tracing module also enables distributed tracing across different Mule applications and services using Anypoint Monitoring.

References: https://docs.mulesoft.com/tracing-module/1.0/tracing-module-reference#with-correlation-id-scope https://docs.mulesoft.com/tracing-module/1.0/tracing-module-concepts



Question # 5
A developer deploys an API to CloudHub and applies an OAuth policy on API Manager. During testing, the API response is slow, so the developer reconfigures the API so that the out-of-the-box HTTP Caching policy is applied first, and the OAuth API policy is applied second. What will happen when an HTTP request is received?
A. In case of a cache hit, both the OAuth and HTTP Caching policies are evaluated; then the cached response is returned to the caller
B. In case of a cache it, only the HTTP Caching policy is evaluating; then the cached response is returned to the caller
C. In case of a cache miss, only the HTTP Caching policy is evaluated; then the API retrieves the data from the API implementation, and the policy stores the data to be cached in Object Store
D. In case of a cache miss, both the OAuth and HTTP Caching policies are evaluated; then the API retrieves the data from the API implementation, and the policy does not store the data in Object Store


B. In case of a cache it, only the HTTP Caching policy is evaluating; then the cached response is returned to the caller

Explanation:

When an HTTP request is received and the HTTP Caching policy is applied first, it checks if there is a cached response for that request in Object Store. If there is a cache hit, meaning that a valid cached response exists, then only the HTTP Caching policy is evaluated and the cached response is returned to the caller without invoking the OAuth policy or the API implementation. If there is a cache miss, meaning that no valid cached response exists, then both the HTTP Caching policy and the OAuth policy are evaluated before invoking the API implementation. References: https://docs.mulesoft.com/apimanager/2.x/http-caching-policy#policy-ordering


Question # 6
In a Mule project, Flow-1 contains a flow-ref to Flow-2 depends on data from Flow-1 to execute successfully. Which action ensures the test suites and test cases written for Flow-1 and Flow-2 will execute successfully?
A. Chain together the test suites and test cases for Flow-1 and Flow-2
B. Use ‘’Set Event to pass the input that is needed, and keep the test cases for Flow-1 and Flow-2 independent
C. Use ‘’Before Test Case’’ To collect data from Flow-1 test cases before running Flow-2 test cases
D. Use ‘After Test Case’ to produce the data needed from Flow-1 test cases to pass to Flow-2 test cases


B. Use ‘’Set Event to pass the input that is needed, and keep the test cases for Flow-1 and Flow-2 independent

Explanation: To ensure the test suites and test cases written for Flow-1 and Flow-2 will execute successfully, the developer should use a Set Event processor to pass the input that is needed by Flow-2, and keep the test cases for Flow-1 and Flow-2 independent. This way, the developer can isolate the testing of each flow and avoid coupling them together.

References: https://docs.mulesoft.com/munit/2.3/munit-test-flow


Question # 7
A company deploys 10 public APIs to CloudHub. Each API has its individual health endpoint defined. The platform operation team wants to configure API Functional Monitoring to monitor the health of the APIs periodically while minimizing operational overhead and cost. How should API Functional Monitoring be configured?
A. From one public location with each API in its own schedule
B. From one private location with all 10 APIs in a single schedule
C. From one public location with all 10 APIs in a single schedule
D. From 10 public locations with each API in its own schedule


C. From one public location with all 10 APIs in a single schedule

Explanation:

To configure API Functional Monitoring to monitor the health of 10 public APIs periodically while minimizing operational overhead and cost, the developer should use one public location with all 10 APIs in a single schedule. A public location is a worker that runs in a CloudHub shared environment, which is cheaper and easier to maintain than a private location. A single schedule allows running all 10 APIs tests at the same time and frequency, which reduces complexity and resource consumption.

References:

https://docs.mulesoft.com/functional-monitoring/fm-create-monitor#create-a-monitor



Question # 8
Which command is used to convert a JKS keystore to PKCS12?
A. Keytool-importkeystore –srckeystore keystore p12-srcstoretype PKCS12 –destkeystore keystore.jks –deststoretype JKS
B. Keytool-importkeystore –srckeystore keystore p12-srcstoretype JKS –destkeystore keystore.p12 –deststoretype PKCS12
C. Keytool-importkeystore –srckeystore keystore jks-srcstoretype JKS –destkeystore keystore.p13 –deststoretype PKCS12
D. Keytool-importkeystore –srckeystore keystore jks-srcstoretype PKCS12 –destkeystore keystore.p12 –deststoretype JKS


B. Keytool-importkeystore –srckeystore keystore p12-srcstoretype JKS –destkeystore keystore.p12 –deststoretype PKCS12

Explanation:

To convert a JKS keystore to PKCS12, the developer needs to use the keytool-importkeystore command with the following options: -srckeystore keystore.jks -srcstoretype JKS -destkeystore keystore.p12 -deststoretype PKCS12. This command imports all entries from a source JKS keystore (keystore.jks) into a destination PKCS12 keystore (keystore.p12). References: https://docs.oracle.com/en/java/javase/11/tools/keytool.html#GUID-5990A2E4-78E3-47B7-AE75-6D1826259549



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Exam Name: Salesforce Certified MuleSoft Developer 2 (SU24)
Certification Name: Salesforce MuleSoft

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