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MuleSoft MCD-Level-2 Test Dumps

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Question # 1



An order processing system is composed of multiple Mule application responsible for warehouse, sales and shipping. Each application communication usingAnypoint 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 orderID
B. Set a custom Anypoint MQ user propertyto 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



D.
  Wrap all Anypoint MQ Publish operations within a With CorrelationID scope from the Tracing module, setting the correlation ID to the order ID





Question # 2



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 Cachingpolicies 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





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/error-handling#global-error-handler





Question # 4



A Mule application deployed to a standardalone Mule runtime uses VM queues to publish messages to be consumed asynchronously by another flow. In the case of a system failure, what will happen to in-flight messages in the VM queues that have been consumed?

A.

For nay type of queue, the message will be processed after the system comes online

B.

For persistent queues, the message will be processed after the system comes online

C.

For transient queues, the message will be processed after the system comes online

D.

For any type of queue, the message will be lost




B.
  

For persistent queues, the message will be processed after the system comes online



Explanation:
In case of a system failure, in-flight messages in persistent VM queues that have been consumed will be processed after the system comes online. This is because persistent VM queues store messages on disk and guarantee delivery even if there is a system crash or restart. Therefore, any in-flight messages that have been consumed but not processed will be recovered from disk and processed when the system is back online.

References:
https://docs.mulesoft.com/mule-runtime/4.3/vm-connector#persistent-queues





Question # 5



Which statement is true when using XML SDK for creating custom message processors?

A.

Properties are fields defined by an end user of the XML SDK component and serve as a global configuration for the entire Mule project in which they are used

B.

An XML SDK provides both inbound and outbound operations

C.

Operations can be reused in recursive calls

D.

All operations are public




D.
  

All operations are public



Explanation:
When using XML SDK for creating custom message processors, all operations are public by default and can be used by any Mule application that imports them. There is no way to make an operation private or protected in XML SDK.

References: https://docs.mulesoft.com/mule-sdk/1.1/xml-sdk#operations





Question # 6



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 # 7



Which type of cache invalidation does the Cache scope support without having to write any additional code?

A.

Write-through invalidation

B.

White-behind invalidation

C.

Time to live

D.

Notification-based invalidation




C.
  

Time to live



The Cache scope supports time to live (TTL) as a cache invalidation strategy without having to write any additional code. TTL specifies how long the cached response is valid before it expires and needs to be refreshed. The Cache scope also supports custom invalidation strategies using MEL or DataWeave expressions.

References: https://docs.mulesoft.com/mule-runtime/4.3/cache-scope#cache_invalidation





Question # 8



Which statement is true when working with correlation IDS?

A.

The HTTP Listener regenerates correlation IDs regardless of the HTTP request

B.

The Anypoint MQ Connector automatically propagates correlation IDS

C.

The HTTP Listener generates correlation IDS unless a correlation ID is received in the HTTP request

D.

The VM Connector does not automatically propagate correction IDs




C.
  

The HTTP Listener generates correlation IDS unless a correlation ID is received in the HTTP request



Explanation:
When working with correlation IDs, the HTTP Listener generates correlation IDs unless a correlation ID is received in the HTTP request. In that case, it propagates the received correlation ID throughout the flow execution. Correlation IDs are used to track events across different flows or applications. 

References:
https://docs.mulesoft.com/mule-runtime/4.3/about-mule-message#message-attributes





Question # 9



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





Question # 10



When implementing a synchronous API where the event source is an HTTP Listener, a developer needs to return the same correlation ID back to the caller in the HTTP response header. How can this be achieved?

A.

Enable the auto-generate CorrelationID option when scaffolding the flow

B.

Enable the CorrelationID checkbox in the HTTP Listener configuration

C.

Configure a custom correlation policy

D.

NO action is needed as the correlation ID is returned to the caller in the response header by default




D.
  

NO action is needed as the correlation ID is returned to the caller in the response header by default



Explanation:
When implementing a synchronous API where the event source is an HTTP Listener, Mule automatically propagates some message attributes between flows via outbound and inbound properties. One of these attributes is correlation ID, which is returned to the caller in the response header by default as MULE_CORRELATION_ID. 

References:
https://docs.mulesoft.com/mule-runtime/4.3/about-mule-message#message-attributes




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MuleSoft Certified Developer - Level 2 (Mule 4) Exam Dumps


Exam Code: MCD-Level-2
Exam Name: MuleSoft Certified Developer - Level 2 (Mule 4)

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Questions People Ask About MCD-Level-2 Exam

MCD-Level-1, the MuleSoft Certified Developer - Level 1 (Mule 4), is designed for developers at the entry level, focusing on the basics of application development with MuleSoft's Anypoint Platform. In contrast, MCD-Level-2, the MuleSoft Certified Developer - Level 2 (Mule 4), is an advanced exam. It delves deeper into complex integration solutions, including APIs and Anypoint Platform’s advanced features.

MCD-Level-2 exam, focusing on advanced MuleSoft development, tests a range of key skills and concepts. It includes designing and building complex integrations using Mule 4, working with Anypoint Studio, and understanding MuleSoft's API-led connectivity approach. Candidates are assessed on their ability to create custom connectors, implement efficient error handling strategies, and utilize DataWeave for complex data transformations.

While having the MCD-Level-1 certification is strongly recommended by MuleSoft, it is not a mandatory prerequisite for taking the MCD-Level-2 exam. However, the MCD-Level-2 assumes a deeper understanding of MuleSoft concepts, which are usually acquired through hands-on experience or completing the MCD-Level-1 path.

MCD-Level-2 exam assumes a solid grasp of complex MuleSoft development. You should have hands-on experience building real-world integrations, including proficiency in error handling, transformations, advanced connector usage, and designing for scalability and maintainability.

MuleSoft offers several official training courses specifically tailored for MCD-Level-2 exam preparation:

  • MuleSoft U Development Advanced (Mule 4): A deeper dive for experienced developers going for the MCD-Level-2 certification.
  • Instructor-led Options: For those who prefer structured learning environments with support from an expert.

Achieving the MCD-Level-2 certification often leads to higher salaries for MuleSoft professionals. This advanced-level MuleSoft certification demonstrates a deep understanding and expertise in MuleSoft’s Anypoint Platform, making certified individuals highly valuable in the industry.

MCD-Level-2 stands out with its focus on the MuleSoft Anypoint Platform. It proves not just general API and integration concepts, but expertise in MuleSoft-specific design patterns, tools, and best practices.

While not the primary exam focus, the MCD-Level-2 could require familiarity with common MuleSoft connectors like database, file, or SaaS connectors. It's more about knowing how to effectively choose and configure the right connectors for various real-world integration scenarios, rather than memorizing every single connector in existence.