Question # 1
A mule application is deployed to a Single Cloudhub worker and the public URL appears in Runtime Manager as the APP URL.
Requests are sent by external web clients over the public internet to the mule application App url. Each of these requests routed to the HTTPS Listener event source of the running Mule application.
Later, the DevOps team edits some properties of this running Mule application in Runtime Manager.
Immediately after the new property values are applied in runtime manager, how is the current Mule application deployment affected and how will future web client requests to the Mule application be handled?
| A. Cloudhub will redeploy the Mule application to the OLD Cloudhub worker
New web client requests will RETURN AN ERROR until the Mule application is redeployed to the OLD Cloudhub worker
| | B. CloudHub will redeploy the Mule application to a NEW Cloudhub worker
New web client requests will RETURN AN ERROR until the NEW Cloudhub worker is available
| | C. Cloudhub will redeploy the Mule application to a NEW Cloudhub worker
New web client requests are ROUTED to the OLD Cloudhub worker until the NEW Cloudhub worker is available.
| | D. Cloudhub will redeploy the mule application to the OLD Cloudhub worker
New web client requests are ROUTED to the OLD Cloudhub worker BOTH before and after the Mule application is redeployed.
|
C. Cloudhub will redeploy the Mule application to a NEW Cloudhub worker
New web client requests are ROUTED to the OLD Cloudhub worker until the NEW Cloudhub worker is available.
Question # 2
| In which order are the API Client, API Implementation, and API interface components called in a typical REST request? | | A. API Client > API implementation > API Interface | | B. API interface > API Client > API Implementation | | C. API Client > API Interface > API implementation | | D. API Implementation > API Interface > API Client |
C. API Client > API Interface > API implementation
Explanation:
In a typical REST request, the order of interaction is:
API Client: The client initiates the request to access data or functionality exposed by the API.
API Interface: This represents the contract or the definition of the API, often specified in OpenAPI or RAML. It defines the endpoints, request/response formats, and other API details.
API Implementation: This is the actual backend logic that processes the request and returns the response. It interacts with databases, other services, or performs business logic to fulfill the request.
References:
Understanding REST APIs
API Design and Implementation
Question # 3
| A developer is examining the responses from a RESTful web service that is compliant with the Mypertext Transfer Protocol (HTTP/1.1) a8 defined by the Internet Engineering Task Force (IETF).
In this HTTP/1.1-compliant web service, which class of HTTP response status codes should be specified to indicate when client requests are successfully received, understood, and accepted by the web service?
| | A. 3xx | | B. 2xx | | C. 4xx | | D. 5xx |
B. 2xx
Explanation:
In an HTTP/1.1-compliant web service, the class of HTTP response status codes that indicates successful client requests is the 2xx class. These status codes signify that the client's request was successfully received, understood, and accepted by the web service. Common 2xx status codes include:
200 OK: The request was successful.
201 Created: The request was successful and a new resource was created.
202 Accepted: The request has been accepted for processing, but the processing is not yet complete.
Other status code classes like 3xx (redirection), 4xx (client errors), and 5xx (server errors) indicate different types of responses and do not signify successful request processing.
References
IETF RFC 2616: HTTP/1.1 Specification
HTTP Status Code Definitions
Question # 4
| An insurance company is implementing a MuleSoft API to get inventory details from the two vendors. Due to network issues, the invocations to vendor applications are getting timed-out intermittently. But the transactions are successful upon reprocessing
What is the most performant way of implementing this requirement? | A. Implement a scatter-gather scope to invoke the two vendor
applications on two different route
Use the Until-Successful scope to implement the retry mechanism
for timeout errors on each route
| B. Implement a Choice scope to invoke the two vendor applications on two different route
Use the try-catch scope to implement the retry mechanism for timeout errors on each route
| C. Implement a For-Each scope to invoke the two vendor applications
Use until successful scope to implement the retry mechanism for the timeout errors
| D. Implement Round-Robin scope to invoke the two vendor applications on two different routes
Use the Try-Catch scope to implement retry mechanism for timeout errors on each route
|
A. Implement a scatter-gather scope to invoke the two vendor
applications on two different route
Use the Until-Successful scope to implement the retry mechanism
for timeout errors on each route
Explanation:
The most performant way to handle intermittent network issues with vendor applications and ensure successful transaction reprocessing is to use a combination of the Scatter-Gather scope and the Until-Successful scope. Here’s how it works:
Scatter-Gather Scope: This scope allows you to send requests to multiple endpoints (in this case, the two vendor applications) simultaneously. This ensures that both vendors are queried at the same time, reducing overall processing time.
Until-Successful Scope: This scope is used to implement a retry mechanism. By wrapping each route to the vendor applications with an Until-Successful scope, the flow can automatically retry the request if a timeout error occurs. This scope retries the request until it succeeds or until a specified number of retries is reached.
Implementation Steps:
Configure a Scatter-Gather scope in your Mule application.
Inside each route of the Scatter-Gather scope, place an Until-Successful scope.
Configure the Until-Successful scope with appropriate retry policies, such as retry count and delay between retries.
Inside the Until-Successful scope, configure the HTTP request to the vendor application.
This approach ensures that:
Both vendor applications are queried in parallel.
Each request is retried upon timeout errors, ensuring eventual success without manual
intervention.
References:
MuleSoft Documentation: Scatter-Gather
MuleSoft Documentation: Until-Successful Scope
Question # 5
An external web UI application currently accepts occasional HTTP requests from client web browsers to change (insert, update, or delete) inventory pricing information in an inventory system's database. Each inventory pricing change must be transformed and then synchronized with multiple customer experience systems in near real-time (in under 10 seconds). New customer experience systems are expected to be added in the future.
The database is used heavily and limits the number of SELECT queries that can be made to the database to 10 requests per hour per user.
What is the most scalable, idiomatic (used for its intended purpose), decoupled. reusable, and maintainable integration mechanism available to synchronize each inventory pricing change with the various customer experience systems in near real-time?
| | A. Write a Mule application with a Database On Table Row event source configured for the inventory pricing database, with the watermark attribute set to an appropriate database column
In the same now, use a Scatter-Gather to call each customer experience system's REST API with transformed inventory-pricing records
| B. Add a trigger to the inventory-pricing database table so that for each change to the inventory pricing database, a stored procedure is called that makes a REST call to a Mule application
Write the Mule application to publish each Mule event as a message to an Anypoint MQ exchange
Write other Mule applications to subscribe to the Anypoint MQ exchange, transform each received message, and then update the Mule application's corresponding customer experience system(s)
| C. Replace the external web UI application with a Mule application to accept HTTP requests from client web browsers
In the same Mule application, use a Batch Job scope to test if the database request will succeed, aggregate pricing changes within a short time window, and then update both the inventory pricing database and each customer experience system using a Parallel For Each scope
| D. Write a Mule application with a Database On Table Row event source configured for the inventory pricing database, with the ID attribute set to an appropriate database column
In the same flow, use a Batch Job scope to publish transformed Inventory-pricing records to an Anypoint MQ queue
Write other Mule applications to subscribe to the Anypoint MQ queue, transform each received message, and then update the Mule application's corresponding customer experience system(s)
|
B. Add a trigger to the inventory-pricing database table so that for each change to the inventory pricing database, a stored procedure is called that makes a REST call to a Mule application
Write the Mule application to publish each Mule event as a message to an Anypoint MQ exchange
Write other Mule applications to subscribe to the Anypoint MQ exchange, transform each received message, and then update the Mule application's corresponding customer experience system(s)
Question # 6
As a part of design , Mule application is required call the Google Maps API to perform a distance computation. The application is deployed to cloudhub.
At the minimum what should be configured in the TLS context of the HTTP request configuration to meet these requirements?
| | A. The configuration is built-in and nothing extra is required for the TLS context | | B. Request a private key from Google and create a PKCS12 file with it and add it in keyStore as a part of TLS context | | C. Download the Google public certificate from a browser, generate JKS file from it and add it in key store as a part of TLS context | | D. Download the Google public certificate from a browser, generate a JKS file from it and add it in Truststore as part of the TLS context |
D. Download the Google public certificate from a browser, generate a JKS file from it and add it in Truststore as part of the TLS context
Question # 7
| A travel company wants to publish a well-defined booking service API to be shared with its business partners. These business partners have agreed to ONLY consume SOAP services and they want to get the service contracts in an easily consumable way before they start any development. The travel company will publish the initial design documents to Anypoint Exchange, then share those documents with the business partners. When using an API-led approach, what is the first design document the travel company should deliver to its business partners? | | A. Create a WSDL specification using any XML editor | | B. Create a RAML API specification using any text editor | | C. Create an OAS API specification in Design Center | | D. Create a SOAP API specification in Design Center |
A. Create a WSDL specification using any XML editor
Explanation: SOAP API specifications are provided as WSDL. Design center doesn't provide the functionality to create WSDL file. Hence WSDL needs to be created using XML editor
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