Certificate Salesforce Mule-Dev-202 Exam | Sample Mule-Dev-202 Questions Pdf

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Salesforce Mule-Dev-202 Exam Syllabus Topics:

SectionWeightObjectives
Integration and Connectivity15%- API-led Connectivity
  • 1. Reuse APIs across multiple automation projects
  • 2. Design APIs for hyperautomation use cases
  • 3. Explain the three layers of API-led connectivity
- Connectors and Integration
  • 1. Use pre-built connectors in Composer and RPA
  • 2. Configure connections to third-party systems
  • 3. Handle authentication and security
RPA (Robotic Process Automation)25%- RPA Concepts
  • 1. Identify the benefits of RPA in hyperautomation
  • 2. Define RPA and its use cases
  • 3. Explain the difference between attended and unattended RPA
- MuleSoft RPA Manager
  • 1. Configure and manage RPA bots
  • 2. Monitor RPA bot performance and execution
  • 3. Describe the components of MuleSoft RPA Manager
- RPA Development
  • 1. Integrate RPA with other systems and APIs
  • 2. Create RPA processes using MuleSoft RPA Builder
  • 3. Define automation steps and logic
AI and Cognitive Services15%- AI Fundamentals
  • 1. Identify common AI and ML use cases
  • 2. Explain the role of AI in hyperautomation
  • 3. Describe the difference between supervised and unsupervised learning
- MuleSoft AI Tools
  • 1. Process unstructured data with AI
  • 2. Use Einstein AI capabilities within flows
  • 3. Integrate AI services using MuleSoft connectors
Hyperautomation Foundations20%- Hyperautomation Concepts and Components
  • 1. Explain the role of APIs in hyperautomation
  • 2. Define hyperautomation and its components
  • 3. Describe the benefits of hyperautomation
  • 4. Identify use cases for hyperautomation
- MuleSoft Hyperautomation Architecture
  • 1. Explain the role of RPA, AI, and integration in hyperautomation
  • 2. Describe the components of the MuleSoft Hyperautomation platform
  • 3. Identify the key capabilities of MuleSoft Composer
MuleSoft Composer25%- Composer Basics
  • 1. Describe the key features of MuleSoft Composer
  • 2. Explain the difference between triggers and actions
  • 3. Identify the components of a Composer flow
- Building Flows
  • 1. Add and configure actions in a flow
  • 2. Configure triggers for automated execution
  • 3. Create a flow using the Composer UI
  • 4. Use data transformation and mapping
- Error Handling and Testing
  • 1. Monitor flow execution and performance
  • 2. Test and debug Composer flows
  • 3. Implement error handling in Composer flows

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Salesforce Certified MuleSoft Hyperautomation Developer Sample Questions (Q58-Q63):

NEW QUESTION # 58
The Ops team at AnyAirlines needs to periodically check the status of an API to see it the connected database is down for maintenance.
Where should the Ops team set up a scheduled API call and view the status history?

Answer: C

Explanation:
To periodically check the status of an API and see if the connected database is down for maintenance, the Ops team should use API Functional Monitoring:
API Functional Monitoring:
API Functional Monitoring allows you to set up scheduled tests and monitor the functional performance of your APIs. It can be configured to periodically make API calls and check for specific conditions, such as whether the database is down for maintenance.
Scheduled API Calls:
Set up the necessary tests within API Functional Monitoring to periodically call the API and verify its status.
These tests can be scheduled to run at regular intervals.
View Status History:
API Functional Monitoring provides a dashboard where you can view the history of these tests, including their results and any failures. This helps in tracking the availability and performance of the API over time.
References:
MuleSoft API Functional Monitoring Documentation


NEW QUESTION # 59
Northern Trail Outfitters is developing an API that connects to a vendor's database.
Which two strategies should their Ops team use to monitor the overall health of the API and database using API Functional Monitoring? (Choose two.)

Answer: A,D

Explanation:
Health-Check Endpoint:Creating and regularly calling a health-check endpoint is a common strategy to ensure that the API and its underlying systems are operational. This endpoint typically performs basic checks such as database connectivity and service availability.
Reference:Health Check Pattern
GET Call to Existing Endpoint:Making a GET call to an existing API endpoint and verifying that the results match expected data helps ensure that the API is not only running but also functioning correctly. This approach validates that the API can retrieve data from the database as intended.
Reference:API Monitoring Best Practices
Monitoring CloudHub Worker Logs:While monitoring logs can be useful, it is more of a reactive approach.
Proactive strategies like health-check endpoints and GET calls provide immediate validation of the API's operational status.
Reference:CloudHub Monitoring
Verifying Mule Worker Logs for Errors:This approach can complement health-check endpoints and GET calls but should not be the primary strategy. Logs are helpful for diagnosing issues after they occur rather than ensuring ongoing health.
Reference:Error Handling and Logging


NEW QUESTION # 60
Northern Trail Outfitters (NTO) wants to automate a multi-step process that spans several departments.
How do Interactive Steps in Flow Orchestration help NTO involve users at key steps of the process?

Answer: C

Explanation:
Interactive Steps in Flow Orchestration are designed to involve users at specific points within an automated process. Here's how they help NTO:
User Interaction:
Interactive Steps enable users to engage with the process during key stages. These steps are inserted between automated tasks to require human input or decision-making.
This ensures that critical user actions, such as approvals or data entry, are seamlessly integrated into the flow.
Process Continuity:
Once the user completes the required interaction, the process can automatically proceed to the next step. This creates a cohesive workflow that combines automated and manual tasks efficiently.
Use Case Examples:
Approving a document, entering additional information, or making decisions based on presented data are typical scenarios where Interactive Steps are beneficial.
References:
Salesforce Flow Orchestration Documentation


NEW QUESTION # 61
Northern Trail Outfitters evaluates multiple standards for the exit criteria of a stage in their Flow Orchestration. Based on their criteria, they want the flow to go down one of three paths.
How should this be built in Flow Orchestration to meet this requirement?

Answer: D

Explanation:
To implement branching logic based on multiple criteria in Flow Orchestration, you can use the following approach:
Evaluation Flow Returns a Number Variable:
Create an evaluation flow that assesses the exit criteria for the current stage and returns a number variable indicating which path to take (e.g., 1, 2, or 3).
Decision Element:
Use a decision element in Flow Orchestration to evaluate the number variable returned by the evaluation flow.
Based on the value of the variable, the decision element will determine which path to execute next.
This approach allows for clear and maintainable branching logic, ensuring that the flow can proceed down one of three paths based on the defined criteria.
References:
Salesforce Flow Orchestration Documentation


NEW QUESTION # 62
Northern Trail Outfitters (NTO) has outgrown its custom Extract-Transform-Load (ETL) solution and needs to migrate its ETL jobs to a new tool. One of the requirements is a single interface to view and manage the ETL jobs. Some of these ETL jobs interact with systems that are hosted on-premises.
According to Salesforce's hyperautomation best practices, how should Salesforce's various hyperautomation solutions be combined to meet NTO's requirements?

Answer: A

Explanation:
To meet NTO's requirements of migrating ETL jobs and managing them efficiently, the following approach is recommended:
Migrate Simple Integrations to MuleSoft Composer:
MuleSoft Composer is suitable for simple transformations and straightforward data integrations that do not require complex logic or custom coding. This allows non-technical users to manage and automate these processes easily.
Migrate Complex Integrations to Anypoint Platform:
For more complex integrations that involve intricate business logic, large data volumes, or require advanced features like error handling, use Anypoint Platform. Anypoint Platform provides robust capabilities for building, deploying, and managing APIs and integrations.
Use Anypoint Exchange:
Anypoint Exchange serves as a centralized repository for all API assets, including those created using Composer and Anypoint Platform. It provides a single interface to view, manage, and share API integrations.
This approach leverages the strengths of both tools and ensures that all API integrations are efficiently managed and monitored.
References:
Anypoint Platform Documentation
Anypoint Exchange Documentation


NEW QUESTION # 63
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