MCQs on Integrations and Workflows | AWS Glue MCQs Question

AWS Glue is a fully managed ETL (Extract, Transform, Load) service that simplifies data preparation and integration. In this guide, we provide 30 AWS Glue MCQ questions and answers, focusing on integrations with other AWS services, orchestrating ETL workflows, and using triggers and event notifications. These questions will enhance your knowledge for practical implementations.


MCQs

1. Integration with Other AWS Services

  1. Which AWS service is commonly used with AWS Glue for querying large datasets?
    a) Amazon S3
    b) Amazon Athena
    c) Amazon Redshift
    d) AWS Lambda
  2. AWS Glue Data Catalog is often integrated with:
    a) AWS CloudTrail
    b) Amazon EMR
    c) Amazon DynamoDB
    d) AWS CodePipeline
  3. How does AWS Glue interact with Amazon RDS?
    a) Through JDBC connections
    b) By creating Lambda triggers
    c) Using S3 as an intermediary
    d) Through REST APIs
  4. Which AWS Glue feature is essential for integrating with Amazon Redshift?
    a) Schema inference
    b) Glue Studio
    c) Redshift connectors
    d) SPICE memory
  5. AWS Glue Crawlers are used for:
    a) Data storage
    b) Schema discovery
    c) Automating ETL jobs
    d) Writing data to S3
  6. How does AWS Glue support integration with Amazon Kinesis?
    a) Through Glue Data Catalog
    b) Using stream processing jobs
    c) With direct JDBC drivers
    d) Via pre-configured templates
  7. AWS Glue integrates with AWS Lake Formation to:
    a) Manage security and permissions
    b) Create data lakes on RDS
    c) Enable real-time analytics
    d) Schedule job triggers
  8. Which AWS service provides automated data transformation when used with Glue?
    a) AWS Lambda
    b) Amazon EMR
    c) AWS Step Functions
    d) Amazon QuickSight

2. Orchestrating ETL Jobs with AWS Glue Workflows

  1. What is the primary purpose of AWS Glue Workflows?
    a) Data security
    b) Orchestrating ETL jobs
    c) Monitoring job performance
    d) Query optimization
  2. AWS Glue Workflows allow the orchestration of:
    a) Only Glue ETL jobs
    b) Both Glue jobs and external workflows
    c) Real-time data pipelines
    d) Amazon EMR tasks exclusively
  3. What is a key component of AWS Glue Workflows?
    a) Crawlers
    b) Actions and triggers
    c) IAM roles
    d) Spark jobs
  4. How can you visualize AWS Glue Workflows?
    a) Using AWS Management Console
    b) Through Amazon QuickSight
    c) Via AWS CloudTrail
    d) With Amazon SageMaker
  5. A typical AWS Glue Workflow is triggered by:
    a) Cron jobs
    b) Event notifications
    c) Scheduled jobs or conditions
    d) Direct API calls
  6. AWS Glue Workflows support which kind of ETL orchestration?
    a) Asynchronous workflows
    b) Parallel workflows
    c) Real-time workflows
    d) Data lake workflows only
  7. What is a common use case for AWS Glue Workflows?
    a) Automating machine learning pipelines
    b) Orchestrating multi-step ETL processes
    c) Managing IAM permissions
    d) Optimizing S3 storage
  8. AWS Glue Workflows provide execution history for:
    a) Only successful jobs
    b) Only failed jobs
    c) All actions and triggers
    d) All job metrics
  9. Which programming model is typically used in AWS Glue ETL jobs?
    a) MapReduce
    b) Spark
    c) Hadoop
    d) Kafka

3. Using Triggers and Event Notifications

  1. AWS Glue triggers are primarily used for:
    a) Managing IAM roles
    b) Scheduling ETL jobs
    c) Defining job dependencies
    d) Monitoring data quality
  2. Which type of AWS Glue trigger executes jobs in sequence?
    a) Conditional trigger
    b) Event-driven trigger
    c) On-demand trigger
    d) Scheduled trigger
  3. What is required to set up an event-driven trigger in AWS Glue?
    a) Amazon CloudWatch events
    b) AWS Config rules
    c) AWS Step Functions
    d) AWS Lambda layers
  4. AWS Glue event notifications can be sent to:
    a) SNS topics
    b) SQS queues
    c) Both SNS and SQS
    d) DynamoDB streams
  5. How can you monitor AWS Glue job triggers?
    a) AWS Config
    b) CloudWatch metrics
    c) Step Functions
    d) CloudTrail logs
  6. What happens when a trigger condition fails in AWS Glue?
    a) The job retries automatically
    b) The workflow stops
    c) The next job in sequence runs
    d) A notification is sent
  7. AWS Glue triggers can be managed programmatically using:
    a) AWS CLI
    b) AWS SDK
    c) Glue APIs
    d) All of the above
  8. Which trigger type supports ETL job parallelism in AWS Glue?
    a) On-demand trigger
    b) Conditional trigger
    c) Event-driven trigger
    d) Scheduled trigger
  9. AWS Glue supports integration with which notification service?
    a) Amazon SES
    b) Amazon SNS
    c) AWS Lambda
    d) Amazon SQS
  10. How are AWS Glue triggers tied to workflows?
    a) Through IAM roles
    b) Using CloudFormation templates
    c) By defining dependencies
    d) By using metadata tags
  11. What is the default retry behavior for AWS Glue triggers?
    a) Retries indefinitely
    b) Retries twice
    c) No retries
    d) Configurable by user
  12. AWS Glue event notifications are primarily used for:
    a) Job scheduling
    b) Workflow visualization
    c) Error reporting and monitoring
    d) Automating IAM roles
  13. How can AWS Glue triggers enhance ETL pipeline efficiency?
    a) By scheduling jobs based on events
    b) By reducing ETL job latency
    c) By optimizing data storage
    d) By integrating with Redshift

Answers

QNoAnswer (Option with the text)
1b) Amazon Athena
2b) Amazon EMR
3a) Through JDBC connections
4c) Redshift connectors
5b) Schema discovery
6b) Using stream processing jobs
7a) Manage security and permissions
8b) Amazon EMR
9b) Orchestrating ETL jobs
10b) Both Glue jobs and external workflows
11b) Actions and triggers
12a) Using AWS Management Console
13c) Scheduled jobs or conditions
14b) Parallel workflows
15b) Orchestrating multi-step ETL processes
16d) All actions and triggers
17b) Spark
18b) Scheduling ETL jobs
19a) Conditional trigger
20a) Amazon CloudWatch events
21c) Both SNS and SQS
22b) CloudWatch metrics
23d) A notification is sent
24d) All of the above
25c) Event-driven trigger
26b) Amazon SNS
27c) By defining dependencies
28d) Configurable by user
29c) Error reporting and monitoring
30a) By scheduling jobs based on events

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