DEA-C01技術問題 & DEA-C01赤本合格率

2026年PassTestの最新DEA-C01 PDFダンプおよびDEA-C01試験エンジンの無料共有:https://drive.google.com/open?id=1HUQzPpV-WjJBvhS59peBeCMYb2f241OA
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Snowflake DEA-C01 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|
| Topic 1: Data Transformation | 20-25% | - Streams and Tasks
- 1. Task graph design and dependencies
- 2. Change Data Capture (CDC) with streams
- 3. Scheduled and event-based task execution
- 4. Serverless task warehouse configuration
- SQL-Based Transformations
- 1. Merge, update, and delete operations
- 2. Complex JOIN operations and optimizations
- 3. Data type conversions and casting
- 4. Window functions for advanced analytics
- Data Processing Patterns
- 1. Time Travel for historical data access
- 2. ELT vs ETL approaches in Snowflake
- 3. Zero Copy Cloning for data provisioning
|
| Topic 2: Data Governance and Security | 15-20% | - Compliance and Monitoring
- 1. Tag-based policies
- 2. Access history and audit trails
- 3. Data classification
- Data Protection
- 1. External tokenization
- 2. Data re-identification risks
- 3. Data masking and tokenization
- 4. Secure data sharing across accounts
- Access Control
- 1. Row-level and column-level security
- 2. GRANT and REVOKE operations
- 3. Role hierarchy and ownership
- 4. Role-based access control (RBAC)
|
| Topic 3: Data Ingestion | 15-20% | - Continuous Data Ingestion
- 1. Snowpipe configuration and usage
- 2. Serverless compute for Snowpipe
- 3. Real-time data ingestion patterns
- Bulk Data Loading
- 1. Data loading error handling and validation
- 2. File format considerations (CSV, JSON, Parquet, Avro)
- 3. COPY INTO command options and best practices
- 4. Staging configurations (internal and external stages)
|
| Topic 4: Advanced Snowflake Features | 10-15% | - External Integrations
- 1. Snowflake Connector for Python/Java
- 2. External functions and UDFs
- 3. Partner integrations (Spark, Kafka, etc.)
- Data Lakes
- 1. Snowflake as a Data Lake
- 2. Querying semi-structured data (VARIANT, ARRAY, OBJECT)
- 3. External tables and Iceberg support
- Data Sharing
- 1. Direct sharing vs Data Marketplace
- 2. Secure share creation and management
- 3. Reader accounts
|
| Topic 5: Data Storage and Retrieval | 15-20% | - Snowflake Architecture
- 1. Micro-partitioning concepts
- 2. Hybrid and Hyper tables
- 3. Table types (permanent, transient, temporary)
- 4. Clustering strategies and key selection
- Performance Optimization
- 1. Query profiling and execution plans
- 2. Materialized views and cached results
- 3. Result set caching
- 4. Warehouse scaling policies
|
| Topic 6: Performance Engineering | 10-15% | - Query Optimization
- 1. Join elimination and simplification
- 2. Predicate pushdown optimization
- 3. Query rewrite and optimization techniques
- Warehouse Management
- 1. Auto-suspend and auto-resume settings
- 2. Multi-cluster warehouse configuration
- 3. Resource monitors and cost control
|
>> DEA-C01技術問題 <<
高品質なDEA-C01技術問題一回合格-素晴らしいDEA-C01赤本合格率
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Snowflake SnowPro Advanced: Data Engineer Certification Exam 認定 DEA-C01 試験問題 (Q322-Q327):
質問 # 322
A data engineer must build an extract, transform, and load (ETL) pipeline to process and load data from 10 source systems into 10 tables that are in an Amazon Redshift database. All the source systems generate .csv, JSON, or Apache Parquet files every 15 minutes. The source systems all deliver files into one Amazon S3 bucket. The file sizes range from 10 MB to 20 GB.
The ETL pipeline must function correctly despite changes to the data schema.
Which data pipeline solutions will meet these requirements? (Choose two.)
- A. Use an Amazon EventBridge rule to invoke an AWS Glue workflow job every 15 minutes.
Configure the AWS Glue workflow to have an on-demand trigger that runs an AWS Glue crawler and then runs an AWS Glue job when the crawler finishes running successfully. Configure the AWS Glue job to process and load the data into the Amazon Redshift tables. - B. Configure an AWS Lambda function to invoke an AWS Glue job when a file is loaded into the S3 bucket. Configure the AWS Glue job to read the files from the S3 bucket into an Apache Spark DataFrame. Configure the AWS Glue job to also put smaller partitions of the DataFrame into an Amazon Kinesis Data Firehose delivery stream. Configure the delivery stream to load data into the Amazon Redshift tables.
- C. Configure an AWS Lambda function to invoke an AWS Glue workflow when a file is loaded into the S3 bucket. Configure the AWS Glue workflow to have an on-demand trigger that runs an AWS Glue crawler and then runs an AWS Glue job when the crawler finishes running successfully. Configure the AWS Glue job to process and load the data into the Amazon Redshift tables.
- D. Configure an AWS Lambda function to invoke an AWS Glue crawler when a file is loaded into the S3 bucket. Configure an AWS Glue job to process and load the data into the Amazon Redshift tables. Create a second Lambda function to run the AWS Glue job. Create an Amazon EventBridge rule to invoke the second Lambda function when the AWS Glue crawler finishes running successfully.
- E. Use an Amazon EventBridge rule to run an AWS Glue job every 15 minutes. Configure the AWS Glue job to process and load the data into the Amazon Redshift tables.
正解:A、C
質問 # 323
A company stores a 100 MB dataset in an Amazon S3 bucket as an Apache Parquet file. A data engineer needs to profile the data before performing data preparation steps on the data. Which solution will meet this requirement in the MOST operationally efficient way?
- A. Stream the data into Amazon Managed Service for Apache Flink for SQL queries. Use the Apache Flink dashboard to profile the data.
- B. Ingest the data into Amazon Redshift Spectrum. Use SQL queries to profile the data.
- C. Load the data into an Amazon QuickSight dataset. Build a topic to profile the data with questions.
- D. Create a profile job on the dataset in AWS Glue DataBrew. Review the profile job results.
正解:D
解説:
AWS Glue DataBrew provides built-in data profiling specifically for exploring dataset structure, data types, distributions, missing values, and anomalies before preparation. For a 100 MB Parquet file in Amazon S3, creating a profile job is the most operationally efficient approach because it requires minimal setup and no custom infrastructure or query framework.
質問 # 324
Ryan, a Data Engineer, accidently drop the Share named SF_SHARE which results in immediate access revoke for all the consumers (i.e., accounts who have created a database from that SF_SHARE). What action he can take to recover the dropped Share?
- A. By Executing UNDROP command he could possibly recover the dropped Share SF_SHARE & its associated Databases for immediate consumer access.
- B. Consumer accounts that have created databases from the share will still be able to que-ry these databases as Share is separate securable object & it's still accessible using time travel feature.
- C. He can recreate a share with the same name as a previous share which does restore the databases created (by any consumers) from the share SF_SHARE.
- D. A dropped share cannot be restored. The share must be created again using the CRE-ATE SHARE command and then configured using GRANT <privilege> ... TO SHARE and ALTER SHARE.
正解:D
解説:
Explanation
You can drop a share at any time using the DROP SHARE command.
Dropping a share instantly invalidates all databases created from the share by consumer accounts.
All queries and other operations performed on these databases will no longer work.
After dropping a share, you can recreate it with the same name;
however, this does not restore any of the databases created from the share by consumer accounts.
The recreated share is treated as a new share and all consumer accounts must create a new database from the new share.
質問 # 325
A data engineer is building a solution to detect sensitive information that is stored in a data lake across multiple Amazon S3 buckets. The solution must detect personally identifiable information (PII) that is in a proprietary data format.
Which solution will meet these requirements with the LEAST operational overhead?
- A. Use Amazon Athena with a SQL query to match the custom formats.
- B. Use Amazon Made with managed data identifiers.
- C. Use the AWS Glue Detect PII transform with specific patterns.
- D. Use an AWS Lambda function with custom regular expressions.
正解:C
解説:
The AWS Glue Detect PII transform is a built-in feature that can automatically identify personally identifiable information (PII) using predefined patterns or custom regular expressions. It works directly within AWS Glue jobs on proprietary data formats and integrates with the Glue Data Catalog, delivering a managed, low-overhead solution compared to building and maintaining custom Lambda or SQL-based detection.
質問 # 326
A data engineer maintains a materialized view that is based on an Amazon Redshift database.
The view has a column named load_date that stores the date when each row was loaded.
The data engineer needs to reclaim database storage space by deleting all the rows from the materialized view.
Which command will reclaim the MOST database storage space?
- A. TRUNCATE materialized_view_name
- B. DELETE FROM materialized_view_name where 1=1
- C. DELETE FROM materialized_view_name where load_date<=current_date
- D. VACUUM table_name where load_date<=current_date materializedview
正解:A
質問 # 327
......
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