Production use of this feature is available for specific editions only. Contact our sales team for more information. Storage Blob Data Contributor role. For more information, read User assigned with the Storage Blob Data Contributor role.
Prerequisites
Before you use the Amazon Transcribe Input component, you’ll need to add AWS cloud credentials to .
Properties
Reference material is provided below for the Configure and Destination properties.
A human-readable name for the component.
The AWS region where the S3 bucket you want to connect to is located.
The S3 path to the bucket, folder, or file that will be processed. For example, s3://bucket-name/, or s3://bucket-name/folder/, or s3://bucket-name/folder/specific-file.pdf.
Source File Filter Pattern
A regex pattern that is used to filter files. This is useful when you select a bucket/folder in the S3 Object Prefix parameter, and want to filter which files are processed. For example, a value of .*\.pdf$ will match all files with a .pdf ending, or could be used to match on specific parts of a file name.
The maximum number of speakers that will be detected in the audio files. For example, for a meeting recording with 5 people, enter 5. The default is 2.
Set how many AWS transcribe jobs can run concurrently. The default is 10. The maximum is 100.
Destination
Select your cloud data warehouse.
Snowflake
Databricks
Amazon Redshift
Select the destination for your data. This is either in Snowflake as a table or as files in cloud storage.
- Snowflake: Load your data into a table in Snowflake. The data must first be staged via Snowflake or a cloud storage solution.
- Cloud Storage: Load your data directly into files in your preferred cloud storage location. The format of these files can differ between source systems and will not have a file extension so we suggest inspecting the output to determine the format of the data.
The Snowflake warehouse used to run the queries. The special value [Environment Default] uses the warehouse defined in the environment. Read Overview of Warehouses to learn more. The Snowflake schema. The special value [Environment Default] uses the schema defined in the environment. Read Database, Schema, and Share DDL to learn more. The name of the table to be created in your Snowflake database. You can use a Table Input component in a transformation pipeline to access and transform this data after it has been loaded. Define what happens if the table name already exists in the specified Snowflake database and schema.
- Replace: If the specified table name already exists, that table will be destroyed and replaced by the table created during this pipeline run.
- Truncate and Insert: If the specified table name already exists, all rows within the table will be removed and new rows will be inserted per the next run of this pipeline.
- Fail if Exists: If the specified table name already exists, this pipeline will fail to run.
- Append: If the specified table name already exists, then the data is inserted without altering or deleting the existing data in the table. It’s appended onto the end of the existing data in the table. If the specified table name doesn’t exist, then the table will be created, and your data will be inserted into the table.
- Yes: Staged files will be destroyed after data is loaded. This is the default setting.
- No: Staged files are retained in the staging area after data is loaded.
Select the stage access strategy. The strategies available depend on the cloud platform you select in Stage Platform.
- Credentials: Connects to the external stage (AWS, Azure) using your configured cloud provider credentials. Not available for Google Cloud Storage.
- Storage Integration: Use a Snowflake storage integration to grant access to Snowflake to read data from and write to a cloud storage location. This will reveal the Storage Integration property, through which you can select any of your existing Snowflake storage integrations.
Use the drop-down menu to choose where the data is staged before being loaded into your Snowflake table.
- Amazon S3: Stage your data on an AWS S3 bucket.
- Snowflake: Stage your data on a Snowflake internal stage.
- Azure Storage: Stage your data in an Azure Blob Storage container.
- Google Cloud Storage: Stage your data in a Google Cloud Storage bucket.
- Append Files in Folder: Appends files to storage folder. This is the default setting.
- Overwrite Files in Folder: Overwrite existing files with matching structure.
The folder path for the files to be written to. Note that this path follows, but does not include, the bucket or container name.
A string of characters that precedes the name of the written files. This can be useful for organizing database objects.
A cloud storage location to load your data into files for storage. Choose either Amazon S3, Azure Storage, or Google Cloud Storage.
Select the destination for your data. This is either in Databricks as a table or as files in cloud storage.
- Databricks: Load your data into Databricks. You’ll need to set a cloud storage location for temporary staging of the data.
- Cloud Storage: Load your data directly into files in your preferred cloud storage location.
Select a Databricks Unity Catalog. The special value [Environment Default] uses the catalog defined in the environment. Selecting a catalog will determine which databases are available in the next parameter. The Databricks schema. The special value [Environment Default] uses the schema defined in the environment. Read Create and manage schemas to learn more. The name of the table to be created in your Databricks schema. You can use a Table Input component in a transformation pipeline to access and transform this data after it has been loaded. Define what happens if the table name already exists in the specified Databricks schema.
- Fail if Exists: If the specified table name already exists, this pipeline will fail to run.
- Replace: If the specified table name already exists, that table will be destroyed and replaced by the table created during this pipeline run.
- Truncate and Insert: If the specified table name already exists, all rows within the table will be removed and new rows will be inserted per the next run of this pipeline.
- Append: If the specified table name already exists, then the data is inserted without altering or deleting the existing data in the table. It’s appended onto the end of the existing data in the table. If the specified table name doesn’t exist, then the table will be created, and your data will be inserted into the table.
- Yes: Staged files will be destroyed after data is loaded. This is the default setting.
- No: Staged files are retained in the staging area after data is loaded.
Use the drop-down menu to choose where the data is staged before being loaded into your Databricks table.
- Amazon S3: Stage your data on an AWS S3 bucket.
- Azure Storage: Stage your data in an Azure Blob Storage container.
- Append Files in Folder: Appends files to storage folder. This is the default setting.
- Overwrite Files in Folder: Overwrite existing files with matching structure.
The folder path for the files to be written to. Note that this path follows, but does not include, the bucket or container name.
A string of characters that precedes the name of the written files. This can be useful for organizing database objects.
A cloud storage location to load your data into for storage. Choose either Amazon S3, Azure Storage, or Google Cloud Storage.
Select the destination for your data. This is either in Amazon Redshift as a table or as files in cloud storage.
- Redshift: Load your data into Amazon Redshift. You’ll need to set a cloud storage location for temporary staging of the data.
- Cloud Storage: Load your data directly into files in your preferred cloud storage location.
Amazon Redshift
Cloud Storage
Select the Amazon Redshift schema that will contain your table. The special value [Environment Default] uses the schema defined in the environment. For information about using multiple schemas, read Schemas. The name of the table to be created in your Amazon Redshift database. You can use a Table Input component in a transformation pipeline to access and transform this data after it has been loaded. Define what happens if the table name already exists in the specified Amazon Redshift database and schema.
- Replace: If the specified table name already exists, that table will be destroyed and replaced by the table created during this pipeline run.
- Fail if Exists: If the specified table name already exists, this pipeline will fail to run.
- Truncate and Insert: If the specified table name already exists, all rows within the table will be removed and new rows will be inserted per the next run of this pipeline.
- Append: If the specified table name already exists, then the data is inserted without altering or deleting the existing data in the table. It’s appended onto the end of the existing data in the table. If the specified table name doesn’t exist, then the table will be created, and your data will be inserted into the table.
- Yes: Staged files will be destroyed after data is loaded. This is the default setting.
- No: Staged files are retained in the staging area after data is loaded.
An AWS S3 bucket to stage data into before it is loaded into your Amazon Redshift table. The drop-down menu will include buckets tied to the cloud provider credentials that you have associated with your environment.
- Append Files in Folder: Appends files to storage folder. This is the default setting.
- Overwrite Files in Folder: Overwrite existing files with matching structure.
The folder path for the files to be written to. Note that this path follows, but does not include, the bucket or container name.
A string of characters to include at the beginning of the written files. Often used for organizing database objects.
A cloud storage location to load your data into for storage. Choose either Amazon S3, Azure Storage, or Google Cloud Storage.
Deactivate soft delete for Azure blobs (Databricks)
If you intend to set your destination as Databricks and your stage platform as Azure Storage, you must turn off the “Enable soft delete for blobs” setting in your Azure account for your pipeline to run successfully. To do this:
- In the Azure portal, navigate to your storage account.
- In the menu, under Data management, click Data protection.
- Clear the Enable soft delete for blobs checkbox. For more information, read Soft delete for blobs.
