SELECT ads.account_id AS "ads.account_id" , avg(ads_insights_platform_and_device.auction_bid) AS "ads_insights_platform_and_device.auction_bid_avg" , sum(ads_insights_platform_and_device.wish_bid) AS "ads_insights_platform_and_device.wish_bid_sum" FROM "your-username~facebook-marketing".ads_insights_platform_and_device LEFT JOIN "your-username~facebook-marketing".ads AS ads ON ads_insights_platform_and_device.ad_id = ads.id GROUP BY 1 ORDER BY 1
Here are all the tables you will be able to access when you use Splitgraph to query Facebook Marketing data. We have also listed some useful queries that you can run.
repositories: - namespace: CHANGEME repository: airbyte-facebook-marketing # Catalog-specific metadata for the repository. Optional. metadata: readme: text: Readme description: Description of the repository topics: - sample_topic # Data source settings for the repository. Optional. external: # Name of the credential that the plugin uses. This can also be a credential_id if the # credential is already registered on Splitgraph. credential: airbyte-facebook-marketing plugin: airbyte-facebook-marketing # Plugin-specific parameters matching the plugin's parameters schema params: account_id: '111111111111111' # REQUIRED. Account ID. The Facebook Ad account ID to use when pulling data from the Facebook Marketing API. start_date: '2017-01-25T00:00:00Z' # REQUIRED. Start Date. The date from which you'd like to replicate data for all incremental streams, in the format YYYY-MM-DDT00:00:00Z. All data generated after this date will be replicated. normalization_mode: basic # Post-ingestion normalization. Whether to normalize raw Airbyte tables. `none` is no normalization, `basic` is Airbyte's basic normalization, `custom` is a custom dbt transformation on the data.. One of none, basic, custom normalization_git_branch: master # dbt model Git branch. Branch or commit hash to use for the normalization dbt project. end_date: '2017-01-26T00:00:00Z' # End Date. The date until which you'd like to replicate data for all incremental streams, in the format YYYY-MM-DDT00:00:00Z. All data generated between start_date and this date will be replicated. Not setting this option will result in always syncing the latest data. include_deleted: false # Include Deleted. Include data from deleted Campaigns, Ads, and AdSets fetch_thumbnail_images: false # Fetch Thumbnail Images. In each Ad Creative, fetch the thumbnail_url and store the result in thumbnail_data_url custom_insights: # Custom Insights. A list which contains insights entries, each entry must have a name and can contains fields, breakdowns or action_breakdowns) - name: '' # REQUIRED. Name. The name value of insight fields:  # Fields. A list of chosen fields for fields parameter breakdowns:  # Breakdowns. A list of chosen breakdowns for breakdowns action_breakdowns:  # Action Breakdowns. A list of chosen action_breakdowns for action_breakdowns time_increment: 1 # Time Increment. Time window in days by which to aggregate statistics. The sync will be chunked into N day intervals, where N is the number of days you specified. For example, if you set this value to 7, then all statistics will be reported as 7-day aggregates by starting from the start_date. If the start and end dates are October 1st and October 30th, then the connector will output 5 records: 01 - 06, 07 - 13, 14 - 20, 21 - 27, and 28 - 30 (3 days only). start_date: '2017-01-25T00:00:00Z' # Start Date. The date from which you'd like to replicate data for this stream, in the format YYYY-MM-DDT00:00:00Z. end_date: '2017-01-26T00:00:00Z' # End Date. The date until which you'd like to replicate data for this stream, in the format YYYY-MM-DDT00:00:00Z. All data generated between the start date and this date will be replicated. Not setting this option will result in always syncing the latest data. page_size: 100 # Page Size of Requests. Page size used when sending requests to Facebook API to specify number of records per page when response has pagination. Most users do not need to set this field unless they specifically need to tune the connector to address specific issues or use cases. tables: sample_table: # Plugin-specific table parameters matching the plugin's schema options: airbyte_cursor_field:  # Cursor field(s). Fields in this stream to be used as a cursor for incremental replication (overrides Airbyte configuration's cursor_field) airbyte_primary_key_field:  # Primary key field(s). Fields in this stream to be used as a primary key for deduplication (overrides Airbyte configuration's primary_key) # Schema of the table, a list of objects with `name` and `type`. If set to ``, will infer. schema:  # Whether live querying is enabled for the plugin (creates a "live" tag in the # repository proxying to the data source). The plugin must support live querying. is_live: false # Ingestion schedule settings. Disable this if you're using GitHub Actions or other methods # to trigger ingestion. schedule: credentials: airbyte-facebook-marketing: # This is the name of this credential that "external" sections can reference. plugin: airbyte-facebook-marketing # Credential-specific data matching the plugin's credential schema data: access_token: '' # REQUIRED. Access Token. The value of the access token generated. See the <a href="https://docs.airbyte.io/integrations/sources/facebook-marketing">docs</a> for more information normalization_git_url: '' # dbt model Git URL. For `custom` normalization, a URL to the Git repo with the dbt project, for example,`https://uname:email@example.com/organisation/repository.git`.
Use our splitgraph.yml format to check your Splitgraph configuration into version control, trigger ingestion jobs and manage your data stack like your code.
Splitgraph connects your vast, unrelated data sources and puts them in a single, accessible place.
Splitgraph handles data integration, storage, transformation and discoverability for you. All that remains is adding a BI client.
Focus on building data-driven applications without worrying about where the data will come from.
Splitgraph supports data ingestion from over 100 SaaS services, as well as data federation to over a dozen databases. These are all made queryable over a PostgreSQL-compatible interface.
Splitgraph stores data in a columnar format. This accelerates analytical queries and makes it perfect for dashboards, blogs and other read-intensive use cases.
Read more about Splitgraph’s support for Facebook Marketing, including its documentation and sample queries you can run on Facebook Marketing data with Splitgraph.
Splitgraph has a PostgreSQL-compatible endpoint that most BI clients can connect to.