Documentation forSolarWinds Observability SaaS

GCP Firestore metrics

Google Firestore is a fully managed, serverless NoSQL document database that enables you to store, sync, and query data for web, mobile, and server applications. Ensure your cloud platform is configured in SolarWinds Observability SaaS to collect this service's data. See Add a GCP cloud account.

Many of the collected metrics from Firestore entities are displayed as widgets in SolarWinds Observability explorers; additional metrics may be collected and available in the Metrics Explorer. You can also create an alert for when an entity's metric value moves out of a specific range. See Entities in SolarWinds Observability SaaS for information about entity types in SolarWinds Observability SaaS.

The following table lists some of the metrics collected for these entities. To see the Firestore metrics in the Metrics Explorer, type firestore.googleapis.com in the search box.

Metric Unit Description
sw.metrics.healthscore Percent (%)

Health state. The health state provides real-time insight into the overall health and performance of your monitored entities. The health state is determined based on anomalies detected for the entity, alerts triggered for the entity's metrics, and the status of the entity. The health state is displayed as one of the following four states and colors: Good, Moderate, Bad, or Unknown. You can determine the impact of the alerts, anomalies, and statuses on the health of an entity type by going to Settings > Health, and selecting a specific entity type. You can also customize the impact.

To view the health of Google Firestore entities in the Metrics Explorer, filter the sw.metrics.healthscore metric by entity_types and select firestore.

gcp.firestore.googleapis.com.api.request_count Count Count of Firestore API calls (measured over a 60-second interval).
gcp.firestore.googleapis.com.api.request_latencies seconds (s) Latency (s) for individual non-streaming requests to Firestore v1, Datastore v1, and Datastore v3 APIs from the frontend.
gcp.firestore.googleapis.com.document.delete_ops_count Count Number of successful document deletions per minute.
gcp.firestore.googleapis.com.document.read_ops_count Count Successful document reads per minute.
gcp.firestore.googleapis.com.document.write_ops_count Count The total count of successful document writes per minute.
gcp.firestore.googleapis.com.rules.evaluation_count Count The total count of Cloud Firestore security rule evaluations, both read and write.
gcp.firestore.googleapis.com.document.ttl_deletion_count Count Total documents deleted by Firestore's TTL feature in a given period.
gcp.firestore.googleapis.com.document.ttl_expiration_to_deletion_delays seconds (s) Time difference between document TTL expiration and deletion by Firestore's TTL feature.
gcp.firestore.googleapis.com.network.active_connections Count The total count of active connections across all resources and applications.
gcp.firestore.googleapis.com.network.snapshot_listeners Count Number of snapshot listeners across all clients.
gcp.firestore.googleapis.com.composite_indexes_per_database Count The number of composite indexes in a Cloud Firestore database.
gcp.firestore.googleapis.com.query_stat.per_query.result_counts Count Number of results per query in Cloud Firestore non-realtime operations.
gcp.firestore.googleapis.com.query_stat.per_query.scanned_documents_counts Count The number of documents scanned per query in non-real-time operations.
gcp.firestore.googleapis.com.query_stat.per_query.scanned_index_entries_counts Count Number of indexed entries scanned per query in Cloud Firestore. (Real-time queries excluded)
gcp.firestore.googleapis.com.quota.composite_indexes_per_database.exceeded Count Failed Firestore composite index create/update attempts exceeding quota.
gcp.firestore.googleapis.com.quota.composite_indexes_per_database.limit Count Firestore measures the current limit on the number of composite indexes per database.
gcp.firestore.googleapis.com.quota.composite_indexes_per_database.usage Count Firestore: number of composite indexes per database.