ENUM

HierarchyFilterField

link GraphQL Schema definition

  • enum HierarchyFilterField {
  • # Filter by name of an Active Directory domain.
  • ACTIVE_DIRECTORY_DOMAIN_NAME
  • # Filter by the SID of the Active Directory domain.
  • ACTIVE_DIRECTORY_DOMAIN_SID
  • # Filter by the SID of Active Directory Forest.
  • ACTIVE_DIRECTORY_FOREST_BY_ROOT_DOMAIN_SID
  • # Filter the managed objects based on the ancestor IDs.
  • ANCESTOR_ID
  • # Filter AWS EC2 instances based on RBS connection status.
  • AWS_INSTANCE_CC_OR_CNP_RBS_CONNECTION_STATUS
  • # Filter AWS native accounts based on the features enabled for them.
  • AWS_NATIVE_ACCOUNT_ENABLED_FEATURE
  • # Filter by AWS account ID.
  • AWS_NATIVE_ACCOUNT_ID
  • # Filter by the AWS Cloud Type.
  • AWS_NATIVE_CLOUD_TYPE
  • # ID of the AWS native EC2 instance (Rubrik ID), applicable for filtering
  • # EBS volumes with their EC2 instance IDs. Applicable only if the object
  • # type is AwsNativeEbsVolume.
  • AWS_NATIVE_EC2_INSTANCE_ID
  • # Filter those objects for which the given AWS feature status is
  • # connected.
  • AWS_NATIVE_FEATURE_CONNECTED_STATUS
  • # Filter by RDS Instace DB Engine.
  • AWS_NATIVE_RDS_DB_ENGINE
  • # Filter by RDS Instance DB Instance Class.
  • AWS_NATIVE_RDS_DB_INSTANCE_CLASS
  • # Filter by AWSAccount.aws_region_spec.region, EC2Instance.region, and
  • # EBSVolume.region.
  • AWS_REGION
  • # Filter by aws_native_tags.
  • AWS_TAG
  • # Filter by VPC ID.
  • AWS_VPC_ID
  • # Filter Azure storage accounts by access tier.
  • AZURE_BLOB_STORAGE_ACCOUNT_ACCESS_TIER
  • # Filter Azure storage accounts by hierarchical namespace status.
  • AZURE_BLOB_STORAGE_ACCOUNT_HNS_STATUS
  • # Filter Azure storage accounts by resource group name.
  • AZURE_BLOB_STORAGE_ACCOUNT_RG_NAME
  • # Filter Azure storage accounts by subscription ID.
  • AZURE_BLOB_STORAGE_ACCOUNT_SUBSCRIPTION_ID
  • # Filter Azure disks by ID of the attached virtual machine.
  • AZURE_DISK_ATTACHED_VM
  • # Filter Azure disks by common resource group name.
  • AZURE_DISK_CRG_NAME
  • # Filter Azure disks on subscription ID of common resource group.
  • AZURE_DISK_CRG_SUBSCRIPTION_ID
  • # Filter Azure disks on Disk size.
  • AZURE_DISK_SIZE
  • # Filter Azure disks by subscription ID.
  • # todo (SPARK-88655): remove usage of VMRG and DiskRG
  • AZURE_DISK_SUBSCRIPTION_ID
  • # Filter Azure disks on Disk type.
  • AZURE_DISK_TYPE
  • # Filters Azure disks whose regions have a \"CONNECTED\" exocompute.
  • AZURE_NATIVE_DISK_EXOCOMPUTE_CONNECTED
  • # Filter by the \"indexing status\" of Azure disks.
  • AZURE_NATIVE_DISK_INDEXING_STATUS
  • # Filter Azure native subscriptions based on the features enabled for them.
  • AZURE_NATIVE_SUBSCRIPTION_ENABLED_FEATURE
  • # Filters Azure virtual machines whose regions have a \"CONNECTED\" exocompute.
  • AZURE_NATIVE_VM_EXOCOMPUTE_CONNECTED
  • # Filter by the \"indexing status\" of Azure VMs.
  • AZURE_NATIVE_VM_INDEXING_STATUS
  • # Filter by AzureSubscription.region_spec.region, AzureResourceGroup.region,
  • # AzureVm.Region and AzureDisk.region.
  • AZURE_REGION
  • # Filter Azure resource groups by disk SLA or virtual machine SLA.
  • AZURE_RG_DISK_OR_VM_SLA
  • # Filter Azure resource groups by subscription ID.
  • AZURE_RG_SUBSCRIPTION_ID
  • # Filter Azure Resource Groups by SLAs of given workload types.
  • # SLAs need to be passed as "texts" and workload types need to be
  • # passed as "object_type_filter_params".
  • # Note: When using this filter for more than two types of workloads,
  • # test the performance for large data sizes because internally the operation
  • # performs
  • # some heavy joins to filter the results.
  • AZURE_RG_WORKLOAD_TYPES_SLA_DOMAIN
  • # Filter Azure SQL Databases on resource group name.
  • AZURE_SQL_DB_RG_NAME
  • # Filter Azure SQL Database Servers on resource group name.
  • AZURE_SQL_DB_SERVER_RG_NAME
  • # Filter Azure SQL Database Servers on subscription ID.
  • AZURE_SQL_DB_SERVER_SUBSCRIPTION_ID
  • # Filter Azure SQL Databases on subscription ID.
  • AZURE_SQL_DB_SUBSCRIPTION_ID
  • # Filter Azure SQL Managed Instance Databases on resource group name.
  • AZURE_SQL_MI_DB_RG_NAME
  • # Filter Azure SQL Managed Instances Databases on subscription ID.
  • AZURE_SQL_MI_DB_SUBSCRIPTION_ID
  • # Filter Azure SQL Managed Instance Database Servers on resource group name.
  • AZURE_SQL_MI_SERVER_RG_NAME
  • # Filter Azure SQL Managed Instances Database Servers on subscription ID.
  • AZURE_SQL_MI_SERVER_SUBSCRIPTION_ID
  • # Filter by azure_native_tags.
  • AZURE_TAG
  • # Filter Azure Virtual Machines based on RBS connection status.
  • AZURE_VM_CC_OR_CNP_RBS_CONNECTION_STATUS
  • # Filter Azure virtual machines on common resource group name.
  • AZURE_VM_CRG_NAME
  • # Filter Azure virtual machines on subscription ID of common resource group.
  • AZURE_VM_CRG_SUBSCRIPTION_ID
  • # Filter Azure virtual machines on virtual machine size.
  • AZURE_VM_SIZE
  • # Filter Azure virtual machines on subscription ID.
  • # todo (SPARK-88655): remove usage of VMRG and DiskRG
  • AZURE_VM_SUBSCRIPTION_ID
  • # Filter Azure virtual machines on VNet name.
  • AZURE_VNET_NAME
  • # Filter by ID of parent Cassandra Keyspace.
  • CASSANDRA_KEYSPACE_ID
  • # Filter by ID of parent Cassandra Source.
  • CASSANDRA_SOURCE_ID
  • # Filter by status of CassandraSource.
  • CASSANDRA_SOURCE_STATUS
  • # Filter by IO filter installation status of CDP Virtual Machine.
  • CDP_IO_FILTER_STATUS
  • # Filter by CDP state of CDP Virtual Machine.
  • CDP_LOCAL_STATUS
  • # Filter by CDP replication state of CDP Virtual Machine.
  • CDP_REPLICATION_STATUS
  • # Filter by CDP Virtual Machines.
  • CDP_VMS
  • # Filter by effective SLA Domain name of CDP Virtual Machine.
  • CDP_VM_EFFECTIVE_SLA_ID
  • # Filter by name of CDP Virtual Machine.
  • CDP_VM_NAME
  • # Filter by source cluster of the CDP Virtual Machine.
  • CDP_VM_SOURCE_CLUSTER_ID
  • # Filter by the name of the Cloud Direct NAS namespace.
  • CLOUDDIRECT_NAS_NAMESPACE_NAME
  • # Filter by the system name of the Cloud Direct NAS namespace.
  • CLOUDDIRECT_NAS_NAMESPACE_SYSTEM_NAME
  • # Filter by the system vendor type of the Cloud Direct NAS namespace.
  • CLOUDDIRECT_NAS_NAMESPACE_VENDOR_TYPE
  • # Filter by hidden shares.
  • CLOUDDIRECT_NAS_SHARE_HIDDEN
  • # Filter by the name of the Cloud Direct NAS share namespace.
  • CLOUDDIRECT_NAS_SHARE_NAMESPACE_NAME
  • # Filter by the protocol of the Cloud Direct NAS Share.
  • CLOUDDIRECT_NAS_SHARE_PROTOCOL
  • # Filter by the system name of the Cloud Direct NAS share.
  • CLOUDDIRECT_NAS_SHARE_SYSTEM_NAME
  • # Filter by the system vendor type of the Cloud Direct NAS share.
  • CLOUDDIRECT_NAS_SHARE_VENDOR_TYPE
  • # Filter by the name of the Cloud Direct NAS system.
  • CLOUDDIRECT_NAS_SYSTEM_NAME
  • # Filter by the vendor type of the Cloud Direct NAS system.
  • CLOUDDIRECT_NAS_VENDOR_TYPE
  • # Filter cloud instances based on whether CDM App Protection
  • # is setup through a cloud cluster.
  • CLOUD_INSTANCE_CDM_APP_PROTECTION_SETUP
  • # Filter cloud instance physical host by descendant object type.
  • CLOUD_INSTANCE_HOST_DESCENDANT_OBJECT_TYPE
  • # Filter cloud native databases using server name.
  • CLOUD_NATIVE_SERVER_NAME_FILTER
  • # Filter Rubrik CDM objects by cluster ID.
  • CLUSTER_ID
  • # Filter clusters by the ClusterTypeEnum.
  • CLUSTER_TYPE
  • # Filter by the D365 dataverse table type.
  • D365_TABLE_TYPE
  • # Filter the Db2 databases by database type.
  • DB2_DB_TYPE
  • # Filter based on fid of DB2 instance.
  • DB2_INSTANCE_ID
  • # Filter by status of Db2Instance.
  • DB2_INSTANCE_STATUS
  • # Filter to select a singular object from a group of duplicated nutanix objects.
  • DEDUPE_NUTANIX_PRISM_CENTRAL_OBJECTS
  • # Filter by relic filesets of a NAS Share.
  • DOES_NAS_SHARE_HAVE_RELIC_FILESETS
  • # Filter NAS volumes based on whether they are associated
  • # with a SnapMirror Cloud object.
  • DOES_NAS_VOLUME_HAVE_SMC
  • # Filter physical hosts that have protected filesets.
  • DOES_PHYSICAL_HOST_HAVE_PROTECTED_FILESETS
  • # Filter physical hosts that have protected volume group.
  • DOES_PHYSICAL_HOST_HAVE_PROTECTED_VOLUME_GROUP
  • # Filter by relic filesets of a physical host.
  • DOES_PHYSICAL_HOST_HAVE_RELIC_FILESETS
  • # Filter by relic volume group of a physical host.
  • DOES_PHYSICAL_HOST_HAVE_RELIC_VOLUME_GROUP
  • # Filter whether the sharepoint is relic or contains relic object.
  • DOES_SHAREPOINT_HAVE_RELIC_OBJECTS
  • # Filter by the Active Directory domain controller connection status.
  • DOMAIN_CONTROLLER_CONNECTION_STATUS
  • # Filter domain controller by domain SID.
  • DOMAIN_CONTROLLER_DOMAIN_SID
  • # Filter by FSMO role of a domain controller.
  • DOMAIN_CONTROLLER_FSMO_ROLE
  • # Filter domains by forest.
  • DOMAIN_HAS_FOREST
  • # Filter by EBSVolume native ID.
  • EBS_VOLUME_ID
  • # Filter EBS Volumes by status of indexing.
  • EBS_VOLUME_INDEXING_STATUS
  • # Filter by EBSVolume.name.
  • EBS_VOLUME_NAME
  • # Filter by EBS volume name or volume ID.
  • EBS_VOLUME_NAME_OR_VOLUME_ID
  • # Filter by EbsVolume.type.
  • EBS_VOLUME_TYPE
  • # Filter by EC2Instance native ID.
  • EC2_INSTANCE_ID
  • # Filter EC2 Instances by status of indexing. Possible values for
  • # filter are generated strings from AwsIndexingStatusFilter enum.
  • EC2_INSTANCE_INDEXING_STATUS
  • # Filter by EC2Instance.name.
  • EC2_INSTANCE_NAME
  • # Filter by EC2 instance name or instance ID.
  • EC2_INSTANCE_NAME_OR_INSTANCE_ID
  • # Filter by Ec2Instance.type.
  • EC2_INSTANCE_TYPE
  • # Filter managed objects by the SLA Domain ID. Objects returned are
  • # either retained or protected by the SLA Domain.
  • EFFECTIVE_RETENTION_SLA
  • # Filter by effective SLA Domain.
  • EFFECTIVE_SLA
  • # Filter to include or exclude objects with a specific effective SLA
  • # source object.
  • EFFECTIVE_SLA_SOURCE_OBJECT
  • # Filter by the SLA type of the effective SLA.
  • EFFECTIVE_SLA_TYPE
  • # The behavior of this filter is similar to the EFFECTIVE_SLA filter,
  • # except, the behavior when it returns objects that have a
  • # retention SLA Domain assigned along with the DoNotProtect SLA Domain.
  • EFFECTIVE_SLA_WITH_RETENTION_SLA
  • # Filter Exchange Databases by the ID of the Exchange Dag.
  • EXCHANGE_DATABASE_BY_DAG_ID
  • # Filter Exchange Databases by the ID of the Exchange Host.
  • EXCHANGE_DATABASE_BY_HOST_ID
  • # Filter Exchange Databases by the ID of the Exchange Server.
  • EXCHANGE_DATABASE_BY_SERVER_ID
  • # Filter Exchange Server by the ID of the Exchange Dag.
  • EXCHANGE_SERVER_BY_DAG_ID
  • # Filter to exclude root resource pool.
  • EXCLUDED_ROOT_RESOURCE_POOL_TYPE
  • # Filter SharePoint Libraries by excluding list template types.
  • EXCLUDED_SHAREPOINT_LIBRARY_TYPE
  • # Filter by SLA domain of the Microsoft SQL (MSSQL) Failover Clusters.
  • FAILOVER_CLUSTERS_BY_MSSQL_EFFECTIVE_SLA
  • # Filter by failover cluster app connection status.
  • FAILOVER_CLUSTER_APP_CONNECTION_STATUS
  • # Filter by the ID of Failover cluster app.
  • FAILOVER_CLUSTER_APP_ID
  • # Filter by failover cluster connection status.
  • FAILOVER_CLUSTER_CONNECTION_STATUS
  • # Filter by ID of parent of Failover Cluster.
  • FAILOVER_CLUSTER_ID
  • # Filter according to the migration status of the filesets.
  • FILESET_MIGRATION_STATUS
  • # Filter physical hosts by SLAs attached to their filesets.
  • FILESET_SLA
  • # Filter physical hosts by which fileset templates are attached
  • # to them.
  • FILESET_TEMPLATE_ID
  • # Filter fileset templates by OS Type.
  • FILESET_TEMPLATE_OS_TYPE
  • # Filter by gcp_native_labels.
  • GCP_LABEL
  • # Filter by GCP Disk location (for regional disk: location=region, for zonal disk:
  • # location=zone).
  • GCP_NATIVE_DISK_LOCATION
  • # Filter by GCP Disk name or native ID.
  • GCP_NATIVE_DISK_NAME_OR_NATIVE_ID
  • # Filter by GCP Disk project name.
  • GCP_NATIVE_DISK_PROJECT
  • # Filter by GCP Disk type.
  • # Text of the GCP_DISK_TYPE can have one of the following values:
  • # regional-pd-ssd regional-pd-standard regional-pd-balanced
  • # zonal-pd-ssd zonal-pd-standard zonal-pd-balanced.
  • GCP_NATIVE_DISK_TYPE
  • # Filter by GCP instance native ID or name.
  • GCP_NATIVE_INSTANCE_NAME_OR_NATIVE_ID
  • # Filter by GCP Instance Network Name.
  • GCP_NATIVE_INSTANCE_NETWORK_NAME
  • # Filter by GCP instance type.
  • GCP_NATIVE_INSTANCE_TYPE
  • # Filter by GCP project ID for GCE instances.
  • GCP_NATIVE_PROJECT_ID
  • # Filter by GCP project name or project number.
  • GCP_NATIVE_PROJECT_NAME_OR_PROJECT_NUMBER
  • # Filter GCP projects by their native ID.
  • GCP_NATIVE_PROJECT_NATIVE_ID
  • # Filter by GCP region.
  • GCP_NATIVE_REGION
  • # Filter by the regions for GCP workloads.
  • GCP_REGION
  • # Filter VSphere and Hyper-V virtual machines by guest OS type for file export.
  • GUEST_OS_TYPE_FOR_FILE_RESTORE
  • # Filter objects if they have snapshots that are expired and indexed.
  • HAS_EXPIRED_INDEXED_SNAPSHOTS
  • # Filter objects with snapshots that have expired but
  • # not been garbage-collected.
  • HAS_EXPIRED_NON_GCED_SNAPSHOTS
  • # Filter objects for which the expired_non_gced_snapshot_count field
  • # is not set.
  • HAS_EXPIRED_NON_GCED_SNAPSHOT_COUNT_UNSET
  • # Filter if a workload has parent workload.
  • HAS_PARENT_SNAPPABLE
  • # Filter objects with unexpired snapshots.
  • HAS_UNEXPIRED_SNAPSHOTS
  • # Filter Host by Agent ID.
  • HOST_BY_AGENT_ID
  • # Filter hosts based on CBT status.
  • HOST_CBT_STATUS
  • # Filter hosts based on the domain controller FID.
  • HOST_DOMAIN_CONTROLLER_FID
  • # Filter according to the migration status of the physical hosts.
  • HOST_MIGRATION_STATUS
  • # Filter the hosts by their Operating System.
  • HOST_OPERATING_SYSTEM
  • # Filter according to the migration status of the host shares.
  • HOST_SHARE_MIGRATION_STATUS
  • # Filter by the vendor type of the NAS Host.
  • HOST_VENDOR_TYPE
  • # Filter Hyperv servers by Windows Host name or Hyperv Server name.
  • HYPERV_HOST_OR_SERVER_NAME
  • # Filter Hyper-V virtual machines by the agent's connection status.
  • HYPERV_VM_BY_AGENT_STATUS
  • # Filter Hyper-V virtual machine using a MAC Address.
  • HYPERV_VM_MAC_ADDRESS
  • # Filter independent replica objects on which you can assign
  • # an SLA Domain independently, without depending on source objects.
  • INCLUDE_INDEPENDENT_REPLICA
  • # Return only the workloads that are active.
  • # An active workload is a workload that is without a workload group or
  • # workload with the highest primary sequence number in the workload group.
  • IS_ACTIVE
  • # Filters active object from a group of duplicated objects.
  • IS_ACTIVE_AMONG_DUPLICATED_OBJECTS
  • # Filters archived workloads.
  • IS_ARCHIVED
  • # Filter workloads deleted from the Rubrik cluster.
  • IS_DELETED_IN_CDM
  • # Filter archived and non-relic managed-objects.
  • IS_GHOST
  • # Filter physical hosts that have protected filesets.
  • IS_HOST_PROTECTED
  • # Filter the kooper hosts from the host list.
  • IS_KUPR_HOST
  • # Filter MSSQL databases that are log shipping secondaries.
  • IS_LOG_SHIPPING_SECONDARY
  • # Filter Live Mounts from Managed Volume Exports.
  • IS_MAIN_MOUNT
  • # Filter child objects by Managed Volume archival status.
  • IS_MANAGED_VOLUME_ARCHIVED
  • # Filter MSSQL databases that are Live Mounts.
  • IS_MOUNT
  • # Filter by the protection status of a NAS share.
  • IS_NAS_SHARE_PROTECTED
  • # Workload must not be a member of any active Blueprint.
  • IS_NOT_BLUEPRINT_CHILD
  • # Filter by whether object is protected by an SLA Domain.
  • IS_PROTECTED
  • # Filter by recovery plan visibility.
  • IS_RECOVERY_PLAN_VISIBLE
  • # Filters workloads that are relics.
  • IS_RELIC
  • # Filters replicated workloads.
  • IS_REPLICATED
  • # Filter objects that have not been accessed for over 90 days.
  • IS_UNACCESSED
  • # Filter unmanaged objects.
  • IS_UNMANAGED_OBJECT
  • # Filter by the Jira project key or name.
  • JIRA_PROJECT_KEY_OR_NAME
  • # Filter by the Jira project lead.
  • JIRA_PROJECT_LEAD
  • # Filter by the Jira project type.
  • JIRA_PROJECT_TYPE
  • # Filter based on the Kubernetes cluster IDs.
  • K8S_CLUSTER_ID
  • # Filter based on Kubernetes cluster name.
  • K8S_CLUSTER_NAME
  • # Filter by the status of the K8s cluster.
  • K8S_CLUSTER_STATUS
  • # Filter according to the Kubernetes namespace IDs.
  • K8S_NAMESPACE_ID
  • # Filter Kubernetes clusters based on associated Rubrik cluster.
  • # Since the Kubernetes cluster is natively managed by Rubrik SaaS, a separate
  • # filter is used.
  • KUPR_CDM_CLUSTER_ID
  • # Filter Kubernetes clusters based on connection status.
  • KUPR_CLUSTER_STATUS
  • # Filter Kubernetes namespaces based on the associated Rubrik cluster of the
  • # parent Kubernetes cluster.
  • # Since Kubernetes namespace is natively managed by Rubrik SaaS, a separate filter
  • # is used.
  • KUPR_NAMESPACE_CDM_CLUSTER_ID
  • # Filter Kubernetes namespace based on the connection status of the parent.
  • KUPR_NAMESPACE_CLUSTER_STATUS
  • # Filter by location or path of an object.
  • LOCATION
  • # Filter objects with mismatched SLA Domain and backup storage protection
  • # status.
  • M365_BACKUP_STORAGE_PROTECTION_STATUS_MISMATCH
  • # Filter by preferred data location. Applicable for M365 workloads.
  • M365_PREFERRED_DATA_LOCATION
  • # Filter by Managed Volume Export ID.
  • MANAGED_VOLUME_EXPORT_ID
  • # Filter according to the Managed Volume export mount type.
  • MANAGED_VOLUME_EXPORT_MOUNT_TYPE
  • # Filter the Managed Volume based on the RBS status of its host.
  • MANAGED_VOLUME_HOST_CONNECTION_STATUS
  • # Filter the Managed Volume based on its host ID.
  • MANAGED_VOLUME_HOST_ID
  • # Filter Managed Volume Exports for a given Managed Volume ID.
  • MANAGED_VOLUME_ID
  • # Filter Managed Volume Type.
  • MANAGED_VOLUME_TYPE
  • # Filter to show all migrated hosts, including ghost objects.
  • MIGRATED_HOSTS_WITH_GHOST_OBJECTS
  • # Filter to show all migrated host shares, including ghost objects.
  • MIGRATED_HOST_SHARES_WITH_GHOST_OBJECTS
  • # Filter by ID of parent MongoDB Keyspace.
  • MONGODB_DATABASE_ID
  • # Filter by ID of parent MongoDB Source.
  • MONGODB_SOURCE_ID
  • # Filter by status of MongoDB Source.
  • MONGODB_SOURCE_STATUS
  • # Filter protected MongoDB collections.
  • MONGO_COLLECTION_PROTECTED
  • # Filter by ID of parent Mongo Database.
  • MONGO_DATABASE_ID
  • # Filter the MongoDB source by the management type.
  • # NATIVE for Native management type and OPSMANAGER for OpsManager management type.
  • MONGO_MANAGEMENT_TYPE
  • # Filter by ID of parent Mongo Source.
  • MONGO_SOURCE_ID
  • # Filter Microsoft SQL Server failover clusters that are protected by an SLA
  • # Domain.
  • MSSQL_IS_FAILOVER_CLUSTER_PROTECTED
  • # Filter Microsoft SQL Server failover clusters that are unprotectable.
  • MSSQL_IS_FAILOVER_CLUSTER_UNPROTECTABLE
  • # Filter Microsoft SQL Server hosts that are protected by an SLA Domain.
  • MSSQL_IS_HOST_PROTECTED
  • # Filter the MySQL Instance based on its host.
  • # connection status.
  • MYSQLDB_HOST_CONNECTION_STATUS
  • # Filter the MySQL Databases based on its Instance Id.
  • MYSQLDB_INSTANCE_ID
  • # Filter by name. For an exact match, use NAME_EXACT_MATCH.
  • NAME
  • # There is already a filter called NAME which filters for all the rows
  • # where name is "LIKE" the provided string. We have a use-case in
  • # Azure where we would like to Filter by name but exact-match, not just
  • # similar match. The use case is that resource groups are identified by
  • # the tuple of subscription ID and resource group name, similarity
  • # measure will not distinguish between two similar names.
  • NAME_EXACT_MATCH
  • # Filter by name or email-address of O365 user.
  • NAME_OR_EMAIL_ADDRESS
  • # Filter by the ID of the NAS namespace.
  • NAS_NAMESPACE_ID
  • # Filter according to the system name of the NAS Namespace.
  • NAS_NAMESPACE_SYSTEM_NAME
  • # Filter according to the NAS namespace vendor.
  • NAS_NAMESPACE_VENDOR_TYPE
  • # Filter by hidden shares.
  • NAS_SHARE_HIDDEN
  • # Filter by the Namespace ID of the NAS Share.
  • NAS_SHARE_NAMESPACE_ID
  • # Filter by the effective SLA Domain ID of the NAS Share.
  • NAS_SHARE_SLA
  • # Filter by stale shares.
  • NAS_SHARE_STALE
  • # Filter according to the system name of the NAS Share.
  • NAS_SHARE_SYSTEM_NAME
  • # Filter by the type of the NAS Share.
  • NAS_SHARE_TYPE
  • # Filter according to the NAS share vendor.
  • NAS_SHARE_VENDOR_TYPE
  • # Filter by NAS System.
  • NAS_SYSTEM_FOR_NAS_MIGRATION
  • # Filter by the vendor type of the NAS System.
  • NAS_VENDOR_TYPE
  • # Filter by the SLA Domain of the SnapMirror Cloud objects under
  • # the NAS volume.
  • NAS_VOLUME_EFFECTIVE_SLA
  • # Filter Nutanix clusters by Nutanix Prism Central ID(s).
  • NUTANIX_PRISM_CENTRAL_ID
  • # Filter out the standalone Nutanix cluster objects that are not
  • # associated with any Prism Central object.
  • NUTANIX_SHOW_ONLY_STANDALONE_CLUSTERS
  • # Filter Nutanix virtual machines by the agent's connection status.
  • NUTANIX_VM_BY_AGENT_STATUS
  • # Filter Nutanix virtual machines by Nutanix Category Value ID(s).
  • NUTANIX_VM_BY_CAT_VAL_ID
  • # Filter Nutanix virtual machines by the Nutanix cluster CDMID.
  • NUTANIX_VM_BY_NUTANIX_CLUSTER_CDMID
  • # Filter by group type. Applicable to Microsoft 365 group workloads.
  • O365_GROUP_TYPE
  • # Filter objects by Microsoft Office 365 organization ID.
  • O365_ORGANIZATION_ID
  • # Filter by the name or URL of the SharePoint site in Microsoft 365.
  • O365_SITE_NAME_OR_URL
  • # O365 specific type: O365_SHARED_USER, O365_SHARED_MAILBOX...This filter is
  • # introduced to support api-server since it is not convenient to add
  • # object-specific
  • # subtype knowledge there. To query for shared users, we can either:
  • # 1. Specify O365_USER in object type AND this filter with value O365_SHARED_USER
  • # (api-server way)
  • # 2. Specify O365_SHARED_USER in object type, ignore this filter
  • # (others should do this).
  • O365_SPECIFIC_TYPE
  • # Filter by software version of the cluster.
  • ON_OR_ABOVE_CLUSTER_VERSION
  • # Filter Oracle host and RAC objects by OS type.
  • ORACLE_OS_TYPE
  • # Filter by organization ID.
  • ORGANIZATION_ID
  • # Filter physical hosts by OS name.
  • OS_NAME
  • # Filter physical hosts by OS type.
  • OS_TYPE
  • # Filter physical host by cloud instance id.
  • PHYSICAL_HOST_BY_CLOUD_INSTANCE_ID
  • # Filter by SLA domain of the Microsoft SQL (MSSQL) hosts.
  • PHYSICAL_HOST_BY_MSSQL_EFFECTIVE_SLA
  • # Filter by the SLA Domain of the volume group of the physical host.
  • PHYSICAL_HOST_BY_VOLUME_GROUP_EFFECTIVE_SLA
  • # Filter by the RBS status of the physical host.
  • PHYSICAL_HOST_CONNECTION_STATUS
  • # Filter by the SLA Domain of the host filesets.
  • PHYSICAL_HOST_EFFECTIVE_SLA
  • # Filter physical host objects by excluding hosts from the output that
  • # that have IDs specified by the caller.
  • PHYSICAL_HOST_EXCLUDE_IDS
  • # tag_filter_params field.
  • # Filter by the ID of a Physical Host.
  • PHYSICAL_HOST_ID
  • # Filter the Postgres Database Cluster based on its host
  • # connection status.
  • POSTGRES_DB_CLUSTER_HOST_CONNECTION_STATUS
  • # Filter the Postgres Databases based on its Database Cluster
  • # Id.
  • POSTGRES_DB_CLUSTER_ID
  • # Filter by the protection status of the object.
  • PROTECTION_STATUS
  • # Filter by recovery plan name.
  • RECOVERY_PLAN_NAME
  • # Filter by recovery plan source location.
  • RECOVERY_PLAN_SOURCE_LOCATION
  • # Filter by recovery plan target location.
  • RECOVERY_PLAN_TARGET_LOCATION
  • # Filter by recovery plan type.
  • RECOVERY_PLAN_TYPE
  • # Filter by Recovery Plan workload type.
  • RECOVERY_PLAN_WORKLOAD_TYPE
  • # Filter by recovery status.
  • RECOVERY_STATUS
  • # Filter by the name by a given regex expression.
  • REGEX
  • # Filter by objects with at least one snapshot.
  • RUBRIK_NATIVE_HAS_AT_LEAST_ONE_SNAPSHOT
  • # Filter by whether Rubrik SaaS native workload object
  • # has an unindexed snapshot or it has a snapshot that is expired
  • # and has an unmerged index.
  • RUBRIK_NATIVE_HAS_UNINDEXED_OR_EXPIRED_SNAPSHOT
  • # Filter SaaS Apps organizations based on whether they only support
  • # recovery.
  • SAASAPPS_IS_RECOVERY_TARGET_ONLY
  • # Filter according to the natural ID field of the SaaS app resource.
  • SAASAPPS_NATURAL_ID
  • # Filter the SaaS Apps organizations by their scopes.
  • SAASAPPS_ORGANIZATION_SCOPE
  • # Filter by Salesforce name or label.
  • SALESFORCE_NAME_OR_LABEL
  • # Filter by Salesforce object type.
  • SALESFORCE_OBJECT_TYPE
  • # Filter by the Rubrik CDM ID of the SAP HANA database.
  • SAP_HANA_DATABASE_CDM_ID
  • # Filter by the ID of parent SAP HANA system.
  • SAP_HANA_SYSTEM_ID
  • # Filter by SID of SapHanaSystem.
  • SAP_HANA_SYSTEM_SID
  • # Filter by status of SapHanaSystem.
  • SAP_HANA_SYSTEM_STATUS
  • # Filter by sensitivity status.
  • SENSITIVITY_STATUS
  • # Filter objects that are top level sites of all the O365 Orgs.
  • # Note that an org ID is not passed as a filter here so the top level
  • # sites under all the O365 orgs are returned.
  • TOP_LEVEL_SITES_OF_O365_ORG
  • # Filter based on type of database in UDF schema.
  • UDF_DATABASE_TYPE
  • # Filter vCD vApps by type.
  • VCD_VAPP_TYPE
  • # Filter VMware standalone hosts from vCenters and standalone hosts.
  • VMWARE_IS_STANDALONE_HOST
  • # Filter VMware objects according to the snapshot consistency mandate.
  • VMWARE_SNAPSHOT_CONSISTENCY
  • # Filter by vCD hostname.
  • VMWARE_VCD_HOSTNAME
  • # Filter VMWare virtual machine using a MAC Address.
  • VMWARE_VM_MAC_ADDRESS
  • # Filter by moid of VMware virtual machines.
  • VMWARE_VM_MOID
  • # Filter template type of VMware virtual machines.
  • VMWARE_VM_TEMPLATE_TYPE
  • # Filter isLocal of virtualhost.descendant.
  • VSPHERE_DATASTORE_IS_LOCAL
  • # Filter for the the root level of compute resources for the restore
  • # hierarchy, which includes compute clusters and standalone hosts.
  • VSPHERE_GET_ROOT_RESTORE_HIERARCHY
  • }