OBJECT

AzureNativeVirtualMachine

Description

An Azure Native Virtual Machine that refers to the Azure infrastructure as a service (IaaS) used to deploy persistent VMs. For more information, see https://docs.microsoft.com/en-us/azure/virtual-machines/.

link GraphQL Schema definition

  • type AzureNativeVirtualMachine implements PolarisHierarchyObject, PolarisHierarchySnappable, HierarchyObject, AzureNativeHierarchyObjectType {
  • # Azure region where the virtual machine (VM) is located.
  • region: AzureNativeRegion!
  • # Name of the Virtual Machine (VM).
  • vmName: String!
  • # Size type of the virtual machine (VM). For more information, see
  • # https://docs.microsoft.com/en-us/azure/virtual-machines/sizes-general.
  • sizeType: String!
  • # Name of the Virtual Network (VNet) associated with the virtual machine (VM).
  • vnetName: String!
  • # Name of the subnet associated with the virtual machine (VM).
  • subnetName: String!
  • # Specifies whether the virtual machine is a relic or not. A virtual machine is a
  • # relic when it is unprotected or deleted, but the previously taken snapshots of
  • # the virtual machine continue to exist within the Rubrik ecosystem.
  • isRelic: Boolean!
  • # List of tags associated with the virtual machine (VM).
  • tags: [AzureTag!]!
  • # Sequence of attachment specs for the virtual machine (VM).
  • attachmentSpecs: [AttachmentSpecsForVirtualMachine!]!
  • # Specifies whether Azure Disk Encryption (ADE) exists on the virtual machine (VM)
  • # or not.
  • isAdeEnabled: Boolean!
  • # Type of the Operating System (OS) installed on the virtual machine (VM).
  • osType: AzureNativeVmOsType!
  • # Availability Zone associated with the virtual machine (VM).
  • availabilityZone: String!
  • # Native ID of the the virtual machine (VM).
  • virtuaMachineNativeId: String!
  • # Specifies whether pre-script or post-script framework is enabled on the the
  • # virtual machine (VM) or not. When true, it facilitates application-consistent
  • # backups.
  • isPreOrPostScriptEnabled: Boolean!
  • # Application Consistent Specifications of the virtual machine (VM).
  • vmAppConsistentSpecs: VmAppConsistentSpecsInternal
  • # Specifies whether application consistent snapshots are enabled for this virtual
  • # machine (VM) or not. When enabled, Rubrik informs the Azure applications before
  • # taking snapshots, so apps can prepare. During the preparation phrase, Rubrik
  • # waits for the IO to be frozen and then the snapshot is taken. Once snapshot is
  • # taken, IO is unfreezed and the apps resume normal operation.
  • isAppConsistencyEnabled: Boolean!
  • # Native ID of the availability set associated with the virtual machine (VM).
  • availabilitySetNativeId: String!
  • # Specifies whether accelerated networking is enabled on the virtual machine (VM)
  • # or not. Accelerated Networking improves the network performance on the VM. For
  • # more information, see
  • # https://docs.microsoft.com/en-us/azure/virtual-machine-scale-sets/virtual-machine-scale-sets-networking.
  • isAcceleratedNetworkingEnabled: Boolean!
  • # Specifies whether exocompute is configured for the region in which the virtual
  • # machine (VM) exists, or not. When the value is true, exocompute can be used to
  • # perform tasks like file indexing.
  • isExocomputeConfigured: Boolean!
  • # Specifies whether file indexing is enabled for this virtual machine or not. When
  • # enabled, Rubrik can scan through the file structure inside the virtual machine
  • # in a protected environment where only the metadata, like folder structure, file
  • # names, and file sizes will be readable by Rubrik.
  • isFileIndexingEnabled: Boolean!
  • # Private IP address of the virtual machine.
  • privateIp: String!
  • # Native ID of the the virtual machine (VM).
  • cloudNativeId: String!
  • # Azure Native name of the object.
  • nativeName: String!
  • # The authorized operations on the object.
  • authorizedOperations: [PolarisSnappableAuthorizedOperationsEnum!]!
  • # Resource Group of the Azure Virtual Machine (VM).
  • resourceGroup: AzureNativeResourceGroup!
  • # List of Managed Disks attached to the Azure Virtual Machine (VM).
  • attachedManagedDisks: [AzureNativeManagedDisk!]!
  • # Rubrik CDM host information for the Azure Virtual Machine added as a host to the
  • # cluster. The value is Null when the virtual machine is not added as a host on
  • # any Rubrik cluster.
  • hostInfo: PhysicalHost
  • # The FID of the hierarchy object.
  • id: UUID!
  • # The name of the hierarchy object.
  • name: String!
  • # The type of this object.
  • objectType: HierarchyObjectTypeEnum!
  • # The SLA Domain assignment type for this object.
  • slaAssignment: SlaAssignmentTypeEnum!
  • # The effective SLA Domain of the hierarchy object.
  • effectiveSlaDomain: SlaDomain!
  • # The pause status of the effective SLA Domain of the hierarchy object.
  • slaPauseStatus: Boolean!
  • # The distribution of the snapshots of the hierarchy object.
  • snapshotDistribution: SnapshotDistribution!
  • # The effective retention of the SLA Domain of the hierarchy object.
  • effectiveRetentionSlaDomain: SlaDomain
  • # The SLA Domain configured for the hierarchy object.
  • configuredSlaDomain: SlaDomain!
  • # The path node of the effective SLA Domain source.
  • effectiveSlaSourceObject: PathNode
  • # A sequential list of this object's logical ancestors.
  • logicalPath: [PathNode!]!
  • # A sequential list of this object's physical ancestors.
  • physicalPath: [PathNode!]!
  • # The number of descendant workloads of this object.
  • numWorkloadDescendants: Int!
  • # The organizations to which this hierarchy object belongs.
  • allOrgs: [Org!]!
  • # The list of snapshots taken for this workload.
  • #
  • # Arguments
  • # first: Returns the first n elements from the list.
  • # after: Returns the elements in the list that come after the
  • # specified cursor.
  • # last: Returns the last n elements from the list.
  • # before: Returns the elements in the list that come before the
  • # specified cursor.
  • # filter: Filter Rubrik Security Cloud snapshot connection.
  • # sortBy: Sort Rubrik Security Cloud snapshots by field.
  • # sortOrder: Sorting order for the results.
  • snapshotConnection(
  • first: Int,
  • after: String,
  • last: Int,
  • before: String,
  • filter: PolarisSnapshotFilterInput,
  • sortBy: PolarisSnapshotSortByEnum,
  • sortOrder: SortOrder
  • ): PolarisSnapshotConnection
  • # The list of snapshots taken for this workload.
  • #
  • # Arguments
  • # first: Returns the first n elements from the list.
  • # after: Returns the elements in the list that come after the
  • # specified cursor.
  • # last: Returns the last n elements from the list.
  • # before: Returns the elements in the list that come before the
  • # specified cursor.
  • # workloadId: The FID of the workload.
  • # snapshotFilter: Filter for snapshot connection.
  • # sortOrder: Sorting order for the results.
  • # sortBy: Sort snapshots by field.
  • # timeRange: Time range input.
  • # ignoreActiveWorkloadCheck: Specifies whether to ignore the
  • # active workload check.
  • workloadSnapshotConnection(
  • first: Int,
  • after: String,
  • last: Int,
  • before: String,
  • workloadId: String!,
  • snapshotFilter: [SnapshotQueryFilterInput!],
  • sortOrder: SortOrder,
  • sortBy: SnapshotQuerySortByField,
  • timeRange: TimeRangeInput,
  • ignoreActiveWorkloadCheck: Boolean
  • ): GenericSnapshotConnection
  • # GroupBy connection for this workload's snapshots.
  • #
  • # Arguments
  • # first: Returns the first n elements from the list.
  • # after: Returns the elements in the list that come after the
  • # specified cursor.
  • # last: Returns the last n elements from the list.
  • # before: Returns the elements in the list that come before the
  • # specified cursor.
  • # timezoneOffset: Offset based on customer timezone.
  • # filter: Filter Rubrik Security Cloud snapshot connection.
  • # groupBy: Group Rubrik Security Cloud snapshots by field.
  • snapshotGroupByConnection(
  • first: Int,
  • after: String,
  • last: Int,
  • before: String,
  • timezoneOffset: Float,
  • filter: PolarisSnapshotFilterInput,
  • groupBy: PolarisSnapshotGroupByEnum!
  • ): PolarisSnapshotGroupByConnection
  • # GroupBy connection for this workload's snapshots.
  • #
  • # Arguments
  • # first: Returns the first n elements from the list.
  • # after: Returns the elements in the list that come after the
  • # specified cursor.
  • # last: Returns the last n elements from the list.
  • # before: Returns the elements in the list that come before the
  • # specified cursor.
  • # timezoneOffset: Offset based on customer timezone.
  • # snapshotFilter: Filter Rubrik Security Cloud snapshot
  • # connection.
  • # snapshotGroupBy: Group Rubrik Security Cloud snapshots by
  • # field.
  • snapshotGroupByNewConnection(
  • first: Int,
  • after: String,
  • last: Int,
  • before: String,
  • timezoneOffset: Float,
  • snapshotFilter: [PolarisSnapshotFilterNewInput!]!,
  • snapshotGroupBy: SnapshotGroupByTime!
  • ): PolarisSnapshotGroupByNewConnection
  • # The most recent snapshot of this workload.
  • newestSnapshot: PolarisSnapshot
  • # The oldest snapshot of this workload.
  • oldestSnapshot: PolarisSnapshot
  • # The number of on-demand snapshots.
  • onDemandSnapshotCount: Int!
  • # The newest snapshot that is indexed and unexpired, and therefore restorable.
  • newestIndexedSnapshot: PolarisSnapshot
  • }