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/.
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 scans the file structure within the virtual machine in a 
#   protected environment, where only the metadata such as folder structure, file 
#   names, and file sizes is accessible to Rubrik.
isFileIndexingEnabled: Boolean! @deprecated( reason: "Deprecated, use fileIndexingStatus instead."  )
#   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! 
#   Specifies the file indexing status for this virtual machine. When enabled, 
#   Rubrik scans the file structure within the virtual machine in a protected 
#   environment, where only the metadata such as folder structure, file names, and 
#   file sizes is accessible to Rubrik. If the status is not specified by the user, 
#   file indexing is automatically enabled when archival is configured.
fileIndexingStatus: FileIndexingStatus! 
#   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 
#   SLA Domain assignment which is pending on the Rubrik Security Cloud native 
#   objects.
rscNativeObjectPendingSla: CompactSlaDomain 
#   FID of the hierarchy object.
id: UUID! 
#   Name of the hierarchy object.
name: String! 
#   Type of this object.
objectType: HierarchyObjectTypeEnum! 
#   SLA Domain assignment type for this object.
slaAssignment: SlaAssignmentTypeEnum! 
#   Effective SLA Domain of the hierarchy object.
effectiveSlaDomain: SlaDomain! 
#   Pause status of the effective SLA Domain of the hierarchy object.
slaPauseStatus: Boolean! 
#   Distribution of the snapshots of the hierarchy object.
snapshotDistribution: SnapshotDistribution! 
#   Effective retention of the SLA Domain of the hierarchy object.
effectiveRetentionSlaDomain: SlaDomain 
#   SLA Domain configured for the hierarchy object.
configuredSlaDomain: SlaDomain! 
#   Path node of the effective SLA Domain source.
effectiveSlaSourceObject: PathNode 
#   Sequential list of this object's logical ancestors.
logicalPath: [PathNode!]! 
#   Sequential list of this object's physical ancestors.
physicalPath: [PathNode!]! 
#   Number of descendant workloads of this object.
numWorkloadDescendants: Int! 
#   Organizations to which this hierarchy object belongs.
allOrgs: [Org!]! 
#   Security posture metadata.
securityMetadata: SecurityMetadata 
#   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 occur after the 
#   specified cursor.
#   last: Returns the last n elements from the list.
#   before: Returns the elements in the list that occur before the 
#   specified cursor.
#   filter: Filter Rubrik Security Cloud snapshot connection.
#   sortBy: Sort Rubrik Security Cloud snapshots by field.
#   sortOrder: Sorts the order of 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 occur after the 
#   specified cursor.
#   last: Returns the last n elements from the list.
#   before: Returns the elements in the list that occur before the 
#   specified cursor.
#   workloadId: The FID of the workload.
#   snapshotFilter: Filter for snapshot connection.
#   sortOrder: Sorts the order of 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 occur after the 
#   specified cursor.
#   last: Returns the last n elements from the list.
#   before: Returns the elements in the list that occur 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 occur after the 
#   specified cursor.
#   last: Returns the last n elements from the list.
#   before: Returns the elements in the list that occur 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 
}
AzureNativeVirtualMachine

Description

link GraphQL Schema definition

link Require by

GraphQL Schema definition

Require by
