OBJECT
Mutation

GraphQL Schema definition

type Mutation {
#   Add AD Groups to O365 hierarchy.
# 
# Arguments
#   input: The input for the AddAdGroupsToHierarchy mutation.
addAdGroupsToHierarchy(
input: AddAdGroupsToHierarchyInput!
): RequestStatus! 
#   Add a new domain
# 
#   Supported in v5.0+
#   Add a new domain manually and join Active Directory.
# 
# Arguments
#   input: Input for InternalAddAndJoinSmbDomain.
addAndJoinSmbDomain(input: AddAndJoinSmbDomainInput!): AddAndJoinSmbDomainReply! 
#   Validates and adds an authentication server-based AWS cloud account. When 
#   validation succeeds, the AWS cloud account is added and the features specified 
#   in the request are enabled. When validation fails, an error is not returned, but 
#   the cause of the failure is specified in the \"message\" field of the response 
#   object.
# 
# Arguments
#   input: Input to add authentication server-based AWS cloud 
#   account for native protection.
addAwsAuthenticationServerBasedCloudAccount(
input: AddAwsAuthenticationServerBasedCloudAccountInput!
): AddAwsAuthenticationServerBasedCloudAccountReply! 
#   Adds an IAM user-based AWS cloud account and enables the features specified in 
#   the input after successful validation of the request.
# 
# Arguments
#   input: Input to add IAM user-based AWS cloud account for native 
#   protection.
addAwsIamUserBasedCloudAccount(
input: AddAwsIamUserBasedCloudAccountInput!
): AddAwsIamUserBasedCloudAccountReply! 
#   Add the Azure Subscriptions cloud account for the given feature.
# 
# Arguments
#   input: Input for adding an Azure Cloud Account.
addAzureCloudAccount(input: AddAzureCloudAccountInput!): AddAzureCloudAccountReply! 
#   Add Exocompute configurations for an Azure Cloud Account.
# 
# Arguments
#   input: Input for adding Exocompute configurations for an Azure 
#   Cloud Account.
addAzureCloudAccountExocomputeConfigurations(
input: AddAzureCloudAccountExocomputeConfigurationsInput!
): AddAzureCloudAccountExocomputeConfigurationsReply! 
#   Add the Azure Subscription cloud account for the given feature without OAuth.
# 
# Arguments
#   input: Input for adding an Azure Cloud Account without OAuth.
addAzureCloudAccountWithoutOauth(
input: AddAzureCloudAccountWithoutOauthInput!
): AddAzureCloudAccountWithoutOauthReply! 
#   Add credentials for the user in the databases with authorization to perform 
#   backups.
# 
# Arguments
#   input: Input required to add credentials for performing SQL 
#   Server backups.
addCloudNativeSqlServerBackupCredentials(
input: AddCloudNativeSqlServerBackupCredentialsInput!
): AddCloudNativeSqlServerBackupCredentialsReply! 
#   Import a certificate
# 
#   Supported in v5.1+
#   Import a certificate.
# 
# Arguments
#   input: Input for V1ImportCertificate.
addClusterCertificate(input: AddClusterCertificateInput!): AddClusterCertificateReply! 
#   Add nodes to the CDM cluster.
# 
# Arguments
#   AddClusterNodesInput: Input for add nodes.
addClusterNodes(AddClusterNodesInput: AddClusterNodesInput!): AddClusterNodesReply! 
#   Add a Configured Group to the O365 hierarchy.
# 
# Arguments
#   input: The input for the AddConfiguredGroupToHierarchy 
#   mutation.
addConfiguredGroupToHierarchy(
input: AddConfiguredGroupToHierarchyInput!
): AddConfiguredGroupToHierarchyReply! 
#   Add service consumer to provider RSC account.
# 
# Arguments
#   input: Cross-account information from service consumer to 
#   create cross-account pair.
addCrossAccountServiceConsumer(
input: AddCrossAccountServiceConsumerInput!
): AddCrossAccountServiceConsumerReply! 
#   Mutation to add a new Db2 instance.
# 
# Arguments
#   input: Input for V1AddDb2Instance.
addDb2Instance(input: AddDb2InstanceInput!): AddDb2InstanceReply! 
#   Add a global certificate.
# 
# Arguments
#   input: Input to add a global certificate.
addGlobalCertificate(input: AddGlobalCertificateInput!): AddGlobalCertificateReply! 
#   Add account level inventory workloads.
# 
# Arguments
#   input: Inventory workloads to add for an account.
addInventoryWorkloads(input: AddInventoryWorkloadsInput!): Boolean! 
#   Add a Kubernetes cluster
# 
#   Supported in v9.0+
#   Adds a Kubernetes cluster to the Rubrik cluster.
# 
# Arguments
#   input: Input for V1AddK8sCluster.
addK8sCluster(input: AddK8sClusterInput!): K8sClusterSummary! 
#   Add a Kubernetes protection set
# 
#   Supported in v9.1+
#   Adds a Kubernetes protection set to the Rubrik cluster.
# 
# Arguments
#   input: Input for V1AddK8sProtectionSet.
addK8sProtectionSet(input: AddK8sProtectionSetInput!): K8sProtectionSetSummary! 
#   Create a Managed Volume
# 
#   Supported in v7.0+
#   v7.0: Initiates an asynchronous job to create a Managed Volume stack.
#   v8.0+: Start an asynchronous job to create a Managed Volume stack.
# 
# Arguments
#   input: Input for V1CreateManagedVolumeV1.
addManagedVolume(input: AddManagedVolumeInput!): AddManagedVolumeReply! 
#   Add a new MongoDB source
# 
#   Supported in v8.1+
#   Adds a new MongoDB source to the Rubrik Cluster.
# 
# Arguments
#   input: Input for V1AddMongoSource.
addMongoSource(input: AddMongoSourceInput!): AddMongoSourceReply! 
#   Add a New Store
# 
#   Supported in m3.2.0-m4.2.0
#   Add a new store to Mosaic cluster.
# 
# Arguments
#   input: Input for V2AddMosaicStore.
addMosaicStore(input: AddMosaicStoreInput!): MosaicAsyncResponse! 
#   Add nodes to cloud cluster.
# 
# Arguments
#   input: Input for adding nodes to cloud cluster.
addNodesToCloudCluster(
input: AddNodesToCloudClusterInput!
): CcProvisionJobReply! 
#   Adds an O365 org to the account.
# 
# Arguments
#   input: The input for the AddO365Org mutation.
addO365Org(input: AddO365OrgInput!): AddO365OrgResponse! 
#   Add policies to objects.
# 
# Arguments
#   policyIds: 
#   objectIds: 
#   objectRootIds: List of supported root IDs.
#   clusterIds: List of Rubrik cluster IDs.
addPolicyObjects(
policyIds: [String!]!,
objectIds: [String!]!,
objectRootIds: [String!]!,
clusterIds: [String!]!
): String! 
# Arguments
#   userIds: List of user IDs.
#   groupIds: List of group IDs.
#   roleIds: 
addRoleAssignments(
userIds: [String!],
groupIds: [String!],
roleIds: [String!]!
): Boolean! 
#   Add a SAP HANA system
# 
#   Supported in v5.3+
#   Add a SAP HANA system to the Rubrik cluster.
# 
# Arguments
#   input: Input for V1AddSapHanaSystem.
addSapHanaSystem(input: AddSapHanaSystemInput!): AddSapHanaSystemReply! 
#   Add storage arrays to Rubrik clusters.
# 
# Arguments
#   input: List of storage arrays to add.
addStorageArrays(input: AddStorageArraysInput!): AddStorageArraysReply! 
#   Add a new syslog export rule
# 
#   Supported in v5.1+
#   Adds a new rule specifying where to export the specified syslog information.
# 
# Arguments
#   input: Input for V1AddSyslogExportRule.
addSyslogExportRule(input: AddSyslogExportRuleInput!): AddSyslogExportRuleReply! 
#   Add VLAN to Rubrik cluster.
# 
# Arguments
#   input: Input for InternalAddVlan.
addVlan(input: AddVlanInput!): ResponseSuccess! 
#   Add Vm App consistent specs info
# 
# Arguments
#   input: Input required to add Azure native virtual machine 
#   application consistency specifications.
addVmAppConsistentSpecs(
input: AddVmAppConsistentSpecsInput!
): AddVmAppConsistentSpecsReply! 
#   Approve private endpoint.
# 
# Arguments
#   input: Input for approving RCV private endpoint.
approveRcvPrivateEndpoint(
input: ApproveRcvPrivateEndpointInput!
): ApproveRcvPrivateEndpointReply! 
#   Archive a crawl.
# 
# Arguments
#   crawlId: 
archiveCrawl(crawlId: String!): String! 
#   Archive a Kubernetes cluster.
# 
# Arguments
#   input: Request for archiving a Kubernetes cluster.
archiveK8sCluster(input: ArchiveK8sClusterInput!): ArchiveK8sClusterReply! 
#   Assign SLA domain properties to Mssql objects.
# 
# Arguments
#   input: Input for V1AssignMssqlSlaProperties.
assignMssqlSlaDomainProperties(
input: AssignMssqlSlaDomainPropertiesInput!
): ResponseSuccess! 
#   Assign SLA domain properties to Mssql objects.
# 
# Arguments
#   input: Input for V2AssignMssqlSlaPropertiesAsync.
assignMssqlSlaDomainPropertiesAsync(
input: AssignMssqlSlaDomainPropertiesAsyncInput!
): AssignMssqlSlaDomainPropertiesAsyncReply! 
#   Assign protection to cassandra objects.
# 
# Arguments
#   input: Arguments for protection backup.
assignProtection(input: AssignProtectionInput!): SlaAssignResult! 
#   Endpoint to assign retention SLA Domain to workloads.
# 
# Arguments
#   globalSlaOptionalFid: SLA Domain forever UUID.
#   globalSlaAssignType: Corresponds to the assignment type for the 
#   SLA Domain.
#   objectIds: A list of object forever UUIDs to assign to the SLA 
#   Domain.
#   applicableSnappableType: Optional workload type selection for 
#   SLA Domain assignment is available for workloads that support multiple workload 
#   hierarchies. It allows setting an SLA Domain for specific workload types under 
#   the workload rather than applying the SLA Domain for all the workload types.
# 
#   For example, for an AWS account object with two different workload types, 
#   AwsNativeEc2Instance and AwsNativeRdsInstance, the appropriate type can be 
#   selected to apply the SLA Domain only to the selected workloads under that 
#   account. If the SLA Domain must be applicable to all workload types, the field 
#   can be set to AllSubHierarchyType or left blank. However, for workloads that do 
#   not support multiple workload types, this field must either be left blank or set 
#   to AllSubHierarchyType when assigning the SLA Domain to a workload.
#   shouldApplyToNonPolicySnapshots: Specifies whether the new 
#   configuration keeps existing, non-policy snapshots of data sources retained by 
#   this SLA Domain.
#   userNote: Optional user note.
assignRetentionSLAToSnappables(
globalSlaOptionalFid: UUID,
globalSlaAssignType: SlaAssignTypeEnum!,
objectIds: [UUID!]!,
applicableSnappableType: WorkloadLevelHierarchy,
shouldApplyToNonPolicySnapshots: Boolean,
userNote: String
): SlaAssignResult! 
#   Endpoint to assign retention SLA Domain to snapshots.
# 
# Arguments
#   globalSlaOptionalFid: SLA Domain forever UUID.
#   globalSlaAssignType: Corresponds to the assignment type for the 
#   SLA Domain.
#   snapshotFids: List of snapshot UUIDs.
#   userNote: Optional user note.
assignRetentionSLAToSnapshots(
globalSlaOptionalFid: UUID,
globalSlaAssignType: SlaAssignTypeEnum!,
snapshotFids: [UUID!]!,
userNote: String
): SlaAssignResult! 
#   Endpoint to assign SLA Domain.
# 
# Arguments
#   input: Assign SLA Domain Request.
assignSla(input: AssignSlaInput!): SlaAssignResult! 
#   Assign SLA Domain to MongoDB collection objects
# 
#   Supported in v8.1+
#   Assigns SLA Domain to the given MongoDB collection objects.
# 
# Arguments
#   input: Input for V1AssignSlaToCollection.
assignSlaToMongoDbCollection(
input: AssignSlaToMongoDbCollectionInput!
): AsyncRequestStatus! 
#   Assign SLA Domain to workloads with multiple hierarchies.
# 
# Arguments
#   globalSlaOptionalFid: SLA Domain forever UUID.
#   globalSlaAssignType: Corresponds to the assignment type for the 
#   SLA Domain.
#   objectIds: A list of object forever UUIDs to assign to the SLA 
#   Domain.
#   applicableSnappableTypes: Provide optional workload types under 
#   the object for SLA Domain assignment. This is meant to be used only for objects 
#   that support multiple workload hierarchies. This allows an SLA Domain to be set 
#   for one or more specific workload types under the object, instead of applying 
#   the SLA Domain for all the workload types. For example, an AWS account object 
#   can potentially have 2 different workload types under it - AwsNativeEc2Instance 
#   and AwsNativeRdsInstance. This field can be set with the appropriate type so 
#   that the SLA Domain only gets applied to workloads of the selected type under 
#   that account. If the SLA Domain must be applicable for all the workload types 
#   under the object, then this field can be set to `AllSubHierarchyType` or left 
#   blank. This field must either be left blank or set to `AllSubHierarchyType` when 
#   assigning SLA Domain to a workload or to an object that does not support 
#   multiple workload types. If more than one is provided, the SLA will be assigned 
#   to all.
#   shouldApplyToExistingSnapshots: Specifies whether to apply SLA 
#   Domain changes to existing snapshots.
#   shouldApplyToNonPolicySnapshots: Specifies whether the new 
#   configuration keeps existing, non-policy snapshots of data sources retained by 
#   this SLA Domain.
#   globalExistingSnapshotRetention: Choose the behavior for 
#   existing snapshots when the Do Not Protect option is selected instead of an SLA 
#   Domain.
#   userNote: Optional user note.
assignSlasForSnappableHierarchies(
globalSlaOptionalFid: UUID,
globalSlaAssignType: SlaAssignTypeEnum!,
objectIds: [UUID!]!,
applicableSnappableTypes: [WorkloadLevelHierarchy!],
shouldApplyToExistingSnapshots: Boolean,
shouldApplyToNonPolicySnapshots: Boolean,
globalExistingSnapshotRetention: GlobalExistingSnapshotRetention,
userNote: String
): [SlaAssignResult!]! 
#   Connects a customer-managed cluster to RSC and obtains the connection command.
# 
# Arguments
#   input: Input to connect customer-managed cluster to RSC.
awsExocomputeClusterConnect(
input: AwsExocomputeClusterConnectInput!
): AwsExocomputeClusterConnectReply! 
#   Completes an OAuth consent flow for Azure resource access.
# 
# Arguments
#   input: The input for the AzureOauthConsentComplete mutation.
azureOauthConsentComplete(
input: AzureOauthConsentCompleteInput!
): RequestStatus! 
#   Kicks off an OAuth consent flow for Azure resource access.
azureOauthConsentKickoff: AzureOauthConsentKickoffReply! 
#   Backs up the Azure AD directory.
# 
# Arguments
#   input: Input for the BackupAzureAdDirectory API.
backupAzureAdDirectory(
input: BackupAzureAdDirectoryInput!
): [CreateOnDemandJobReply!]! 
#   Backup mailbox workload.
# 
# Arguments
#   input: The input for BackupM365Mailbox.
backupM365Mailbox(input: BackupM365MailboxInput!): [CreateOnDemandJobReply!]! 
#   Take on-demand snapshot for Onedrive.
# 
# Arguments
#   input: The input for BackupM365Onedrive.
backupM365Onedrive(input: BackupM365OnedriveInput!): [CreateOnDemandJobReply!]! 
#   Take on-demand snapshot for Sharepoint drive.
# 
# Arguments
#   input: The input for BackupM365SharepointDrive.
backupM365SharepointDrive(
input: BackupM365SharepointDriveInput!
): [CreateOnDemandJobReply!]! 
#   Take on-demand snapshot for Teams.
# 
# Arguments
#   input: The input for BackupM365Team.
backupM365Team(input: BackupM365TeamInput!): [CreateOnDemandJobReply!]! 
#   Backup mailbox workload.
# 
# Arguments
#   mailboxIds: The list of mailbox UUIDs to backup.
backupO365Mailbox(
mailboxIds: [UUID!]!
): BatchAsyncJobStatus! @deprecated( reason: "Use backupM365Mailbox instead."  )
#   Take on-demand snapshot for Onedrive.
# 
# Arguments
#   input: The input for BackupO365Onedrive.
backupO365Onedrive(
input: BackupO365OnedriveInput!
): BatchAsyncJobStatus! @deprecated( reason: "Use backupM365Onedrive instead."  )
#   Take on-demand snapshot for a SharePoint site.
# 
# Arguments
#   input: The input for taking an on-demand snapshot of a 
#   SharePoint site.
backupO365SharePointSite(
input: BackupO365SharePointSiteInput!
): CreateOnDemandJobReply! 
#   Take on-demand snapshot for Sharepoint drive.
# 
# Arguments
#   input: The input for BackupO365SharepointDrive.
backupO365SharepointDrive(
input: BackupO365SharepointDriveInput!
): BatchAsyncJobStatus! @deprecated( reason: "Use backupM365SharepointDrive instead."  )
#   Take on-demand snapshot for SharePoint list.
# 
# Arguments
#   input: The input for the BackupO365SharepointList mutation.
backupO365SharepointList(
input: BackupO365SharePointListInput!
): CreateOnDemandJobReply! 
#   Take on-demand snapshot for Teams.
# 
# Arguments
#   input: The input for BackupO365Team.
backupO365Team(
input: BackupO365TeamInput!
): BatchAsyncJobStatus! @deprecated( reason: "Use backupM365Team instead."  )
# Arguments
#   userGroupToRoles: 
batchDeassignRoleFromUserGroups(
userGroupToRoles: [UserGroupToRolesInput!]!
): Boolean! 
#   Exports a snapshot from each member of a set of virtual machines
# 
#   Supported in v7.0+
#   Export a snapshot from each member of a set of virtual machines.
# 
# Arguments
#   input: Input for V1BatchExportHypervVm.
batchExportHypervVm(input: BatchExportHypervVmInput!): BatchExportHypervVmReply! 
#   Exports a snapshot from each member of a set of virtual machines
# 
#   Supported in v7.0+
#   Export a snapshot from each member of a set of virtual machines.
# 
# Arguments
#   input: Input for V1BatchExportNutanixVm.
batchExportNutanixVm(input: BatchExportNutanixVmInput!): BatchExportNutanixVmReply! 
#   Instantly recovers snapshots from multiple virtual machines
# 
#   Supported in v7.0+
#   Instantly recovers a batch of snapshots from a group of specified virtual 
#   machines.
# 
# Arguments
#   input: Input for V1BatchInstantRecoverHypervVm.
batchInstantRecoverHypervVm(
input: BatchInstantRecoverHypervVmInput!
): BatchInstantRecoverHypervVmReply! 
#   Mount snapshots from multiple virtual machines
# 
#   Supported in v7.0+
#   Mounts a batch of snapshots from a group of specified virtual machines.
# 
# Arguments
#   input: Input for V1BatchMountHypervVm.
batchMountHypervVm(input: BatchMountHypervVmInput!): BatchMountHypervVmReply! 
#   Mount snapshots from multiple virtual machines
# 
#   Supported in v7.0+
#   Mounts a batch of snapshots from a group of specified virtual machines.
# 
# Arguments
#   input: Input for V1BatchMountNutanixVm.
batchMountNutanixVm(input: BatchMountNutanixVmInput!): BatchMountNutanixVmReply! 
#   Takes bulk on-demand backup of Hyper-V virtual machines
# 
#   Supported in v9.0+
#   Takes on-demand backup of multiple specified Hyper-V virtual machines.
# 
# Arguments
#   input: Input for Hyper-V batch on-demand snapshot request.
batchOnDemandBackupHypervVm(
input: BatchOnDemandBackupHypervVmInput!
): BatchOnDemandBackupHypervVmReply! 
#   Batch quarantine snapshots.
# 
# Arguments
#   input: Config to batch quarantine snapshot.
batchQuarantineSnapshot(
input: BatchQuarantineSnapshotInput!
): BatchQuarantineSnapshotReply! 
#   Release snapshots from quarantine.
# 
# Arguments
#   input: Config to batch release from quarantine snapshot.
batchReleaseFromQuarantineSnapshot(
input: BatchReleaseFromQuarantineSnapshotInput!
): BatchReleaseFromQuarantineSnapshotReply! 
#   Begin Managed Volume snapshot
# 
#   Supported in v7.0+
#   Opens the Managed Volume for writes. All data written to the Managed Volume 
#   until the next end-snapshot call will be part of this snapshot.
# 
# Arguments
#   input: Input for V1OpenWritesV1.
beginManagedVolumeSnapshot(
input: BeginManagedVolumeSnapshotInput!
): BeginManagedVolumeSnapshotReply! 
#   List snapshots and logs from a Mssql Database. This endpoint is only used to 
#   fetch data, but uses a mutation instead of a query due to limitations with the 
#   CDM API.
# 
# Arguments
#   input: Input for V1BrowseMssqlBackupFiles.
browseMssqlDatabaseSnapshot(
input: BrowseMssqlDatabaseSnapshotInput!
): BrowseMssqlDatabaseSnapshotReply! 
#   Add multiple NAS shares to a NAS System
# 
#   Supported in v8.1+
#   This operation adds NAS shares that were not discovered automatically. If the 
#   input contains SMB credentials for any share, they are stored but not validated.
# 
# Arguments
#   input: Input for V1BulkAddNasShares.
bulkAddNasShares(input: BulkAddNasSharesInput!): BulkAddNasSharesReply! 
# Arguments
#   input: Input for InternalBulkCreateFilesetTemplate.
bulkCreateFilesetTemplates(
input: BulkCreateFilesetTemplatesInput!
): BulkCreateFilesetTemplatesReply! 
# Arguments
#   input: Input for InternalBulkCreateFileset.
bulkCreateFilesets(input: BulkCreateFilesetsInput!): BulkCreateFilesetsReply! 
#   Create filesets in bulk for NAS shares
# 
#   Supported in v7.0+
#   Create primary filesets for a list of NAS shares.
# 
# Arguments
#   input: Input for V1BulkCreatePolarisNasFilesets.
bulkCreateNasFilesets(input: BulkCreateNasFilesetsInput!): BulkCreateNasFilesetsReply! 
#   Take a bulk on-demand backup of a Microsoft SQL Database.
# 
# Arguments
#   input: Input for V1CreateOnDemandMssqlBatchBackupV1.
bulkCreateOnDemandMssqlBackup(
input: BulkCreateOnDemandMssqlBackupInput!
): AsyncRequestStatus! 
#   Deletes specified AWS cloud accounts without using CloudFormation Template 
#   (CFT).
# 
# Arguments
#   input: Input to delete AWS cloud accounts in bulk.
bulkDeleteAwsCloudAccountWithoutCft(
input: BulkDeleteAwsCloudAccountWithoutCftInput!
): BulkDeleteAwsCloudAccountWithoutCftReply! 
#   Bulk Delete cassandra sources.
# 
# Arguments
#   input: Input for V2BulkDeleteMosaicSources.
bulkDeleteCassandraSources(
input: BulkDeleteMosaicSourcesInput!
): MosaicAsyncResponse! 
#   Delete the provided failover clusters
# 
#   Supported in v5.3+
#   Delete the provided failover clusters.
# 
# Arguments
#   input: Input for V1BulkDeleteFailoverCluster.
bulkDeleteFailoverCluster(
input: BulkDeleteFailoverClusterInput!
): ResponseSuccess! 
#   Delete failover cluster applications
# 
#   Supported in v5.3+
#   Delete failover cluster applications from Rubrik cluster.
# 
# Arguments
#   input: Input for V1BulkDeleteFailoverClusterApp.
bulkDeleteFailoverClusterApp(
input: BulkDeleteFailoverClusterAppInput!
): ResponseSuccess! 
#   Delete filesets
# 
#   Supported in v5.0+
#   Delete filesets by specifying the fileset IDs.
# 
# Arguments
#   input: Input for InternalBulkDeleteFileset.
bulkDeleteFileset(input: BulkDeleteFilesetInput!): ResponseSuccess! 
#   Delete fileset templates
# 
#   Supported in v5.0+
#   Deletes specfied fileset templates. Detaches and retains all associated filesets 
#   as independent filesets with the existing values.
# 
# Arguments
#   input: Input for InternalBulkDeleteFilesetTemplate.
bulkDeleteFilesetTemplate(
input: BulkDeleteFilesetTemplateInput!
): ResponseSuccess! 
# Arguments
#   input: Input for InternalBulkDeleteHost.
bulkDeleteHost(input: BulkDeleteHostInput!): ResponseSuccess! 
#   Bulk Delete Sources
# 
#   Supported in m3.2.0-m4.2.0.
# 
# Arguments
#   input: Input for V2BulkDeleteMosaicSources.
bulkDeleteMongodbSources(
input: BulkDeleteMosaicSourcesInput!
): MosaicAsyncResponse! 
#   Delete multiple NAS shares
# 
#   Supported in v8.1+
#   Initiates the delete operation for the specified NAS shares.
# 
# Arguments
#   input: Input for V1BulkDeleteNasShares.
bulkDeleteNasShares(input: BulkDeleteNasSharesInput!): Void 
#   Delete multiple NAS systems
# 
#   Supported in v7.0+
#   Triggers a delete of the specified NAS systems. Returns an asynchronous request 
#   to check their delete status.
# 
# Arguments
#   input: Input for V1BulkDeleteNasSystems.
bulkDeleteNasSystems(input: BulkDeleteNasSystemsInput!): BatchAsyncRequestStatus! 
#   Take an on-demand snapshot for selected Nutanix virtual machines
# 
#   Supported in v9.0+
#   Take bulk backups for multiple Nutanix virtual machines.
# 
# Arguments
#   input: Input for V1BulkOnDemandSnapshotNutanixVm.
bulkOnDemandSnapshotNutanixVm(
input: BulkOnDemandSnapshotNutanixVmInput!
): BulkOnDemandSnapshotNutanixVmReply! 
#   Refresh multiple hosts with a single request.
# 
# Arguments
#   input: Input for refreshing multiple hosts with a single 
#   request.
bulkRefreshHosts(input: BulkRefreshHostsInput!): BulkRefreshHostsReply! 
#   Register hosts
# 
#   Supported in v5.0+
#   Register hosts with Rubrik clusters.
# 
# Arguments
#   input: Input for InternalBulkRegisterHost.
bulkRegisterHost(input: BulkRegisterHostInput!): BulkRegisterHostReply! 
#   Register hosts
# 
#   Supported in v5.3+
#   Register multiple hosts and perform discovery for databases and Microsoft SQL 
#   Server instances. When called, this API returns a success message, but completes 
#   the host registration in the background. Monitor the status of the background 
#   host discovery with the "status" field in GET API on /hosts. The POST API on 
#   /hosts can take longer for discovery, depending on the number of hosts on the 
#   system. POST on this API can be used instead to perform the discovery in the 
#   background and quickly register the host. Doing this requires that you install 
#   RBS for Linux and Windows hosts, similar to regular register using POST on 
#   /hosts.
# 
# Arguments
#   input: Input for V1BulkRegisterHostAsync.
bulkRegisterHostAsync(input: BulkRegisterHostAsyncInput!): BulkRegisterHostAsyncReply! 
#   Bulk tier existing snapshots to cold storage
# 
#   Supported in v6.0+
#   Schedules a job to tier existing snapshots of the specified objects to cold 
#   storage.
# 
# Arguments
#   input: Input for V1BulkTierExistingSnapshots.
bulkTierExistingSnapshots(
input: BulkTierExistingSnapshotsInput!
): AsyncRequestStatus! 
#   Update multiple Exchange DAGs
# 
#   Supported in v8.0+
#   Update multiple Exchange DAGs with the specified properties.
# 
# Arguments
#   input: Input for V1BulkUpdateExchangeDag.
bulkUpdateExchangeDag(input: BulkUpdateExchangeDagInput!): V1BulkUpdateExchangeDagResponse! 
#   Modify fileset templates
# 
#   Supported in v5.0+
#   Modify the values of specified fileset templates.
# 
# Arguments
#   input: Input for InternalBulkUpdateFilesetTemplate.
bulkUpdateFilesetTemplate(
input: BulkUpdateFilesetTemplateInput!
): BulkUpdateFilesetTemplateReply! 
# Arguments
#   input: Input for InternalBulkUpdateHost.
bulkUpdateHost(input: BulkUpdateHostInput!): BulkUpdateHostReply! 
#   Update multiple Microsoft SQL Availability Groups with the specified properties.
# 
# Arguments
#   input: Input for V1BulkUpdateMssqlAvailabilityGroup.
bulkUpdateMssqlAvailabilityGroup(
input: BulkUpdateMssqlAvailabilityGroupInput!
): BulkUpdateMssqlAvailabilityGroupReply! 
#   Update multiple Microsoft SQL databases with the specified properties.
# 
# Arguments
#   input: Input for V1BulkUpdateMssqlDbV1.
bulkUpdateMssqlDbs(input: BulkUpdateMssqlDbsInput!): BulkUpdateMssqlDbsReply! 
#   Update multiple Microsoft SQL instances with the specified properties.
# 
# Arguments
#   input: Input for V1BulkUpdateMssqlInstance.
bulkUpdateMssqlInstance(
input: BulkUpdateMssqlInstanceInput!
): BulkUpdateMssqlInstanceReply! 
#   Update multiple Microsoft SQL hosts with the specified properties.
# 
# Arguments
#   input: Input for V1BulkUpdateMssqlPropertiesOnHost.
bulkUpdateMssqlPropertiesOnHost(
input: BulkUpdateMssqlPropertiesOnHostInput!
): BulkUpdateMssqlPropertiesOnHostReply! 
#   Update multiple Microsoft SQL Windows Clusters with the specified properties.
# 
# Arguments
#   input: Input for V1BulkUpdateMssqlPropertiesOnWindowsCluster.
bulkUpdateMssqlPropertiesOnWindowsCluster(
input: BulkUpdateMssqlPropertiesOnWindowsClusterInput!
): BulkUpdateMssqlPropertiesOnWindowsClusterReply! 
#   Update properties of NAS shares
# 
#   Supported in v8.1+
#   Update the properties of the specified NAS shares.
# 
# Arguments
#   input: Input for V1BulkUpdateNasShares.
bulkUpdateNasShares(input: BulkUpdateNasSharesInput!): BulkUpdateNasSharesReply! 
#   Update Oracle Databases
# 
#   Supported in v5.2+
#   Update the properties of the objects that represent the specified Oracle 
#   Databases.
# 
# Arguments
#   input: Input for V1BulkUpdateOracleDb.
bulkUpdateOracleDatabases(
input: BulkUpdateOracleDatabasesInput!
): BulkUpdateOracleDatabasesReply! 
#   Update Oracle Hosts
# 
#   Supported in v5.2+
#   Update properties to Oracle Host objects.
# 
# Arguments
#   input: Input for V1BulkUpdateOracleHost.
bulkUpdateOracleHosts(input: BulkUpdateOracleHostsInput!): BulkUpdateOracleHostsReply! 
#   Update Oracle RACs
# 
#   Supported in v5.2+
#   Update the properties of the objects that represent the specified Oracle RAC.
# 
# Arguments
#   input: Input for V1BulkUpdateOracleRac.
bulkUpdateOracleRacs(input: BulkUpdateOracleRacsInput!): BulkUpdateOracleRacsReply! 
#   Set whether Ransomware Investigation is enabled or not in bulk.
# 
# Arguments
#   input: Request to bulk enable or disable Ransomware 
#   Investigation.
bulkUpdateRansomwareInvestigationStatus(
input: BulkUpdateRansomwareInvestigationEnabledInput!
): Void 
#   Cancel an activity series.
# 
# Arguments
#   input: Input for canceling an activity series.
cancelActivitySeries(input: CancelActivitySeriesInput!): Boolean! 
#   Cancels download package job of a cluster.
# 
# Arguments
#   clusterUuid: Specifies the cluster UUID.
cancelDownloadPackage(clusterUuid: UUID!): CancelJobReply! 
#   Cancels scheduled upgrade job of a cluster.
# 
# Arguments
#   clusterUuid: Specifies the cluster UUID.
cancelScheduledUpgrade(clusterUuid: UUID!): CancelJobReply! 
#   Cancels the taskchain.
# 
# Arguments
#   taskchainId: Taskchain ID.
cancelTaskchain(taskchainId: String!): RequestStatus! 
#   Cancel an in-progress threat hunt.
# 
# Arguments
#   input: The details of the threat hunt to cancel.
cancelThreatHunt(input: CancelThreatHuntInput!): Void 
# Arguments
#   input: User credentials required to change a user's password.
changePassword(input: ChangePasswordInput!): Boolean! 
#   Install or uninstall volume filter driver on hosts.
# 
# Arguments
#   input: Input for InternalChangeVfdOnHost.
changeVfdOnHost(input: ChangeVfdOnHostInput!): ChangeVfdOnHostReply! 
#   Clear credentials for the user with authorization to perform database backups. 
#   Credentials are cleared from the object to which they were assigned directly.
# 
# Arguments
#   input: Input required to clear the credentials used for SQL 
#   Server backups.
clearCloudNativeSqlServerBackupCredentials(
input: ClearCloudNativeSqlServerBackupCredentialsInput!
): ClearCloudNativeSqlServerBackupCredentialsReply! 
#   Check Rubrik Backup Agent (RBA) connectivity for the VMs.
# 
# Arguments
#   input: Input required to check Rubrik Backup Agent (RBA) 
#   connectivity for the VMs.
cloudNativeCheckRbaConnectivity(
input: CloudNativeCheckRbaConnectivityInput!
): CloudNativeCheckRbaConnectivityReply! 
#   Download files from a cloud-native snapshot to a cloud download location or a 
#   virtual machine.
# 
# Arguments
#   input: Input required to download indexed cloud-native snapshot 
#   files.
cloudNativeDownloadFiles(
input: CloudNativeDownloadFilesInput!
): DownloadFilesReply! 
#   Completes the creation flow for an Azure AD app.
# 
# Arguments
#   input: Input for the completeAzureAdAppSetup API.
completeAzureAdAppSetup(
input: CompleteAzureAdAppSetupInput!
): CompleteAzureAdAppSetupReply! 
#   Completes an update to the Azure AD directory app.
# 
# Arguments
#   input: Input for the CompleteAzureAdAppUpdate API.
completeAzureAdAppUpdate(
input: CompleteAzureAdAppUpdateInput!
): Void 
#   Complete the Azure OAuth flow and pass the authorization code.
# 
# Arguments
#   input: Input for completing authentication of the Azure Cloud 
#   Accounts.
completeAzureCloudAccountOauth(
input: CompleteAzureCloudAccountOauthInput!
): CompleteAzureCloudAccountOauthReply! 
#   Configuring a Db2 database restore for different host
# 
#   Supported in v9.1+
#   Configures the target host for cross host recovery for a source Db2 database.
# 
# Arguments
#   input: Input for V1ConfigureDb2Restore.
configureDb2Restore(input: ConfigureDb2RestoreInput!): Db2ConfigureRestoreResponse! 
#   Configure the target database for system copy restore
# 
#   Supported in v6.0+
#   Initiates a job to configure the specified target database for a system copy 
#   restore by sending metadata about the source database. System copy restore in 
#   SAP HANA is done across different databases.
# 
# Arguments
#   input: Input for V1ConfigureSapHanaRestore.
configureSapHanaRestore(
input: ConfigureSapHanaRestoreInput!
): AsyncRequestStatus! 
#   Initiate a Live Mount of an Active Directory Domain Controller snapshot
# 
#   Supported in v9.0+
#   Initiates a job to perform a Live Mount of an Active Directory Domain Controller 
#   snapshot. Returns the job instance ID.
# 
# Arguments
#   input: Input for V1CreateActiveDirectoryLiveMount.
createActiveDirectoryLiveMount(
input: CreateActiveDirectoryLiveMountInput!
): AsyncRequestStatus! 
#   Remove a Live Mount of an Active Directory Domain Controller snapshot
# 
#   Supported in v9.0+
#   Initiates a job to remove a Live Mount of an Active Directory Domain Controller 
#   snapshot. Returns the job instance ID.
# 
# Arguments
#   input: Input for V1CreateActiveDirectoryUnmount.
createActiveDirectoryUnmount(
input: CreateActiveDirectoryUnmountInput!
): AsyncRequestStatus! 
# Arguments
#   input: Request for creating a new AWS target mapping.
createAutomaticAwsTargetMapping(
input: CreateAutomaticAwsTargetMappingInput!
): TargetMapping! @deprecated( reason: "This mutation is deprecated."  )
# Arguments
#   input: Request for creating a new Azure target mapping.
createAutomaticAzureTargetMapping(
input: CreateAutomaticAzureTargetMappingInput!
): TargetMapping! @deprecated( reason: "This mutation is deprecated."  )
# Arguments
#   input: Request argument for creating a new Rubrik Cloud Vault 
#   location.
createAutomaticRcsTargetMapping(
input: CreateAutomaticRcsTargetMappingInput!
): TargetMapping! @deprecated( reason: "This mutation is deprecated. Please use createRcvLocationsFromTemplate."  )
# Arguments
#   input: Request argument for creating a new AWS account.
createAwsAccount(input: CreateAwsAccountInput!): CloudAccount! 
#   Create a Rubrik Cloud Cluster on AWS.
# 
# Arguments
#   input: CreateAwsClusterArg params for Aws.
createAwsCluster(input: CreateAwsClusterInput!): CcProvisionJobReply! 
# Arguments
#   input: Request for creating a new Aws Compute Setting.
createAwsComputeSetting(
input: CreateAwsComputeSettingInput!
): AwsComputeSettings! @deprecated( reason: "This mutation is no longer supported."  )
#   Create AWS Exocompute configs.
# 
# Arguments
#   input: Input to create AWS exocompute configurations.
createAwsExocomputeConfigs(
input: CreateAwsExocomputeConfigsInput!
): CreateAwsExocomputeConfigsReply! 
#   Create a reader type for AWS archival location on a Rubrik cluster.
# 
# Arguments
#   input: Input for creating a new AWS reader target.
createAwsReaderTarget(input: CreateAwsReaderTargetInput!): Target! 
# Arguments
#   input: Request for creating a new AWS target.
createAwsTarget(input: CreateAwsTargetInput!): Target! 
# Arguments
#   input: Input for creating an Azure account.
createAzureAccount(input: CreateAzureAccountInput!): CloudAccount! 
#   Create a Rubrik Cloud Cluster on Azure.
# 
# Arguments
#   input: CreateAzureClusterArg params for Azure.
createAzureCluster(input: CreateAzureClusterInput!): CcProvisionJobReply! 
#   Creates reader type for Azure archival location on a CDM cluster.
# 
# Arguments
#   input: Input for creating a new Azure reader target.
createAzureReaderTarget(
input: CreateAzureReaderTargetInput!
): Target! 
#   Create or get an Azure AAD application.
createAzureSaasAppAad: CreateAzureSaasAppAadReply! 
#   Creates an Azure archival target on the Rubrik cluster.
# 
# Arguments
#   input: Request for creating a new Azure target.
createAzureTarget(input: CreateAzureTargetInput!): Target! 
#   Create a cassandra source.
# 
# Arguments
#   input: Input for V2AddMosaicSource.
createCassandraSource(input: AddMosaicSourceInput!): MosaicAsyncResponse! 
# Arguments
#   input: 
createCloudNativeAwsStorageSetting(
input: CreateCloudNativeAwsStorageSettingInput!
): CreateCloudNativeAwsStorageSettingReply! 
#   Creates Storage Settings for the archival of azure cloud native protected 
#   objects
# 
# Arguments
#   input: 
createCloudNativeAzureStorageSetting(
input: CreateCloudNativeAzureStorageSettingInput!
): CreateCloudNativeAzureStorageSettingReply! 
#   Create cloud native label rule
# 
# Arguments
#   input: Input required to create a cloud-native label rule.
createCloudNativeLabelRule(
input: CreateCloudNativeLabelRuleInput!
): CreateCloudNativeLabelRuleReply! 
#   Create Rubrik Cloud Vault storage settings for archiving azure cloud native 
#   protected objects.
# 
# Arguments
#   input: Create Rubrik Cloud Vault Azure cloud native storage 
#   setting.
createCloudNativeRcvAzureStorageSetting(
input: CreateCloudNativeRcvAzureStorageSettingInput!
): CreateCloudNativeRcvAzureStorageSettingReply! 
#   Create cloud native tag rule
# 
# Arguments
#   input: Input required to create a cloud-native tag rule.
createCloudNativeTagRule(
input: CreateCloudNativeTagRuleInput!
): CreateCloudNativeTagRuleReply! 
#   Create cross-account pair between service-consumer and service-provider 
#   accounts.
# 
# Arguments
#   input: OAuth authorization code for cross-account pairing.
createCrossAccountPair(
input: CreateCrossAccountPairInput!
): Void 
#   Create a payload for cross-account OAuth registration.
# 
# Arguments
#   input: Input fully qualified domain name of the organization in 
#   the service provider RSC account.
createCrossAccountRegOauthPayload(
input: CreateCrossAccountRegOauthPayloadInput!
): CreateCrossAccountRegOauthPayloadReply! 
#   Create a new custom analyzer.
# 
# Arguments
#   input: 
createCustomAnalyzer(input: CreateCustomAnalyzerInput!): Analyzer! 
#   Create a custom report.
# 
# Arguments
#   input: 
#   reportRoom: Room of the report.
createCustomReport(
input: CreateCustomReportInput!,
reportRoom: String
): CreateCustomReportReply! 
#   On-demand snapshot of an Active Directory Domain Controller
# 
#   Supported in v9.0+
#   Initiates an on-demand snapshot job of a specified Active Directory Domain 
#   Controller.
# 
# Arguments
#   input: Input for V1TakeOnDemandSnapshotOfDomainController.
createDomainControllerSnapshot(
input: CreateDomainControllerSnapshotInput!
): AsyncRequestStatus! 
#   Creates a download from archival request
# 
#   Supported in v5.0+
#   Download a snapshot from archival.
# 
# Arguments
#   input: Input for InternalCreateDownloadSnapshotForVolumeGroup.
createDownloadSnapshotForVolumeGroup(
input: CreateDownloadSnapshotForVolumeGroupInput!
): AsyncRequestStatus! 
#   Create event digests for specific recipients.
# 
# Arguments
#   input: Information required to create event digests.
createEventDigestBatch(
input: CreateEventDigestBatchInput!
): Void 
#   Create a request to mount a Microsoft Exchange database snapshot
# 
#   Supported in v8.0+
#   Create a request to mount a Microsoft Exchange database snapshot.
# 
# Arguments
#   input: Input for V1CreateExchangeSnapshotMount.
createExchangeMount(
input: CreateExchangeSnapshotMountInput!
): AsyncRequestStatus! 
#   Create a failover cluster
# 
#   Supported in v5.2+
#   Create a failover cluster.
# 
# Arguments
#   input: Input for V1CreateFailoverCluster.
createFailoverCluster(input: CreateFailoverClusterInput!): CreateFailoverClusterReply! 
#   Create a failover cluster app
# 
#   Supported in v5.2+
#   Create a failover cluster app.
# 
# Arguments
#   input: Input for V1CreateFailoverClusterApp.
createFailoverClusterApp(
input: CreateFailoverClusterAppInput!
): CreateFailoverClusterAppReply! 
# Arguments
#   input: Input for V1CreateFilesetBackupJob.
createFilesetSnapshot(input: CreateFilesetSnapshotInput!): AsyncRequestStatus! 
#   Creates reader type for GCP archival location on a CDM cluster.
# 
# Arguments
#   input: Request for creating a new Gcp reader target.
createGcpReaderTarget(input: CreateGcpReaderTargetInput!): Target! 
# Arguments
#   input: Request for creating a new Gcp target.
createGcpTarget(input: CreateGcpTargetInput!): Target! 
#   Create a reader target of type Glacier on a Rubrik cluster.
# 
# Arguments
#   input: Request for creating a new Glacier reader target.
createGlacierReaderTarget(
input: CreateGlacierReaderTargetInput!
): Target! 
#   Create SLA Domain.
# 
# Arguments
#   input: 
createGlobalSla(input: CreateGlobalSlaInput!): GlobalSlaReply! 
#   Create guest OS credentials.
# 
# Arguments
#   input: Input for InternalCreateGuestCredential.
createGuestCredential(input: CreateGuestCredentialInput!): CreateGuestCredentialReply! 
#   Attaching disks from a snapshot to an existing virtual machine
# 
#   Supported in v9.1+
#   Requests a Live Mount to attach disks to an existing virtual machine.
# 
# Arguments
#   input: Input for InternalCreateMountHypervVirtualDisks.
createHypervVirtualMachineSnapshotDiskMount(
input: CreateMountHypervVirtualDisksInput!
): AsyncRequestStatus! 
#   Create a live mount request
# 
#   Supported in v5.0+
#   Create a live mount request with given configuration.
# 
# Arguments
#   input: Input for 
#   InternalCreateHypervVirtualMachineSnapshotMount.
createHypervVirtualMachineSnapshotMount(
input: CreateHypervVirtualMachineSnapshotMountInput!
): AsyncRequestStatus! 
#   Creates a new integration.
# 
# Arguments
#   input: Create integration input.
createIntegration(input: CreateIntegrationInput!): CreateIntegrationReply! 
#   Create a batch of new integrations.
# 
# Arguments
#   input: Create integrations input.
createIntegrations(input: CreateIntegrationsInput!): CreateIntegrationsReply! 
#   Create a Rubrik Kubernetes agent manifest.
# 
# Arguments
#   input: Request to create a new Rubrik Kubernetes agent 
#   manifest.
createK8sAgentManifest(
input: CreateK8sAgentManifestInput!
): CreateK8sAgentManifestReply! 
#   Add a Kubernetes cluster.
# 
# Arguments
#   input: Request for creating a Kubernetes cluster.
createK8sCluster(input: CreateK8sClusterInput!): CreateK8sClusterReply! 
#   Snapshot Kubernetes Namespace.
# 
# Arguments
#   input: Request for snapshot of Kubernetes Namespaces.
createK8sNamespaceSnapshots(
input: CreateK8sNamespaceSnapshotsInput!
): [CreateOnDemandJobReply!]! 
#   Initiate an on-demand backup for Kubernetes protection set workload
# 
#   Supported in v9.1+
#   Creates an on-demand backup request for the specified Kubernetes protection set 
#   workload.
# 
# Arguments
#   input: Input for V1CreateK8sProtectionSetBackupJob.
createK8sProtectionSetSnapshot(
input: CreateK8sProtectionSetSnapshotInput!
): AsyncRequestStatus! 
#   Place legal hold on snapshots.
# 
# Arguments
#   input: Create legal hold request.
createLegalHold(input: CreateLegalHoldInput!): CreateLegalHoldReply! 
# Arguments
#   input: Request for creating manual target mapping.
createManualTargetMapping(
input: CreateManualTargetMappingInput!
): TargetMapping! 
#   Register a new MongoDB source to NoSQL cluster.
#   For MongoDB, the term "source" is usually used for either a replica set or a 
#   sharded cluster.
#   For more info on MongoDB cluster, refer to: 
#   https://docs.mongodb.com/manual/introduction/.
# 
# Arguments
#   input: Input for V2AddMosaicSource.
createMongodbSource(input: AddMosaicSourceInput!): MosaicAsyncResponse! 
#   Create live mount of a Microsoft SQL Database.
# 
# Arguments
#   input: Input for V1CreateMssqlMount.
createMssqlLiveMount(input: CreateMssqlLiveMountInput!): AsyncRequestStatus! 
#   Create log shipping configuration of a Microsoft SQL Database.
# 
# Arguments
#   input: Input for V2CreateLogShippingConfigurationV2.
createMssqlLogShippingConfiguration(
input: CreateMssqlLogShippingConfigurationInput!
): AsyncRequestStatus! 
#   Creates reader type for NFS archival location on a CDM cluster.
# 
# Arguments
#   input: Input for creating a new NFS reader target.
createNfsReaderTarget(input: CreateNfsReaderTargetInput!): Target! 
# Arguments
#   input: Request for creating a new NFS target.
createNfsTarget(input: CreateNfsTargetInput!): Target! 
#   Add Nutanix cluster
# 
#   Supported in v5.0+
#   Create a Nutanix cluster object by providing an address and account credentials 
#   for Prism. Initiates an asynchronous job to establish a connection with the 
#   cluster and retrieve all metadata. Use GET /nutanix_cluster/{id}/status to check 
#   status.
# 
# Arguments
#   input: Input for InternalCreateNutanixCluster.
createNutanixCluster(input: CreateNutanixClusterInput!): AsyncRequestStatus! 
#   Add Nutanix Prism Central and it's corresponding Prism Elements
# 
#   Supported in v9.0+
#   Create a Nutanix Prism Central object and refresh the Prism Elements present in 
#   it.
# 
# Arguments
#   input: Input for creating the Nutanix Prism Central object.
createNutanixPrismCentral(
input: CreateNutanixPrismCentralInput!
): BatchAsyncRequestStatus! 
#   Completes the creation flow for an O365 Azure AD App.
# 
# Arguments
#   input: The input for the CreateO365AppComplete mutation.
createO365AppComplete(input: CreateO365AppCompleteInput!): RequestStatus! 
#   Kicks off the creation flow for an O365 Azure AD App.
# 
# Arguments
#   input: The input for the CreateO365AppKickoff mutation.
createO365AppKickoff(input: CreateO365AppKickoffInput!): CreateO365AppKickoffResp! 
#   Create on demand database snapshot
# 
#   Supported in v8.0+
#   Initiates a job to take an on demand, full snapshot of a specified Db2 database 
#   object. Use the GET /db2/db/request/{id} endpoint to monitor the progress of the 
#   job.
# 
# Arguments
#   input: Input for V1CreateOnDemandDb2Backup.
createOnDemandDb2Backup(
input: CreateOnDemandDb2BackupInput!
): AsyncRequestStatus! 
#   Take an on-demand backup of a Microsoft Exchange database
# 
#   Supported in v8.0+
#   Takes an on-demand backup of a Microsoft Exchange database. The 
#   forceFullSnapshot property can be set to true to force a full snapshot. To check 
#   the result of the request, poll /exchange/request/{id}.
# 
# Arguments
#   input: Input for V1CreateOnDemandExchangeDatabaseBackup.
createOnDemandExchangeBackup(
input: CreateOnDemandExchangeDatabaseBackupInput!
): AsyncRequestStatus! 
#   Take an on-demand backup of a Microsoft SQL Database
# 
# Arguments
#   input: Input for V1CreateOnDemandMssqlBackup.
createOnDemandMssqlBackup(
input: CreateOnDemandMssqlBackupInput!
): AsyncRequestStatus! 
#   v5.0-v8.0: Create on-demand VM snapshot
#   v8.1+: Create on-demand virtual machine snapshot
# 
#   Supported in v5.0+
#   v5.0-v5.3: Create an on-demand snapshot for the given VM ID
#   v6.0-v8.0: Create an on-demand snapshot for the given VM ID.
#   v8.1+: Create an on-demand snapshot for the given virtual machine ID.
# 
# Arguments
#   input: Input for InternalCreateOnDemandNutanixBackup.
createOnDemandNutanixBackup(
input: CreateOnDemandNutanixBackupInput!
): AsyncRequestStatus! 
#   Create on demand database snapshot
# 
#   Supported in v5.3+
#   Initiates a job to take an on demand full snapshot of a specified SAP HANA 
#   database object. The GET /sap_hana/db/request/{id} endpoint can be used to 
#   monitor the progress of the job.
# 
# Arguments
#   input: Input for V1CreateOnDemandSapHanaBackup.
createOnDemandSapHanaBackup(
input: CreateOnDemandSapHanaBackupInput!
): AsyncRequestStatus! 
#   Create on demand storage snapshot
# 
#   Supported in v9.1+
#   Initiates a job to take an on demand storage snapshot of a specified SAP HANA 
#   system object. The GET /sap_hana/system/request/{id} endpoint can be used to 
#   monitor the progress of the job.
# 
# Arguments
#   input: Input for V1CreateOnDemandSapHanaStorageSnapshot.
createOnDemandSapHanaStorageSnapshot(
input: CreateOnDemandSapHanaStorageSnapshotInput!
): AsyncRequestStatus! 
#   Create on-demand snapshot for the Volume Group
# 
#   Supported in v5.3+
#   Create an on-demand snapshot for the given Volume Group ID.
# 
# Arguments
#   input: Input for V1CreateOnDemandVolumeGroupBackup.
createOnDemandVolumeGroupBackup(
input: CreateOnDemandVolumeGroupBackupInput!
): AsyncRequestStatus! 
#   Restore PDBs on an Oracle database
# 
#   Supported in v8.0+
#   Initiates an asynchronous request to restore PDBs on an Oracle database from a 
#   specified snapshot or timestamp.
# 
# Arguments
#   input: Input for V1CreateOraclePdbRestore.
createOraclePdbRestore(
input: CreateOraclePdbRestoreInput!
): AsyncRequestStatus! 
#   Create a new organization under global org.
# 
# Arguments
#   input: Input required for org creation.
createOrg(input: CreateOrgInput!): CreateOrgReply! 
#   Generate a new authentication token for a user to switch organizations.
# 
# Arguments
#   input: Input for CreateOrgSwitchSessionRequest.
createOrgSwitchSession(
input: CreateOrgSwitchSessionInput!
): CreateOrgSwitchSessionReply! 
#   Create a classification policy.
# 
# Arguments
#   input: 
createPolicy(input: CreatePolicyInput!): ClassificationPolicyDetail! 
#   Creates reader type for RCS Azure archival location on a CDM cluster.
# 
# Arguments
#   input: Input for creating a new RCS reader target.
createRcsReaderTarget(input: CreateRcsReaderTargetInput!): Target! 
# Arguments
#   input: Request for creating a new RCS Azure location.
createRcsTarget(input: CreateRcsTargetInput!): Target! 
#   Creates Rubrik Cloud Vault locations from given location template.
# 
# Arguments
#   input: Request argument for creating a new Rubrik Cloud Vault 
#   location.
createRcvLocationsFromTemplate(
input: CreateRcvLocationsFromTemplateInput!
): [Target!]! 
#   Create RCV private endpoint approval request.
# 
# Arguments
#   input: Input for creating a private endpoint approval request 
#   for an RCV location.
createRcvPrivateEndpointApprovalRequest(
input: CreateRcvPrivateEndpointApprovalRequestInput!
): CreateRcvPrivateEndpointApprovalRequestReply! 
#   Creates replication pairing between two Rubrik clusters.
# 
# Arguments
#   input: Request to create a replication pair between two Rubrik 
#   clusters.
createReplicationPair(input: CreateReplicationPairInput!): Void 
#   This endpoint is deprecated.
# 
# Arguments
#   name: 
#   description: 
#   permissions: Permissions in the role.
createRole(
name: String!,
description: String!,
permissions: [PermissionInput!]!
): UUID! 
#   Creates reader type for S3Compatible archival location on a CDM cluster.
# 
# Arguments
#   input: Input for creating a new S3Compatible reader target.
createS3CompatibleReaderTarget(
input: CreateS3CompatibleReaderTargetInput!
): Target! 
# Arguments
#   input: Request for creating a new S3-compatible target.
createS3CompatibleTarget(
input: CreateS3CompatibleTargetInput!
): Target! 
#   Refresh SAP HANA system metadata
# 
#   Supported in v5.3+
#   Initiates a job to refresh metadata of a SAP HANA system object. The GET 
#   /sap_hana/system/request/{id} endpoint can be used to monitor the progress of 
#   the job.
# 
# Arguments
#   input: Input for V1CreateSapHanaSystemRefresh.
createSapHanaSystemRefresh(
input: CreateSapHanaSystemRefreshInput!
): AsyncRequestStatus! 
#   Create a scheduled report.
# 
# Arguments
#   input: 
createScheduledReport(input: CreateScheduledReportInput!): CreateScheduledReportReply! 
#   Create a service account.
# 
# Arguments
#   input: Input for creating of service account.
createServiceAccount(input: CreateServiceAccountInput!): CreateServiceAccountReply! 
#   Creates a reader location for a Tape archival location on a CDM cluster.
# 
# Arguments
#   input: Input for creating a new Tape reader archival location.
createTapeReaderTarget(
input: CreateTapeReaderTargetInput!
): Target! 
#   Creates Tape archival location on a CDM cluster.
# 
# Arguments
#   input: Request for creating a new Tape target.
createTapeTarget(input: CreateTapeTargetInput!): Target! 
# Arguments
#   email: 
#   roleIds: 
createUser(email: String!, roleIds: [String!]!): String! 
# Arguments
#   input: User credentials required to create a new user.
createUserWithPassword(
input: CreateUserWithPasswordInput!
): String! 
#   Initiate instant recovery from vApp snapshots.
# 
# Arguments
#   input: List of vApp snapshots to be instantly recovered.
createVappsInstantRecovery(
input: CreateVappsInstantRecoveryInput!
): CreateVappsInstantRecoveryReply! 
#   Create a multi-tag filter for vSphere tags
# 
#   Supported in v7.0+
#   Create a filter consisting of vSphere tags joined with logical operators.
# 
# Arguments
#   input: Input for V1CreateFilter.
createVsphereAdvancedTag(
input: CreateVsphereAdvancedTagInput!
): CreateVsphereAdvancedTagReply! 
#   Add a vCenter server.
# 
# Arguments
#   input: Input for V2CreateVcenterV2.
createVsphereVcenter(input: CreateVsphereVcenterInput!): CreateVsphereVcenterReply! 
#   Create a webhook.
# 
# Arguments
#   input: The webhook configuration to create.
createWebhook(input: CreateWebhookInput!): CreateWebhookReply! 
#   Deactivate a custom analyzer.
# 
# Arguments
#   analyzerId: 
deactivateCustomAnalyzer(analyzerId: String!): String! 
#   Deactivate a classification policy.
# 
# Arguments
#   policyId: 
#   runAsync: 
deactivatePolicy(policyId: String!, runAsync: Boolean!): [String!]! 
#   Delete AD Groups from O365 hierarchy.
# 
# Arguments
#   input: The input for the DeleteAdGroupsFromHierarchy mutation.
deleteAdGroupsFromHierarchy(
input: DeleteAdGroupsFromHierarchyInput!
): RequestStatus! 
#   Delete Oracle database snapshots
# 
#   Supported in v5.0+
#   Delete all snapshots for a specified Oracle database object. For the operation 
#   to succeed the referenced database must not be assigned to an SLA Domain.
# 
# Arguments
#   input: Input for InternalDeleteAllOracleDbSnapshots.
deleteAllOracleDatabaseSnapshots(
input: DeleteAllOracleDatabaseSnapshotsInput!
): Void 
# Arguments
#   input: Request arguments for deleting a Aws Compute Setting.
deleteAwsComputeSetting(
input: DeleteAwsComputeSettingInput!
): Void @deprecated( reason: "This mutation is no longer supported."  )
#   Deletes AWS Exocompute configs.
# 
# Arguments
#   input: List of AWS exocompute configuration IDs.
deleteAwsExocomputeConfigs(
input: DeleteAwsExocomputeConfigsInput!
): DeleteAwsExocomputeConfigsReply! 
#   Deletes an Azure AD directory.
# 
# Arguments
#   input: Input to delete the Azure AD directory.
deleteAzureAdDirectory(
input: DeleteAzureAdDirectoryInput!
): CreateOnDemandJobReply! 
#   Delete the Azure Subscriptions cloud account for the given feature.
# 
# Arguments
#   input: Input for deleting an Azure Cloud Account.
deleteAzureCloudAccount(
input: DeleteAzureCloudAccountInput!
): DeleteAzureCloudAccountReply! 
#   Delete Exocompute configurations for an Azure Cloud Account.
# 
# Arguments
#   input: Input for adding Exocompute configurations for an Azure 
#   Cloud Account.
deleteAzureCloudAccountExocomputeConfigurations(
input: DeleteAzureCloudAccountExocomputeConfigurationsInput!
): DeleteAzureCloudAccountExocomputeConfigurationsReply! 
#   Delete the Azure Subscriptions cloud account for the given feature without 
#   OAuth.
# 
# Arguments
#   input: Input for deleting an Azure Cloud Account without OAuth.
deleteAzureCloudAccountWithoutOauth(
input: DeleteAzureCloudAccountWithoutOauthInput!
): DeleteAzureCloudAccountWithoutOauthReply! 
#   Delete a cassandra source.
# 
# Arguments
#   input: Input for V2DeleteMosaicSource.
deleteCassandraSource(input: DeleteMosaicSourceInput!): MosaicAsyncResponse! 
#   Delete Certificate.
# 
# Arguments
#   certificateId: Certificate ID.
deleteCertificate(
certificateId: Long!
): Boolean! @deprecated( reason: "Deprecated. Use deleteGlobalCertificate instead."  )
#   Delete cloud native label rule.
# 
# Arguments
#   input: Input required to delete a label rule.
deleteCloudNativeLabelRule(
input: DeleteCloudNativeLabelRuleInput!
): Void 
#   Delete cloud native tag rule.
# 
# Arguments
#   input: Input required to delete a tag rule.
deleteCloudNativeTagRule(
input: DeleteCloudNativeTagRuleInput!
): Void 
#   Deletes the Rubrik Security Cloud on-demand snapshot by ID.
# 
# Arguments
#   input: Input to delete Rubrik Security Cloud snapshot.
deleteCloudWorkloadSnapshot(
input: DeleteCloudWorkloadSnapshotInput!
): Boolean! 
#   Delete cross-account pair.
# 
# Arguments
#   input: Cross-account ID input for pair deletion.
deleteCrossAccountPair(
input: DeleteCrossAccountPairInput!
): Void 
#   Delete Certificate Signing Request.
# 
# Arguments
#   input: Certificate Signing Request IDs.
deleteCsr(input: DeleteCsrInput!): Void 
#   Delete a custom report.
# 
# Arguments
#   input: 
deleteCustomReport(input: DeleteCustomReportInput!): Void 
#   Delete Db2 database
# 
#   Supported in v8.1+
#   Deletes a Db2 database.
# 
# Arguments
#   input: Input for V1DeleteDb2Database.
deleteDb2Database(input: DeleteDb2DatabaseInput!): AsyncRequestStatus! 
#   Mutation to delete existing Db2 instance.
# 
# Arguments
#   input: Input for V1DeleteDb2Instance.
deleteDb2Instance(input: DeleteDb2InstanceInput!): AsyncRequestStatus! 
#   Delete specific distribution list digests.
# 
# Arguments
#   input: Input for deleting distribution list digests.
deleteDistributionListDigestBatch(
input: DeleteDistributionListDigestBatchInput!
): Void 
#   Delete event digests for specific recipients.
# 
# Arguments
#   input: Input for deleting an event digest.
deleteEventDigest(input: DeleteEventDigestInput!): Void 
#   Request to delete a mount for the Microsoft Exchange database snapshot
# 
#   Supported in v8.0+
#   Request to delete a mount for Microsoft Exchange database snapshot.
# 
# Arguments
#   input: Input for V1DeleteExchangeSnapshotMount.
deleteExchangeSnapshotMount(
input: DeleteExchangeSnapshotMountInput!
): AsyncRequestStatus! 
#   Delete a failover cluster
# 
#   Supported in v5.2+
#   Delete a failover cluster.
# 
# Arguments
#   input: Input for V1DeleteFailoverCluster.
deleteFailoverCluster(input: DeleteFailoverClusterInput!): ResponseSuccess! 
#   Delete a failover cluster
# 
#   Supported in v5.2+
#   Delete a failover cluster.
# 
# Arguments
#   input: Input for V1DeleteFailoverClusterApp.
deleteFailoverClusterApp(
input: DeleteFailoverClusterAppInput!
): ResponseSuccess! 
# Arguments
#   input: Input for V1DeleteFilesetSnapshots.
deleteFilesetSnapshots(
input: DeleteFilesetSnapshotsInput!
): ResponseSuccess! 
#   Delete an existing global certificate.
# 
# Arguments
#   input: Input to delete a global certificate.
deleteGlobalCertificate(
input: DeleteGlobalCertificateInput!
): DeleteGlobalCertificateReply! 
# Arguments
#   id: SLA Domain ID.
#   userNote: Optional user note.
deleteGlobalSla(id: UUID!, userNote: String): SlaResult! 
#   Delete guest OS credentials.
# 
# Arguments
#   input: Input for InternalDeleteGuestCredentialById.
deleteGuestCredentialById(
input: DeleteGuestCredentialByIdInput!
): Boolean! 
#   Delete VM snapshot
# 
#   Supported in v5.0+
#   Delete a snapshot by expiring it. Snapshot is expired only if it is a manual 
#   snapshot or a snapshot of an unprotected vm.
# 
# Arguments
#   input: Input for InternalDeleteHypervVirtualMachineSnapshot.
deleteHypervVirtualMachineSnapshot(
input: DeleteHypervVirtualMachineSnapshotInput!
): RequestSuccess! 
#   Requst to delete a live mount
# 
#   Supported in v5.0+
#   Create a request to delete a live mount.
# 
# Arguments
#   input: Input for 
#   InternalDeleteHypervVirtualMachineSnapshotMount.
deleteHypervVirtualMachineSnapshotMount(
input: DeleteHypervVirtualMachineSnapshotMountInput!
): AsyncRequestStatus! 
#   Delete the integration with the specified integration ID.
# 
# Arguments
#   input: Delete integration input.
deleteIntegration(input: DeleteIntegrationInput!): Void 
#   Delete a batch of integrations.
# 
# Arguments
#   input: Delete integrations input.
deleteIntegrations(input: DeleteIntegrationsInput!): Void 
#   Delete a Kubernetes cluster
# 
#   Supported in v9.0+
#   Deletes a Kubernetes cluster by specifying the cluster ID.
# 
# Arguments
#   input: Input for V1DeleteK8sCluster.
deleteK8sCluster(input: DeleteK8sClusterInput!): AsyncRequestStatus! 
#   Delete a Kubernetes protection set
# 
#   Supported in v9.1+
#   Deletes a Kubernetes protection set by specifying the protection set ID.
# 
# Arguments
#   input: Input for V1DeleteK8sProtectionSet.
deleteK8sProtectionSet(
input: DeleteK8sProtectionSetInput!
): ResponseSuccess! 
# Arguments
#   principalIds: 
deleteLdapPrincipals(principalIds: [String!]!): Boolean! 
#   Delete a specified log shipping configuration.
# 
# Arguments
#   input: Input for V1DeleteLogShippingConfiguration.
deleteLogShipping(input: DeleteLogShippingInput!): AsyncRequestStatus! 
#   Delete a Managed Volume
# 
#   Supported in v7.0+
#   Delete a Managed Volume.
# 
# Arguments
#   input: Input for V1DeleteManagedVolumeV1.
deleteManagedVolume(input: DeleteManagedVolumeInput!): DeleteManagedVolumeReply! 
#   Delete an exported Managed Volume snapshot
# 
#   Supported in v7.0+
#   Deletes an exported Managed Volume snapshot, identified by the snapshot ID.
# 
# Arguments
#   input: Input for V1DeleteManagedVolumeSnapshotExportV1.
deleteManagedVolumeSnapshotExport(
input: DeleteManagedVolumeSnapshotExportInput!
): AsyncRequestStatus! 
#   Delete a MongoDB source
# 
#   Supported in v8.1+
#   Deletes a specific MongoDB source.
# 
# Arguments
#   input: Input for V1DeleteMongoSource.
deleteMongoSource(input: DeleteMongoSourceInput!): AsyncRequestStatus! 
#   Remove a registered MongoDB source from NoSQL cluster.
# 
# Arguments
#   input: Input for V2DeleteMosaicSource.
deleteMongodbSource(input: DeleteMosaicSourceInput!): MosaicAsyncResponse! 
#   Remove the store by store_name
# 
#   Supported in m3.2.0-m4.2.0
#   Remove a store from Mosaic cluster.
# 
# Arguments
#   input: Input for V2DeleteMosaicStore.
deleteMosaicStore(input: DeleteMosaicStoreInput!): MosaicAsyncResponse! 
#   Delete snapshots of a Microsoft SQL Database.
# 
# Arguments
#   input: Input for V1DeleteMssqlDbSnapshots.
deleteMssqlDbSnapshots(
input: DeleteMssqlDbSnapshotsInput!
): ResponseSuccess! 
#   Delete a Live Mount of a SQL Server database
# 
#   Supported in v5.0+
#   Create an async request to delete a Live Mount of a SQL Server database. Poll 
#   the task status by using /mssql/request/{id}.
# 
# Arguments
#   input: Input for V1CreateMssqlUnmount.
deleteMssqlLiveMount(input: DeleteMssqlLiveMountInput!): AsyncRequestStatus! 
#   Delete a registered NAS system
# 
#   Supported in v7.0+
#   Delete a NAS system by specifying the NAS system ID.
# 
# Arguments
#   input: Input for V1DeleteNasSystem.
deleteNasSystem(input: DeleteNasSystemInput!): AsyncRequestStatus! 
#   Remove Nutanix cluster
# 
#   Supported in v5.0+
#   Initiates an asynchronous job to remove a Nutanix cluster object. The Nutanix 
#   cluster cannot have VMs mounted through the Rubrik cluster.
# 
# Arguments
#   input: Input for InternalDeleteNutanixCluster.
deleteNutanixCluster(input: DeleteNutanixClusterInput!): AsyncRequestStatus! 
#   Remove a Live Mount of a Nutanix virtual machine snapshot
# 
#   Supported in v6.0+
#   Initiates a request to remove a Live Mount of a Nutanix virtual machine snapshot 
#   identified by the ID of the Live Mount.
# 
# Arguments
#   input: Input for V1CreateNutanixUnmount.
deleteNutanixMountV1(input: DeleteNutanixMountV1Input!): AsyncRequestStatus! 
#   Remove Nutanix Prism Central
# 
#   Supported in v9.0+
#   Initiates an asynchronous job to remove a Nutanix Prism Central object. The 
#   Nutanix Clusters attached to the Prism Central cannot have Virtual Machines 
#   mounted through the Rubrik cluster.
# 
# Arguments
#   input: Input for InternalDeleteNutanixPrismCentral.
deleteNutanixPrismCentral(
input: DeleteNutanixPrismCentralInput!
): BatchAsyncRequestStatus! 
#   v5.0-v8.0: Delete VM snapshot
#   v8.1+: Delete virtual machine snapshot
# 
#   Supported in v5.0+
#   v5.0-v8.0: Delete a snapshot by expiring it. Snapshot is expired only if it is a 
#   manual snapshot or a snapshot of an unprotected vm.
#   v8.1+: Delete a snapshot by expiring it. Snapshot is expired only if it is a 
#   manual snapshot or a snapshot of an unprotected virtual machine.
# 
# Arguments
#   input: Input for InternalDeleteNutanixSnapshot.
deleteNutanixSnapshot(input: DeleteNutanixSnapshotInput!): RequestSuccess! 
#   v5.0-v8.0: Delete all snapshots of VM
#   v8.1+: Delete all snapshots of virtual machine
# 
#   Supported in v5.0+
#   Delete all snapshots of a virtual machine.
# 
# Arguments
#   input: Input for InternalDeleteNutanixSnapshots.
deleteNutanixSnapshots(
input: DeleteNutanixSnapshotsInput!
): RequestSuccess! 
#   Deletes an O365 Azure AD App from the account.
# 
# Arguments
#   o365AppClientId: 
#   o365AppType: 
deleteO365AzureApp(
o365AppClientId: String!,
o365AppType: String!
): RequestStatus! 
#   Deletes an O365 org from the account.
# 
# Arguments
#   orgId: Org UUID.
deleteO365Org(orgId: UUID!): CreateOnDemandJobReply! 
#   Deletes the service account for an org.
# 
# Arguments
#   orgId: Org UUID.
deleteO365ServiceAccount(orgId: UUID!): RequestStatus! 
#   Delete an Oracle database Live Mount
# 
#   Supported in v5.0+
#   Request an asynchronous job to delete a specified Live Mount of an Oracle 
#   database snapshot. Poll the job status by using /oracle/request/{id}.
# 
# Arguments
#   input: Input for InternalCreateOracleUnmount.
deleteOracleMount(input: DeleteOracleMountInput!): AsyncRequestStatus! 
#   Delete an organization.
# 
# Arguments
#   input: Input required for org delete.
deleteOrg(input: DeleteOrgInput!): Boolean! 
#   Deletes replication pairing between two Rubrik clusters.
# 
# Arguments
#   input: Request for deleting an existing replication pair.
deleteReplicationPair(input: DeleteReplicationPairInput!): Void 
# Arguments
#   roleId: ID of the role.
deleteRole(roleId: String!): Boolean! 
#   Delete a particular full snapshot of a SAP HANA database
# 
#   Supported in v5.3+
#   Initiates a request to delete a particular full snapshot of a SAP HANA database. 
#   If the log retention period for the database is still in effect, the snapshot 
#   will be deleted when the log retention period ends.
# 
# Arguments
#   input: Input for V1DeleteSapHanaDbSnapshot.
deleteSapHanaDbSnapshot(
input: DeleteSapHanaDbSnapshotInput!
): ResponseSuccess! @deprecated( reason: "Please use deleteUnmanagedSnapshots mutation instead or use the RSC UI delete button from snapshots page"  )
#   Delete a SAP HANA system
# 
#   Supported in v5.3+
#   Initiates a job to delete a SAP HANA system object. GET 
#   /sap_hana/system/request/{id} endpoint can be used to monitor the progress of 
#   the job.
# 
# Arguments
#   input: Input for V1DeleteSapHanaSystem.
deleteSapHanaSystem(input: DeleteSapHanaSystemInput!): AsyncRequestStatus! 
#   Delete a scheduled report.
# 
# Arguments
#   input: 
deleteScheduledReport(input: DeleteScheduledReportInput!): Void 
#   Delete specified service accounts.
# 
# Arguments
#   input: Input for deleting service accounts.
deleteServiceAccountsFromAccount(
input: DeleteServiceAccountsFromAccountInput!
): Boolean! 
#   Delete Active Directory from Rubrik
# 
#   Supported in v5.0+
#   Delete Active Directory from Rubrik.
# 
# Arguments
#   input: Input for InternalDeleteSmbDomain.
deleteSmbDomain(input: DeleteSmbDomainInput!): Void 
#   Deletes all the snapshots of the unmanaged objects in the request.
# 
# Arguments
#   input: Input to delete snapshots of unmanaged objects.
deleteSnapshotsOfUnmanagedObjects(
input: DeleteSnapshotsOfUnmanagedObjectsInput!
): RequestSuccess! 
#   Delete storage arrays from Rubrik clusters.
# 
# Arguments
#   input: List of Storage arrays to delete.
deleteStorageArrays(input: DeleteStorageArraysInput!): DeleteStorageArraysReply! 
#   Delete the specified syslog export rule
# 
#   Supported in v5.1+
#   Delete the syslog export rule specified by the given id.
# 
# Arguments
#   input: Input for V1DeleteSyslogExportRule.
deleteSyslogExportRule(
input: DeleteSyslogExportRuleInput!
): Void 
#   Deletes an archival location.
# 
# Arguments
#   input: Request for deleting an archival location.
deleteTarget(input: DeleteTargetInput!): Void 
#   Deletes mapping of a target.
# 
# Arguments
#   input: Request for deleting the mapping of a target.
deleteTargetMapping(input: DeleteTargetMappingInput!): Void 
#   Reset TOTP configuration for a user. Return true when the operation succeeds.
# 
# Arguments
#   userId: Specifies the user ID.
deleteTotpConfig(userId: String!): Boolean! 
#   Reset TOTP configuration for users in batch. Return true when the operation 
#   succeeds.
# 
# Arguments
#   input: Input required for resetting TOTP for users in batch.
deleteTotpConfigs(input: DeleteTotpConfigsInput!): Boolean! 
#   Deletes the snapshots of an unmanaged object using the object IDs.
# 
# Arguments
#   input: Input to delete unmanaged snapshots.
deleteUnmanagedSnapshots(
input: DeleteUnmanagedSnapshotsInput!
): RequestSuccess! 
# Arguments
#   ids: List of IDs.
deleteUsersFromAccount(ids: [String!]!): Boolean! 
#   Requst to delete a mount
# 
#   Supported in v5.0+
#   Create a request to delete a mount. If there are volumes mounted on a target 
#   host, this will use best-effort to unmount those volumes from the host, and 
#   proceed to unmount storage on Rubrik.
# 
# Arguments
#   input: Input for InternalDeleteVolumeGroupSnapshotMount.
deleteVolumeGroupMount(
input: DeleteVolumeGroupMountInput!
): AsyncRequestStatus! 
#   Remove the multi-tag filter
# 
#   Supported in v7.0+
#   Remove the multi-tag filter.
# 
# Arguments
#   input: Input for V1DeleteFilter.
deleteVsphereAdvancedTag(
input: DeleteVsphereAdvancedTagInput!
): RequestSuccess! 
#   Delete a Live Mount VM
# 
#   Supported in v5.0+
#   Create a request to delete a Live Mount virtual machine.
# 
# Arguments
#   input: Input for V1CreateUnmount.
deleteVsphereLiveMount(
input: DeleteVsphereLiveMountInput!
): AsyncRequestStatus! 
#   Delete a webhook.
# 
# Arguments
#   input: The webhook to delete from the account.
deleteWebhook(input: DeleteWebhookInput!): Void 
#   A single Rubrik cluster can be the replication target for multiple source Rubrik 
#   clusters. For each source cluster specified, this resumes replication from that 
#   source cluster to the target cluster.
# 
# Arguments
#   input: Input for V1DisablePerLocationPause.
disableReplicationPause(
input: DisableReplicationPauseInput!
): ResponseSuccess! 
#   Disables a Rubrik Support representative's access to the customer's account.
# 
# Arguments
#   input: Input for the request to disable a Rubrik Support 
#   representative to access customer account.
disableSupportUserAccess(
input: DisableSupportUserAccessInput!
): Void 
#   Disables an Archival Location.
# 
# Arguments
#   input: Request for disabling an Archival Location.
disableTarget(input: DisableTargetInput!): DisableTargetReply! 
#   Disconnects a customer-managed cluster from RSC.
# 
# Arguments
#   input: Input to disconnect a customer-managed cluster from RSC.
disconnectAwsExocomputeCluster(
input: DisconnectAwsExocomputeClusterInput!
): Void 
#   On-demand discovery of a Db2 instance
# 
#   Supported in v7.0+
#   Initiates an on-demand job to discover a Db2 instance.
# 
# Arguments
#   input: Input for V1DiscoverDb2Instance.
discoverDb2Instance(input: DiscoverDb2InstanceInput!): AsyncRequestStatus! 
#   Discover a MongoDB source on-demand
# 
#   Supported in v8.1+
#   Initiates an on-demand job to discover a MongoDB source.
# 
# Arguments
#   input: Input for V1DiscoverMongoSource.
discoverMongoSource(input: DiscoverMongoSourceInput!): AsyncRequestStatus! 
#   Dissolve legal hold on snapshots.
# 
# Arguments
#   input: Dissolve legal hold request.
dissolveLegalHold(input: DissolveLegalHoldInput!): DissolveLegalHoldReply! 
#   Download a snapshot from a remote target
# 
#   Supported in v9.0+
#   Initiates a job to download a snapshot from the specified location when the 
#   snapshot does not exist locally. The specified location has to be a remote 
#   target connected to this Rubrik cluster. If an SLA Domain is not provided, the 
#   snapshot will be retained forever.
# 
# Arguments
#   input: Input for V1DownloadActiveDirectorySnapshotFromLocation.
downloadActiveDirectorySnapshotFromLocation(
input: DownloadActiveDirectorySnapshotFromLocationInput!
): AsyncRequestStatus! 
#   Download audit log in CSV format asynchronously.
# 
# Arguments
#   input: Configuration parameters for the audit log.
downloadAuditLogCsvAsync(
input: DownloadAuditLogCsvAsyncInput!
): AsyncDownloadReply! 
#   Download Db2 database snapshot from archive
# 
#   Supported in v8.0+
#   Downloads a specific Db2 database snapshot from the specified archival location.
# 
# Arguments
#   input: Input for V1DownloadDb2Snapshot.
downloadDb2Snapshot(input: DownloadDb2SnapshotInput!): AsyncRequestStatus! 
#   Download Db2 database snapshots from archive for a point in time recovery
# 
#   Supported in v8.0+
#   Downloads the most recent full snapshot and the log snapshots taken after the 
#   full snapshot, required for the point in time recovery of a Db2 database.
# 
# Arguments
#   input: Input for V1DownloadDb2SnapshotsForPointInTimeRecovery.
downloadDb2SnapshotsForPointInTimeRecovery(
input: DownloadDb2SnapshotsForPointInTimeRecoveryInput!
): AsyncRequestStatus! 
#   Download exchange database snapshot from archive
# 
#   Supported in v8.0+
#   Downloads a Microsoft Exchange database snapshot from the specified archival 
#   location.
# 
# Arguments
#   input: Input for V1DownloadExchangeSnapshot.
downloadExchangeSnapshot(
input: DownloadExchangeSnapshotInput!
): AsyncRequestStatus! 
#   v5.0-v8.0: Download files from a Nutanix VM backup
#   v8.1+: Download files from a Nutanix virtual machine backup
# 
#   Supported in v5.0+
#   v5.0-v8.0: Start an asynchronous job to download multiple files and folders from 
#   a specified Nutanix VM backup. The response returns an asynchronous request ID. 
#   Get the URL for downloading the zip file including the specific files/folders by 
#   sending a GET request to 'nutanix/vm/request/{id}'.
#   v8.1+: Start an asynchronous job to download multiple files and folders from a 
#   specified Nutanix virtual machine backup. The response returns an asynchronous 
#   request ID. Get the URL for downloading the zip file including the specific 
#   files/folders by sending a GET request to 'nutanix/vm/request/{id}'.
# 
# Arguments
#   input: Input for InternalCreateNutanixDownloadFilesJob.
downloadFilesNutanixSnapshot(
input: DownloadFilesNutanixSnapshotInput!
): AsyncRequestStatus! 
# Arguments
#   input: Input for V1CreateDownloadFilesetSnapshotFromCloud.
downloadFilesetSnapshot(
input: DownloadFilesetSnapshotInput!
): AsyncRequestStatus! 
#   Download a snapshot from a replication target
# 
#   Supported in v7.0+
#   Initiates a job to download a snapshot from the specified location when the 
#   snapshot does not exist locally. The specified location has to be a replication 
#   target connected to this Rubrik cluster. If an SLA Domain is not provided, the 
#   snapshot will be retained forever.
# 
# Arguments
#   input: Input for V2DownloadFilesetSnapshotFromLocation.
downloadFilesetSnapshotFromLocation(
input: DownloadFilesetSnapshotFromLocationInput!
): AsyncRequestStatus! 
#   Download a snapshot from a replication target
# 
#   Supported in v7.0+
#   Initiates a job to download a snapshot from the specified location when the 
#   snapshot does not exist locally. The specified location has to be a replication 
#   target connected to this Rubrik cluster. If an SLA Domain is not provided, the 
#   snapshot will be retained forever.
# 
# Arguments
#   input: Input for DownloadHyperVSnapshotFromLocationRequest.
downloadHypervSnapshotFromLocation(
input: DownloadHypervSnapshotFromLocationInput!
): AsyncRequestStatus! 
#   Download virtual machine files from the snapshot
# 
#   Supported in v9.1+
#   Download virtual machine configuration & disk files from the snapshot.
# 
# Arguments
#   input: Input for 
#   InternalDownloadHypervVirtualMachineVmLevelFiles.
downloadHypervVirtualMachineLevelFiles(
input: DownloadHypervVirtualMachineVmLevelFilesInput!
): AsyncRequestStatus! 
#   Creates a download from archival request
# 
#   Supported in v5.0+
#   Download a snapshot from archival.
# 
# Arguments
#   input: Input for InternalDownloadHypervVirtualMachineSnapshot.
downloadHypervVirtualMachineSnapshot(
input: DownloadHypervVirtualMachineSnapshotInput!
): AsyncRequestStatus! 
#   Download files from a Hyper-V VM backup
# 
#   Supported in v5.0+
#   Start an asynchronous job to download multiple files and folders from a 
#   specified Hyper-V VM backup. The response returns an asynchrounous request ID. 
#   Get the URL for downloading the ZIP file including the specific files/folders by 
#   sending a GET request to 'hyperv/vm/request/{id}'.
# 
# Arguments
#   input: Input for DownloadHypervVMSnapshotFilesRequest.
downloadHypervVirtualMachineSnapshotFiles(
input: DownloadHypervVirtualMachineSnapshotFilesInput!
): AsyncRequestStatus! 
#   Download files from a managed volume backup
# 
#   Supported in v5.0+
#   Start an asynchronous job to download multiple files and folders from a 
#   specified managed volume backup. The response returns an asynchronous request 
#   ID. Get the URL for downloading the ZIP file including the specific 
#   files/folders by sending a GET request to 'managed-volume/request/{id}'.
# 
# Arguments
#   input: Input for InternalCreateManagedVolumeDownloadFilesJob.
downloadManagedVolumeFiles(
input: DownloadManagedVolumeFilesInput!
): AsyncRequestStatus! 
#   Download a snapshot from a remote target
# 
#   Supported in v7.0+
#   Initiates a job to download a snapshot from the specified
#   location when the snapshot does not exist locally.
#   The specified location has to be a remote target connected to this Rubrik 
#   cluster.
# 
# Arguments
#   input: Input for V1ManagedVolumeDownloadFromLocation.
downloadManagedVolumeFromLocation(
input: DownloadManagedVolumeFromLocationInput!
): AsyncRequestStatus! 
#   Downloads a list of snapshot and log backups from a Microsoft SQL database
# 
#   Supported in v5.2+
#   Downloads a list of snapshot and log backups from a Microsoft SQL database.
# 
# Arguments
#   input: Input for V1CreateDownloadMssqlBackupFilesById.
downloadMssqlDatabaseBackupFiles(
input: DownloadMssqlDatabaseBackupFilesInput!
): AsyncRequestStatus! 
#   Download Microsoft SQL Database backup files from archival location.
# 
# Arguments
#   input: Input for V1DownloadFromArchive.
downloadMssqlDatabaseFilesFromArchivalLocation(
input: DownloadMssqlDatabaseFilesFromArchivalLocationInput!
): AsyncRequestStatus! 
#   Creates a download from archival request
# 
#   Supported in v5.0+
#   Download a snapshot from archival.
# 
# Arguments
#   input: Input for InternalCreateDownloadSnapshotForNutanix.
downloadNutanixSnapshot(
input: DownloadNutanixSnapshotInput!
): AsyncRequestStatus! 
#   Download a snapshot from a replication target
# 
#   Supported in v7.0+
#   Initiates a job to download a snapshot from the specified location when the 
#   snapshot does not exist locally. The specified location has to be a replication 
#   target connected to this Rubrik cluster. If an SLA Domain is not provided, the 
#   snapshot will be retained forever.
# 
# Arguments
#   input: Input for V1DownloadNutanixVmFromLocation.
downloadNutanixVmFromLocation(
input: DownloadNutanixVmFromLocationInput!
): AsyncRequestStatus! 
#   Schedule a download CSV job for cross object files.
# 
# Arguments
#   input: Request for scheduling a download CSV job for cross 
#   object files.
downloadObjectFilesCsv(
input: DownloadObjectFilesCsvInput!
): DownloadCsvReply! 
#   Schedule a download CSV job for objects list.
# 
# Arguments
#   input: Request for scheduling a download CSV job for objects 
#   list.
downloadObjectsListCsv(
input: DownloadObjectsListCsvInput!
): DownloadCsvReply! 
#   Download Oracle snapshot from cloud
# 
#   Supported in v5.0+
#   Create an asynchronous job to download an Oracle database snapshot and 
#   associated logs using the snapshot ID. The response includes the ID of the 
#   asynchronous job request. To see the status of the request, poll 
#   /oracle/request/{id}.
# 
# Arguments
#   input: Input for InternalDownloadOracleDbSnapshot.
downloadOracleDatabaseSnapshot(
input: DownloadOracleDatabaseSnapshotInput!
): AsyncRequestStatus! 
#   Download a report in CSV format asynchronously.
# 
# Arguments
#   input: 
downloadReportCsvAsync(
input: DownloadReportCsvAsyncInput!
): AsyncDownloadReply! 
#   Download a report asynchronously in PDF format.
# 
# Arguments
#   input: 
downloadReportPdfAsync(
input: DownloadReportPdfAsyncInput!
): AsyncDownloadReply! 
#   Download file results in CSV format.
# 
# Arguments
#   crawlId: 
#   downloadFilter: 
downloadResultsCsv(
crawlId: String!,
downloadFilter: DownloadResultsCsvFiltersInput
): DownloadResultsCsvReply! 
#   Download SAP HANA database snapshot from archive
# 
#   Supported in v8.0+
#   Downloads a specific SAP HANA database snapshot from the specified archival 
#   location.
# 
# Arguments
#   input: Input for V1DownloadSapHanaSnapshot.
downloadSapHanaSnapshot(
input: DownloadSapHanaSnapshotInput!
): AsyncRequestStatus! 
#   Download a snapshot from the remote location
# 
#   Supported in v8.1+
#   Initiates a job to download a snapshot from the specified location when the 
#   snapshot does not exist locally. The specified location can be replication 
#   target or archival location. If SLA Domain is not selected, the snapshot will be 
#   retained forever.
# 
# Arguments
#   input: Input for V1DownloadSapHanaSnapshotFromLocation.
downloadSapHanaSnapshotFromLocation(
input: DownloadSapHanaSnapshotFromLocationInput!
): AsyncRequestStatus! 
#   Download SAP HANA database snapshots from archive for a point in time recovery
# 
#   Supported in v8.0+
#   Downloads the most recent full snapshot and the log snapshots taken after the 
#   full snapshot, required for the point in time recovery of an SAP HANA database.
# 
# Arguments
#   input: Input for 
#   V1DownloadSapHanaSnapshotsForPointInTimeRecovery.
downloadSapHanaSnapshotsForPointInTimeRecovery(
input: DownloadSapHanaSnapshotsForPointInTimeRecoveryInput!
): AsyncRequestStatus! 
#   Download snapshot policy results in CSV format.
# 
# Arguments
#   snappableFid: 
#   snapshotFid: 
#   downloadFilter: 
downloadSnapshotResultsCsv(
snappableFid: String!,
snapshotFid: String!,
downloadFilter: DownloadResultsCsvFiltersInput
): DownloadCsvReply! 
#   Download threat hunt result in CSV format.
# 
# Arguments
#   input: The ID of the threat hunt.
downloadThreatHuntCsv(input: DownloadThreatHuntCsvInput!): DownloadThreatHuntCsvReply! 
#   Schedule a download CSV job for a user's activity.
# 
# Arguments
#   input: Request for scheduling a download CSV job for a user's 
#   activity.
downloadUserActivityCsv(
input: DownloadUserActivityCsvInput!
): DownloadCsvReply! 
#   Schedule a download CSV job for user activity on a specific file.
# 
# Arguments
#   input: Request for scheduling a download CSV job for a user 
#   activity on a specific file.
downloadUserFileActivityCsv(
input: DownloadUserFileActivityCsvInput!
): DownloadCsvReply! 
#   Download files from Volume Group snapshot
# 
#   Supported in v5.0+
#   Create a download files request.
# 
# Arguments
#   input: Input for downloadVolumeGroupSnapshotFiles.
downloadVolumeGroupSnapshotFiles(
input: DownloadVolumeGroupSnapshotFilesInput!
): AsyncRequestStatus! 
#   Download a snapshot from a replication target
# 
#   Supported in v7.0+
#   Initiates a job to download a snapshot from the specified location when the 
#   snapshot does not exist locally. The specified location has to be a replication 
#   target connected to this Rubrik cluster. If an SLA Domain is not provided, the 
#   snapshot will be retained forever.
# 
# Arguments
#   input: Input for V1DownloadVolumeGroupSnapshotFromLocation.
downloadVolumeGroupSnapshotFromLocation(
input: DownloadVolumeGroupSnapshotFromLocationInput!
): AsyncRequestStatus! 
#   Download Virtual Machine files from a snapshot
# 
#   Supported in v9.0+
#   Start an asynchronous job to download multiple Virtual Machine files, such as 
#   .vmdk, .vmx, and .nvram files, from the specified Virtual Machine snapshot.
# 
# Arguments
#   input: Input for V1CreateDownloadVirtualMachineFileJob.
downloadVsphereVirtualMachineFiles(
input: DownloadVsphereVirtualMachineFilesInput!
): AsyncRequestStatus! 
#   Enable/disable auto fmd upload on given cluster.
# 
# Arguments
#   input: Request for enableAutomaticFmdUpload.
enableAutomaticFmdUpload(
input: EnableAutomaticFmdUploadInput!
): EnableAutomaticFmdUploadReply! 
#   Enable/ Disable App consistency for a VM
# 
# Arguments
#   input: Input required to enable application consistent 
#   snapshots.
enableDisableAppConsistency(
input: EnableDisableAppConsistencyInput!
): EnableDisableAppConsistencyReply! 
#   Enables SharePoint protection in the exocompute cluster.
# 
# Arguments
#   input: Input to enable o365 sharepoint.
enableO365SharePoint(input: EnableO365SharePointInput!): RequestStatus! 
#   Enables Teams protection in the exocompute cluster.
# 
# Arguments
#   exocomputeClusterId: 
enableO365Teams(exocomputeClusterId: String!): RequestStatus! 
#   A single Rubrik cluster can be the replication target for multiple source Rubrik 
#   clusters. For each source cluster specified, this pauses replication from that 
#   source cluster to the target cluster.
# 
# Arguments
#   input: Input for V1EnablePerLocationPause.
enableReplicationPause(
input: EnablePerLocationPauseInputVariable!
): ResponseSuccess! 
#   Enables a Rubrik Support representative's access to the customer's account.
# 
# Arguments
#   input: Input for the request to enable a Rubrik Support 
#   representative to access customer account.
enableSupportUserAccess(
input: EnableSupportUserAccessInput!
): Void 
#   Enables an Archival Location.
# 
# Arguments
#   input: Request for enabling an Archival Location.
enableTarget(input: EnableTargetInput!): EnableTargetReply! 
#   Enable or disable Threat Monitoring on a Rubrik cluster.
# 
# Arguments
#   input: Configuration to enable or disable Threat Monitoring for 
#   a Rubrik cluster.
enableThreatMonitoring(
input: EnableThreatMonitoringInput!
): Void 
#   End Managed Volume snapshot
# 
#   Supported in v7.0+
#   Close a Managed Volume for writes. A snapshot will be created containing all 
#   writes since the last begin-snapshot call.
# 
# Arguments
#   input: Input for V1CloseWritesV1.
endManagedVolumeSnapshot(
input: EndManagedVolumeSnapshotInput!
): EndManagedVolumeSnapshotReply! 
#   Mark AWS Native EBS Volumes to be excluded from EC2 Instance snapshot. By 
#   default, all EBS Volumes are marked as included.
# 
# Arguments
#   input: Input to mark EBS volumes to be excluded for EC2 
#   snapshot.
excludeAwsNativeEbsVolumesFromSnapshot(
input: ExcludeAwsNativeEbsVolumesFromSnapshotInput!
): Void 
#   Exclude the Managed Disks from snapshots, for the specified virtual machines.
# 
# Arguments
#   input: Input for excluding Azure Native Managed Disks from 
#   Snapshot.
excludeAzureNativeManagedDisksFromSnapshot(
input: ExcludeAzureNativeManagedDisksFromSnapshotInput!
): Void 
#   Exclude Sharepoint site objects from protection.
# 
# Arguments
#   input: The input for the operation to exclude Sharepoint 
#   objects from protection.
excludeSharepointObjectsFromProtection(
input: ExcludeSharepointObjectsFromProtectionInput!
): Void 
#   Exclude or include virtual disks during snapshot.
# 
# Arguments
#   input: Input to include/exclude disk for taking snapshot.
excludeVmDisks(input: [ExcludeVmDisksInput!]!): RequestSuccess! 
#   Expire downloaded snapshots of a Db2 database
# 
#   Supported in v8.0+
#   Requests an asynchronous job to expire all downloaded data and log snapshots. 
#   You can specify a begin time or an end time or both to provide a time range to 
#   expire only the downloaded data and log snapshots that were taken within the 
#   specified time range. The time is relative to when the snapshot was originally 
#   taken, not when it was downloaded. You can also configure a flag to expire only 
#   the log snapshots.
# 
# Arguments
#   input: Input for V1ExpireDownloadedDb2Snapshots.
expireDownloadedDb2Snapshots(
input: ExpireDownloadedDb2SnapshotsInput!
): AsyncRequestStatus! 
#   Expire downloaded snapshots of an SAP HANA database
# 
#   Supported in v8.0+
#   Requests an asynchronous job to expire all downloaded data and log snapshots. 
#   You can specify a begin time or an end time or both to provide a time range to 
#   expire only the downloaded data and log snapshots that were taken within the 
#   specified time range. The time is relative to when the snapshot was originally 
#   taken, not when it was downloaded. You can also configure a flag to expire only 
#   the log snapshots.
# 
# Arguments
#   input: Input for V1ExpireDownloadedSapHanaSnapshots.
expireDownloadedSapHanaSnapshots(
input: ExpireDownloadedSapHanaSnapshotsInput!
): AsyncRequestStatus! 
#   Expire snoozed directories.
# 
# Arguments
#   input: Expire snoozed directories.
expireSnoozedDirectories(
input: ExpireSnoozedDirectoriesInput!
): ExpireSnoozedDirectoriesReply! 
#   Export VM snapshot
# 
#   Supported in v5.0+
#   Export snapshot of a vm.
# 
# Arguments
#   input: Input for ExportHypervVirtualMachineRequest.
exportHypervVirtualMachine(
input: ExportHypervVirtualMachineInput!
): AsyncRequestStatus! 
#   Export Kubernetes Namespace snapshot.
# 
# Arguments
#   input: Request for exporting a Kubernetes namespace snapshot.
exportK8sNamespace(input: ExportK8sNamespaceInput!): CreateOnDemandJobReply! 
#   v9.0: Create a job to export a Kubernetes resource set snapshot
#   v9.1+: Create a job to export a Kubernetes protection set snapshot
# 
#   Supported in v9.0+
#   v9.0: Launches a job to export the Kubernetes resources from a resource set 
#   snapshot to a new namespace in a target Kubernetes cluster. The target namespace 
#   should not exist before the export.
#   v9.1+: Launches a job to export the Kubernetes resources from a protection set 
#   snapshot to a new namespace in a target Kubernetes cluster. The target namespace 
#   should not exist before the export.
# 
# Arguments
#   input: Input for V1CreateK8sExportJob.
exportK8sProtectionSetSnapshot(
input: ExportK8sProtectionSetSnapshotInput!
): AsyncRequestStatus! 
#   Create a request to export a snapshot
# 
#   Supported in v5.0+
#   Export a managed volume snapshot as a share.
# 
# Arguments
#   input: Input for the mutation to export a Managed Volume 
#   snapshot.
exportManagedVolumeSnapshot(
input: ExportManagedVolumeSnapshotInput!
): AsyncRequestStatus! 
#   Create a request to export a Microsoft SQL database.
# 
# Arguments
#   input: Input for V1CreateExportMssqlDb.
exportMssqlDatabase(input: ExportMssqlDatabaseInput!): AsyncRequestStatus! 
#   v5.0-v8.0: Export VM snapshot
#   v8.1+: Export virtual machine snapshot
# 
#   Supported in v5.0+
#   v5.0-v8.0: Export snapshot of a vm.
#   v8.1+: Export snapshot of a virtual machine.
# 
# Arguments
#   input: Input for InternalCreateNutanixExport.
exportNutanixSnapshot(input: ExportNutanixSnapshotInput!): AsyncRequestStatus! 
#   Exports an Exchange mailbox.
# 
# Arguments
#   exportConfig: 
exportO365Mailbox(exportConfig: ExportO365MailboxInput!): CreateOnDemandJobReply! 
#   Export an Oracle database
# 
#   Supported in v5.0+
#   Request an asynchronous job to export an Oracle database from a specified 
#   snapshot or timestamp.
# 
# Arguments
#   input: Input for ExportOracleDatabase.
exportOracleDatabase(input: ExportOracleDatabaseInput!): AsyncRequestStatus! 
#   Export an Oracle tablespace
# 
#   Supported in v5.0+
#   Request an asynchronous job to export an Oracle tablespace from a specified 
#   snapshot or timestamp.
# 
# Arguments
#   input: Input for InternalCreateExportOracleTablespace.
exportOracleTablespace(
input: ExportOracleTablespaceInput!
): AsyncRequestStatus! 
#   Create a request to export a snapshot and mount it on a host
# 
#   Supported in v5.3+
#   Export a managed volume snapshot as a share and mount it on a given host.
# 
# Arguments
#   input: Input for the mutation to export an SLA Managed Volume 
#   snapshot.
exportSlaManagedVolumeSnapshot(
input: ExportSlaManagedVolumeSnapshotInput!
): AsyncRequestStatus! 
#   Download files from a fileset backup
# 
#   Supported in v5.0+
#   Start an asynchronous job to download multiple files and folders from a 
#   specified fileset backup. The response returns an asynchronous request ID. Get 
#   the URL for downloading the ZIP file including the specific files/folders by 
#   sending a GET request to 'fileset/request/{id}'.
# 
# Arguments
#   input: Input for fileset download snapshot files.
filesetDownloadSnapshotFiles(
input: FilesetDownloadSnapshotFilesInput!
): AsyncRequestStatus! 
#   Create an export job to export multiple files or directories
# 
#   Supported in v5.0+
#   Starts a job that exports one or more files or folders from a fileset backup to 
#   the destination host. Returns the job status as of the job creation time. This 
#   job status includes the job ID.
# 
# Arguments
#   input: Input for fileset download snapshot files.
filesetExportSnapshotFiles(
input: FilesetExportSnapshotFilesInput!
): AsyncRequestStatus! 
#   Create restore job to restore multiple files/directories
# 
#   Supported in v5.0+
#   Initiate a job to copy one or more file or folder from a fileset backup to the 
#   source host. Returns the job instance ID.
# 
# Arguments
#   input: Input for fileset recover files.
filesetRecoverFiles(input: FilesetRecoverFilesInput!): AsyncRequestStatus! 
#   Process and finalize deletion of cloud account is the last step in deletion of a 
#   feature from cloud account. This endpoint is a MUST for deletion of disconnected 
#   features.
# 
# Arguments
#   input: Arguments to process AWS cloud accounts for deletion.
finalizeAwsCloudAccountDeletion(
input: FinalizeAwsCloudAccountDeletionInput!
): FinalizeAwsCloudAccountDeletionReply! 
#   Process cloud account. This is the second step after validate and create in 
#   addition of a feature for cloud account.The CloudFormation stack should be 
#   created after this step using the CloudFormation URL provided in the first step.
# 
# Arguments
#   input: Arguments for process cloud accounts.
finalizeAwsCloudAccountProtection(
input: FinalizeAwsCloudAccountProtectionInput!
): FinalizeAwsCloudAccountProtectionReply! 
#   Adds a new cloud account for the GCP project which is not already added.
# 
# Arguments
#   input: Input required to add a GCP cloud account manually.
gcpCloudAccountAddManualAuthProject(
input: GcpCloudAccountAddManualAuthProjectInput!
): Boolean! 
#   Add cloud account for GCP projects for the given features.
# 
# Arguments
#   input: Input required to add a GCP cloud account.
gcpCloudAccountAddProjects(
input: GcpCloudAccountAddProjectsInput!
): GcpCloudAccountAddProjectsReply! 
#   Delete cloud account for the given GCP project cloud account IDs and feature.
# 
# Arguments
#   input: Input required to delete a list of GCP projects.
gcpCloudAccountDeleteProjects(
input: GcpCloudAccountDeleteProjectsInput!
): GcpCloudAccountDeleteProjectsReply! 
#   Complete the OAuth flow and pass the authorization code.
# 
# Arguments
#   input: Input to complete the GCP cloud account OAuth flow.
gcpCloudAccountOauthComplete(
input: GcpCloudAccountOauthCompleteInput!
): GcpCloudAccountOauthCompleteReply! 
#   Initiate a session before doing Gcp OAuth flow.
# 
# Arguments
#   input: Input to initiate the GCP cloud account OAuth flow.
gcpCloudAccountOauthInitiate(
input: GcpCloudAccountOauthInitiateInput!
): GcpCloudAccountOauthInitiateReply! 
#   Upgrade cloud account for the given GCP project cloud account IDs and feature.
# 
# Arguments
#   input: Input required to upgrade a list of GCP projects.
gcpCloudAccountUpgradeProjects(
input: GcpCloudAccountUpgradeProjectsInput!
): GcpCloudAccountUpgradeProjectsReply! 
#   Triggers GCP native disable project job for the given project ID.
# 
# Arguments
#   input: Input required to disable protection for a GCP native 
#   project.
gcpNativeDisableProject(
input: GcpNativeDisableProjectInput!
): AsyncJobStatus! 
# Arguments
#   input: Input required to exclude GCP native disks from GCE 
#   instance snapshots.
gcpNativeExcludeDisksFromInstanceSnapshot(
input: GcpNativeExcludeDisksFromInstanceSnapshotInput!
): Void 
#   Triggers GCP native export disk job for the given disk snapshot.
# 
# Arguments
#   input: Input required to export a GCP native disk snapshot.
gcpNativeExportDisk(input: GcpNativeExportDiskInput!): AsyncJobStatus! 
#   Triggers GCP native export instance job for the given GCE instance.
# 
# Arguments
#   input: Input required to export a GCP GCE instance snapshot.
gcpNativeExportGceInstance(
input: GcpNativeExportGceInstanceInput!
): AsyncJobStatus! 
#   Trigger GCP native refresh project job for the given project IDs
# 
# Arguments
#   input: Input to refresh GCP native projects.
gcpNativeRefreshProjects(
input: GcpNativeRefreshProjectsInput!
): BatchAsyncJobStatus! 
#   Triggers GCP native restore instance job for the given snapshot Rubrik ID.
# 
# Arguments
#   input: Input required to restore a GCP GCE instance snapshot.
gcpNativeRestoreGceInstance(
input: GcpNativeRestoreGceInstanceInput!
): AsyncJobStatus! 
#   Sets the default GCP service account authorization key.
# 
# Arguments
#   input: Input required to set default GCP service account JWT 
#   configuration.
gcpSetDefaultServiceAccountJwtConfig(
input: GcpSetDefaultServiceAccountJwtConfigInput!
): Boolean! 
#   Generate a JWT that can be used to register clusters with Rubrik. If 
#   ManagedByRubrikArg is not given, the product type is inferred automatically.
# 
# Arguments
#   input: Input required for cluster token generation based on 
#   cluster details.
generateClusterRegistrationToken(
input: GenerateClusterRegistrationTokenInput
): ClusterRegistrationToken! 
#   Generate restore form for the configuration backup file.
# 
# Arguments
#   input: Input for V1GenerateRestoreForm.
generateConfigProtectionRestoreForm(
input: GenerateConfigProtectionRestoreFormInput!
): GenerateConfigProtectionRestoreFormReply! 
#   Generate CSR.
# 
# Arguments
#   name: Name for your CSR.
#   hostnames: Hostnames for your CSR.
#   organization: Organization for your CSR.
#   organizationUnit: Organization unit for your CSR.
#   country: Country for your CSR.
#   state: State for your CSR.
#   city: City for your CSR.
#   email: Email for your CSR.
#   surname: Surname for your CSR.
#   userId: User ID for your CSR.
generateCsr(
name: String!,
hostnames: [String!]!,
organization: String,
organizationUnit: String,
country: String,
state: String,
city: String,
email: String,
surname: String,
userId: String
): Csr! 
#   Collect log files from the cluster
# 
#   Supported in v5.0+
#   To be used by Admin to collect necessary Rubrik's log files from all the nodes. 
#   Both event_id and reqeust_ids are optional. If nothing is specified, the whole 
#   support bundle is to be collected, if event_id is specified, the reqeuest_ids is 
#   ignored. If request id is specified, only collect logs related to the specific 
#   request, otherwise collect all the logs.
# 
# Arguments
#   input: Input for InternalGenerateSupportBundle.
generateSupportBundle(input: GenerateSupportBundleInput!): AsyncRequestStatus! 
#   Generate TOTP secret for a user.
# 
# Arguments
#   userId: Specifies the user ID.
generateTotpSecret(userId: String!): GenerateTotpSecretReply! 
# Arguments
#   downloadId: 
getDownloadUrl(downloadId: Long!): UserDownloadUrl! 
#   Get health monitor policies on the Rubrik cluster.
# 
# Arguments
#   input: Input for V1GetPolicyStatus.
getHealthMonitorPolicyStatus(
input: GetHealthMonitorPolicyStatusInput!
): GetHealthMonitorPolicyStatusReply! 
#   Get pending SLA Domain assignments on selected managed objects
# 
#   Supported in v5.2+
#   Retrieve the details of pending SLA Domain assignments on the given managed 
#   objects. For objects with pending assignments, return the SLA Domain that is 
#   pending. For objects without pending assignments, return the current SLA Domain 
#   information. Explicitly list invalid object IDs.
# 
# Arguments
#   input: Input for V2GetPendingSlaAssignments.
getPendingSlaAssignments(
input: GetPendingSlaAssignmentsInput!
): GetPendingSlaAssignmentsReply! 
#   Hide and reveal NAS namespaces
# 
#   Supported in v7.0+
#   Hide individually selected NAS namespaces by setting the "action" field to 
#   "Hide". Reveal the selected NAS namespaces by setting the "action" field to 
#   "Reveal".
# 
# Arguments
#   input: Input for V1HideRevealNasNamespaces.
hideRevealNasNamespaces(
input: HideRevealNasNamespacesInput!
): Void 
#   Hide or reveal NAS shares
# 
#   Supported in v7.0+
#   Hide individually selected NAS shares by setting the "action" field to "Hide". 
#   Reveal selected NAS shares by setting the "action" field to "Reveal".
# 
# Arguments
#   input: Input for V1HideRevealNasShares.
hideRevealNasShares(input: HideRevealNasSharesInput!): ResponseSuccess! 
#   Delete all snapshots of VM
# 
#   Supported in v5.0+
#   Delete all snapshots of a virtual machine.
# 
# Arguments
#   input: Input for HypervDeleteAllSnapshotsRequest.
hypervDeleteAllSnapshots(
input: HypervDeleteAllSnapshotsInput!
): RequestSuccess! 
#   Create on-demand VM snapshot
# 
#   Supported in v5.0+
#   Create an on-demand snapshot for the given VM ID.
# 
# Arguments
#   input: Input for HypervOnDemandSnapshotRequest.
hypervOnDemandSnapshot(
input: HypervOnDemandSnapshotInput!
): AsyncRequestStatus! 
#   Delete a given HyperV SCVMM.
# 
# Arguments
#   input: Input for deleting Hyper-V SCVMM.
hypervScvmmDelete(input: HypervScvmmDeleteInput!): ResponseSuccess! 
#   Update properties for a given HyperV SCVMM.
# 
# Arguments
#   input: Input for InternalUpdateHypervScvmm
hypervScvmmUpdate(input: HypervScvmmUpdateInput!): HypervScvmmUpdateReply! 
#   In-place exports a virtual machine snapshot on the host
# 
#   Supported in v9.1+
#   Overwrites the Hyperv virtual machine's configuration and virtual disks in-place 
#   based on the snapshot. The recovery process only transfers the changed blocks to 
#   the target host.
# 
# Arguments
#   input: Input for V1InplaceExportHypervVirtualMachine.
inplaceExportHypervVirtualMachine(
input: InplaceExportHypervVirtualMachineInput!
): AsyncRequestStatus! 
#   Inserts a Customer-hosted O365 Azure AD App.
# 
# Arguments
#   input: The input for the InsertCustomerO365App mutation.
insertCustomerO365App(input: InsertCustomerO365AppInput!): RequestStatus! 
#   Install the Rubrik ioFilter to the VMware cluster with a specific ID
# 
#   Supported in v5.1+
#   Install the latest version of Rubrik ioFilter to the VMware cluster with a 
#   specific ID. The cluster must be in maintenance mode to install the ioFilter 
#   successfully. The vCenter of the VMware compute cluster must be of version 6.7 
#   and above.
# 
# Arguments
#   input: Input for V1InstallIoFilter.
installIoFilter(input: InstallIoFilterInput!): RequestSuccess! 
#   Creates an instant recover request that restores a target VM from the given 
#   Rubrik-hosted-snapshot
# 
#   Supported in v5.0+
#   The VM will be started with networking enabled. If the VM does not exist 
#   anymore, a new VM will be created.
# 
# Arguments
#   input: InstantRecoverHypervVMSnapshotRequest.
instantRecoverHypervVirtualMachineSnapshot(
input: InstantRecoverHypervVirtualMachineSnapshotInput!
): AsyncRequestStatus! 
#   Instant recovery of a database
# 
#   Supported in v5.0+
#   Creates an instant recover request that restores a target database from the 
#   given snapshot.
# 
# Arguments
#   input: Input for InternalInstantRecoverOracleSnapshot.
instantRecoverOracleSnapshot(
input: InstantRecoverOracleSnapshotInput!
): AsyncRequestStatus! 
#   Assigns roles to SSO groups in the current organization using the given group 
#   name and role IDs.
# 
# Arguments
#   input: Specifies the input required for inviting new SSO groups 
#   to the current organization.
inviteSsoGroup(input: InviteSsoGroupInput!): Boolean! 
#   Join Active Directory
# 
#   Supported in v5.0+
#   Join Active Directory.
# 
# Arguments
#   input: Input for InternalJoinSmbDomain.
joinSmbDomain(input: JoinSmbDomainInput!): Void 
#   List CIDRs for compute setting.
# 
# Arguments
#   input: Input to get the list of CIDRs for compute settings.
listCidrsForComputeSetting(
input: ListCidrsForComputeSettingInput!
): ListCidrsForComputeSettingReply! 
#   Specifies the endpoint through which the admin can lock the user accounts.
# 
# Arguments
#   input: Specifies the list of user IDs.
lockUsersByAdmin(input: LockUsersByAdminInput!): Void 
#   Logout from Rubrik support portal using username.
logoutFromRubrikSupportPortal: SupportPortalLogoutReply! 
#   Make this cluster the primary for agents on a set of hosts
# 
#   Supported in v5.3+
#   Migrate the primary cluster with which the agent is able to perform regular 
#   operations (backup, restore etc). This can be done on a specified set of hosts 
#   or for all hosts that currently have a specified primary cluster for disaster 
#   recovery. Specify exactly one of `ids` or `oldPrimaryClusterUuid`.
# 
# Arguments
#   input: Input for V1HostMakePrimary.
makePrimary(input: MakePrimaryInput!): AsyncRequestStatus! 
#   Map Azure cloud accounts to an Exocompute subscription.
# 
# Arguments
#   input: Input for mapping Azure cloud accounts to an Exocompute 
#   subscription.
mapAzureCloudAccountExocomputeSubscription(
input: MapAzureCloudAccountExocomputeSubscriptionInput!
): MapAzureCloudAccountExocomputeSubscriptionReply! 
#   Map Azure cloud accounts to a persistent storage location.
# 
# Arguments
#   input: Input for mapping Azure cloud accounts to a persistent 
#   storage location.
mapAzureCloudAccountToPersistentStorageLocation(
input: MapAzureCloudAccountToPersistentStorageLocationInput!
): MapAzureCloudAccountToPersistentStorageLocationReply! 
#   Map cloud accounts to an Exocompute account.
# 
# Arguments
#   input: Input for mapping cloud accounts to an Exocompute 
#   account.
mapCloudAccountExocomputeAccount(
input: MapCloudAccountExocomputeAccountInput!
): MapCloudAccountExocomputeAccountReply! 
#   Mark a secondary cluster certificate to be asynchronously synced to all Rubrik 
#   Backup Service instances for which this cluster is the primary.
# 
# Arguments
#   input: Input for V1MarkAgentSecondaryCertificate.
markAgentSecondaryCertificate(
input: MarkAgentSecondaryCertificateInput!
): MarkAgentSecondaryCertificateReply! 
#   Relocate a Nutanix virtual machine to another storage container
# 
#   Supported in v6.0+
#   Initiate a request to migrate the virtual disks of a specified Nutanix Live 
#   Mount to another storage container. The destination storage container has been 
#   specified when the Live Mount was created. The Live Mount will be deleted when 
#   the relocation succeeds.
# 
# Arguments
#   input: Input for V1CreateNutanixVmMountMigration.
migrateNutanixMountV1(input: MigrateNutanixMountV1Input!): AsyncRequestStatus! 
#   Modifies a Live Mount of an Active Directory domain controller snapshot
# 
#   Supported in v9.0+
#   Modifies the parameters of a Live Mount of an Active Directory domain controller 
#   snapshot.
# 
# Arguments
#   input: Input for V1ModifyActiveDirectoryLiveMount.
modifyActiveDirectoryLiveMount(
input: ModifyActiveDirectoryLiveMountInput!
): Void 
#   Modify event digests for specific recipients.
# 
# Arguments
#   input: Information required to modify event digests.
modifyEventDigestBatch(
input: ModifyEventDigestBatchInput!
): Void 
#   Modify IPMI settings
# 
#   Supported in v5.0+
#   modify IPMI settings.
# 
# Arguments
#   input: Input for InternalModifyIpmi.
modifyIpmi(input: ModifyIpmiInput!): ModifyIpmiReply! 
#   Mount disks to the given workload.
# 
# Arguments
#   input: Input required to mount disks.
mountDisk(input: MountDiskInput!): MountDiskReply! 
#   Initiate a Live Mount of a Nutanix virtual machine snapshot
# 
#   Supported in v6.0+
#   Initiates a request to perform a Live Mount of a Nutanix virtual machine 
#   snapshot identified by the snapshot ID.
# 
# Arguments
#   input: Input for V1CreateNutanixMount.
mountNutanixSnapshotV1(
input: MountNutanixSnapshotV1Input!
): AsyncRequestStatus! 
#   Live Mount an Oracle database snapshot
# 
#   Supported in v5.0+
#   Create an asynchronous job to Live Mount an Oracle database from a snapshot.
# 
# Arguments
#   input: Input for MountOracleDatabase.
mountOracleDatabase(input: MountOracleDatabaseInput!): AsyncRequestStatus! 
# Arguments
#   roleId: ID of the role.
#   name: 
#   description: 
#   permissions: Permissions in the role.
#   protectableClusters: 
mutateRole(
roleId: String,
name: String!,
description: String!,
permissions: [PermissionInput!]!,
protectableClusters: [String!]!
): UUID! 
#   Send notification when the user clicks on the Get License button.
notificationForGetLicense: NotificationForGetLicenseReply! 
#   Completes the OAuth consent flow for an O365 Azure AD App.
# 
# Arguments
#   input: The input for the O365OauthConsentComplete mutation.
o365OauthConsentComplete(
input: O365OauthConsentCompleteInput!
): O365OauthConsentCompleteReply! 
#   Kicks off the OAuth consent flow for an O365 Azure AD App.
# 
# Arguments
#   input: The input for the O365OauthConsentKickoff mutation.
o365OauthConsentKickoff(
input: O365OauthConsentKickoffInput!
): O365OauthConsentKickoffReply! 
#   Retrieve or create the groups corresponding to the preferred data location and 
#   workload pairings for use in role creation.
# 
# Arguments
#   input: The input for the O365PdlGroups mutation.
o365PdlGroups(input: O365PdlGroupsInput!): O365PdlGroupsReply! 
o365SaaSSetupKickoff: O365SaasSetupKickoffReply! 
#   Completes a Rubrik-Hosted setup flow.
# 
# Arguments
#   input: The input for the O365SaasSetupComplete mutation.
o365SaasSetupComplete(input: O365SaasSetupCompleteInput!): AddO365OrgResponse! 
#   Kicks off an O365 subscription setup flow.
o365SetupKickoff: O365SetupKickoffResp! 
#   Updates authentication server-based AWS cloud account. Use this mutation to 
#   update account details related to role name, certificates, features. The 
#   mutation can update one or more certificates associated to an account in a 
#   single request. All input fields except account identifier are optional so that 
#   any combination of account attributes can be updated in a single call. If none 
#   of the optional fields are provided in the input then no updates are performed, 
#   and the response does not contain any error message.
# 
# Arguments
#   input: Input to update authentication server-based AWS cloud 
#   account.
patchAwsAuthenticationServerBasedCloudAccount(
input: PatchAwsAuthenticationServerBasedCloudAccountInput!
): Boolean! 
#   Updates IAM user-based AWS cloud account. Use this mutation to update account 
#   details access/secret keys, role ARN and regions. All input fields except 
#   account ID are optional so that any combination of account attributes can be 
#   updated in a single call. If none of the optional fields are provided in the 
#   input then no updates are performed, and the response does not contain any error 
#   message.
# 
# Arguments
#   input: Input to update IAM user-based AWS cloud account.
patchAwsIamUserBasedCloudAccount(
input: PatchAwsIamUserBasedCloudAccountInput!
): Boolean! 
#   Update a Db2 database
# 
#   Supported in v9.0+
#   Updating a Db2 database involves modifying the metadata associated with the Db2 
#   database using the provided input values.
# 
# Arguments
#   input: Input for V1PatchDb2Database.
patchDb2Database(input: PatchDb2DatabaseInput!): PatchDb2DatabaseReply! 
#   Mutation to update an existing Db2 instance.
# 
# Arguments
#   input: Input for V1PatchDb2Instance.
patchDb2Instance(input: PatchDb2InstanceInput!): PatchDb2InstanceReply! 
#   Edit a MongoDB source
# 
#   Supported in v8.1+
#   Edits the properties of a MongoDB source. Hosts, name, and type of MongoDB 
#   cannot be changed once added.
# 
# Arguments
#   input: Input for V1PatchMongoSource.
patchMongoSource(input: PatchMongoSourceInput!): AsyncRequestStatus! 
#   Change Nutanix Live Mount power status
# 
#   Supported in v6.0+
#   Changes the power status of a mounted Nutanix virtual machine.
# 
# Arguments
#   input: Input for V1PatchNutanixVmMount.
patchNutanixMountV1(input: PatchNutanixMountV1Input!): PatchNutanixMountV1Reply! 
#   v5.3-v8.1: Update the SLA Domain for a SAP HANA system
#   v9.0+: Update the system properties of the SAP HANA system
# 
#   Supported in v5.3+
#   v5.3-v8.1: Update the SLA Domain that is configured for a SAP HANA system.
#   v9.0+: Update the system properties for the SAP HANA system.
# 
# Arguments
#   input: Input for V1PatchSapHanaSystem.
patchSapHanaSystem(input: PatchSapHanaSystemInput!): PatchSapHanaSystemReply! 
#   Pause or resume SLA Domain on the given Rubrik clusters.
# 
# Arguments
#   input: Request to pause or resume SLA Domain.
pauseSla(input: PauseSlaInput!): PauseSlaReply! 
# Arguments
#   input: Request for pausing an Archival Location.
pauseTarget(input: PauseTargetInput!): PauseTargetReply! 
#   Prepare deletion of cloud account. This is the first step to delete AWS cloud 
#   account. It generated template for deletion of cloud account and does not change 
#   any state of account.
# 
# Arguments
#   input: Args for initiate aws cloud accounts for deletion.
prepareAwsCloudAccountDeletion(
input: PrepareAwsCloudAccountDeletionInput!
): PrepareAwsCloudAccountDeletionReply! 
#   Prepare manual update features to latest version.
# 
# Arguments
#   input: Input to prepare feature update for AWS cloud account.
prepareFeatureUpdateForAwsCloudAccount(
input: PrepareFeatureUpdateForAwsCloudAccountInput!
): PrepareFeatureUpdateForAwsCloudAccountReply! 
#   Promotes a reader Archival Location.
# 
# Arguments
#   input: Request for promoting a reader Archival Location.
promoteReaderTarget(input: PromoteReaderTargetInput!): Void 
#   SMB configuration
# 
#   Supported in v5.0+
#   SMB configuration.
# 
# Arguments
#   input: Input for InternalPutSmbConfiguration.
putSmbConfiguration(input: PutSmbConfigurationInput!): PutSmbConfigurationReply! 
#   Recover a cassandra source.
# 
# Arguments
#   input: Input for V2MosaicRestoreData.
recoverCassandraSource(input: MosaicRestoreDataInput!): MosaicAsyncResponse! 
#   Recover a Rubrik Cloud Cluster.
# 
# Arguments
#   input: Cloud Cluster recovery configuration.
recoverCloudCluster(input: RecoverCloudClusterInput!): CcProvisionJobReply! 
#   Cloud Direct MultiPaths Recovery.
# 
# Arguments
#   input: Input for Cloud Direct multi-paths recovery.
recoverCloudDirectMultiPaths(
input: RecoverCloudDirectMultiPathsInput!
): AsyncRequestStatus! 
#   Cloud Direct Path Recovery.
# 
# Arguments
#   input: Input for Cloud Direct path recovery.
recoverCloudDirectPath(
input: RecoverCloudDirectPathInput!
): AsyncRequestStatus! @deprecated( reason: "Not in use. Use recoverCloudDirectMultiPaths instead."  )
#   Recover a MongoDB source from Rubrik CDM cluster.
# 
# Arguments
#   input: Input for V1RecoverMongoDatabasesAndCollections.
recoverMongoSource(input: RecoverMongoSourceInput!): AsyncRequestStatus! 
#   Recover a MongoDB source from NoSQL cluster.
# 
# Arguments
#   input: Input for V2MosaicRestoreData.
recoverMongodbSource(input: MosaicRestoreDataInput!): MosaicAsyncResponse! 
#   On-demand refresh of a Db2 database
# 
#   Supported in v8.1+
#   Initiates an on-demand job to refresh a Db2 database. Currently, this is allowed 
#   only for Db2 HADR databases.
# 
# Arguments
#   input: Input for V1RefreshDb2Database.
refreshDb2Database(input: RefreshDb2DatabaseInput!): AsyncRequestStatus! 
#   Initiates an on-demand refresh job of a specified Active Directory domain.
# 
# Arguments
#   input: Input for V1RefreshDomain.
refreshDomain(input: RefreshDomainInput!): AsyncRequestStatus! 
# Arguments
#   clusterUuid: The Rubrik cluster ID.
refreshGlobalManagerConnectivityStatus(
clusterUuid: UUID!
): GlobalManagerConnectivity! 
# Arguments
#   input: Input for V1RefreshHost.
refreshHost(input: RefreshHostInput!): RefreshHostReply! 
#   Refresh a given HyperV SCVMM.
# 
# Arguments
#   input: Input for refreshing Hyper-V SCVMM.
refreshHypervScvmm(input: RefreshHypervScvmmInput!): AsyncRequestStatus! 
#   Refresh Hyper-V host metadata
# 
#   Supported in v5.0+
#   Create a job to refresh the metadata for the specified Hyper-V host.
# 
# Arguments
#   input: Input for InternalRefreshHypervHost.
refreshHypervServer(input: RefreshHypervServerInput!): AsyncRequestStatus! 
#   Refresh resources of a Kubernetes cluster.
# 
# Arguments
#   input: Request for refreshing resources in a Kubernetes 
#   cluster.
refreshK8sCluster(input: RefreshK8sClusterInput!): CreateOnDemandJobReply! 
#   Initiate an on-demand refresh for a Kubernetes cluster
# 
#   Supported in v9.0+
#   Initiates an on-demand refresh request for the specified Kubernetes cluster.
# 
# Arguments
#   input: Input for V1RefreshCluster.
refreshK8sV2Cluster(input: RefreshK8sV2ClusterInput!): AsyncRequestStatus! 
#   On-demand discovery of a list of NAS systems
# 
#   Supported in v7.0+
#   Runs the NAS_DISCOVER job for autodiscovery/refresh of NAS systems.
# 
# Arguments
#   input: Input for V1DiscoverNasSystems.
refreshNasSystems(input: RefreshNasSystemsInput!): RefreshNasSystemsReply! 
#   Refresh Nutanix cluster metadata
# 
#   Supported in v5.0+
#   Create a job to refresh the metadata for the specified Nutanix cluster.
# 
# Arguments
#   input: Input for InternalCreateNutanixClusterRefresh.
refreshNutanixCluster(input: RefreshNutanixClusterInput!): AsyncRequestStatus! 
#   Refresh Nutanix Prism Central metadata
# 
#   Supported in v9.0+
#   Initiates a job to refresh the metadata for the specified Nutanix Prism Central 
#   and all its associated clusters.
# 
# Arguments
#   input: Input for InternalCreateNutanixPrismCentralRefresh.
refreshNutanixPrismCentral(
input: RefreshNutanixPrismCentralInput!
): BatchAsyncRequestStatus! 
#   Refreshes an O365 org.
# 
# Arguments
#   orgId: Org UUID.
refreshO365Org(orgId: UUID!): CreateOnDemandJobReply! 
#   Refresh an Oracle database
# 
#   Supported in v6.0+
#   Starts an asynchronous job to refresh the Oracle database metadata by querying 
#   the database instances on all the underlying hosts.
# 
# Arguments
#   input: Input for V1RefreshOracleDb.
refreshOracleDatabase(input: RefreshOracleDatabaseInput!): AsyncRequestStatus! 
#   Refreshes a reader Archival Location.
# 
# Arguments
#   input: Request for refreshing a reader Archival Location.
refreshReaderTarget(input: RefreshReaderTargetInput!): Void 
#   Refresh storage arrays in Rubrik clusters.
# 
# Arguments
#   input: List of storage arrays to refresh.
refreshStorageArrays(input: RefreshStorageArraysInput!): RefreshStorageArraysReply! 
#   Refresh vCenter Server metadata
# 
#   Supported in v5.0+
#   Create a job to refresh the metadata for the specified vCenter Server.
# 
# Arguments
#   input: Refresh vcenter input.
refreshVsphereVcenter(input: RefreshVsphereVcenterInput!): AsyncRequestStatus! 
#   Register the agent installed in VM
# 
#   Supported in v5.0+
#   Register the agent that installed in VM.
# 
# Arguments
#   input: Input for RegisterAgentHypervVirtualMachineRequest.
registerAgentHypervVirtualMachine(
input: RegisterAgentHypervVirtualMachineInput!
): RequestSuccess! 
#   v5.0-v8.0: Register the agent installed on the Nutanix VM
#   v8.1+: Register the agent installed on the Nutanix virtual machine
# 
#   Supported in v5.0+
#   v5.0-v5.3: Register the agent installed on the Nutanix VM
#   v6.0-v8.0: Register the agent installed on the Nutanix VM.
#   v8.1+: Register the agent installed on the Nutanix virtual machine.
# 
# Arguments
#   input: Input for InternalNutanixVmRegisterAgent.
registerAgentNutanixVm(
input: RegisterAgentNutanixVmInput!
): RequestSuccess! 
#   Registers the AWS account artifacts such as roles in RSC backend while 
#   onboarding AWS account in manual flow.
# 
# Arguments
#   input: Input to register external artifacts for AWS cloud 
#   account.
registerAwsFeatureArtifacts(
input: RegisterAwsFeatureArtifactsInput!
): RegisterAwsFeatureArtifactsReply! 
#   Register a cloud cluster.
# 
# Arguments
#   input: Input for cloud cluster registration.
registerCloudCluster(input: RegisterCloudClusterInput!): RegisterCloudClusterReply! 
#   Register HyperV SCVMM to Rubrik Cluster.
# 
# Arguments
#   input: Input for register Hyper-V SCVMM.
registerHypervScvmm(input: RegisterHypervScvmmInput!): AsyncRequestStatus! 
#   Register a NAS System
# 
#   Supported in v7.0+
#   Register a NAS system such as a NetApp or an Isilon cluster to be protected.
# 
# Arguments
#   input: Input for V1RegisterNasSystem.
registerNasSystem(input: RegisterNasSystemInput!): RegisterNasSystemReply! 
# Arguments
#   clusterUUID: UUID of the Rubrik cluster.
#   isForce: 
#   expireInDays: Number of days after which data from Rubrik is 
#   removed.
removeCdmCluster(
clusterUUID: UUID!,
isForce: Boolean!,
expireInDays: Long
): Boolean! 
#   Remove healthy nodes from a cluster.
# 
# Arguments
#   input: Input for removing nodes from a Rubrik cluster.
removeClusterNodes(input: RemoveClusterNodesInput!): CcProvisionJobReply! 
#   Marks the disk removed and updates cluster metadata
# 
# Arguments
#   input: Input for InternalRemoveDisk.
removeDisk(input: RemoveDiskInput!): ResponseSuccess! 
#   Remove account level inventory workloads.
# 
# Arguments
#   input: Inventory workloads to remove from an account.
removeInventoryWorkloads(
input: RemoveInventoryWorkloadsInput!
): Boolean! 
#   Remove LDAP integration.
# 
# Arguments
#   id: ID for your LDAP integration.
removeLdapIntegration(id: UUID!): Boolean! 
#   Remove policies from objects.
# 
# Arguments
#   policyIds: 
#   objectIds: 
#   objectRootIds: List of supported root IDs.
#   clusterIds: List of Rubrik cluster IDs.
#   runAsync: 
removePolicyObjects(
policyIds: [String!]!,
objectIds: [String!]!,
objectRootIds: [String!]!,
clusterIds: [String!]!,
runAsync: Boolean!
): [String!]! 
#   Remove private endpoint connection to RCV location.
# 
# Arguments
#   input: Request for removing the private endpoint connection to 
#   an RCV location.
removePrivateEndpointConnection(
input: RemovePrivateEndpointConnectionInput!
): Void 
#   Delete existing proxy configuration
# 
#   Supported in v5.0+
#   Delete an existing proxy that was configured.
# 
# Arguments
#   input: Input for InternalDeleteProxyConfig.
removeProxyConfig(input: RemoveProxyConfigInput!): ResponseSuccess! 
#   Delete cluster VLAN(s).
# 
# Arguments
#   input: Input for RemoveVlans.
removeVlans(input: RemoveVlansInput!): RemoveVlansReply! 
#   Reseed a secondary database.
# 
# Arguments
#   input: Input for V1ReseedSecondary.
reseedLogShippingSecondary(
input: ReseedLogShippingSecondaryInput!
): AsyncRequestStatus! 
#   Used by the administrator to reset passwords for all users in the organization.
resetAllOrgUsersPasswords: Void 
#   Used by the administrator to reset passwords for selected users in the 
#   organization.
# 
# Arguments
#   input: Specifies the input used to reset passwords for selected 
#   users in the organization.
resetUsersPasswordsWithUserIds(
input: ResetUsersPasswordsWithUserIdsInput!
): Void 
#   Resize the disk and updates cluster metadata.
# 
# Arguments
#   input: Input for InternalResizeDisk.
resizeDisk(input: ResizeDiskInput!): ResponseSuccess! 
#   Resize managed volume
# 
#   Supported in v5.3+
#   Resize the managed volume to a larger size. Once a volume size has been 
#   increased, it can not be decreased.
# 
# Arguments
#   input: Input for InternalResizeApiForManagedVolume.
resizeManagedVolume(input: ResizeManagedVolumeInput!): AsyncRequestStatus! 
#   Resolve an anomaly.
# 
# Arguments
#   input: Resolve an anomaly.
resolveAnomaly(input: ResolveAnomalyInput!): Void 
#   Marks that the user has resolved that there are no conflicting volume groups on 
#   the host where this Exchange server exists
# 
#   Supported in v8.0+
#   Marks that the user has resolved that there are no conflicting volume groups on 
#   the host where this Exchange server exists.
# 
# Arguments
#   input: Input for V1ResolveVolumeGroupsConflict.
resolveVolumeGroupsConflict(
input: ResolveVolumeGroupsConflictInput!
): RequestSuccess! 
#   Restore the given objects to the Active Directory
# 
#   Supported in v9.0+
#   Initiates a recovery for the given Active Directory objects.
# 
# Arguments
#   input: Input for V1RestoreObjects.
restoreActiveDirectoryObjects(
input: RestoreActiveDirectoryObjectsInput!
): AsyncRequestStatus! 
#   Restores the Azure AD directory with multiple passwords.
# 
# Arguments
#   input: The input for restoring the Azure AD directory with 
#   multiple passwords.
restoreAzureAdObjectsWithPasswords(
input: RestoreAzureAdObjectsWithPasswordsInput!
): RestoreAzureAdObjectsWithPasswordsReply! 
#   Initiate Active Directory restore job
# 
#   Supported in v9.0+
#   Initiates a job to restore Active Directory snapshots to their corresponding 
#   Domain Controllers or alternate hosts. Returns the job instance ID.
# 
# Arguments
#   input: Input for V1CreateActiveDirectoryRestoreJob.
restoreDomainControllerSnapshot(
input: RestoreDomainControllerSnapshotInput!
): AsyncRequestStatus! 
#   Restore files
# 
#   Supported in v5.0+
#   Restore files from a snapshot to the source Nutanix virtual machine.
# 
# Arguments
#   input: Input for InternalRestoreNutanixVmSnapshotFiles.
restoreFilesNutanixSnapshot(
input: RestoreFilesNutanixSnapshotInput!
): AsyncRequestStatus! 
#   Restore files from snapshot
# 
#   Supported in v5.0+
#   Restore files from a snapshot to the original source location.
# 
# Arguments
#   input: Input for RestoreHypervVMSnapshotFilesRequest.
restoreHypervVirtualMachineSnapshotFiles(
input: RestoreHypervVirtualMachineSnapshotFilesInput!
): AsyncRequestStatus! 
#   Restores Kubernetes namespace snapshot.
# 
# Arguments
#   input: Request to restore a snapshot of a Kubernetes namespace.
restoreK8sNamespace(input: RestoreK8sNamespaceInput!): CreateOnDemandJobReply! 
#   v9.0: Create a job to restore a Kubernetes resource set snapshot
#   v9.1+: Create a job to restore a Kubernetes protection set snapshot
# 
#   Supported in v9.0+
#   v9.0: Launches a job to restore the Kubernetes resources from a resource set 
#   snapshot to its original resource set. The target namespace must exist before 
#   the restore.
#   v9.1+: Launches a job to restore the Kubernetes resources from a protection set 
#   snapshot to its original protection set. The target namespace must exist before 
#   the restore.
# 
# Arguments
#   input: Input for V1CreateK8sRestoreJob.
restoreK8sProtectionSetSnapshot(
input: CreateK8sRestoreJobInput!
): AsyncRequestStatus! 
#   Create a request to restore a Microsoft SQL database.
# 
# Arguments
#   input: Input for V1CreateRestoreMssqlDb.
restoreMssqlDatabase(input: RestoreMssqlDatabaseInput!): AsyncRequestStatus! 
#   Restores an Exchange mailbox.
# 
# Arguments
#   restoreConfig: 
restoreO365Mailbox(restoreConfig: RestoreO365MailboxInput!): CreateOnDemandJobReply! 
#   Restores an O365 snappable.
# 
# Arguments
#   input: The input for the mutation to restore an O365 workload.
restoreO365Snappable(input: RestoreO365SnappableInput!): CreateOnDemandJobReply! 
#   Restore Team conversations.
# 
# Arguments
#   input: The input for the operation to restore conversations for 
#   O365 teams.
restoreO365TeamsConversations(
input: RestoreO365TeamsConversationsInput!
): CreateOnDemandJobReply! 
#   Restore Team files.
# 
# Arguments
#   input: The input for the mutation to restore files for O365 
#   Teams.
restoreO365TeamsFiles(input: RestoreO365TeamsFilesInput!): CreateOnDemandJobReply! 
#   Restore archive logs of an Oracle database
# 
#   Supported in v6.0+
#   v6.0: Create an asynchronous job to restore archive logs of an Oracle database.
#   v7.0+: Starts an asynchronous job to restore archive logs of an Oracle database.
# 
# Arguments
#   input: Input for V1RestoreOracleLogs.
restoreOracleLogs(input: RestoreOracleLogsInput!): AsyncRequestStatus! 
#   Restore SAP HANA storage to a storage snapshot
# 
#   Supported in v9.1+
#   Initiates a job to restore the storage of a SAP HANA system object. The GET 
#   /sap_hana/system/request/{id} endpoint can be used to monitor the progress of 
#   the job.
# 
# Arguments
#   input: Input for V1RestoreSapHanaSystemStorage.
restoreSapHanaSystemStorage(
input: RestoreSapHanaSystemStorageInput!
): AsyncRequestStatus! 
#   Restore files from the Volume Group snapshot
# 
#   Supported in v5.0+
#   Restore filess to the original Host.
# 
# Arguments
#   input: Input for restoreVolumeGroupSnapshotFiles.
restoreVolumeGroupSnapshotFiles(
input: RestoreVolumeGroupSnapshotFilesInput!
): AsyncRequestStatus! 
# Arguments
#   input: Request for resuming an Archival Location.
resumeTarget(input: ResumeTargetInput!): ResumeTargetReply! 
#   Update a MongoDB source
# 
#   Supported in v8.1+
#   Updates a MongoDB source details. You can use this endpoint for updating MongoDB 
#   source details when the request to add a source fails.
# 
# Arguments
#   input: Input for V1PutMongoSource.
retryAddMongoSource(input: RetryAddMongoSourceInput!): AsyncRequestStatus! 
#   Initiates retry for a failed job.
# 
# Arguments
#   backupObjects: Retry backup for the objects.
#   backupRunConfig: The configuration of the backup operation.
retryBackup(
backupObjects: [BackupObject!]!,
backupRunConfig: BackupRunConfig
): RetryBackupResp! 
#   Retry the previous failed download package CDM job.
# 
# Arguments
#   clusterUuid: Specifies the cluster UUID.
retryDownloadPackageJob(clusterUuid: UUID!): DownloadPackageReply! 
#   Revoke all roles of the current organization from the specified users and 
#   groups.
# 
# Arguments
#   input: Input required for revoking all roles of the current 
#   organization from the specified users and groups.
revokeAllOrgRoles(input: RevokeAllOrgRolesInput!): Void 
#   Rotate service account secret.
# 
# Arguments
#   input: Input for rotating a service account secret.
rotateServiceAccountSecret(
input: RotateServiceAccountSecretInput!
): RotateServiceAccountSecretReply! 
# Arguments
#   input: 
runCustomAnalyzer(input: RunCustomAnalyzerInput!): RunCustomAnalyzerReply! 
#   Schedule an upgrade job in batch.
# 
# Arguments
#   listClusterUuid: Specifies the list of cluster UUIDs.
#   mode: Specifies the upgrade mode.
#   action: Specifies the upgrade action.
#   version: Specifies the Rubrik CDM upgrade tarball version.
#   scheduleAt: Specifies the ISO8601 timestamp string.
#   context_tag: Specifies the Context tag.
scheduleUpgradeBatchJob(
listClusterUuid: [UUID!]!,
mode: String!,
action: ActionType!,
version: String!,
scheduleAt: DateTime!,
context_tag: String
): [UpgradeJobReplyWithUuid!]! 
#   Seed account with enabled policies.
seedEnabledPolicies: SeedEnabledPoliciesReply! 
#   DEPRECATED (use seedEnabledPolicies instead) Seed account with initial policies.
seedInitialPolicies: SeedInitialPoliciesReply! 
#   DHRC PDF report generation.
# 
# Arguments
#   input: Input required for generating and sending report email.
sendPdfReport(input: SendPdfReportInput!): SendPdfReportReply! 
#   Send a scheduled report now asynchronously via email.
# 
# Arguments
#   input: Input required for generating and sending report email.
sendScheduledReportAsync(
input: SendScheduledReportAsyncInput!
): AsyncDownloadReply! 
#   Set risk for analyzers.
# 
# Arguments
#   input: Input required for setting risk for analyzers.
setAnalyzerRisks(input: SetAnalyzerRisksInput!): SetAnalyzerRisksReply! 
#   Set credentials for the customer application, for the tenant domain name.
# 
# Arguments
#   input: Input for setting the app credentials in the Azure Cloud 
#   Accounts.
setAzureCloudAccountCustomerAppCredentials(
input: SetAzureCloudAccountCustomerAppCredentialsInput!
): Boolean! 
#   Sets the approval status of an Exocompute container image bundle.
# 
# Arguments
#   input: Input for the operation to upsert the approval status of 
#   an Exocompute container image bundle.
setBundleApprovalStatus(
input: SetBundleApprovalStatusInput!
): Void 
#   Sets customer-specified tags and the value whether the resource tags should be 
#   overridden by customer-specified tags for a given cloud type.
# 
# Arguments
#   input: Input to set customer-specified tags for a particular 
#   cloud type.
setCustomerTags(input: SetCustomerTagsInput!): Void 
#   Set datastore freespace thresholds.
# 
# Arguments
#   input: Datastore freespace thresholds to set.
setDatastoreFreespaceThresholds(
input: SetDatastoreFreespaceThresholdsInput!
): SetDatastoreFreespaceThresholdsReply! 
# Arguments
#   enabled: 
setIpWhitelistEnabled(enabled: Boolean!): Boolean! 
#   Update the MFA settings for the given LDAP integration. Return true when the 
#   operation succeeds.
# 
# Arguments
#   input: Input required for updating LDAP MFA settings.
setLdapMfaSetting(input: SetLdapMfaSettingInput!): Boolean! 
#   Update the MFA settings for the account. Return true when the operation 
#   succeeds.
# 
# Arguments
#   input: Input required for updating MFA settings.
setMfaSetting(input: SetMfaSettingInput!): Boolean! 
#   Sets the service account for the org.
# 
# Arguments
#   username: 
#   appPassword: 
#   orgId: Org UUID.
setO365ServiceAccount(
username: String!,
appPassword: String!,
orgId: UUID!
): RequestStatus! 
#   Set the password complexity policy for the current organization.
# 
# Arguments
#   input: Specifies the password complexity policy to be used for 
#   the organization. 
setPasswordComplexityPolicy(
input: SetPasswordComplexityPolicyInput!
): Void 
#   Sets the Private Container Registry (PCR) details for an Exocompute cloud 
#   account. Updates the details if the registry already exists and creates a new 
#   entry if it does not exist.
# 
# Arguments
#   input: Input to set PCR details.
setPrivateContainerRegistry(
input: SetPrivateContainerRegistryInput!
): Void 
#   Set User defined SSO certs.
# 
# Arguments
#   input: SSO certificate details to be set.
setSsoCertificate(input: SetSsoCertificateInput!): Void 
#   Setup TOTP configuration for a user. Return true when the operation succeeds.
# 
# Arguments
#   input: Input required for setting up TOTP configuration.
setTotpConfig(input: SetTotpConfigInput!): Boolean! 
#   Sets upgrade type of a cluster.
# 
# Arguments
#   input: Specifies the type of upgrade to be set for the cluster.
setUpgradeType(input: SetUpgradeTypeInput!): SetUpgradeTypeReply! 
#   Update the user-level TOTP enforcement for given users. Return true when the 
#   operation succeeds.
# 
# Arguments
#   input: Input required for updating user-level TOTP enforcement.
setUserLevelTotpEnforcement(
input: SetUserLevelTotpEnforcementInput!
): Boolean! 
#   Set a signed certificate for Web server
# 
#   Supported in v5.3+
#   Setting the given certificate for each node's web server to use.
# 
# Arguments
#   input: Input for V1SetWebSignedCertificate.
setWebSignedCertificate(
input: SetWebSignedCertificateInput!
): AsyncRequestStatus! 
#   Enable/disable alerts for given workload on given cluster.
# 
# Arguments
#   input: Request to enable or not enable alerts for workloads.
setWorkloadAlertSetting(
input: SetWorkloadAlertSettingInput!
): SetWorkloadAlertSettingReply! 
#   Sets up Exocompute for an O365 subscription.
# 
# Arguments
#   tenantId: 
#   subscriptionId: 
#   exocomputeConfig: 
setupAzureO365Exocompute(
tenantId: String!,
subscriptionId: UUID!,
exocomputeConfig: AzureO365ExocomputeConfig!
): SetupAzureO365ExocomputeResp! 
#   Setup backups on the SQL Server databases using the admin credentials.
# 
# Arguments
#   input: Input required to setup SQL Server backups.
setupCloudNativeSqlServerBackup(
input: SetupCloudNativeSqlServerBackupInput!
): BatchAsyncJobStatus! 
#   Setup an unformatted disk
# 
# Arguments
#   input: Input for InternalSetupDisk.
setupDisk(input: SetupDiskInput!): DiskInfo! 
#   Starts a job to disable AWS Exocompute feature. When complete, the job will 
#   disable exocompute feature for the specified AWS Native account.
# 
# Arguments
#   input: Input required to start the job to disable AWS 
#   Exocompute.
startAwsExocomputeDisableJob(
input: StartAwsExocomputeDisableJobInput!
): AsyncJobStatus! 
#   Starts a job to disable a specific AWS Native account. When complete, the job 
#   will disable protection for the specified AWS Native account.
# 
# Arguments
#   input: Input for AWS native account disable job.
startAwsNativeAccountDisableJob(
input: StartAwsNativeAccountDisableJobInput!
): AsyncJobStatus! 
#   Start an on demand create snapshot job for AWS EC2 Instances.When completed, 
#   this will start taking an on-demand snapshot of the selected EC2 Instances  as 
#   per the SLA Policy assigned to the respective instances.
# 
# Arguments
#   input: Input for create AWS EC2 Instance snapshots job.
startAwsNativeEc2InstanceSnapshotsJob(
input: StartAwsNativeEc2InstanceSnapshotsJobInput!
): BatchAsyncJobStatus! 
#   Start job to create snapshots of RDS Instance with given IDs. When completed, 
#   this will start taking an on-demand snapshot of the selected RDS Instances  as 
#   per the SLA Policy assigned to the respective instances.
# 
# Arguments
#   input: Input to trigger job to create AWS RDS Instance 
#   snapshots.
startAwsNativeRdsInstanceSnapshotsJob(
input: StartAwsNativeRdsInstanceSnapshotsJobInput!
): BatchAsyncJobStatus! 
#   Initiates the Azure AD app creation workflow.
# 
# Arguments
#   input: Input for the startAzureAdAppSetup API.
startAzureAdAppSetup(input: StartAzureAdAppSetupInput!): StartAzureAdAppSetupReply! 
#   Initiates an update to the Azure AD directory app.
# 
# Arguments
#   input: Input for the StartAzureAdAppUpdate API.
startAzureAdAppUpdate(input: StartAzureAdAppUpdateInput!): StartAzureAdAppUpdateReply! 
#   Initiates a session before doing Azure OAuth flow. If a custom app is configured 
#   for the tenant, the client ID of the custom app is returned. Otherwise, the 
#   client ID of the default app is returned.
# 
# Arguments
#   input: Input for initiating authentication of the Azure Cloud 
#   Accounts.
startAzureCloudAccountOauth(
input: StartAzureCloudAccountOauthInput!
): StartAzureCloudAccountOauthReply! 
#   Create index of cloudnative snapshots
# 
# Arguments
#   input: Input for create snapshots index job.
startCloudNativeSnapshotsIndexJob(
input: StartCloudNativeSnapshotsIndexJobInput!
): BatchAsyncJobStatus! 
#   Start a job to migrate reports from Rubrik cluster to RSC.
# 
# Arguments
#   input: The input configuration to start the report migration 
#   job.
startClusterReportMigrationJob(
input: StartClusterReportMigrationJobInput!
): StartClusterReportMigrationJobReply! 
#   Start a crawl.
# 
# Arguments
#   name: 
#   resources: 
#   analyzerGroups: 
#   extWhiteList: 
startCrawl(
name: String!,
resources: [ResourceInput!]!,
analyzerGroups: [AnalyzerGroupInput!]!,
extWhiteList: [String!]
): StartCrawlReply! 
#   Start job to create snapshots of EBS Volumes with given IDs. When completed, 
#   this will start taking an on-demand snapshot of the selected EBS Volumes  as per 
#   the SLA Policy assigned to the respective volumes.
# 
# Arguments
#   input: Input for create AWS EBS volume create snapshots job.
startCreateAwsNativeEbsVolumeSnapshotsJob(
input: StartCreateAwsNativeEbsVolumeSnapshotsJobInput!
): BatchAsyncJobStatus! 
#   Start a job to create snapshots of the Azure Native Managed Disks identified by 
#   the given IDs. When started, this will start taking an on-demand snapshot of the 
#   selected disks as per the SLA Policy assigned to the respective disks.
# 
# Arguments
#   input: Input for the job to create Azure Native Managed Disk 
#   Snapshots.
startCreateAzureNativeManagedDiskSnapshotsJob(
input: StartCreateAzureNativeManagedDiskSnapshotsJobInput!
): BatchAsyncJobStatus! 
#   Start a job to create a snapshot for the Azure Native virtual machine identified 
#   by the IDs. When started, this will start taking an on-demand snapshot of the 
#   selected VMs as per the SLA Policy assigned to the respective VMs.
# 
# Arguments
#   input: Input for the job to create Azure Native Virtual Machine 
#   snapshots.
startCreateAzureNativeVirtualMachineSnapshotsJob(
input: StartCreateAzureNativeVirtualMachineSnapshotsJobInput!
): BatchAsyncJobStatus! 
#   Start on-demand jobs to disable the feature for the given Azure Cloud Accounts. 
#   When completed, the status of cloud account feature will change to Disabled and 
#   the feature will become eligible to be deleted.
# 
# Arguments
#   input: Input for starting jobs to disable a cloud account 
#   feature for a list of Azure Cloud Accounts.
startDisableAzureCloudAccountJob(
input: StartDisableAzureCloudAccountJobInput!
): BatchAsyncJobStatus! 
#   Start a job to disable protection for a specified Azure subscription.
# 
# Arguments
#   input: Input for the job to start disabling protection from the 
#   Azure Native Subscription.
startDisableAzureNativeSubscriptionProtectionJob(
input: StartDisableAzureNativeSubscriptionProtectionJobInput!
): AsyncJobStatus! 
#   Starts CDM job to download installer package in batch.
# 
# Arguments
#   listClusterUuid: Specifies the list of cluster UUIDs.
#   downloadVersion: Specifies the Rubrik CDM download package 
#   version.
#   packageUrl: Specifies the Rubrik CDM upgrade package URL.
#   md5checksum: Specifies the MD5CheckSum of the Rubrik CDM 
#   installer package.
#   size: Specifies the size in bytes of the Rubrik CDM package.
startDownloadPackageBatchJob(
listClusterUuid: [UUID!]!,
downloadVersion: String,
packageUrl: String!,
md5checksum: String!,
size: Long
): [DownloadPackageReplyWithUuid!]! 
#   Starts a job to export an EC2 Instance snapshot. The job creates a new EC2 
#   Instance with the same properties as that of the snapshot that is exported.
# 
# Arguments
#   input: Input to trigger export AWS native EC2 Instance snapshot 
#   job.
startEc2InstanceSnapshotExportJob(
input: StartEc2InstanceSnapshotExportJobInput!
): AsyncJobStatus! 
#   Start a job to export EBS Volume. The job creates a new EBS Volume with the same 
#   properties as that of the snapshot that is exported.
# 
# Arguments
#   input: Input to trigger export AWS native EBS volume snapshot 
#   job.
startExportAwsNativeEbsVolumeSnapshotJob(
input: StartExportAwsNativeEbsVolumeSnapshotJobInput!
): AsyncJobStatus! 
#   Start a job to export the specified Azure Native Managed Disks to the desired 
#   destination.
# 
# Arguments
#   input: Input for the job to export the specified Azure Native 
#   Managed Disk to the specified destination.
startExportAzureNativeManagedDiskJob(
input: StartExportAzureNativeManagedDiskJobInput!
): AsyncJobStatus! 
#   Start a job to export the Azure native virtual machine for a specified snapshot 
#   to a specified destination.
# 
# Arguments
#   input: Input for the job to export the specified Azure Native 
#   Virtual Machine to the specified destination.
startExportAzureNativeVirtualMachineJob(
input: StartExportAzureNativeVirtualMachineJobInput!
): AsyncJobStatus! 
#   Start a job to export Azure SQL Database. The job creates a new Azure SQL 
#   Database with the same properties as that of the instance that is exported.
# 
# Arguments
#   input: Input for the job to export the specified Azure SQL 
#   Database.
startExportAzureSqlDatabaseDbJob(
input: StartExportAzureSqlDatabaseDbJobInput!
): AsyncJobStatus! 
#   Start a job to export Azure SQL Managed Instance database. The job creates a new 
#   Azure SQL Managed Instance database with the same properties as that of the 
#   instance that is exported.
# 
# Arguments
#   input: Input for the job to export the specified Azure SQL 
#   Managed Instance database.
startExportAzureSqlManagedInstanceDbJob(
input: StartExportAzureSqlManagedInstanceDbJobInput!
): AsyncJobStatus! 
#   Start a job to export RDS Instance. The job creates a new RDS Instance with the 
#   same properties as that of the instance that is exported.
# 
# Arguments
#   input: Input to trigger export AWS native RDS Instance job.
startExportRdsInstanceJob(
input: StartExportRdsInstanceJobInput!
): AsyncJobStatus! 
#   Starts an on demand periodic upgrade prechecks job in CDM cluster.
# 
# Arguments
#   clusterUuid: Specifies the cluster UUID.
startPeriodicUpgradePrechecksOnDemandJob(
clusterUuid: UUID!
): PrechecksJobReply! 
#   Starts an on-demand snapshot recovery job for the specified AWS S3 bucket. 
#   Returns the ID of the taskchain initiated for the recovery job.
# 
# Arguments
#   input: Input for an on-demand AWS S3 snapshot recovery job.
startRecoverS3SnapshotJob(
input: StartRecoverS3SnapshotJobInput!
): AsyncJobStatus! 
#   Start an on demand job to refresh AWS accounts. The job updates the Rubrik 
#   platform with changes to the AWS Native accounts.
# 
# Arguments
#   input: Input for refresh AWS native accounts job.
startRefreshAwsNativeAccountsJob(
input: StartRefreshAwsNativeAccountsJobInput!
): BatchAsyncJobStatus! 
#   Start a job to refresh Azure Native subscription for the given subscription IDs. 
#   When started, this job will update the Rubrik platform with any changes that 
#   have been done on Azure for the respective subscription.
# 
# Arguments
#   input: Input for the job to refresh Azure Native subscriptions.
startRefreshAzureNativeSubscriptionsJob(
input: StartRefreshAzureNativeSubscriptionsJobInput!
): BatchAsyncJobStatus! 
#   Start an on demand restore snapshot job for AWS EC2 Instance. When completed, 
#   this will replace the original EC2 Instance with the selected snapshot.
# 
# Arguments
#   input: Input for restore AWS EC2 Instance snapshot job.
startRestoreAwsNativeEc2InstanceSnapshotJob(
input: StartRestoreAwsNativeEc2InstanceSnapshotJobInput!
): AsyncJobStatus! 
#   Start a job to restore Azure Native virtual machine with the selected snapshot. 
#   When started, this will replace the original VM with the selected snapshot.
# 
# Arguments
#   input: Input for the job to restore Azure Native Virtual 
#   Machine.
startRestoreAzureNativeVirtualMachineJob(
input: StartRestoreAzureNativeVirtualMachineJobInput!
): AsyncJobStatus! 
#   Start a threat hunt on a cluster.
# 
# Arguments
#   input: Config to start a threat hunt.
startThreatHunt(input: StartThreatHuntInput!): StartThreatHuntReply! 
#   Starts cdm upgrades instantly, monitors the upgrade until terminal state is 
#   reached.
# 
# Arguments
#   listClusterUuid: Specifies the list of cluster UUIDs.
#   mode: Specifies the upgrade mode.
#   action: Specifies the upgrade action.
#   version: Specifies the Rubrik CDM upgrade tarball version.
#   context_tag: Specifies the Context tag.
startUpgradeBatchJob(
listClusterUuid: [UUID!]!,
mode: String!,
action: ActionType!,
version: String!,
context_tag: String
): [UpgradeJobReplyWithUuid!]! 
#   Initiate a live mount for a given Volume Group snapshot
# 
#   Supported in v5.0+
#   Create a live mount request for a Volume Group snapshot.
# 
# Arguments
#   input: Input for InternalCreateVolumeGroupMount.
startVolumeGroupMount(input: StartVolumeGroupMountInput!): AsyncRequestStatus! 
#   Issue request to stop a job instance. If successful, stop process for job 
#   instance is initiated. Job instance is stopped asynchronously in the background. 
#   The input must contain either the job instance ID or the event series ID. If it 
#   contains the job instance ID, this will stop the job instance corresponding to 
#   the ID. If it contains the event series ID, it will retrieve the latest job 
#   instance associated with the event series, and stop it.
# 
# Arguments
#   input: Input to stop a job instance. The input must contain 
#   either the job instance ID or the event series ID. 
stopJobInstance(
input: StopJobInstanceInput!
): StopJobInstanceReply! @deprecated( reason: "Use stopJobInstanceFromEventSeries instead."  )
#   Send a request to stop a job instance with the event series ID. If successful, 
#   stop process for the job instance is initiated, and the job instance is 
#   terminated asynchronously in the background.
# 
# Arguments
#   input: Input to stop a job instance with the event series ID.
stopJobInstanceFromEventSeries(
input: StopJobInstanceFromEventSeriesInput!
): Void 
#   Log in to the Rubrik Support portal using username and password.
# 
# Arguments
#   input: Input for supportPortalLogin.
supportPortalLogin(input: SupportPortalLoginInput!): SupportPortalLoginReply! 
#   Moves an M365 organization product from day-to-day mode to onboarding mode.
# 
# Arguments
#   input: OrgID and workload type used to switch the dashboard 
#   mode.
switchProductToOnboardingMode(
input: SwitchProductToOnboardingModeInput!
): SwitchProductToOnboardingModeReply! 
#   Take an on-demand snapshot of an SLA Managed Volume
# 
#   Supported in v5.3+
#   Create a job for an on-demand snapshot of an SLA Managed Volume. The response 
#   returns a request ID. To see the status of the request, poll 
#   'managed-volume/request/{id}' with the request ID obtained in the response.
# 
# Arguments
#   input: Input for InternalTakeManagedVolumeOnDemandSnapshot.
takeManagedVolumeOnDemandSnapshot(
input: TakeManagedVolumeOnDemandSnapshotInput!
): AsyncRequestStatus! 
#   Take an on-demand log backup for a Microsoft SQL database.
# 
# Arguments
#   input: Input for V1CreateOnDemandMssqlLogBackup.
takeMssqlLogBackup(input: TakeMssqlLogBackupInput!): AsyncRequestStatus! 
#   On-demand backup of an Oracle database
# 
#   Supported in v5.0+
#   Create an asynchronous job for an on-demand snapshot of an Oracle database. The 
#   response includes an ID for the asynchronous job request. To see the status of 
#   the request, poll /oracle/request/{id}.
# 
# Arguments
#   input: Input for InternalCreateOnDemandOracleBackup.
takeOnDemandOracleDatabaseSnapshot(
input: TakeOnDemandOracleDatabaseSnapshotInput!
): AsyncRequestStatus! 
#   On-demand log backup for an Oracle database log
# 
#   Supported in v5.0+
#   Create an asynchronous job for an on-demand backup of an Oracle database log. 
#   The response includes an ID for the asynchronous job request.  To see the status 
#   of the request, poll /oracle/request/{id}.
# 
# Arguments
#   input: Input for InternalCreateOnDemandOracleLogBackup.
takeOnDemandOracleLogSnapshot(
input: TakeOnDemandOracleLogSnapshotInput!
): AsyncRequestStatus! 
#   Triggers on-demand snapshot for the given workloads.
# 
# Arguments
#   input: Input for taking on demand snapshot of workloads.
takeOnDemandSnapshot(input: TakeOnDemandSnapshotInput!): TakeOnDemandSnapshotReply! 
#   Test an existing webhook.
# 
# Arguments
#   input: The existing webhook to test.
testExistingWebhook(input: TestExistingWebhookInput!): TestExistingWebhookReply! 
#   Test the specified syslog export rule
# 
#   Supported in v5.1+
#   Send a test message using the syslog export rule specified by the given id.
# 
# Arguments
#   input: Input for V1TestSyslogExportRule.
testSyslogExportRule(input: TestSyslogExportRuleInput!): TestSyslogExportRuleReply! 
#   Test a webhook configuration.
# 
# Arguments
#   input: The webhook configuration to test.
testWebhook(input: TestWebhookInput!): TestWebhookReply! 
#   Trigger cloud compute connectivity check
# 
#   Supported in v6.0+
#   Triggers a background job to perform the cloud compute connectivity check for 
#   the specified archival location.
# 
# Arguments
#   input: Input for V1TriggerCloudComputeConnectivityCheck.
triggerCloudComputeConnectivityCheck(
input: TriggerCloudComputeConnectivityCheckInput!
): AsyncRequestStatus! 
#   Initiates on-demand Exocompute health check.
# 
# Arguments
#   input: Input to initiate Exocompute health check.
triggerExocomputeHealthCheck(
input: TriggerExocomputeHealthCheckInput!
): TriggerExocomputeHealthCheckReply! 
#   Trigger detect ransomware job for given snapshot.
# 
# Arguments
#   input: Enable automatic file metadata upload input.
triggerRansomwareDetection(
input: TriggerRansomwareDetectionInput!
): TriggerRansomwareDetectionReply! 
#   Reset the configuration for system copy restore on target database
# 
#   Supported in v6.0+
#   Initiates a job to reset the configuration for the system copy restore on the 
#   specified target database. System copy restore in SAP HANA is done across 
#   different databases.
# 
# Arguments
#   input: Input for V1UnconfigureSapHanaRestore.
unconfigureSapHanaRestore(
input: UnconfigureSapHanaRestoreInput!
): AsyncRequestStatus! 
#   Uninstall the Rubrik ioFilter from the VMware cluster with a specific ID
# 
#   Supported in v5.1+
#   Uninstall the Rubrik ioFilter from the VMware cluster with a specific ID. The 
#   cluster must be in maintenance mode to uninstall the ioFilter successfully. The 
#   vCenter of the VMware compute cluster must be of version 6.7 and above.
# 
# Arguments
#   input: Input for V1UninstallIoFilter.
uninstallIoFilter(input: UninstallIoFilterInput!): RequestSuccess! 
#   Specifies the endpoint through which the admin can unlock the user accounts.
# 
# Arguments
#   input: Specifies the list of user IDs.
unlockUsersByAdmin(input: UnlockUsersByAdminInput!): Void 
#   Unmap Azure cloud accounts from the mapped Exocompute subscription.
# 
# Arguments
#   input: Input for unmapping Azure cloud accounts from the mapped 
#   Exocompute subscription.
unmapAzureCloudAccountExocomputeSubscription(
input: UnmapAzureCloudAccountExocomputeSubscriptionInput!
): UnmapAzureCloudAccountExocomputeSubscriptionReply! 
#   Unmaps the archival location from the subscription.
# 
# Arguments
#   input: Input to initiate archival location unmapping.
unmapAzurePersistentStorageSubscription(
input: UnmapAzurePersistentStorageSubscriptionInput!
): Void 
#   Unmap cloud accounts from the mapped Exocompute account.
# 
# Arguments
#   input: Input for unmapping cloud account from the mapped 
#   Exocompute account.
unmapCloudAccountExocomputeAccount(
input: UnmapCloudAccountExocomputeAccountInput!
): UnmapCloudAccountExocomputeAccountReply! 
#   Unmount selected disks.
# 
# Arguments
#   input: Input required to unmount disks.
unmountDisk(input: UnmountDiskInput!): Void 
# Arguments
#   userId: Specifies the user ID.
updateAccountOwner(userId: String!): Boolean! 
#   Change the Rubrik Backup Service deployment setting
# 
#   Supported in v5.0+
#   Modify the global setting for automatic deployment of the Rubrik Backup Service 
#   to virtual machines.
# 
# Arguments
#   input: Input for InternalUpdateVmAgentDeploymentSetting.
updateAgentDeploymentSetting(
input: UpdateVmAgentDeploymentSettingInput!
): AgentDeploymentSettings! 
#   Update the hidden status for the given auth domain users.
# 
# Arguments
#   input: Specifies the auth domain user and their new hidden 
#   status.
updateAuthDomainUsersHiddenStatus(
input: UpdateAuthDomainUsersHiddenStatusInput!
): Void 
#   Update Rubrik cluster configuration to enable or not enable the Auto-enabled 
#   Data Discovery Policies feature.
# 
# Arguments
#   input: Rubrik cluster configuration to enable or not enable the 
#   Auto-enabled Data Discovery Policies feature.
updateAutoEnablePolicyClusterConfig(
input: UpdateAutoEnablePolicyClusterConfigInput!
): UpdateAutoEnablePolicyClusterConfigReply! 
# Arguments
#   input: Update AWS automatic target mapping.
updateAutomaticAwsTargetMapping(
input: UpdateAutomaticAwsTargetMappingInput!
): TargetMapping! @deprecated( reason: "This mutation is deprecated."  )
# Arguments
#   input: Update Azure automatic target mapping.
updateAutomaticAzureTargetMapping(
input: UpdateAutomaticAzureTargetMappingInput!
): TargetMapping! @deprecated( reason: "This mutation is deprecated."  )
# Arguments
#   input: Request for editing an existing AWS account.
updateAwsAccount(input: UpdateAwsAccountInput!): CloudAccount! 
#   Update properties for a given AWS cloud account.
# 
# Arguments
#   input: Arguments to update properties of AWS cloud account.
updateAwsCloudAccount(input: UpdateAwsCloudAccountInput!): Void 
#   Updates regions, stack ARN, and role ARN for a feature for a given cloud 
#   account.
# 
# Arguments
#   input: Arguments to update AWS cloud account feature.
updateAwsCloudAccountFeature(
input: UpdateAwsCloudAccountFeatureInput!
): UpdateAwsCloudAccountFeatureReply! 
# Arguments
#   input: Request arguments for updating a Aws Compute Setting.
updateAwsComputeSetting(
input: UpdateAwsComputeSettingInput!
): AwsComputeSettings! @deprecated( reason: "This mutation is no longer supported."  )
#   Update AWS Exocompute configs.
# 
# Arguments
#   input: Input to create AWS exocompute configurations.
updateAwsExocomputeConfigs(
input: UpdateAwsExocomputeConfigsInput!
): UpdateAwsExocomputeConfigsReply! 
# Arguments
#   input: Request for updating an existing AWS target.
updateAwsTarget(input: UpdateAwsTargetInput!): Target! 
# Arguments
#   input: Input for editing an Azure account.
updateAzureAccount(input: UpdateAzureAccountInput!): CloudAccount! 
#   Update names of the Azure Subscriptions cloud account and regions for the given 
#   feature.
# 
# Arguments
#   input: Input for updating an Azure Cloud Account.
updateAzureCloudAccount(
input: UpdateAzureCloudAccountInput!
): UpdateAzureCloudAccountReply! 
# Arguments
#   input: Request for updating an existing Azure target.
updateAzureTarget(input: UpdateAzureTargetInput!): Target! 
#   Find bad disk of a node in the CDM cluster.
# 
# Arguments
#   input: Input for InternalFindBadDisk.
updateBadDiskLedStatus(
input: UpdateBadDiskLedStatusInput!
): UpdateBadDiskLedStatusReply! 
#   Update a cassandra source.
# 
# Arguments
#   input: Input for V2ModifyMosaicSource.
updateCassandraSource(input: ModifyMosaicSourceInput!): MosaicAsyncResponse! 
#   Edit Certificate.
# 
# Arguments
#   certificateId: Certificate ID.
#   name: Certificate name.
#   description: Certificate description.
#   certificate: Certificate.
updateCertificate(
certificateId: Long!,
name: String,
description: String,
certificate: String
): Boolean! @deprecated( reason: "Deprecated. Use updateGlobalCertificate instead."  )
# Arguments
#   input: Input for V1UpdateCertificateHost.
updateCertificateHost(input: UpdateCertificateHostInput!): UpdateCertificateHostReply! 
# Arguments
#   input: 
updateCloudNativeAwsStorageSetting(
input: UpdateCloudNativeAwsStorageSettingInput!
): UpdateCloudNativeAwsStorageSettingReply! 
# Arguments
#   input: 
updateCloudNativeAzureStorageSetting(
input: UpdateCloudNativeAzureStorageSettingInput!
): UpdateCloudNativeAzureStorageSettingReply! 
#   Update indexing status for cloudnative snappables
# 
# Arguments
#   input: Input required to update file indexing status of cloud 
#   native snappables.
updateCloudNativeIndexingStatus(
input: UpdateCloudNativeIndexingStatusInput!
): UpdateCloudNativeIndexingStatusReply! 
#   Update cloud native label rule
# 
# Arguments
#   input: Input required to update a cloud-native label rule.
updateCloudNativeLabelRule(
input: UpdateCloudNativeLabelRuleInput!
): Void 
#   Updates an existing Rubrik Cloud Vault Storage Settings for the archival of 
#   azure cloud native protected objects.
# 
# Arguments
#   input: Request for updating an existing Rubrik Cloud Vault 
#   (RCV) Azure storage setting.
updateCloudNativeRcvAzureStorageSetting(
input: UpdateCloudNativeRcvAzureStorageSettingInput!
): UpdateCloudNativeRcvAzureStorageSettingReply! 
#   Update cloud native tag rule
# 
# Arguments
#   input: Input required to update a cloud-native tag rule.
updateCloudNativeTagRule(
input: UpdateCloudNativeTagRuleInput!
): Void 
#   Update the default address of a Rubrik cluster.
# 
# Arguments
#   input: Set the default address of a cluster.
updateClusterDefaultAddress(
input: UpdateClusterDefaultAddressInput!
): UpdateClusterDefaultAddressReply! 
# Arguments
#   clusterUuid: The Rubrik cluster ID.
#   clusterLocation: 
updateClusterLocation(
clusterUuid: UUID!,
clusterLocation: ClusterLocationEdit!
): Cluster! 
#   Assign NTP servers to Rubrik cluster
# 
#   Supported in v5.0+
#   Assign NTP servers to Rubrik cluster.
# 
# Arguments
#   input: Input for InternalSetClusterNtpServers.
updateClusterNtpServers(
input: UpdateClusterNtpServersInput!
): ResponseSuccess! 
#   Pauses or resumes protection on the Rubrik clusters using the cluster UUIDs.
# 
# Arguments
#   input: Request to pause or resume protection on Rubrik 
#   clusters.
updateClusterPauseStatus(
input: UpdateClusterPauseStatusInput!
): UpdateClusterPauseStatusReply! 
#   Update Rubrik CDM cluster settings.
# 
# Arguments
#   input: Input for update cluster.
updateClusterSettings(input: UpdateClusterSettingsInput!): UpdateClusterSettingsReply! 
#   Update the configuration, name, or deletion status of a configured group.
# 
# Arguments
#   input: The input for the UpdateConfiguredGroup mutation.
updateConfiguredGroup(input: UpdateConfiguredGroupInput!): Void 
#   Update a custom analyzer.
# 
# Arguments
#   input: 
updateCustomAnalyzer(input: CreateCustomAnalyzerInput!): Analyzer! 
#   Update a custom report.
# 
# Arguments
#   input: 
updateCustomReport(input: UpdateCustomReportInput!): UpdateCustomReportReply! 
#   Updates the Azure app for the specified account in an idempotent manner to 
#   support Azure SQL Database and  Managed Instance Database authentication.
updateCustomerAppPermissionForAzureSql: Void 
#   Updates the Azure app for the specified account with specified permissions in an 
#   idempotent manner.
# 
# Arguments
#   input: Input to update the Azure app with specified permissions 
#   in an idempotent manner.
updateCustomerAppPermissions(
input: UpdateCustomerAppPermissionsInput!
): UpdateCustomerAppPermissionsReply! 
#   Update the database log backup report properties
# 
#   Supported in v5.3+
#   Update the properties for the database (SQL and Oracle) log backup delay email 
#   notification creation. The properties are logDelayThresholdInMin and 
#   logDelayNotificationFrequencyInMin.
# 
# Arguments
#   input: Input for V1UpdateReportProperties.
updateDatabaseLogReportingPropertiesForCluster(
input: UpdateDatabaseLogReportingPropertiesForClusterInput!
): DbLogReportProperties! 
#   Update specific distribution list digests.
# 
# Arguments
#   input: Information required to save a distribution list digest.
updateDistributionListDigest(
input: UpdateDistributionListDigestInput!
): UpdateDistributionListDigestReply! 
#   Update cluster DNS servers and search domains.
# 
# Arguments
#   input: Input for UpdateDnsServersAndSearchDomains.
updateDnsServersAndSearchDomains(
input: UpdateDnsServersAndSearchDomainsInput!
): ResponseSuccess! 
#   Update event digests for specific recipients.
# 
# Arguments
#   input: Information required to save an event digest.
updateEventDigest(input: UpdateEventDigestInput!): UpdateEventDigestReply! 
#   Update a failover cluster
# 
#   Supported in v5.2+
#   Update failover cluster with specified properties.
# 
# Arguments
#   input: Input for V1UpdateFailoverCluster.
updateFailoverCluster(input: UpdateFailoverClusterInput!): UpdateFailoverClusterReply! 
#   Update a failover cluster app
# 
#   Supported in v5.2+
#   Update the failover cluster app with specified properties.
# 
# Arguments
#   input: Input for V1UpdateFailoverClusterApp.
updateFailoverClusterApp(
input: UpdateFailoverClusterAppInput!
): UpdateFailoverClusterAppReply! 
#   Modify the list of cluster IPs
# 
#   Supported in v5.0+
#   Modify the list of cluster IPs.
# 
# Arguments
#   input: Input for InternalUpdateClusterIps.
updateFloatingIps(input: UpdateFloatingIpsInput!): UpdateFloatingIpsReply! 
# Arguments
#   input: Request for updating an existing Gcp target.
updateGcpTarget(input: UpdateGcpTargetInput!): Target! 
#   Edit a reader target of type Glacier on a Rubrik cluster.
# 
# Arguments
#   input: Input for updating an existing Glacier target.
updateGlacierTarget(input: UpdateGlacierTargetInput!): Target! 
#   Edit an existing global certificate.
# 
# Arguments
#   input: Input to edit a global certificate.
updateGlobalCertificate(
input: UpdateGlobalCertificateInput!
): UpdateGlobalCertificateReply! 
#   Update SLA Domain.
# 
# Arguments
#   input: 
updateGlobalSla(input: UpdateGlobalSlaInput!): GlobalSlaReply! 
#   Update guest OS credentials.
# 
# Arguments
#   input: Input for InternalUpdateGuestCredential.
updateGuestCredential(input: UpdateGuestCredentialInput!): UpdateGuestCredentialReply! 
#   Run health monitor policies on the CDM cluster.
# 
# Arguments
#   input: Input for V1RunPolicies.
updateHealthMonitorPolicyStatus(
input: UpdateHealthMonitorPolicyStatusInput!
): UpdateHealthMonitorPolicyStatusReply! 
#   Update VM
# 
#   Supported in v5.0+
#   Update VM with specified properties.
# 
# Arguments
#   input: Input for InternalUpdateHypervVirtualMachine.
updateHypervVirtualMachine(
input: UpdateHypervVirtualMachineInput!
): UpdateHypervVirtualMachineReply! 
#   Power a Live Mount on and off
# 
#   Supported in v5.0+
#   Power a specified Live Mount virtual machine on or off. Pass **_true_** to power 
#   the virtual machine on and pass **_false_** to power the virtual machine off.
# 
# Arguments
#   input: Input for 
#   InternalUpdateHypervVirtualMachineSnapshotMount.
updateHypervVirtualMachineSnapshotMount(
input: UpdateHypervVirtualMachineSnapshotMountInput!
): UpdateHypervVirtualMachineSnapshotMountReply! 
#   Toggle the dismissed state of an insight.
# 
# Arguments
#   input: Input for toggling the dismissal state of an insight.
updateInsightState(input: UpdateInsightStateInput!): UpdateInsightStateReply! 
#   Update the integration with the specified integration ID.
# 
# Arguments
#   input: Update integration input.
updateIntegration(input: UpdateIntegrationInput!): Void 
#   Update a batch of integrations.
# 
# Arguments
#   input: Update integrations input.
updateIntegrations(input: UpdateIntegrationsInput!): Void 
# Arguments
#   whitelistMode: 
#   ipCidrs: 
updateIpWhitelist(
whitelistMode: WhitelistModeEnum!,
ipCidrs: [String!]!
): Boolean! 
#   Update a Kubernetes cluster
# 
#   Supported in v9.1+
#   Updates a Kubernetes cluster with the specified properties.
# 
# Arguments
#   input: Input for V1UpdateK8sCluster.
updateK8sCluster(input: UpdateK8sClusterInput!): ResponseSuccess! 
#   Update a Kubernetes protection set
# 
#   Supported in v9.1+
#   Updates a Kubernetes protection set with the specified properties.
# 
# Arguments
#   input: Input for V1UpdateK8sProtectionSet.
updateK8sProtectionSet(
input: UpdateK8sProtectionSetInput!
): ResponseSuccess! 
# Arguments
#   anomalyThreshold: Probability threshold for anomaly detector.
#   ransomwareThreshold: Probability threshold for ransomware 
#   detector.
#   isAnomalyAlertEnabled: Flag to represent if alert on anomaly 
#   workload is enabled.
updateLambdaSettings(
anomalyThreshold: Float,
ransomwareThreshold: Float,
isAnomalyAlertEnabled: Boolean
): LambdaSettings! 
#   Mutate LDAP integration.
# 
# Arguments
#   id: ID for your LDAP integration.
#   name: Name for your LDAP integration.
#   bindUserName: BindUserName for your LDAP integration.
#   bindUserPassword: BindUserPassword for your LDAP integration.
#   baseDn: BaseDn for your LDAP integration.
#   trustedCerts: TrustedCerts for your LDAP integration.
#   dynamicDnsName: Dynamic DNS name for your LDAP integration.
#   ldapServers: LdapServers for your LDAP integration.
#   userSearchFilter: User search filter for your LDAP integration.
#   userNameAttr: User name attribute for your LDAP integration.
#   groupMembershipAttr: Group membership attribute for your LDAP 
#   integration.
#   groupSearchFilter: Group search filter for your LDAP 
#   integration.
#   groupMemberAttr: Group member attribute for your LDAP 
#   integration.
updateLdapIntegration(
id: UUID,
name: String!,
bindUserName: String!,
bindUserPassword: String!,
baseDn: String,
trustedCerts: String,
dynamicDnsName: String,
ldapServers: [LdapServerInput!],
userSearchFilter: String,
userNameAttr: String,
groupMembershipAttr: String,
groupSearchFilter: String,
groupMemberAttr: String
): String! 
#   Used by the administrator to update the account lockout settings for an 
#   organization.
# 
# Arguments
#   input: Specifies all fields related to lockout configurations 
#   in one object.
updateLockoutConfig(input: UpdateLockoutConfigInput!): UpdateLockoutConfigReply! 
#   Transition to Managed Identities.
# 
# Arguments
#   input: Update managed identities request parameters for Azure.
updateManagedIdentities(
input: UpdateManagedIdentitiesInput!
): UpdateManagedIdentitiesReply! 
#   Mutation to update an existing Managed Volume.
# 
# Arguments
#   input: Input for InternalUpdateManagedVolume.
updateManagedVolume(input: UpdateManagedVolumeInput!): UpdateManagedVolumeReply! 
# Arguments
#   input: Update manual target mapping.
updateManualTargetMapping(
input: UpdateManualTargetMappingInput!
): TargetMapping! 
#   Modifies configuration for a registered MongoDB source in NoSQL cluster.
# 
# Arguments
#   input: Input for V2ModifyMosaicSource.
updateMongodbSource(input: ModifyMosaicSourceInput!): MosaicAsyncResponse! 
#   Modify a store
# 
#   Supported in m3.2.0-m4.2.0.
# 
# Arguments
#   input: Input for V2ModifyMosaicStore.
updateMosaicStore(input: ModifyMosaicStoreInput!): MosaicAsyncResponse! 
#   Update the default properties for Microsoft SQL databases.
# 
# Arguments
#   input: Input for V1UpdateDefaultDbPropertiesV1.
updateMssqlDefaultProperties(
input: UpdateMssqlDefaultPropertiesInput!
): UpdateMssqlDefaultPropertiesReply! 
#   Update log shipping configuration of a Microsoft SQL Database.
# 
# Arguments
#   input: Input for V2UpdateLogShippingConfigurationV2.
updateMssqlLogShippingConfiguration(
input: UpdateMssqlLogShippingConfigurationInput!
): UpdateMssqlLogShippingConfigurationReply! 
#   Bulk update multiple NAS shares
# 
#   Supported in v7.0+
#   Updates fields like changelist of multiple NAS shares.
# 
# Arguments
#   input: Input for V1UpdateNasShares.
updateNasShares(input: UpdateNasSharesInput!): Void 
#   Modify the information for a registered NAS system
# 
#   Supported in v7.0+
#   Change the hostname that is associated with a NAS system. Update the credentials 
#   used to access the vendor-specific APIs.
# 
# Arguments
#   input: Input for V1UpdateNasSystem.
updateNasSystem(input: UpdateNasSystemInput!): UpdateNasSystemReply! 
# Arguments
#   input: Input for InternalUpdateNetworkThrottle.
updateNetworkThrottle(input: UpdateNetworkThrottleInput!): UpdateNetworkThrottleReply! 
# Arguments
#   input: Request for updating an existing NFS target.
updateNfsTarget(input: UpdateNfsTargetInput!): Target! 
#   Patch Nutanix cluster
# 
#   Supported in v5.0+
#   Patch the host, credentials, and/or CA certs of the specified Nutanix cluster 
#   object.
# 
# Arguments
#   input: Input for InternalPatchNutanixCluster.
updateNutanixCluster(input: UpdateNutanixClusterInput!): UpdateNutanixClusterReply! 
#   Patch Nutanix Prism Central
# 
#   Supported in v9.0+
#   Patch the host and credentials of Nutanix Prism Central.
# 
# Arguments
#   input: Input for InternalPatchNutanixPrismCentral.
updateNutanixPrismCentral(
input: UpdateNutanixPrismCentralInput!
): UpdateNutanixPrismCentralReply! 
#   v5.0-v8.0: Patch VM
#   v8.1+: Patch virtual machine
# 
#   Supported in v5.0+
#   v5.0-v5.3: Patch VM with specified properties
#   v6.0-v8.0: Patch VM with specified properties.
#   v8.1+: Patch virtual machine with specified properties.
# 
# Arguments
#   input: Input for InternalPatchNutanixVm.
updateNutanixVm(input: UpdateNutanixVmInput!): Void 
#   Update O365 App authentication status to applicable app version.
# 
# Arguments
#   input: Input for updating O365 App authentication status.
updateO365AppAuthStatus(
input: UpdateO365AppAuthStatusInput!
): UpdateO365AppAuthStatusReply! 
#   Update O365 Azure app permission in Azure AD portal.
# 
# Arguments
#   input: Input for updating O365 app permissions.
updateO365AppPermissions(
input: UpdateO365AppPermissionsInput!
): Void 
#   Update the custom name for an O365 Organization.
# 
# Arguments
#   input: Config for updating an O365 Org custom name.
updateO365OrgCustomName(
input: UpdateO365OrgCustomNameInput!
): UpdateO365OrgCustomNameReply! 
#   Update an Oracle Data Guard group
# 
#   Supported in v6.0+
#   Update properties of an Oracle Data Guard group object.
# 
# Arguments
#   input: Input for V1UpdateOracleDataGuardGroup.
updateOracleDataGuardGroup(
input: UpdateOracleDataGuardGroupInput!
): OracleDbDetail! 
#   Update an organization.
# 
# Arguments
#   input: Input required for org update.
updateOrg(input: UpdateOrgInput!): UpdateOrgReply! 
#   Update organization security policy.
# 
# Arguments
#   input: Input required for updating organization security 
#   policy.
updateOrgSecurityPolicy(
input: UpdateOrgSecurityPolicyInput!
): Void 
#   Update a classification policy.
# 
# Arguments
#   input: 
updatePolicy(input: UpdatePolicyInput!): ClassificationPolicyDetail! 
#   Update previewer cluster configuration.
# 
# Arguments
#   previewerClusterConfig: 
updatePreviewerClusterConfig(
previewerClusterConfig: PreviewerClusterConfigInput!
): Cluster! 
#   Update proxy config
# 
#   Supported in v5.0+
#   Update proxy config.
# 
# Arguments
#   input: Input for InternalUpdateProxyConfig.
updateProxyConfig(input: UpdateProxyConfigInput!): UpdateProxyConfigReply! 
#   Update RCS automatic target mapping.
# 
# Arguments
#   input: Update RCS automatic target mapping.
updateRcsAutomaticTargetMapping(
input: UpdateRcsAutomaticTargetMappingInput!
): TargetMapping! @deprecated( reason: "This mutation is deprecated. Please use updateRcvLocationsFromTemplate."  )
#   Updates the Rubrik Cloud Vault archival location.
# 
# Arguments
#   input: Request for updating a new Rubrik Cloud Vault location.
updateRcvTarget(input: UpdateRcvTargetInput!): Target! 
#   Update the throttle bypass configuration of a replication target location on a 
#   particular source.
# 
# Arguments
#   input: Input for V1UpdateReplicationTargetInfo.
updateReplicationNetworkThrottleBypass(
input: UpdateReplicationNetworkThrottleBypassInput!
): ResponseSuccess! 
#   Update the setup information, address, username, and password for the 
#   replication target.
# 
# Arguments
#   input: Request to update a replication target on the 
#   replication source.
updateReplicationTarget(
input: UpdateReplicationTargetInput!
): Void 
#   This endpoint is deprecated.
# 
# Arguments
#   roleId: ID of the role.
#   name: 
#   description: 
#   permissions: Permissions in the role.
updateRole(
roleId: String!,
name: String!,
description: String!,
permissions: [PermissionInput!]!
): Boolean! 
# Arguments
#   userIds: List of user IDs.
#   groupIds: List of group IDs.
#   roleIds: 
updateRoleAssignments(
userIds: [String!],
groupIds: [String!],
roleIds: [String!]!
): Boolean! 
# Arguments
#   input: Request for updating an existing S3Compatible target.
updateS3CompatibleTarget(
input: UpdateS3CompatibleTargetInput!
): Target! 
#   Update a scheduled report.
# 
# Arguments
#   input: 
updateScheduledReport(input: UpdateScheduledReportInput!): UpdateScheduledReportReply! 
#   Update the specified service account.
# 
# Arguments
#   input: Input for updating a service account.
updateServiceAccount(input: UpdateServiceAccountInput!): UpdateServiceAccountReply! 
#   Update SNMP configuration
# 
#   Supported in v5.0+
#   Update the SNMP configuration for a specified Rubrik cluster.
# 
# Arguments
#   input: Input for InternalUpdateSnmpConfig.
updateSnmpConfig(input: UpdateSnmpConfigInput!): UpdateSnmpConfigReply! 
#   Update storage arrays in Rubrik clusters.
# 
# Arguments
#   input: List of storage arrays to update.
updateStorageArrays(input: UpdateStorageArraysInput!): UpdateStorageArraysReply! 
#   Updates a Rubrik Support representative's access to the customer's account.
# 
# Arguments
#   input: Input for the request to update a Rubrik Support 
#   representative's access to customer account.
updateSupportUserAccess(
input: UpdateSupportUserAccessInput!
): Void 
#   Update the specified syslog export rule
# 
#   Supported in v5.1+
#   Update the syslog export rule specified by the given id.
# 
# Arguments
#   input: Input for V1UpdateSyslogExportRule.
updateSyslogExportRule(
input: UpdateSyslogExportRuleInput!
): UpdateSyslogExportRuleReply! 
#   Update Tape archival location on a CDM cluster.
# 
# Arguments
#   input: Request for updating an existing Tape target.
updateTapeTarget(input: UpdateTapeTargetInput!): Target! 
#   Enable or disable the SSH Tunnel for Support Access
# 
#   Supported in v5.0+
#   To be used by Admin to open or close a SSH tunnel for support. When enabling the 
#   support tunnel, the node 'id' must be *me* or the current node's 'id', because 
#   remote open is not supported. When disabling a support tunnel, the node 'id' can 
#   be that of any node in the cluster.
# 
# Arguments
#   input: Input for InternalUpdateTunnelStatus.
updateTunnelStatus(input: UpdateTunnelStatusInput!): UpdateTunnelStatusReply! 
#   Update vCenter Server
# 
#   Supported in v5.0+
#   Update the address, username and password of the specified vCenter Server 
#   object.
# 
# Arguments
#   input: Input for V1UpdateVcenter.
updateVcenter(input: UpdateVcenterInput!): UpdateVcenterReply! 
#   Set the ingest and export bandwidth limits for HotAdd with the vCenter
# 
#   Supported in v5.3+
#   Set the ingest and export bandwidth limits in Mbps when using HotAdd with the 
#   vCenter. These limits are shared across all HotAdd proxies for the Center.
# 
# Arguments
#   input: Input for V1SetHotAddBandwidth.
updateVcenterHotAddBandwidth(
input: UpdateVcenterHotAddBandwidthInput!
): RequestSuccess! 
#   Set the user-configured network for HotAdd backup and recovery
# 
#   Supported in v5.3+
#   Set the user-configured network for HotAdd backup and recovery operations on 
#   VMware on AWS.
# 
# Arguments
#   input: Input for V1SetHotAddNetwork.
updateVcenterHotAddNetwork(
input: UpdateVcenterHotAddNetworkInput!
): RequestSuccess! 
#   Update a VLAN interface on the Rubrik cluster
# 
#   Supported in v8.0+
#   Update the configuration of an existing VLAN on the Rubrik cluster. VLAN netmask 
#   and IP addresses can be changed.
# 
# Arguments
#   input: Input for InternalUpdateVlan.
updateVlan(input: UpdateVlanInput!): Void 
#   Update Volume Group properties
# 
#   Supported in v5.3+
#   Patch Volume Group with specified properties.
# 
# Arguments
#   input: Input for V1PatchVolumeGroup.
updateVolumeGroup(input: UpdateVolumeGroupInput!): UpdateVolumeGroupReply! 
#   Update the multi-tag filter
# 
#   Supported in v7.0+
#   Updates the name, condition, and description of the specified multi-tag filter.
# 
# Arguments
#   input: Input for V1UpdateFilter.
updateVsphereAdvancedTag(
input: UpdateVsphereAdvancedTagInput!
): UpdateVsphereAdvancedTagReply! 
#   Update VM
# 
#   Supported in v5.0+
#   Update a virtual machine with specified properties. Use the guestCredential 
#   field to update the guest credential for a specified virtual machine.
# 
# Arguments
#   input: Input for V1UpdateVm.
updateVsphereVm(input: UpdateVsphereVmInput!): RequestSuccess! 
#   Update a webhook.
# 
# Arguments
#   input: The webhook configuration to update.
updateWebhook(input: UpdateWebhookInput!): UpdateWebhookReply! 
#   Update whitelisted analyzers for a path.
# 
# Arguments
#   stdPath: 
#   snappableFid: 
#   snapshotFid: 
#   analyzerIds: 
#   runAsync: 
updateWhitelistedAnalyzers(
stdPath: String!,
snappableFid: String!,
snapshotFid: String!,
analyzerIds: [String!]!,
runAsync: Boolean!
): String! 
#   Updates status of AWS cloud account features to connected if they are in update 
#   permissions state. This mutation should be used with caution. It should be 
#   invoked only after the latest required permissions are granted to the AWS cloud 
#   account user used by Rubrik. This mutation does not verify if the required 
#   permissions are actually granted to the user or not. Its usage is restricted to 
#   only IAM user-based and authentication server-based AWS cloud accounts.
# 
# Arguments
#   input: Input to update status of AWS cloud account features to 
#   connected from update permissions state.
upgradeAwsCloudAccountFeaturesWithoutCft(
input: UpgradeAwsCloudAccountFeaturesWithoutCftInput!
): Boolean! 
#   Set IAM user-based AWS account features status to Connected from Update 
#   Permissions state. It should be used by caution from cloud accounts only after 
#   latest required permissions are granted to authorized IAM user.
# 
# Arguments
#   input: Input to set status of IAM user-based AWS cloud account 
#   to connected from update permissions state.
upgradeAwsIamUserBasedCloudAccountPermissions(
input: UpgradeAwsIamUserBasedCloudAccountPermissionsInput!
): Boolean! 
#   Update permissions of the Azure Subscriptions cloud account for given feature.
# 
# Arguments
#   input: Input for upgrading an Azure Cloud Account.
upgradeAzureCloudAccount(
input: UpgradeAzureCloudAccountInput!
): UpgradeAzureCloudAccountReply! 
#   Set Azure Cloud Account feature status to Connected from Update Permissions 
#   state without any permission validation. It should be used by caution from cloud 
#   accounts which have been set up without using OAuth, only after adding the 
#   latest permissions that are required.
# 
# Arguments
#   input: Input to set status of azure cloud account to connected 
#   from update permissions state without OAuth.
upgradeAzureCloudAccountPermissionsWithoutOauth(
input: UpgradeAzureCloudAccountPermissionsWithoutOauthInput!
): UpgradeAzureCloudAccountPermissionsWithoutOauthReply! 
#   Upgrade archival locations managed through a Rubrik cluster.
# 
# Arguments
#   input: Request for upgrading archival locations managed through 
#   a Rubrik cluster.
upgradeCdmManagedTarget(
input: UpgradeCdmManagedTargetInput!
): Void 
#   Set GCP Cloud Account feature status to Connected from Update Permissions state 
#   without any permission validation. It should be used by caution from cloud 
#   accounts which have been set up without using OAuth, only after adding the 
#   latest permissions that are required.
# 
# Arguments
#   input: Input to set status of GCP cloud account to connected 
#   from update permissions state without OAuth.
upgradeGcpCloudAccountPermissionsWithoutOauth(
input: UpgradeGcpCloudAccountPermissionsWithoutOauthInput!
): UpgradeGcpCloudAccountPermissionsWithoutOauthReply! 
#   Upgrade the Rubrik ioFilter for the VMware cluster with a specific ID
# 
#   Supported in v5.1+
#   Upgrade the Rubrik ioFilter for a VMware cluster with a specific ID. The cluster 
#   must be in maintenance mode to upgrade the ioFilter successfully. The vCenter of 
#   the VMware compute cluster must be of version 6.7 and above.
# 
# Arguments
#   input: Input for V1UpgradeIoFilter.
upgradeIoFilter(input: UpgradeIoFilterInput!): RequestSuccess! 
#   Upgrade SLA Domains from the Rubrik clusters.
# 
# Arguments
#   input: Upgrade SLA Domain request.
upgradeSlas(input: UpgradeSlasInput!): UpgradeSlasReply! 
#   Converts a GPS account to an RSC account.
upgradeToRsc: Void 
#   Start a job to upload a database snapshot to a target blobstore.
# 
# Arguments
#   input: Input required to upload a database snapshot to a target 
#   blobstore.
uploadDatabaseSnapshotToBlobstore(
input: UploadDatabaseSnapshotToBlobstoreInput!
): AsyncJobStatus! 
#   Validate and create AWS cloud account. If validation fails, no error is returned 
#   and the cause is present in the \"message\" field of return object or within 
#   admin/child accounts of return object. In case validation succeeds, it initiates 
#   creation of AWS cloud account. This is the first step to set up native 
#   protection.
# 
# Arguments
#   input: Input to validate AWS cloud account arguments.
validateAndCreateAwsCloudAccount(
input: ValidateAndCreateAwsCloudAccountInput!
): ValidateAndCreateAwsCloudAccountReply! 
#   Validate KMS input provided on O365 subscription setup.
# 
# Arguments
#   input: KMS details to be validated.
validateAndSaveCustomerKmsInfo(
input: ValidateAndSaveCustomerKmsInfoInput!
): ValidateAndSaveCustomerKmsInfoReply! 
#   Validate Oracle ACO file
# 
#   Supported in v6.0+
#   Validate the provided Oracle ACO (Advanced Cloning Options) file.
# 
# Arguments
#   input: Specifies input for ValidateOracleAcoFileRequest 
#   including the Oracle database ID.
validateOracleAcoFile(input: ValidateOracleAcoFileInput!): ValidateOracleAcoFileReply! 
#   Validate Oracle database backups
# 
#   Supported in v5.3+
#   Queue a job to validate Oracle backups for a database snapshot or a specified 
#   timestamp.
# 
# Arguments
#   input: Input for V1CreateOracleValidateBackupJob.
validateOracleDatabaseBackups(
input: ValidateOracleDatabaseBackupsInput!
): AsyncRequestStatus! 
# Arguments
#   input: Input for V2VmwareDownloadSnapshotFromLocation.
vmwareDownloadSnapshotFromLocation(
input: VmwareDownloadSnapshotFromLocationInput!
): AsyncRequestStatus! 
#   Trigger a bulk on demand snapshot.
# 
# Arguments
#   input: Input for V1BulkCreateOnDemandBackup.
vsphereBulkOnDemandSnapshot(
input: VsphereBulkOnDemandSnapshotInput!
): BatchAsyncRequestStatus! 
#   Remove vCenter Server
# 
#   Supported in v5.0+
#   Initiates an asynchronous job to remove a vCenter Server object. The vCenter 
#   Server cannot have VMs mounted through the Rubrik cluster.
# 
# Arguments
#   input: Input for V1DeleteVcenter.
vsphereDeleteVcenter(input: VsphereDeleteVcenterInput!): AsyncRequestStatus! 
#   Exclude or include virtual disks during snapshot.
# 
# Arguments
#   input: Input to include/exclude disk for taking snapshot.
vsphereExcludeVmDisks(
input: [VsphereExcludeVmDisksInput!]!
): RequestSuccess! @deprecated( reason: "Deprecated. Use excludeVmDisks instead."  )
#   Export snapshot of a virtual machine to standalone ESXi server.
# 
# Arguments
#   input: Input for InternalCreateStandaloneExport.
vsphereExportSnapshotToStandaloneHostV2(
input: VsphereExportSnapshotToStandaloneHostV2Input!
): AsyncRequestStatus! 
# Arguments
#   input: Input for V1CreateOnDemandBackup.
vsphereOnDemandSnapshot(
input: VsphereOnDemandSnapshotInput!
): AsyncRequestStatus! 
#   Create a mass export for a group of virtual machines.
# 
# Arguments
#   input: Input for V2BatchExport.
vsphereVmBatchExport(input: VsphereVmBatchExportInput!): BatchAsyncRequestStatus! 
#   Create a batch export for a group of virtual machines with datastore cluster 
#   support.
# 
# Arguments
#   input: Input for V3BatchExportV3.
vsphereVmBatchExportV3(
input: VsphereVmBatchExportV3Input!
): BatchAsyncRequestStatus! 
#   Supported in v6.0+. Export a snapshot each from a set of virtual machines.
# 
# Arguments
#   input: Input for V2BatchInPlaceRecover.
vsphereVmBatchInPlaceRecovery(
input: VsphereVmBatchInPlaceRecoveryInput!
): BatchAsyncRequestStatus! 
#   Designate a snapshot as expired and available for garbage collection. The 
#   snapshot must be an on-demand snapshot or a snapshot from a virtual machine that 
#   is not assigned to an SLA Domain.
# 
# Arguments
#   input: Input for V1DeleteVmwareSnapshot.
vsphereVmDeleteSnapshot(
input: VsphereVmDeleteSnapshotInput!
): Void 
#   Download snapshot from archive
# 
#   Supported in v5.0+
#   Provides a method for retrieving a snapshot, that is not available locally, from 
#   an archival location.
# 
# Arguments
#   input: Input for V1CreateDownloadSnapshotFromCloud.
vsphereVmDownloadSnapshot(
input: VsphereVmDownloadSnapshotInput!
): AsyncRequestStatus! 
#   Download files from snapshot.
# 
# Arguments
#   input: Input for downloading vSphere snapshot files.
vsphereVmDownloadSnapshotFiles(
input: VsphereVmDownloadSnapshotFilesInput!
): AsyncRequestStatus! 
#   Create a vSphere Export from a snapshot or a point-in-time.
# 
# Arguments
#   input: Input for V2CreateExportV2.
vsphereVmExportSnapshotV2(
input: VsphereVmExportSnapshotV2Input!
): AsyncRequestStatus! 
#   Create a vSphere Export from a snapshot or a point-in-time with datastore 
#   cluster and virtual disk mapping support.
# 
# Arguments
#   input: Input for V3CreateExportV3.
vsphereVmExportSnapshotV3(
input: VsphereVmExportSnapshotV3Input!
): AsyncRequestStatus! 
#   Download a snapshot from an archival location, then export a virtual machine 
#   using the downloaded snapshot
# 
#   Supported in v5.3+
#   Download a snapshot from an archival location and then export a virtual machine 
#   using the downloaded snapshot.
# 
# Arguments
#   input: Input for V2CreateExportWithDownloadFromCloudV2.
vsphereVmExportSnapshotWithDownloadFromCloud(
input: VsphereVmExportSnapshotWithDownloadFromCloudInput!
): AsyncRequestStatus! 
#   Initiate a mass instant recovery for a group of VMs.
# 
# Arguments
#   input: Input for V2BatchInstantRecover.
vsphereVmInitiateBatchInstantRecovery(
input: VsphereVmInitiateBatchInstantRecoveryInput!
): BatchAsyncRequestStatus! 
#   Initiate a mass live mount for a group of VMs.
# 
# Arguments
#   input: Input for V2BatchMountSnapshotV2.
vsphereVmInitiateBatchLiveMountV2(
input: VsphereVmInitiateBatchLiveMountV2Input!
): BatchAsyncRequestStatus! 
#   Attaching disks from a snapshot to an existing virtual machine
# 
#   Supported in v5.0+
#   Requests a snapshot mount to attach disks to an existing virtual machine.
# 
# Arguments
#   input: Input for InternalCreateMountDiskJob.
vsphereVmInitiateDiskMount(
input: VsphereVmInitiateDiskMountInput!
): AsyncRequestStatus! 
#   Trigger an in-place recovery from a snapshot or point-in-time.
# 
# Arguments
#   input: Input for V2CreateInPlaceRecoveryV2.
vsphereVmInitiateInPlaceRecovery(
input: VsphereVmInitiateInPlaceRecoveryInput!
): AsyncRequestStatus! 
#   Instantly recover a vSphere virtual machine from a snapshot or point-in-time.
# 
# Arguments
#   input: Input for V2CreateInstantRecoveryV2.
vsphereVmInitiateInstantRecoveryV2(
input: VsphereVmInitiateInstantRecoveryV2Input!
): AsyncRequestStatus! 
#   Create a vSphere Live Mount from a snapshot or point-in-time.
# 
# Arguments
#   input: Input for V2CreateMountV2.
vsphereVmInitiateLiveMountV2(
input: VsphereVmInitiateLiveMountV2Input!
): AsyncRequestStatus! 
#   List ESXi datastores
# 
#   Supported in v5.0+
#   Retrieve a list of the datastores for a specified ESXi host.
# 
# Arguments
#   input: Input for InternalGetEsxiDatastores.
vsphereVmListEsxiDatastores(
input: VsphereVmListEsxiDatastoresInput!
): VsphereVmListEsxiDatastoresReply! 
#   Relocate a virtual machine to another datastore
# 
#   Supported in v5.0+
#   Run storage VMotion to relocate a specified Live Mount into another data store.
# 
# Arguments
#   input: Input for V1RelocateMount.
vsphereVmMountRelocate(
input: VsphereVmMountRelocateInput!
): AsyncRequestStatus! 
#   Create a Live Mount migration to a datastore or datastore cluster with virtual 
#   disk mapping support.
# 
# Arguments
#   input: Input for V2RelocateMountV2.
vsphereVmMountRelocateV2(
input: VsphereVmMountRelocateV2Input!
): AsyncRequestStatus! 
#   Power a Live Mount on and off
# 
#   Supported in v5.0+
#   Power a specified Live Mount virtual machine on or off. Pass **_true_** to power 
#   the virtual machine on and pass **_false_** to power the virtual machine off.
# 
# Arguments
#   input: Input for V1UpdateMount.
vsphereVmPowerOnOffLiveMount(
input: VsphereVmPowerOnOffLiveMountInput!
): VsphereVmPowerOnOffLiveMountReply! 
#   Restores multiple files/directories from snapshot.
# 
# Arguments
#   input: Vsphere recover files input.
vsphereVmRecoverFiles(
input: VsphereVmRecoverFilesInput!
): VsphereAsyncRequestStatus! @deprecated( reason: "Deprecated. Use vsphereVmRecoverFilesNew instead."  )
#   Restores multiple files/directories from snapshot.
# 
# Arguments
#   input: Vsphere recover files input.
vsphereVmRecoverFilesNew(
input: VsphereVmRecoverFilesNewInput!
): AsyncRequestStatus! 
#   Register Rubrik Backup Service
# 
#   Supported in v5.0+
#   Register the Rubrik Backup Service that is running on a specified host with the 
#   specified Rubrik cluster.
# 
# Arguments
#   input: Input for V1VmRegisterAgent.
vsphereVmRegisterAgent(
input: VsphereVmRegisterAgentInput!
): RequestSuccess! 
#   Warms the search cache for an O365 workload.
# 
# Arguments
#   input: The input for warm search cache for an O365 workload.
warmSearchCache(input: WarmSearchCacheInput!): Boolean! 
}
Require by

This element is not required by anyone
Mutation

link GraphQL Schema definition

link Require by

GraphQL Schema definition

Require by
