github.com/vmware/govmomi@v0.37.1/sms/types/types.go

/*
Copyright (c) 2014-2023 VMware, Inc. All Rights Reserved.

Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

    http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/

package types

import (
	"reflect"
	"time"

	"github.com/vmware/govmomi/vim25/types"
)

// This spec contains information needed for queryActiveAlarm API to filter the result.
//
// This structure may be used only with operations rendered under `/sms`.
type AlarmFilter struct {
	types.DynamicData

	// The status of the alarm to search for.
	//
	// Should be one of
	// `SmsAlarmStatus_enum`. If not specified, all status values
	// should be considered.
	AlarmStatus string `xml:"alarmStatus,omitempty" json:"alarmStatus,omitempty"`
	// The status of the alarm to search for.
	//
	// Should be one of
	// `AlarmType_enum`. If not specified, all alarm types
	// should be considered.
	AlarmType string `xml:"alarmType,omitempty" json:"alarmType,omitempty"`
	// The entityType of interest, VASA provider should
	// return all active alarms of this type when `AlarmFilter.entityId`
	// is not set.
	//
	// See `SmsEntityType_enum`.
	EntityType string `xml:"entityType,omitempty" json:"entityType,omitempty"`
	// The identifiers of the entities of interest.
	//
	// If set, all entities must be
	// of the same `SmsEntityType_enum` and it should be set in
	// `AlarmFilter.entityType`. VASA provider can skip listing the missing entities.
	EntityId []types.AnyType `xml:"entityId,omitempty,typeattr" json:"entityId,omitempty"`
	// The page marker used for query pagination.
	//
	// This is an opaque string that
	// will be set based on the value returned by the VASA provider - see
	// `AlarmResult.pageMarker`. For initial request this should be set to
	// null, indicating request for the first page.
	PageMarker string `xml:"pageMarker,omitempty" json:"pageMarker,omitempty"`
}

func init() {
	types.Add("sms:AlarmFilter", reflect.TypeOf((*AlarmFilter)(nil)).Elem())
}

// Contains result for queryActiveAlarm API.
//
// This structure may be used only with operations rendered under `/sms`.
type AlarmResult struct {
	types.DynamicData

	// Resulting storage alarms.
	StorageAlarm []StorageAlarm `xml:"storageAlarm,omitempty" json:"storageAlarm,omitempty"`
	// The page marker used for query pagination.
	//
	// This is an opaque string that
	// will be set by the VASA provider. The client will set the same value in
	// `AlarmFilter.pageMarker` to query the next page. VP should unset
	// this value to indicate the end of page.
	PageMarker string `xml:"pageMarker,omitempty" json:"pageMarker,omitempty"`
}

func init() {
	types.Add("sms:AlarmResult", reflect.TypeOf((*AlarmResult)(nil)).Elem())
}

// Thrown if the object is already at the desired state.
//
// This is always a warning.
//
// This structure may be used only with operations rendered under `/sms`.
type AlreadyDone struct {
	SmsReplicationFault
}

func init() {
	types.Add("sms:AlreadyDone", reflect.TypeOf((*AlreadyDone)(nil)).Elem())
}

type AlreadyDoneFault AlreadyDone

func init() {
	types.Add("sms:AlreadyDoneFault", reflect.TypeOf((*AlreadyDoneFault)(nil)).Elem())
}

// A boxed array of `BackingStoragePool`. To be used in `Any` placeholders.
type ArrayOfBackingStoragePool struct {
	BackingStoragePool []BackingStoragePool `xml:"BackingStoragePool,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfBackingStoragePool", reflect.TypeOf((*ArrayOfBackingStoragePool)(nil)).Elem())
}

// A boxed array of `DatastoreBackingPoolMapping`. To be used in `Any` placeholders.
type ArrayOfDatastoreBackingPoolMapping struct {
	DatastoreBackingPoolMapping []DatastoreBackingPoolMapping `xml:"DatastoreBackingPoolMapping,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfDatastoreBackingPoolMapping", reflect.TypeOf((*ArrayOfDatastoreBackingPoolMapping)(nil)).Elem())
}

// A boxed array of `DatastorePair`. To be used in `Any` placeholders.
type ArrayOfDatastorePair struct {
	DatastorePair []DatastorePair `xml:"DatastorePair,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfDatastorePair", reflect.TypeOf((*ArrayOfDatastorePair)(nil)).Elem())
}

// A boxed array of `DeviceId`. To be used in `Any` placeholders.
type ArrayOfDeviceId struct {
	DeviceId []BaseDeviceId `xml:"DeviceId,omitempty,typeattr" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfDeviceId", reflect.TypeOf((*ArrayOfDeviceId)(nil)).Elem())
}

// A boxed array of `FaultDomainProviderMapping`. To be used in `Any` placeholders.
type ArrayOfFaultDomainProviderMapping struct {
	FaultDomainProviderMapping []FaultDomainProviderMapping `xml:"FaultDomainProviderMapping,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfFaultDomainProviderMapping", reflect.TypeOf((*ArrayOfFaultDomainProviderMapping)(nil)).Elem())
}

// A boxed array of `GroupOperationResult`. To be used in `Any` placeholders.
type ArrayOfGroupOperationResult struct {
	GroupOperationResult []BaseGroupOperationResult `xml:"GroupOperationResult,omitempty,typeattr" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfGroupOperationResult", reflect.TypeOf((*ArrayOfGroupOperationResult)(nil)).Elem())
}

// A boxed array of `NameValuePair`. To be used in `Any` placeholders.
type ArrayOfNameValuePair struct {
	NameValuePair []NameValuePair `xml:"NameValuePair,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfNameValuePair", reflect.TypeOf((*ArrayOfNameValuePair)(nil)).Elem())
}

// A boxed array of `PointInTimeReplicaInfo`. To be used in `Any` placeholders.
type ArrayOfPointInTimeReplicaInfo struct {
	PointInTimeReplicaInfo []PointInTimeReplicaInfo `xml:"PointInTimeReplicaInfo,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfPointInTimeReplicaInfo", reflect.TypeOf((*ArrayOfPointInTimeReplicaInfo)(nil)).Elem())
}

// A boxed array of `PolicyAssociation`. To be used in `Any` placeholders.
type ArrayOfPolicyAssociation struct {
	PolicyAssociation []PolicyAssociation `xml:"PolicyAssociation,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfPolicyAssociation", reflect.TypeOf((*ArrayOfPolicyAssociation)(nil)).Elem())
}

// A boxed array of `QueryReplicationPeerResult`. To be used in `Any` placeholders.
type ArrayOfQueryReplicationPeerResult struct {
	QueryReplicationPeerResult []QueryReplicationPeerResult `xml:"QueryReplicationPeerResult,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfQueryReplicationPeerResult", reflect.TypeOf((*ArrayOfQueryReplicationPeerResult)(nil)).Elem())
}

// A boxed array of `RecoveredDevice`. To be used in `Any` placeholders.
type ArrayOfRecoveredDevice struct {
	RecoveredDevice []RecoveredDevice `xml:"RecoveredDevice,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfRecoveredDevice", reflect.TypeOf((*ArrayOfRecoveredDevice)(nil)).Elem())
}

// A boxed array of `RecoveredDiskInfo`. To be used in `Any` placeholders.
type ArrayOfRecoveredDiskInfo struct {
	RecoveredDiskInfo []RecoveredDiskInfo `xml:"RecoveredDiskInfo,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfRecoveredDiskInfo", reflect.TypeOf((*ArrayOfRecoveredDiskInfo)(nil)).Elem())
}

// A boxed array of `RelatedStorageArray`. To be used in `Any` placeholders.
type ArrayOfRelatedStorageArray struct {
	RelatedStorageArray []RelatedStorageArray `xml:"RelatedStorageArray,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfRelatedStorageArray", reflect.TypeOf((*ArrayOfRelatedStorageArray)(nil)).Elem())
}

// A boxed array of `ReplicaIntervalQueryResult`. To be used in `Any` placeholders.
type ArrayOfReplicaIntervalQueryResult struct {
	ReplicaIntervalQueryResult []ReplicaIntervalQueryResult `xml:"ReplicaIntervalQueryResult,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfReplicaIntervalQueryResult", reflect.TypeOf((*ArrayOfReplicaIntervalQueryResult)(nil)).Elem())
}

// A boxed array of `ReplicationGroupData`. To be used in `Any` placeholders.
type ArrayOfReplicationGroupData struct {
	ReplicationGroupData []ReplicationGroupData `xml:"ReplicationGroupData,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfReplicationGroupData", reflect.TypeOf((*ArrayOfReplicationGroupData)(nil)).Elem())
}

// A boxed array of `ReplicationTargetInfo`. To be used in `Any` placeholders.
type ArrayOfReplicationTargetInfo struct {
	ReplicationTargetInfo []ReplicationTargetInfo `xml:"ReplicationTargetInfo,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfReplicationTargetInfo", reflect.TypeOf((*ArrayOfReplicationTargetInfo)(nil)).Elem())
}

// A boxed array of `SmsProviderInfo`. To be used in `Any` placeholders.
type ArrayOfSmsProviderInfo struct {
	SmsProviderInfo []BaseSmsProviderInfo `xml:"SmsProviderInfo,omitempty,typeattr" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfSmsProviderInfo", reflect.TypeOf((*ArrayOfSmsProviderInfo)(nil)).Elem())
}

// A boxed array of `SourceGroupMemberInfo`. To be used in `Any` placeholders.
type ArrayOfSourceGroupMemberInfo struct {
	SourceGroupMemberInfo []SourceGroupMemberInfo `xml:"SourceGroupMemberInfo,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfSourceGroupMemberInfo", reflect.TypeOf((*ArrayOfSourceGroupMemberInfo)(nil)).Elem())
}

// A boxed array of `StorageAlarm`. To be used in `Any` placeholders.
type ArrayOfStorageAlarm struct {
	StorageAlarm []StorageAlarm `xml:"StorageAlarm,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageAlarm", reflect.TypeOf((*ArrayOfStorageAlarm)(nil)).Elem())
}

// A boxed array of `StorageArray`. To be used in `Any` placeholders.
type ArrayOfStorageArray struct {
	StorageArray []StorageArray `xml:"StorageArray,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageArray", reflect.TypeOf((*ArrayOfStorageArray)(nil)).Elem())
}

// A boxed array of `StorageContainer`. To be used in `Any` placeholders.
type ArrayOfStorageContainer struct {
	StorageContainer []StorageContainer `xml:"StorageContainer,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageContainer", reflect.TypeOf((*ArrayOfStorageContainer)(nil)).Elem())
}

// A boxed array of `StorageFileSystem`. To be used in `Any` placeholders.
type ArrayOfStorageFileSystem struct {
	StorageFileSystem []StorageFileSystem `xml:"StorageFileSystem,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageFileSystem", reflect.TypeOf((*ArrayOfStorageFileSystem)(nil)).Elem())
}

// A boxed array of `StorageFileSystemInfo`. To be used in `Any` placeholders.
type ArrayOfStorageFileSystemInfo struct {
	StorageFileSystemInfo []StorageFileSystemInfo `xml:"StorageFileSystemInfo,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageFileSystemInfo", reflect.TypeOf((*ArrayOfStorageFileSystemInfo)(nil)).Elem())
}

// A boxed array of `StorageLun`. To be used in `Any` placeholders.
type ArrayOfStorageLun struct {
	StorageLun []StorageLun `xml:"StorageLun,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageLun", reflect.TypeOf((*ArrayOfStorageLun)(nil)).Elem())
}

// A boxed array of `StoragePort`. To be used in `Any` placeholders.
type ArrayOfStoragePort struct {
	StoragePort []BaseStoragePort `xml:"StoragePort,omitempty,typeattr" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStoragePort", reflect.TypeOf((*ArrayOfStoragePort)(nil)).Elem())
}

// A boxed array of `StorageProcessor`. To be used in `Any` placeholders.
type ArrayOfStorageProcessor struct {
	StorageProcessor []StorageProcessor `xml:"StorageProcessor,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfStorageProcessor", reflect.TypeOf((*ArrayOfStorageProcessor)(nil)).Elem())
}

// A boxed array of `SupportedVendorModelMapping`. To be used in `Any` placeholders.
type ArrayOfSupportedVendorModelMapping struct {
	SupportedVendorModelMapping []SupportedVendorModelMapping `xml:"SupportedVendorModelMapping,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfSupportedVendorModelMapping", reflect.TypeOf((*ArrayOfSupportedVendorModelMapping)(nil)).Elem())
}

// A boxed array of `TargetDeviceId`. To be used in `Any` placeholders.
type ArrayOfTargetDeviceId struct {
	TargetDeviceId []TargetDeviceId `xml:"TargetDeviceId,omitempty" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfTargetDeviceId", reflect.TypeOf((*ArrayOfTargetDeviceId)(nil)).Elem())
}

// A boxed array of `TargetGroupMemberInfo`. To be used in `Any` placeholders.
type ArrayOfTargetGroupMemberInfo struct {
	TargetGroupMemberInfo []BaseTargetGroupMemberInfo `xml:"TargetGroupMemberInfo,omitempty,typeattr" json:"_value"`
}

func init() {
	types.Add("sms:ArrayOfTargetGroupMemberInfo", reflect.TypeOf((*ArrayOfTargetGroupMemberInfo)(nil)).Elem())
}

// This exception is thrown when an error occurs while
// connecting to the vpxd service to validate the user
// credentials
//
// This structure may be used only with operations rendered under `/sms`.
type AuthConnectionFailed struct {
	types.NoPermission
}

func init() {
	types.Add("sms:AuthConnectionFailed", reflect.TypeOf((*AuthConnectionFailed)(nil)).Elem())
}

type AuthConnectionFailedFault AuthConnectionFailed

func init() {
	types.Add("sms:AuthConnectionFailedFault", reflect.TypeOf((*AuthConnectionFailedFault)(nil)).Elem())
}

// This data object represents SDRS related data associated with block device or file system.
//
// This structure may be used only with operations rendered under `/sms`.
type BackingConfig struct {
	types.DynamicData

	// Identifier for the backing pool for thin provisioning
	ThinProvisionBackingIdentifier string `xml:"thinProvisionBackingIdentifier,omitempty" json:"thinProvisionBackingIdentifier,omitempty"`
	// Identifier for the backing pool for deduplication
	DeduplicationBackingIdentifier string `xml:"deduplicationBackingIdentifier,omitempty" json:"deduplicationBackingIdentifier,omitempty"`
	// Flag to indicate whether auto-tiering optimizations are active
	AutoTieringEnabled *bool `xml:"autoTieringEnabled" json:"autoTieringEnabled,omitempty"`
	// Aggregate indication of space savings efficiency in the shared
	// deduplication pool.
	//
	// The value is between 0 and 100, higher values
	// indicating better efficiency.
	DeduplicationEfficiency int64 `xml:"deduplicationEfficiency,omitempty" json:"deduplicationEfficiency,omitempty"`
	// Frequency in seconds at which interval auto-tiering optimizations
	// are applied.
	//
	// A value of 0 indicates continuous optimization.
	PerformanceOptimizationInterval int64 `xml:"performanceOptimizationInterval,omitempty" json:"performanceOptimizationInterval,omitempty"`
}

func init() {
	types.Add("sms:BackingConfig", reflect.TypeOf((*BackingConfig)(nil)).Elem())
}

// This data object represents the backing storage pool information of block device or file system.
//
// This structure may be used only with operations rendered under `/sms`.
type BackingStoragePool struct {
	types.DynamicData

	// Unique identifier
	Uuid string `xml:"uuid" json:"uuid"`
	Type string `xml:"type" json:"type"`
	// Upper bound of the available capacity in the backing storage pool.
	CapacityInMB int64 `xml:"capacityInMB" json:"capacityInMB"`
	// Aggregate used space in the backing storage pool.
	UsedSpaceInMB int64 `xml:"usedSpaceInMB" json:"usedSpaceInMB"`
}

func init() {
	types.Add("sms:BackingStoragePool", reflect.TypeOf((*BackingStoragePool)(nil)).Elem())
}

// This exception is thrown if there is a problem with calls to the
// CertificateAuthority.
//
// This structure may be used only with operations rendered under `/sms`.
type CertificateAuthorityFault struct {
	ProviderRegistrationFault

	// Fault code returned by certificate authority.
	FaultCode int32 `xml:"faultCode" json:"faultCode"`
}

func init() {
	types.Add("sms:CertificateAuthorityFault", reflect.TypeOf((*CertificateAuthorityFault)(nil)).Elem())
}

type CertificateAuthorityFaultFault CertificateAuthorityFault

func init() {
	types.Add("sms:CertificateAuthorityFaultFault", reflect.TypeOf((*CertificateAuthorityFaultFault)(nil)).Elem())
}

// This exception is thrown if `sms.Provider.VasaProviderInfo#retainVasaProviderCertificate`
// is true and the provider uses a certificate issued by a Certificate Authority,
// but the root certificate of the Certificate Authority is not imported to VECS truststore
// before attempting the provider registration.
//
// This structure may be used only with operations rendered under `/sms`.
type CertificateNotImported struct {
	ProviderRegistrationFault
}

func init() {
	types.Add("sms:CertificateNotImported", reflect.TypeOf((*CertificateNotImported)(nil)).Elem())
}

type CertificateNotImportedFault CertificateNotImported

func init() {
	types.Add("sms:CertificateNotImportedFault", reflect.TypeOf((*CertificateNotImportedFault)(nil)).Elem())
}

// This exception is thrown if the certificate provided by the
// provider is not trusted.
//
// This structure may be used only with operations rendered under `/sms`.
type CertificateNotTrusted struct {
	ProviderRegistrationFault

	// Certificate
	Certificate string `xml:"certificate" json:"certificate"`
}

func init() {
	types.Add("sms:CertificateNotTrusted", reflect.TypeOf((*CertificateNotTrusted)(nil)).Elem())
}

// An CertificateNotTrusted fault is thrown when an Agency's configuration
// contains OVF package URL or VIB URL for that vSphere ESX Agent Manager is not
// able to make successful SSL trust verification of the server's certificate.
//
// Reasons for this might be that the certificate provided via the API
// `Agent.ConfigInfo.ovfSslTrust` and `Agent.ConfigInfo.vibSslTrust`
// or via the script /usr/lib/vmware-eam/bin/eam-utility.py
//   - is invalid.
//   - does not match the server's certificate.
//
// If there is no provided certificate, the fault is thrown when the server's
// certificate is not trusted by the system or is invalid - @see
// `Agent.ConfigInfo.ovfSslTrust` and
// `Agent.ConfigInfo.vibSslTrust`.
// To enable Agency creation 1) provide a valid certificate used by the
// server hosting the `Agent.ConfigInfo.ovfPackageUrl` or
// `Agent.ConfigInfo#vibUrl` or 2) ensure the server's certificate is
// signed by a CA trusted by the system. Then retry the operation, vSphere
// ESX Agent Manager will retry the SSL trust verification and proceed with
// reaching the desired state.
//
// This structure may be used only with operations rendered under `/eam`.
//
// `**Since:**` vEAM API 8.2
type CertificateNotTrustedFault CertificateNotTrusted

func init() {
	types.Add("sms:CertificateNotTrustedFault", reflect.TypeOf((*CertificateNotTrustedFault)(nil)).Elem())
}

// This exception is thrown if SMS failed to
// refresh a CA signed certificate for the provider (or)
// push the latest CA root certificates and CRLs to the provider.
//
// This structure may be used only with operations rendered under `/sms`.
type CertificateRefreshFailed struct {
	types.MethodFault

	ProviderId []string `xml:"providerId,omitempty" json:"providerId,omitempty"`
}

func init() {
	types.Add("sms:CertificateRefreshFailed", reflect.TypeOf((*CertificateRefreshFailed)(nil)).Elem())
}

type CertificateRefreshFailedFault CertificateRefreshFailed

func init() {
	types.Add("sms:CertificateRefreshFailedFault", reflect.TypeOf((*CertificateRefreshFailedFault)(nil)).Elem())
}

// This exception is thrown if SMS failed to revoke CA signed certificate of the provider.
//
// This structure may be used only with operations rendered under `/sms`.
type CertificateRevocationFailed struct {
	types.MethodFault
}

func init() {
	types.Add("sms:CertificateRevocationFailed", reflect.TypeOf((*CertificateRevocationFailed)(nil)).Elem())
}

type CertificateRevocationFailedFault CertificateRevocationFailed

func init() {
	types.Add("sms:CertificateRevocationFailedFault", reflect.TypeOf((*CertificateRevocationFailedFault)(nil)).Elem())
}

// This data object represents the result of queryDatastoreBackingPoolMapping API.
//
// More than one datastore can map to the same set of BackingStoragePool.
//
// This structure may be used only with operations rendered under `/sms`.
type DatastoreBackingPoolMapping struct {
	types.DynamicData

	Datastore          []types.ManagedObjectReference `xml:"datastore" json:"datastore"`
	BackingStoragePool []BackingStoragePool           `xml:"backingStoragePool,omitempty" json:"backingStoragePool,omitempty"`
}

func init() {
	types.Add("sms:DatastoreBackingPoolMapping", reflect.TypeOf((*DatastoreBackingPoolMapping)(nil)).Elem())
}

// Deprecated as of SMS API 5.0.
//
// Datastore pair that is returned as a result of queryDrsMigrationCapabilityForPerformanceEx API.
//
// This structure may be used only with operations rendered under `/sms`.
type DatastorePair struct {
	types.DynamicData

	Datastore1 types.ManagedObjectReference `xml:"datastore1" json:"datastore1"`
	Datastore2 types.ManagedObjectReference `xml:"datastore2" json:"datastore2"`
}

func init() {
	types.Add("sms:DatastorePair", reflect.TypeOf((*DatastorePair)(nil)).Elem())
}

// Base class that represents a replicated device.
//
// This structure may be used only with operations rendered under `/sms`.
type DeviceId struct {
	types.DynamicData
}

func init() {
	types.Add("sms:DeviceId", reflect.TypeOf((*DeviceId)(nil)).Elem())
}

// Deprecated as of SMS API 5.0.
//
// This data object represents the result of queryDrsMigrationCapabilityForPerformanceEx API.
//
// This structure may be used only with operations rendered under `/sms`.
type DrsMigrationCapabilityResult struct {
	types.DynamicData

	RecommendedDatastorePair    []DatastorePair `xml:"recommendedDatastorePair,omitempty" json:"recommendedDatastorePair,omitempty"`
	NonRecommendedDatastorePair []DatastorePair `xml:"nonRecommendedDatastorePair,omitempty" json:"nonRecommendedDatastorePair,omitempty"`
}

func init() {
	types.Add("sms:DrsMigrationCapabilityResult", reflect.TypeOf((*DrsMigrationCapabilityResult)(nil)).Elem())
}

// This exception indicates there are duplicate entries in the input argument.
//
// This structure may be used only with operations rendered under `/sms`.
type DuplicateEntry struct {
	types.MethodFault
}

func init() {
	types.Add("sms:DuplicateEntry", reflect.TypeOf((*DuplicateEntry)(nil)).Elem())
}

type DuplicateEntryFault DuplicateEntry

func init() {
	types.Add("sms:DuplicateEntryFault", reflect.TypeOf((*DuplicateEntryFault)(nil)).Elem())
}

// Deprecated as of SMS API 4.0.
//
// Unique identifier of a given entity with the storage
// management service.
//
// It is similar to the VirtualCenter
// ManagedObjectReference but also identifies certain
// non-managed objects.
//
// This structure may be used only with operations rendered under `/sms`.
type EntityReference struct {
	types.DynamicData

	// Unique identifier for the entity of a given type in the
	// system.
	//
	// A VirtualCenter managed object ID can be supplied
	// here, in which case the type may be unset. Otherwise, the
	// type must be set.
	Id string `xml:"id" json:"id"`
	// Type of the entity.
	Type EntityReferenceEntityType `xml:"type,omitempty" json:"type,omitempty"`
}

func init() {
	types.Add("sms:EntityReference", reflect.TypeOf((*EntityReference)(nil)).Elem())
}

// Input to the failover or testFailover methods.
//
// This structure may be used only with operations rendered under `/sms`.
type FailoverParam struct {
	types.DynamicData

	// Whether the failover is a planned failover or not.
	//
	// Note that testFailover
	// can also be executed in an unplanned mode. When this flag is
	// set to false, the recovery VASA provider must not try to connect
	// to the primary VASA provider during the failover.
	IsPlanned bool `xml:"isPlanned" json:"isPlanned"`
	// Do not execute the (test) failover but check if the configuration
	// is correct to execute the (test) failover.
	//
	// If set to <code>true</code>, the (test)failover result is an array where
	// each element is either `GroupOperationResult` or `GroupErrorResult`.
	//
	// If set to <code>false</code>, the (test)failover result is an array where
	// each element is either `FailoverSuccessResult` or `GroupErrorResult`.
	CheckOnly bool `xml:"checkOnly" json:"checkOnly"`
	// The replication groups to failover.
	//
	// It is OK for the VASA
	// provider to successfully failover only some groups. The
	// groups that did not complete will be retried.
	ReplicationGroupsToFailover []ReplicationGroupData `xml:"replicationGroupsToFailover,omitempty" json:"replicationGroupsToFailover,omitempty"`
	// Storage policies for the devices after (test)failover.
	//
	// Failover should be done even if policies cannot be associated.
	// Test failover, however, should fail if policies cannot be associated.
	//
	// If policies cannot be associated, VASA provider can notify the client by
	// doing either or both of these:
	// 1\. Set the warning in the result for a replication group to indicate
	// such a failure to set the policy.
	// 2\. Raise a compliance alarm after the failover is done.
	//
	// If not specified, the default policies are used. Callers may reassign
	// policy later.
	PolicyAssociations []PolicyAssociation `xml:"policyAssociations,omitempty" json:"policyAssociations,omitempty"`
}

func init() {
	types.Add("sms:FailoverParam", reflect.TypeOf((*FailoverParam)(nil)).Elem())
}

// The parameters of `VasaProvider.FailoverReplicationGroup_Task`.
type FailoverReplicationGroupRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Settings for the failover.
	FailoverParam BaseFailoverParam `xml:"failoverParam,typeattr" json:"failoverParam"`
}

func init() {
	types.Add("sms:FailoverReplicationGroupRequestType", reflect.TypeOf((*FailoverReplicationGroupRequestType)(nil)).Elem())
}

type FailoverReplicationGroup_Task FailoverReplicationGroupRequestType

func init() {
	types.Add("sms:FailoverReplicationGroup_Task", reflect.TypeOf((*FailoverReplicationGroup_Task)(nil)).Elem())
}

type FailoverReplicationGroup_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Results of a successful failover operation.
//
// The target fault domain Id, and the device group id are inherited.
//
// This structure may be used only with operations rendered under `/sms`.
type FailoverSuccessResult struct {
	GroupOperationResult

	// Some replicators may automatically reverse replication on failover.
	//
	// Such
	// replicators must move the replication status to
	// `SOURCE`
	// In other cases, it can remain as `FAILEDOVER`.
	NewState string `xml:"newState" json:"newState"`
	// Id of the Point in Time snapshot used during failover.
	//
	// If not present,
	// latest PIT was used.
	PitId *PointInTimeReplicaId `xml:"pitId,omitempty" json:"pitId,omitempty"`
	// Optional id of the Point in Time snapshot that was automatically created before
	// failing over.
	//
	// This is recommended so users can revert back to this
	// snapshot to avoid data loss. This can be removed after the reverse
	// replication call succeeds.
	PitIdBeforeFailover *PointInTimeReplicaId `xml:"pitIdBeforeFailover,omitempty" json:"pitIdBeforeFailover,omitempty"`
	// Recovered Devices.
	//
	// This is optional because in some corner cases the
	// replication groups on the target site may not have any virtual volumes.
	RecoveredDeviceInfo []RecoveredDevice `xml:"recoveredDeviceInfo,omitempty" json:"recoveredDeviceInfo,omitempty"`
	// Time stamp of recovery.
	TimeStamp *time.Time `xml:"timeStamp" json:"timeStamp,omitempty"`
}

func init() {
	types.Add("sms:FailoverSuccessResult", reflect.TypeOf((*FailoverSuccessResult)(nil)).Elem())
}

// This spec contains information needed for `SmsStorageManager.QueryFaultDomain`
// API to filter the result.
//
// This structure may be used only with operations rendered under `/sms`.
type FaultDomainFilter struct {
	types.DynamicData

	// If specified, query for this specific provider only; else query for all
	// providers.
	ProviderId string `xml:"providerId,omitempty" json:"providerId,omitempty"`
}

func init() {
	types.Add("sms:FaultDomainFilter", reflect.TypeOf((*FaultDomainFilter)(nil)).Elem())
}

// Information about a Fault Domain.
//
// This structure may be used only with operations rendered under `/sms`.
type FaultDomainInfo struct {
	types.FaultDomainId

	// Name of the fault domain, if not specified, the id will be used in place
	// of the name.
	//
	// Name need not be unique.
	Name string `xml:"name,omitempty" json:"name,omitempty"`
	// Description - could be a localized string.
	Description string `xml:"description,omitempty" json:"description,omitempty"`
	// Identifier of the Storage Array that this Fault Domain belongs to.
	//
	// A Fault
	// Domain and all its children should report same `FaultDomainInfo.storageArrayId`. It
	// can be left unspecified. If not specified, vSphere will not support High
	// Availability feature for this Fault Domain. When specified, vSphere will
	// treat the the currently active VASA provider for `StorageArray` as
	// the active VASA provider for this Fault Domain and its children.
	// Changing High Availability support choice for a Fault Domain
	// intermittently, by sometimes specifying the storageArrayId and sometimes
	// not, will cause unexpected result and might cause VP to be in 'syncError'
	// state in vSphere.
	StorageArrayId string `xml:"storageArrayId,omitempty" json:"storageArrayId,omitempty"`
	// List of children, the entries in the array should always be
	// `FaultDomainId` and not `FaultDomainInfo`.
	//
	// The 2016 vSphere release will not support nested Fault Domains. The field
	// FaultDomainInfo#children is ignored by vSphere 2016 release.
	Children []types.FaultDomainId `xml:"children,omitempty" json:"children,omitempty"`
	// VASA provider that is actively managing this fault domain
	//
	// Refers instance of `SmsProvider`.
	Provider *types.ManagedObjectReference `xml:"provider,omitempty" json:"provider,omitempty"`
}

func init() {
	types.Add("sms:FaultDomainInfo", reflect.TypeOf((*FaultDomainInfo)(nil)).Elem())
}

// This mapping will be set in InactiveProvider fault to notify clients
// the current active provider for the specified fault domains.
//
// This structure may be used only with operations rendered under `/sms`.
type FaultDomainProviderMapping struct {
	types.DynamicData

	// Active provider managing the fault domains
	//
	// Refers instance of `SmsProvider`.
	ActiveProvider types.ManagedObjectReference `xml:"activeProvider" json:"activeProvider"`
	// Fault domains being managed by the provider
	FaultDomainId []types.FaultDomainId `xml:"faultDomainId,omitempty" json:"faultDomainId,omitempty"`
}

func init() {
	types.Add("sms:FaultDomainProviderMapping", reflect.TypeOf((*FaultDomainProviderMapping)(nil)).Elem())
}

// This data object represents the FC storage port.
//
// This structure may be used only with operations rendered under `/sms`.
type FcStoragePort struct {
	StoragePort

	// World Wide Name for the Port
	PortWwn string `xml:"portWwn" json:"portWwn"`
	// World Wide Name for the Node
	NodeWwn string `xml:"nodeWwn" json:"nodeWwn"`
}

func init() {
	types.Add("sms:FcStoragePort", reflect.TypeOf((*FcStoragePort)(nil)).Elem())
}

// This data object represents the FCoE storage port.
//
// This structure may be used only with operations rendered under `/sms`.
type FcoeStoragePort struct {
	StoragePort

	// World Wide Name for the Port
	PortWwn string `xml:"portWwn" json:"portWwn"`
	// World Wide Name for the Node
	NodeWwn string `xml:"nodeWwn" json:"nodeWwn"`
}

func init() {
	types.Add("sms:FcoeStoragePort", reflect.TypeOf((*FcoeStoragePort)(nil)).Elem())
}

// Error result.
//
// This structure may be used only with operations rendered under `/sms`.
type GroupErrorResult struct {
	GroupOperationResult

	// Error array, must contain at least one entry.
	Error []types.LocalizedMethodFault `xml:"error" json:"error"`
}

func init() {
	types.Add("sms:GroupErrorResult", reflect.TypeOf((*GroupErrorResult)(nil)).Elem())
}

// Replication group information.
//
// May be either a `SourceGroupInfo` or
// `TargetGroupInfo`.
//
// This structure may be used only with operations rendered under `/sms`.
type GroupInfo struct {
	types.DynamicData

	// Identifier of the group + fault domain id.
	GroupId types.ReplicationGroupId `xml:"groupId" json:"groupId"`
}

func init() {
	types.Add("sms:GroupInfo", reflect.TypeOf((*GroupInfo)(nil)).Elem())
}

// The base class for any operation on a replication group.
//
// Usually, there is an
// operation specific SuccessResult
//
// This structure may be used only with operations rendered under `/sms`.
type GroupOperationResult struct {
	types.DynamicData

	// Replication group Id.
	GroupId types.ReplicationGroupId     `xml:"groupId" json:"groupId"`
	Warning []types.LocalizedMethodFault `xml:"warning,omitempty" json:"warning,omitempty"`
}

func init() {
	types.Add("sms:GroupOperationResult", reflect.TypeOf((*GroupOperationResult)(nil)).Elem())
}

// Thrown if the VASA Provider on which the call is made is currently not
// active.
//
// If the client maintains a cache of the topology of fault domains
// and replication groups, it's expected to update the cache based on the
// mapping information set in this fault.
//
// This structure may be used only with operations rendered under `/sms`.
type InactiveProvider struct {
	types.MethodFault

	// Mapping between VASA provider and the fault domains
	Mapping []FaultDomainProviderMapping `xml:"mapping,omitempty" json:"mapping,omitempty"`
}

func init() {
	types.Add("sms:InactiveProvider", reflect.TypeOf((*InactiveProvider)(nil)).Elem())
}

type InactiveProviderFault InactiveProvider

func init() {
	types.Add("sms:InactiveProviderFault", reflect.TypeOf((*InactiveProviderFault)(nil)).Elem())
}

// This fault is thrown if failed to register provider due to incorrect credentials.
//
// This structure may be used only with operations rendered under `/sms`.
type IncorrectUsernamePassword struct {
	ProviderRegistrationFault
}

func init() {
	types.Add("sms:IncorrectUsernamePassword", reflect.TypeOf((*IncorrectUsernamePassword)(nil)).Elem())
}

type IncorrectUsernamePasswordFault IncorrectUsernamePassword

func init() {
	types.Add("sms:IncorrectUsernamePasswordFault", reflect.TypeOf((*IncorrectUsernamePasswordFault)(nil)).Elem())
}

// This exception is thrown if the provider certificate is empty, malformed,
// expired, not yet valid, revoked or fails host name verification.
//
// This structure may be used only with operations rendered under `/sms`.
type InvalidCertificate struct {
	ProviderRegistrationFault

	// Provider certificate
	Certificate string `xml:"certificate" json:"certificate"`
}

func init() {
	types.Add("sms:InvalidCertificate", reflect.TypeOf((*InvalidCertificate)(nil)).Elem())
}

type InvalidCertificateFault InvalidCertificate

func init() {
	types.Add("sms:InvalidCertificateFault", reflect.TypeOf((*InvalidCertificateFault)(nil)).Elem())
}

// Thrown if the function is called at the wrong end of the replication (i.e.
//
// the failing function should be tried at the opposite end of replication).
//
// This structure may be used only with operations rendered under `/sms`.
type InvalidFunctionTarget struct {
	SmsReplicationFault
}

func init() {
	types.Add("sms:InvalidFunctionTarget", reflect.TypeOf((*InvalidFunctionTarget)(nil)).Elem())
}

type InvalidFunctionTargetFault InvalidFunctionTarget

func init() {
	types.Add("sms:InvalidFunctionTargetFault", reflect.TypeOf((*InvalidFunctionTargetFault)(nil)).Elem())
}

// This exception is thrown if the specified storage profile is invalid.
//
// This structure may be used only with operations rendered under `/sms`.
type InvalidProfile struct {
	types.MethodFault
}

func init() {
	types.Add("sms:InvalidProfile", reflect.TypeOf((*InvalidProfile)(nil)).Elem())
}

type InvalidProfileFault InvalidProfile

func init() {
	types.Add("sms:InvalidProfileFault", reflect.TypeOf((*InvalidProfileFault)(nil)).Elem())
}

// Thrown if the replication group is not in the correct state.
//
// This structure may be used only with operations rendered under `/sms`.
type InvalidReplicationState struct {
	SmsReplicationFault

	// States where the operation would have been successful.
	DesiredState []string `xml:"desiredState,omitempty" json:"desiredState,omitempty"`
	// Current state.
	CurrentState string `xml:"currentState" json:"currentState"`
}

func init() {
	types.Add("sms:InvalidReplicationState", reflect.TypeOf((*InvalidReplicationState)(nil)).Elem())
}

type InvalidReplicationStateFault InvalidReplicationState

func init() {
	types.Add("sms:InvalidReplicationStateFault", reflect.TypeOf((*InvalidReplicationStateFault)(nil)).Elem())
}

// This exception is thrown if a specified session is invalid.
//
// This can occur if the VirtualCenter session referred to by
// the cookie has timed out or has been closed.
//
// This structure may be used only with operations rendered under `/sms`.
type InvalidSession struct {
	types.NoPermission

	// VirtualCenter session cookie that is invalid.
	SessionCookie string `xml:"sessionCookie" json:"sessionCookie"`
}

func init() {
	types.Add("sms:InvalidSession", reflect.TypeOf((*InvalidSession)(nil)).Elem())
}

type InvalidSessionFault InvalidSession

func init() {
	types.Add("sms:InvalidSessionFault", reflect.TypeOf((*InvalidSessionFault)(nil)).Elem())
}

// This exception is thrown if `VasaProviderSpec.url` is malformed.
//
// This structure may be used only with operations rendered under `/sms`.
type InvalidUrl struct {
	ProviderRegistrationFault

	// Provider `VasaProviderSpec.url`
	Url string `xml:"url" json:"url"`
}

func init() {
	types.Add("sms:InvalidUrl", reflect.TypeOf((*InvalidUrl)(nil)).Elem())
}

type InvalidUrlFault InvalidUrl

func init() {
	types.Add("sms:InvalidUrlFault", reflect.TypeOf((*InvalidUrlFault)(nil)).Elem())
}

// This data object represents the iSCSI storage port.
//
// This structure may be used only with operations rendered under `/sms`.
type IscsiStoragePort struct {
	StoragePort

	// IQN or EQI identifier
	Identifier string `xml:"identifier" json:"identifier"`
}

func init() {
	types.Add("sms:IscsiStoragePort", reflect.TypeOf((*IscsiStoragePort)(nil)).Elem())
}

// This data object represents the lun, HBA association
// for synchronous replication.
//
// This structure may be used only with operations rendered under `/sms`.
type LunHbaAssociation struct {
	types.DynamicData

	CanonicalName string                     `xml:"canonicalName" json:"canonicalName"`
	Hba           []types.HostHostBusAdapter `xml:"hba" json:"hba"`
}

func init() {
	types.Add("sms:LunHbaAssociation", reflect.TypeOf((*LunHbaAssociation)(nil)).Elem())
}

// This exception is thrown if more than one sort spec is
// specified in a list query.
//
// This structure may be used only with operations rendered under `/sms`.
type MultipleSortSpecsNotSupported struct {
	types.InvalidArgument
}

func init() {
	types.Add("sms:MultipleSortSpecsNotSupported", reflect.TypeOf((*MultipleSortSpecsNotSupported)(nil)).Elem())
}

type MultipleSortSpecsNotSupportedFault MultipleSortSpecsNotSupported

func init() {
	types.Add("sms:MultipleSortSpecsNotSupportedFault", reflect.TypeOf((*MultipleSortSpecsNotSupportedFault)(nil)).Elem())
}

// This data object represents a name value pair.
//
// This structure may be used only with operations rendered under `/sms`.
type NameValuePair struct {
	types.DynamicData

	// Name of the paramter
	ParameterName string `xml:"parameterName" json:"parameterName"`
	// Value of the parameter
	ParameterValue string `xml:"parameterValue" json:"parameterValue"`
}

func init() {
	types.Add("sms:NameValuePair", reflect.TypeOf((*NameValuePair)(nil)).Elem())
}

// This fault is thrown when backings (@link
// sms.storage.StorageLun/ @link sms.storage.StorageFileSystem)
// of the specified datastores refer to different
// VASA providers.
//
// This structure may be used only with operations rendered under `/sms`.
type NoCommonProviderForAllBackings struct {
	QueryExecutionFault
}

func init() {
	types.Add("sms:NoCommonProviderForAllBackings", reflect.TypeOf((*NoCommonProviderForAllBackings)(nil)).Elem())
}

type NoCommonProviderForAllBackingsFault NoCommonProviderForAllBackings

func init() {
	types.Add("sms:NoCommonProviderForAllBackingsFault", reflect.TypeOf((*NoCommonProviderForAllBackingsFault)(nil)).Elem())
}

// This exception is set if the replication target is not yet available.
//
// This structure may be used only with operations rendered under `/sms`.
type NoReplicationTarget struct {
	SmsReplicationFault
}

func init() {
	types.Add("sms:NoReplicationTarget", reflect.TypeOf((*NoReplicationTarget)(nil)).Elem())
}

type NoReplicationTargetFault NoReplicationTarget

func init() {
	types.Add("sms:NoReplicationTargetFault", reflect.TypeOf((*NoReplicationTargetFault)(nil)).Elem())
}

// This exception is thrown when there is no valid replica
// to be used in recovery.
//
// This may happen when a Virtual Volume
// is created on the source domain, but the replica is yet to
// be copied to the target.
//
// This structure may be used only with operations rendered under `/sms`.
type NoValidReplica struct {
	SmsReplicationFault

	// Identifier of the device which does not have a valid
	// replica.
	//
	// This is the identifier on the target site.
	// This may not be set if the ReplicationGroup does not
	// have even a single valid replica.
	DeviceId BaseDeviceId `xml:"deviceId,omitempty,typeattr" json:"deviceId,omitempty"`
}

func init() {
	types.Add("sms:NoValidReplica", reflect.TypeOf((*NoValidReplica)(nil)).Elem())
}

type NoValidReplicaFault NoValidReplica

func init() {
	types.Add("sms:NoValidReplicaFault", reflect.TypeOf((*NoValidReplicaFault)(nil)).Elem())
}

// This exception is thrown if the VASA Provider on which the call is made
// does not support this operation.
//
// This structure may be used only with operations rendered under `/sms`.
type NotSupportedByProvider struct {
	types.MethodFault
}

func init() {
	types.Add("sms:NotSupportedByProvider", reflect.TypeOf((*NotSupportedByProvider)(nil)).Elem())
}

type NotSupportedByProviderFault NotSupportedByProvider

func init() {
	types.Add("sms:NotSupportedByProviderFault", reflect.TypeOf((*NotSupportedByProviderFault)(nil)).Elem())
}

// This exception is set if the replication peer is not reachable.
//
// For prepareFailover, it is the target that is not reachable.
// For other functions, it is the source that is not reachable.
//
// This structure may be used only with operations rendered under `/sms`.
type PeerNotReachable struct {
	SmsReplicationFault
}

func init() {
	types.Add("sms:PeerNotReachable", reflect.TypeOf((*PeerNotReachable)(nil)).Elem())
}

type PeerNotReachableFault PeerNotReachable

func init() {
	types.Add("sms:PeerNotReachableFault", reflect.TypeOf((*PeerNotReachableFault)(nil)).Elem())
}

// Identity of the Point in Time Replica object.
//
// This structure may be used only with operations rendered under `/sms`.
type PointInTimeReplicaId struct {
	types.DynamicData

	// ID of the Point In Time replica.
	Id string `xml:"id" json:"id"`
}

func init() {
	types.Add("sms:PointInTimeReplicaId", reflect.TypeOf((*PointInTimeReplicaId)(nil)).Elem())
}

type PointInTimeReplicaInfo struct {
	types.DynamicData

	// Id of the PIT replica.
	//
	// Note that this id is always used
	// in combination with the `ReplicationGroupId`, hence must be
	// unique to the `ReplicationGroupId`.
	Id PointInTimeReplicaId `xml:"id" json:"id"`
	// Name of the PIT replica.
	//
	// This may be a localized string
	// in a language as chosen by the VASA provider.
	PitName string `xml:"pitName" json:"pitName"`
	// Time when the snapshot was taken.
	//
	// Time stamps are maintained by
	// the Replication provider, note that this carries time zone information
	// as well.
	TimeStamp time.Time `xml:"timeStamp" json:"timeStamp"`
	// VASA provider managed tags associated with the replica.
	Tags []string `xml:"tags,omitempty" json:"tags,omitempty"`
}

func init() {
	types.Add("sms:PointInTimeReplicaInfo", reflect.TypeOf((*PointInTimeReplicaInfo)(nil)).Elem())
}

// Describes the policy association object.
//
// This structure may be used only with operations rendered under `/sms`.
type PolicyAssociation struct {
	types.DynamicData

	// The source device id.
	//
	// The corresponding recovered device
	// gets the specified <code>policyId</code>.
	Id BaseDeviceId `xml:"id,typeattr" json:"id"`
	// Policy id.
	PolicyId string `xml:"policyId" json:"policyId"`
	// Datastore object.
	//
	// Refers instance of `Datastore`.
	Datastore types.ManagedObjectReference `xml:"datastore" json:"datastore"`
}

func init() {
	types.Add("sms:PolicyAssociation", reflect.TypeOf((*PolicyAssociation)(nil)).Elem())
}

// The parameters of `VasaProvider.PrepareFailoverReplicationGroup_Task`.
type PrepareFailoverReplicationGroupRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// List of replication group IDs.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
}

func init() {
	types.Add("sms:PrepareFailoverReplicationGroupRequestType", reflect.TypeOf((*PrepareFailoverReplicationGroupRequestType)(nil)).Elem())
}

type PrepareFailoverReplicationGroup_Task PrepareFailoverReplicationGroupRequestType

func init() {
	types.Add("sms:PrepareFailoverReplicationGroup_Task", reflect.TypeOf((*PrepareFailoverReplicationGroup_Task)(nil)).Elem())
}

type PrepareFailoverReplicationGroup_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Input to the promoteReplicationGroup method.
//
// This structure may be used only with operations rendered under `/sms`.
type PromoteParam struct {
	types.DynamicData

	// Specifies whether the promote operation is a planned one.
	//
	// When this flag is set to false, the recovery VASA provider must not
	// try to connect to the primary VASA provider during promote.
	IsPlanned bool `xml:"isPlanned" json:"isPlanned"`
	// The replication groups to promote.
	//
	// It is legal for the VASA
	// provider to successfully promote only some groups. The
	// groups that did not succeed will be retried.
	//
	// The identifiers of the Virtual Volumes do not change after the
	// promote operation.
	ReplicationGroupsToPromote []types.ReplicationGroupId `xml:"replicationGroupsToPromote,omitempty" json:"replicationGroupsToPromote,omitempty"`
}

func init() {
	types.Add("sms:PromoteParam", reflect.TypeOf((*PromoteParam)(nil)).Elem())
}

// The parameters of `VasaProvider.PromoteReplicationGroup_Task`.
type PromoteReplicationGroupRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Specifies an array of replication group IDs whose
	// in-test devices (`ReplicationStateEnum#INTEST`) need to be
	// promoted to failover `ReplicationStateEnum#FAILEDOVER` state.
	PromoteParam PromoteParam `xml:"promoteParam" json:"promoteParam"`
}

func init() {
	types.Add("sms:PromoteReplicationGroupRequestType", reflect.TypeOf((*PromoteReplicationGroupRequestType)(nil)).Elem())
}

type PromoteReplicationGroup_Task PromoteReplicationGroupRequestType

func init() {
	types.Add("sms:PromoteReplicationGroup_Task", reflect.TypeOf((*PromoteReplicationGroup_Task)(nil)).Elem())
}

type PromoteReplicationGroup_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// This exception is thrown if the VASA Provider on which the call is made
// is currently busy.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderBusy struct {
	types.MethodFault
}

func init() {
	types.Add("sms:ProviderBusy", reflect.TypeOf((*ProviderBusy)(nil)).Elem())
}

type ProviderBusyFault ProviderBusy

func init() {
	types.Add("sms:ProviderBusyFault", reflect.TypeOf((*ProviderBusyFault)(nil)).Elem())
}

// This fault is thrown if the Storage Monitoring Service failed to connect to the VASA provider.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderConnectionFailed struct {
	types.RuntimeFault
}

func init() {
	types.Add("sms:ProviderConnectionFailed", reflect.TypeOf((*ProviderConnectionFailed)(nil)).Elem())
}

type ProviderConnectionFailedFault ProviderConnectionFailed

func init() {
	types.Add("sms:ProviderConnectionFailedFault", reflect.TypeOf((*ProviderConnectionFailedFault)(nil)).Elem())
}

// This fault is thrown when a VASA provider cannot be found for the specified
// entities.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderNotFound struct {
	QueryExecutionFault
}

func init() {
	types.Add("sms:ProviderNotFound", reflect.TypeOf((*ProviderNotFound)(nil)).Elem())
}

type ProviderNotFoundFault ProviderNotFound

func init() {
	types.Add("sms:ProviderNotFoundFault", reflect.TypeOf((*ProviderNotFoundFault)(nil)).Elem())
}

// This exception is thrown if the VASA Provider is out of resource to satisfy
// a provisioning request.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderOutOfProvisioningResource struct {
	types.MethodFault

	// Identifier of the provisioning resource.
	ProvisioningResourceId string `xml:"provisioningResourceId" json:"provisioningResourceId"`
	// Currently available.
	AvailableBefore int64 `xml:"availableBefore,omitempty" json:"availableBefore,omitempty"`
	// Necessary for provisioning.
	AvailableAfter int64 `xml:"availableAfter,omitempty" json:"availableAfter,omitempty"`
	// Total amount (free + used).
	Total int64 `xml:"total,omitempty" json:"total,omitempty"`
	// This resource limitation is transient, i.e.
	//
	// the resource
	// will be available after some time.
	IsTransient *bool `xml:"isTransient" json:"isTransient,omitempty"`
}

func init() {
	types.Add("sms:ProviderOutOfProvisioningResource", reflect.TypeOf((*ProviderOutOfProvisioningResource)(nil)).Elem())
}

type ProviderOutOfProvisioningResourceFault ProviderOutOfProvisioningResource

func init() {
	types.Add("sms:ProviderOutOfProvisioningResourceFault", reflect.TypeOf((*ProviderOutOfProvisioningResourceFault)(nil)).Elem())
}

// This exception is thrown if the VASA Provider on which the call is made
// is out of resource.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderOutOfResource struct {
	types.MethodFault
}

func init() {
	types.Add("sms:ProviderOutOfResource", reflect.TypeOf((*ProviderOutOfResource)(nil)).Elem())
}

type ProviderOutOfResourceFault ProviderOutOfResource

func init() {
	types.Add("sms:ProviderOutOfResourceFault", reflect.TypeOf((*ProviderOutOfResourceFault)(nil)).Elem())
}

// This fault is thrown if failed to register provider to storage
// management service.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderRegistrationFault struct {
	types.MethodFault
}

func init() {
	types.Add("sms:ProviderRegistrationFault", reflect.TypeOf((*ProviderRegistrationFault)(nil)).Elem())
}

type ProviderRegistrationFaultFault BaseProviderRegistrationFault

func init() {
	types.Add("sms:ProviderRegistrationFaultFault", reflect.TypeOf((*ProviderRegistrationFaultFault)(nil)).Elem())
}

// Thrown if a failure occurs when synchronizing the service
// cache with provider information.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderSyncFailed struct {
	types.MethodFault
}

func init() {
	types.Add("sms:ProviderSyncFailed", reflect.TypeOf((*ProviderSyncFailed)(nil)).Elem())
}

type ProviderSyncFailedFault BaseProviderSyncFailed

func init() {
	types.Add("sms:ProviderSyncFailedFault", reflect.TypeOf((*ProviderSyncFailedFault)(nil)).Elem())
}

// This exception is thrown if the VASA Provider on which the call is made is
// currently not available, e.g.
//
// VASA Provider is in offline state. This error
// usually means the provider is temporarily unavailable due to network outage, etc.
// The client is expected to wait for some time and retry the same call.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderUnavailable struct {
	types.MethodFault
}

func init() {
	types.Add("sms:ProviderUnavailable", reflect.TypeOf((*ProviderUnavailable)(nil)).Elem())
}

type ProviderUnavailableFault ProviderUnavailable

func init() {
	types.Add("sms:ProviderUnavailableFault", reflect.TypeOf((*ProviderUnavailableFault)(nil)).Elem())
}

// This fault is thrown if failed to unregister provider from storage
// management service.
//
// This structure may be used only with operations rendered under `/sms`.
type ProviderUnregistrationFault struct {
	types.MethodFault
}

func init() {
	types.Add("sms:ProviderUnregistrationFault", reflect.TypeOf((*ProviderUnregistrationFault)(nil)).Elem())
}

type ProviderUnregistrationFaultFault ProviderUnregistrationFault

func init() {
	types.Add("sms:ProviderUnregistrationFaultFault", reflect.TypeOf((*ProviderUnregistrationFaultFault)(nil)).Elem())
}

// This exception is thrown if the storage management service
// fails to register with the VirtualCenter proxy during
// initialization.
//
// This structure may be used only with operations rendered under `/sms`.
type ProxyRegistrationFailed struct {
	types.RuntimeFault
}

func init() {
	types.Add("sms:ProxyRegistrationFailed", reflect.TypeOf((*ProxyRegistrationFailed)(nil)).Elem())
}

type ProxyRegistrationFailedFault ProxyRegistrationFailed

func init() {
	types.Add("sms:ProxyRegistrationFailedFault", reflect.TypeOf((*ProxyRegistrationFailedFault)(nil)).Elem())
}

type QueryAboutInfo QueryAboutInfoRequestType

func init() {
	types.Add("sms:QueryAboutInfo", reflect.TypeOf((*QueryAboutInfo)(nil)).Elem())
}

type QueryAboutInfoRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QueryAboutInfoRequestType", reflect.TypeOf((*QueryAboutInfoRequestType)(nil)).Elem())
}

type QueryAboutInfoResponse struct {
	Returnval SmsAboutInfo `xml:"returnval" json:"returnval"`
}

type QueryActiveAlarm QueryActiveAlarmRequestType

func init() {
	types.Add("sms:QueryActiveAlarm", reflect.TypeOf((*QueryActiveAlarm)(nil)).Elem())
}

// The parameters of `VasaProvider.QueryActiveAlarm`.
type QueryActiveAlarmRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Filter criteria for the alarm state.
	AlarmFilter *AlarmFilter `xml:"alarmFilter,omitempty" json:"alarmFilter,omitempty"`
}

func init() {
	types.Add("sms:QueryActiveAlarmRequestType", reflect.TypeOf((*QueryActiveAlarmRequestType)(nil)).Elem())
}

type QueryActiveAlarmResponse struct {
	Returnval *AlarmResult `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryArray QueryArrayRequestType

func init() {
	types.Add("sms:QueryArray", reflect.TypeOf((*QueryArray)(nil)).Elem())
}

type QueryArrayAssociatedWithLun QueryArrayAssociatedWithLunRequestType

func init() {
	types.Add("sms:QueryArrayAssociatedWithLun", reflect.TypeOf((*QueryArrayAssociatedWithLun)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryArrayAssociatedWithLun`.
type QueryArrayAssociatedWithLunRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `ScsiLun.canonicalName`
	// of ScsiLun
	CanonicalName string `xml:"canonicalName" json:"canonicalName"`
}

func init() {
	types.Add("sms:QueryArrayAssociatedWithLunRequestType", reflect.TypeOf((*QueryArrayAssociatedWithLunRequestType)(nil)).Elem())
}

type QueryArrayAssociatedWithLunResponse struct {
	Returnval *StorageArray `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

// The parameters of `SmsStorageManager.QueryArray`.
type QueryArrayRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// List of `SmsProviderInfo.uid` for the VASA
	// provider objects.
	ProviderId []string `xml:"providerId,omitempty" json:"providerId,omitempty"`
}

func init() {
	types.Add("sms:QueryArrayRequestType", reflect.TypeOf((*QueryArrayRequestType)(nil)).Elem())
}

type QueryArrayResponse struct {
	Returnval []StorageArray `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryAssociatedBackingStoragePool QueryAssociatedBackingStoragePoolRequestType

func init() {
	types.Add("sms:QueryAssociatedBackingStoragePool", reflect.TypeOf((*QueryAssociatedBackingStoragePool)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryAssociatedBackingStoragePool`.
type QueryAssociatedBackingStoragePoolRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Unique identifier of a StorageLun or StorageFileSystem.
	EntityId string `xml:"entityId,omitempty" json:"entityId,omitempty"`
	// Entity type of the entity specified using entityId. This can be either
	// StorageLun or StorageFileSystem.
	EntityType string `xml:"entityType,omitempty" json:"entityType,omitempty"`
}

func init() {
	types.Add("sms:QueryAssociatedBackingStoragePoolRequestType", reflect.TypeOf((*QueryAssociatedBackingStoragePoolRequestType)(nil)).Elem())
}

type QueryAssociatedBackingStoragePoolResponse struct {
	Returnval []BackingStoragePool `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryDatastoreBackingPoolMapping QueryDatastoreBackingPoolMappingRequestType

func init() {
	types.Add("sms:QueryDatastoreBackingPoolMapping", reflect.TypeOf((*QueryDatastoreBackingPoolMapping)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryDatastoreBackingPoolMapping`.
type QueryDatastoreBackingPoolMappingRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Array containing references to `Datastore` objects.
	//
	// Refers instances of `Datastore`.
	Datastore []types.ManagedObjectReference `xml:"datastore" json:"datastore"`
}

func init() {
	types.Add("sms:QueryDatastoreBackingPoolMappingRequestType", reflect.TypeOf((*QueryDatastoreBackingPoolMappingRequestType)(nil)).Elem())
}

type QueryDatastoreBackingPoolMappingResponse struct {
	Returnval []DatastoreBackingPoolMapping `xml:"returnval" json:"returnval"`
}

type QueryDatastoreCapability QueryDatastoreCapabilityRequestType

func init() {
	types.Add("sms:QueryDatastoreCapability", reflect.TypeOf((*QueryDatastoreCapability)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryDatastoreCapability`.
type QueryDatastoreCapabilityRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// reference to `Datastore`
	//
	// Refers instance of `Datastore`.
	Datastore types.ManagedObjectReference `xml:"datastore" json:"datastore"`
}

func init() {
	types.Add("sms:QueryDatastoreCapabilityRequestType", reflect.TypeOf((*QueryDatastoreCapabilityRequestType)(nil)).Elem())
}

type QueryDatastoreCapabilityResponse struct {
	Returnval *StorageCapability `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryDrsMigrationCapabilityForPerformance QueryDrsMigrationCapabilityForPerformanceRequestType

func init() {
	types.Add("sms:QueryDrsMigrationCapabilityForPerformance", reflect.TypeOf((*QueryDrsMigrationCapabilityForPerformance)(nil)).Elem())
}

type QueryDrsMigrationCapabilityForPerformanceEx QueryDrsMigrationCapabilityForPerformanceExRequestType

func init() {
	types.Add("sms:QueryDrsMigrationCapabilityForPerformanceEx", reflect.TypeOf((*QueryDrsMigrationCapabilityForPerformanceEx)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryDrsMigrationCapabilityForPerformanceEx`.
type QueryDrsMigrationCapabilityForPerformanceExRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Array containing references to `Datastore` objects.
	//
	// Refers instances of `Datastore`.
	Datastore []types.ManagedObjectReference `xml:"datastore" json:"datastore"`
}

func init() {
	types.Add("sms:QueryDrsMigrationCapabilityForPerformanceExRequestType", reflect.TypeOf((*QueryDrsMigrationCapabilityForPerformanceExRequestType)(nil)).Elem())
}

type QueryDrsMigrationCapabilityForPerformanceExResponse struct {
	Returnval DrsMigrationCapabilityResult `xml:"returnval" json:"returnval"`
}

// The parameters of `SmsStorageManager.QueryDrsMigrationCapabilityForPerformance`.
type QueryDrsMigrationCapabilityForPerformanceRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Reference to the source `Datastore`
	//
	// Refers instance of `Datastore`.
	SrcDatastore types.ManagedObjectReference `xml:"srcDatastore" json:"srcDatastore"`
	// Reference to the destination `Datastore`
	//
	// Refers instance of `Datastore`.
	DstDatastore types.ManagedObjectReference `xml:"dstDatastore" json:"dstDatastore"`
}

func init() {
	types.Add("sms:QueryDrsMigrationCapabilityForPerformanceRequestType", reflect.TypeOf((*QueryDrsMigrationCapabilityForPerformanceRequestType)(nil)).Elem())
}

type QueryDrsMigrationCapabilityForPerformanceResponse struct {
	Returnval bool `xml:"returnval" json:"returnval"`
}

// This exception is thrown if a failure occurs while
// processing a query request.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryExecutionFault struct {
	types.MethodFault
}

func init() {
	types.Add("sms:QueryExecutionFault", reflect.TypeOf((*QueryExecutionFault)(nil)).Elem())
}

type QueryExecutionFaultFault BaseQueryExecutionFault

func init() {
	types.Add("sms:QueryExecutionFaultFault", reflect.TypeOf((*QueryExecutionFaultFault)(nil)).Elem())
}

type QueryFaultDomain QueryFaultDomainRequestType

func init() {
	types.Add("sms:QueryFaultDomain", reflect.TypeOf((*QueryFaultDomain)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryFaultDomain`.
type QueryFaultDomainRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// spec for the query operation.
	Filter *FaultDomainFilter `xml:"filter,omitempty" json:"filter,omitempty"`
}

func init() {
	types.Add("sms:QueryFaultDomainRequestType", reflect.TypeOf((*QueryFaultDomainRequestType)(nil)).Elem())
}

type QueryFaultDomainResponse struct {
	Returnval []types.FaultDomainId `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryFileSystemAssociatedWithArray QueryFileSystemAssociatedWithArrayRequestType

func init() {
	types.Add("sms:QueryFileSystemAssociatedWithArray", reflect.TypeOf((*QueryFileSystemAssociatedWithArray)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryFileSystemAssociatedWithArray`.
type QueryFileSystemAssociatedWithArrayRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryFileSystemAssociatedWithArrayRequestType", reflect.TypeOf((*QueryFileSystemAssociatedWithArrayRequestType)(nil)).Elem())
}

type QueryFileSystemAssociatedWithArrayResponse struct {
	Returnval []StorageFileSystem `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryHostAssociatedWithLun QueryHostAssociatedWithLunRequestType

func init() {
	types.Add("sms:QueryHostAssociatedWithLun", reflect.TypeOf((*QueryHostAssociatedWithLun)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryHostAssociatedWithLun`.
type QueryHostAssociatedWithLunRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageLun.uuid` for the StorageLun
	// object.
	Scsi3Id string `xml:"scsi3Id" json:"scsi3Id"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryHostAssociatedWithLunRequestType", reflect.TypeOf((*QueryHostAssociatedWithLunRequestType)(nil)).Elem())
}

type QueryHostAssociatedWithLunResponse struct {
	Returnval []types.ManagedObjectReference `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryLunAssociatedWithArray QueryLunAssociatedWithArrayRequestType

func init() {
	types.Add("sms:QueryLunAssociatedWithArray", reflect.TypeOf((*QueryLunAssociatedWithArray)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryLunAssociatedWithArray`.
type QueryLunAssociatedWithArrayRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryLunAssociatedWithArrayRequestType", reflect.TypeOf((*QueryLunAssociatedWithArrayRequestType)(nil)).Elem())
}

type QueryLunAssociatedWithArrayResponse struct {
	Returnval []StorageLun `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryLunAssociatedWithPort QueryLunAssociatedWithPortRequestType

func init() {
	types.Add("sms:QueryLunAssociatedWithPort", reflect.TypeOf((*QueryLunAssociatedWithPort)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryLunAssociatedWithPort`.
type QueryLunAssociatedWithPortRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StoragePort.uuid` for the StoragePort
	// object.
	PortId string `xml:"portId" json:"portId"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryLunAssociatedWithPortRequestType", reflect.TypeOf((*QueryLunAssociatedWithPortRequestType)(nil)).Elem())
}

type QueryLunAssociatedWithPortResponse struct {
	Returnval []StorageLun `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryNfsDatastoreAssociatedWithFileSystem QueryNfsDatastoreAssociatedWithFileSystemRequestType

func init() {
	types.Add("sms:QueryNfsDatastoreAssociatedWithFileSystem", reflect.TypeOf((*QueryNfsDatastoreAssociatedWithFileSystem)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryNfsDatastoreAssociatedWithFileSystem`.
type QueryNfsDatastoreAssociatedWithFileSystemRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageFileSystem.uuid` for the
	// StorageFileSystem object
	FileSystemId string `xml:"fileSystemId" json:"fileSystemId"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryNfsDatastoreAssociatedWithFileSystemRequestType", reflect.TypeOf((*QueryNfsDatastoreAssociatedWithFileSystemRequestType)(nil)).Elem())
}

type QueryNfsDatastoreAssociatedWithFileSystemResponse struct {
	Returnval *types.ManagedObjectReference `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

// This exception is thrown if the specified entity and related
// entity type combination for a list query is not supported.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryNotSupported struct {
	types.InvalidArgument

	// Entity type.
	EntityType EntityReferenceEntityType `xml:"entityType,omitempty" json:"entityType,omitempty"`
	// Related entity type.
	RelatedEntityType EntityReferenceEntityType `xml:"relatedEntityType" json:"relatedEntityType"`
}

func init() {
	types.Add("sms:QueryNotSupported", reflect.TypeOf((*QueryNotSupported)(nil)).Elem())
}

type QueryNotSupportedFault QueryNotSupported

func init() {
	types.Add("sms:QueryNotSupportedFault", reflect.TypeOf((*QueryNotSupportedFault)(nil)).Elem())
}

type QueryPointInTimeReplica QueryPointInTimeReplicaRequestType

func init() {
	types.Add("sms:QueryPointInTimeReplica", reflect.TypeOf((*QueryPointInTimeReplica)(nil)).Elem())
}

// Describes the search criteria for the PiT query.
//
// If none of the fields
// is set, or if the number of PiT replicas is too large, VASA provider can
// return `QueryPointInTimeReplicaSummaryResult`.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryPointInTimeReplicaParam struct {
	types.DynamicData

	// Specifies the replica time span that vSphere is interested in.
	ReplicaTimeQueryParam *ReplicaQueryIntervalParam `xml:"replicaTimeQueryParam,omitempty" json:"replicaTimeQueryParam,omitempty"`
	// Only the replicas that match the given name are requested.
	//
	// A regexp according to http://www.w3.org/TR/xmlschema-2/#regexs.
	PitName string `xml:"pitName,omitempty" json:"pitName,omitempty"`
	// Only the replicas with tags that match the given tag(s) are requested.
	//
	// Each entry may be a regexp according to http://www.w3.org/TR/xmlschema-2/#regexs.
	Tags []string `xml:"tags,omitempty" json:"tags,omitempty"`
	// This field is hint for the preferred type of return results.
	//
	// It can be either true for `QueryPointInTimeReplicaSuccessResult` or
	// false for `QueryPointInTimeReplicaSummaryResult`.
	// If not set, VP may choose the appropriate type, as described in
	// <code>ReplicaQueryIntervalParam</code>.
	PreferDetails *bool `xml:"preferDetails" json:"preferDetails,omitempty"`
}

func init() {
	types.Add("sms:QueryPointInTimeReplicaParam", reflect.TypeOf((*QueryPointInTimeReplicaParam)(nil)).Elem())
}

// The parameters of `VasaProvider.QueryPointInTimeReplica`.
type QueryPointInTimeReplicaRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// List of replication group IDs.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
	// Search criteria specification for all the groups.
	QueryParam *QueryPointInTimeReplicaParam `xml:"queryParam,omitempty" json:"queryParam,omitempty"`
}

func init() {
	types.Add("sms:QueryPointInTimeReplicaRequestType", reflect.TypeOf((*QueryPointInTimeReplicaRequestType)(nil)).Elem())
}

type QueryPointInTimeReplicaResponse struct {
	Returnval []BaseGroupOperationResult `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

// Return type for successful
// *vasaService#queryPointInTimeReplica(ReplicationGroupId[], QueryPointInTimeReplicaParam)*
// operation.
//
// If the VASA provider decides that there are too many to return,
// it could set the result of some of the groups to `TooMany`
// fault or `QueryPointInTimeReplicaSummaryResult`.
//
// vSphere will then query for these groups separately.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryPointInTimeReplicaSuccessResult struct {
	GroupOperationResult

	// Information about the available replicas.
	ReplicaInfo []PointInTimeReplicaInfo `xml:"replicaInfo,omitempty" json:"replicaInfo,omitempty"`
}

func init() {
	types.Add("sms:QueryPointInTimeReplicaSuccessResult", reflect.TypeOf((*QueryPointInTimeReplicaSuccessResult)(nil)).Elem())
}

// Summary of the available replicas.
//
// Mostly useful for CDP type replicators.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryPointInTimeReplicaSummaryResult struct {
	GroupOperationResult

	// A series of query results.
	//
	// No special ordering is assumed by vSphere.
	IntervalResults []ReplicaIntervalQueryResult `xml:"intervalResults,omitempty" json:"intervalResults,omitempty"`
}

func init() {
	types.Add("sms:QueryPointInTimeReplicaSummaryResult", reflect.TypeOf((*QueryPointInTimeReplicaSummaryResult)(nil)).Elem())
}

type QueryPortAssociatedWithArray QueryPortAssociatedWithArrayRequestType

func init() {
	types.Add("sms:QueryPortAssociatedWithArray", reflect.TypeOf((*QueryPortAssociatedWithArray)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryPortAssociatedWithArray`.
type QueryPortAssociatedWithArrayRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryPortAssociatedWithArrayRequestType", reflect.TypeOf((*QueryPortAssociatedWithArrayRequestType)(nil)).Elem())
}

type QueryPortAssociatedWithArrayResponse struct {
	Returnval []BaseStoragePort `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

type QueryPortAssociatedWithLun QueryPortAssociatedWithLunRequestType

func init() {
	types.Add("sms:QueryPortAssociatedWithLun", reflect.TypeOf((*QueryPortAssociatedWithLun)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryPortAssociatedWithLun`.
type QueryPortAssociatedWithLunRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageLun.uuid` for the StorageLun
	// object.
	Scsi3Id string `xml:"scsi3Id" json:"scsi3Id"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryPortAssociatedWithLunRequestType", reflect.TypeOf((*QueryPortAssociatedWithLunRequestType)(nil)).Elem())
}

type QueryPortAssociatedWithLunResponse struct {
	Returnval BaseStoragePort `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

type QueryPortAssociatedWithProcessor QueryPortAssociatedWithProcessorRequestType

func init() {
	types.Add("sms:QueryPortAssociatedWithProcessor", reflect.TypeOf((*QueryPortAssociatedWithProcessor)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryPortAssociatedWithProcessor`.
type QueryPortAssociatedWithProcessorRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageProcessor.uuid` for the
	// StorageProcessor object.
	ProcessorId string `xml:"processorId" json:"processorId"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryPortAssociatedWithProcessorRequestType", reflect.TypeOf((*QueryPortAssociatedWithProcessorRequestType)(nil)).Elem())
}

type QueryPortAssociatedWithProcessorResponse struct {
	Returnval []BaseStoragePort `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

type QueryProcessorAssociatedWithArray QueryProcessorAssociatedWithArrayRequestType

func init() {
	types.Add("sms:QueryProcessorAssociatedWithArray", reflect.TypeOf((*QueryProcessorAssociatedWithArray)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryProcessorAssociatedWithArray`.
type QueryProcessorAssociatedWithArrayRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryProcessorAssociatedWithArrayRequestType", reflect.TypeOf((*QueryProcessorAssociatedWithArrayRequestType)(nil)).Elem())
}

type QueryProcessorAssociatedWithArrayResponse struct {
	Returnval []StorageProcessor `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryProvider QueryProviderRequestType

func init() {
	types.Add("sms:QueryProvider", reflect.TypeOf((*QueryProvider)(nil)).Elem())
}

type QueryProviderInfo QueryProviderInfoRequestType

func init() {
	types.Add("sms:QueryProviderInfo", reflect.TypeOf((*QueryProviderInfo)(nil)).Elem())
}

type QueryProviderInfoRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QueryProviderInfoRequestType", reflect.TypeOf((*QueryProviderInfoRequestType)(nil)).Elem())
}

type QueryProviderInfoResponse struct {
	Returnval BaseSmsProviderInfo `xml:"returnval,typeattr" json:"returnval"`
}

type QueryProviderRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QueryProviderRequestType", reflect.TypeOf((*QueryProviderRequestType)(nil)).Elem())
}

type QueryProviderResponse struct {
	Returnval []types.ManagedObjectReference `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryReplicationGroup QueryReplicationGroupRequestType

func init() {
	types.Add("sms:QueryReplicationGroup", reflect.TypeOf((*QueryReplicationGroup)(nil)).Elem())
}

type QueryReplicationGroupInfo QueryReplicationGroupInfoRequestType

func init() {
	types.Add("sms:QueryReplicationGroupInfo", reflect.TypeOf((*QueryReplicationGroupInfo)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryReplicationGroupInfo`.
type QueryReplicationGroupInfoRequestType struct {
	This     types.ManagedObjectReference `xml:"_this" json:"_this"`
	RgFilter ReplicationGroupFilter       `xml:"rgFilter" json:"rgFilter"`
}

func init() {
	types.Add("sms:QueryReplicationGroupInfoRequestType", reflect.TypeOf((*QueryReplicationGroupInfoRequestType)(nil)).Elem())
}

type QueryReplicationGroupInfoResponse struct {
	Returnval []BaseGroupOperationResult `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

// The parameters of `VasaProvider.QueryReplicationGroup`.
type QueryReplicationGroupRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// List of replication group IDs.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
}

func init() {
	types.Add("sms:QueryReplicationGroupRequestType", reflect.TypeOf((*QueryReplicationGroupRequestType)(nil)).Elem())
}

type QueryReplicationGroupResponse struct {
	Returnval []BaseGroupOperationResult `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

// Information about the replication groups.
//
// Information about both the source
// groups and the target groups is returned.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryReplicationGroupSuccessResult struct {
	GroupOperationResult

	// Information about the replication group.
	//
	// May be either
	// `SourceGroupInfo` or `TargetGroupInfo`.
	RgInfo BaseGroupInfo `xml:"rgInfo,typeattr" json:"rgInfo"`
}

func init() {
	types.Add("sms:QueryReplicationGroupSuccessResult", reflect.TypeOf((*QueryReplicationGroupSuccessResult)(nil)).Elem())
}

type QueryReplicationPeer QueryReplicationPeerRequestType

func init() {
	types.Add("sms:QueryReplicationPeer", reflect.TypeOf((*QueryReplicationPeer)(nil)).Elem())
}

// The parameters of `VasaProvider.QueryReplicationPeer`.
type QueryReplicationPeerRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// An optional list of source fault domain ID.
	FaultDomainId []types.FaultDomainId `xml:"faultDomainId,omitempty" json:"faultDomainId,omitempty"`
}

func init() {
	types.Add("sms:QueryReplicationPeerRequestType", reflect.TypeOf((*QueryReplicationPeerRequestType)(nil)).Elem())
}

type QueryReplicationPeerResponse struct {
	Returnval []QueryReplicationPeerResult `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

// Information about the replication peers of a VASA provider.
//
// This structure may be used only with operations rendered under `/sms`.
type QueryReplicationPeerResult struct {
	types.DynamicData

	// Source fault domain id, must correspond to an id from the input.
	SourceDomain types.FaultDomainId `xml:"sourceDomain" json:"sourceDomain"`
	// Target fault domains for the given source, fault domain ID's are globally
	// unique.
	//
	// There can be one or more target domains for a given source.
	TargetDomain []types.FaultDomainId `xml:"targetDomain,omitempty" json:"targetDomain,omitempty"`
	// Error must be set when targetDomain field is not set.
	Error []types.LocalizedMethodFault `xml:"error,omitempty" json:"error,omitempty"`
	// Optional warning messages.
	Warning []types.LocalizedMethodFault `xml:"warning,omitempty" json:"warning,omitempty"`
}

func init() {
	types.Add("sms:QueryReplicationPeerResult", reflect.TypeOf((*QueryReplicationPeerResult)(nil)).Elem())
}

type QuerySessionManager QuerySessionManagerRequestType

func init() {
	types.Add("sms:QuerySessionManager", reflect.TypeOf((*QuerySessionManager)(nil)).Elem())
}

type QuerySessionManagerRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QuerySessionManagerRequestType", reflect.TypeOf((*QuerySessionManagerRequestType)(nil)).Elem())
}

type QuerySessionManagerResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

type QuerySmsTaskInfo QuerySmsTaskInfoRequestType

func init() {
	types.Add("sms:QuerySmsTaskInfo", reflect.TypeOf((*QuerySmsTaskInfo)(nil)).Elem())
}

type QuerySmsTaskInfoRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QuerySmsTaskInfoRequestType", reflect.TypeOf((*QuerySmsTaskInfoRequestType)(nil)).Elem())
}

type QuerySmsTaskInfoResponse struct {
	Returnval SmsTaskInfo `xml:"returnval" json:"returnval"`
}

type QuerySmsTaskResult QuerySmsTaskResultRequestType

func init() {
	types.Add("sms:QuerySmsTaskResult", reflect.TypeOf((*QuerySmsTaskResult)(nil)).Elem())
}

type QuerySmsTaskResultRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QuerySmsTaskResultRequestType", reflect.TypeOf((*QuerySmsTaskResultRequestType)(nil)).Elem())
}

type QuerySmsTaskResultResponse struct {
	Returnval types.AnyType `xml:"returnval,omitempty,typeattr" json:"returnval,omitempty"`
}

type QueryStorageContainer QueryStorageContainerRequestType

func init() {
	types.Add("sms:QueryStorageContainer", reflect.TypeOf((*QueryStorageContainer)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryStorageContainer`.
type QueryStorageContainerRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageContainerSpec`
	ContainerSpec *StorageContainerSpec `xml:"containerSpec,omitempty" json:"containerSpec,omitempty"`
}

func init() {
	types.Add("sms:QueryStorageContainerRequestType", reflect.TypeOf((*QueryStorageContainerRequestType)(nil)).Elem())
}

type QueryStorageContainerResponse struct {
	Returnval *StorageContainerResult `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

type QueryStorageManager QueryStorageManagerRequestType

func init() {
	types.Add("sms:QueryStorageManager", reflect.TypeOf((*QueryStorageManager)(nil)).Elem())
}

type QueryStorageManagerRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:QueryStorageManagerRequestType", reflect.TypeOf((*QueryStorageManagerRequestType)(nil)).Elem())
}

type QueryStorageManagerResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

type QueryVmfsDatastoreAssociatedWithLun QueryVmfsDatastoreAssociatedWithLunRequestType

func init() {
	types.Add("sms:QueryVmfsDatastoreAssociatedWithLun", reflect.TypeOf((*QueryVmfsDatastoreAssociatedWithLun)(nil)).Elem())
}

// The parameters of `SmsStorageManager.QueryVmfsDatastoreAssociatedWithLun`.
type QueryVmfsDatastoreAssociatedWithLunRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `StorageLun.uuid` for the StorageLun object
	Scsi3Id string `xml:"scsi3Id" json:"scsi3Id"`
	// `StorageArray.uuid` for the StorageArray
	// object.
	ArrayId string `xml:"arrayId" json:"arrayId"`
}

func init() {
	types.Add("sms:QueryVmfsDatastoreAssociatedWithLunRequestType", reflect.TypeOf((*QueryVmfsDatastoreAssociatedWithLunRequestType)(nil)).Elem())
}

type QueryVmfsDatastoreAssociatedWithLunResponse struct {
	Returnval *types.ManagedObjectReference `xml:"returnval,omitempty" json:"returnval,omitempty"`
}

// Represents the device after the failover.
//
// Even though many of the fields in this structure are
// marked optional, it is important for VASA provider to
// make sure that the recovery of the entire ReplicationGroup succeeds
// atomically. The only valid scenario when there is a device specific
// recovery failure is when there is no valid replica for the Virtual Volume
// (e.g. Virtual Volume was just added to the ReplicationGroup).
//
// This structure may be used only with operations rendered under `/sms`.
type RecoveredDevice struct {
	types.DynamicData

	// Identifier of the device which was the target of replication before
	// failover.
	TargetDeviceId *ReplicaId `xml:"targetDeviceId,omitempty" json:"targetDeviceId,omitempty"`
	// Identifier of the target device after test or failover.
	RecoveredDeviceId BaseDeviceId `xml:"recoveredDeviceId,omitempty,typeattr" json:"recoveredDeviceId,omitempty"`
	// Identifier of the source of the replication data before the failover
	// stopped the replication.
	SourceDeviceId BaseDeviceId `xml:"sourceDeviceId,typeattr" json:"sourceDeviceId"`
	// Informational messages.
	Info []string `xml:"info,omitempty" json:"info,omitempty"`
	// Datastore for the newly surfaced device.
	//
	// Refers instance of `Datastore`.
	Datastore types.ManagedObjectReference `xml:"datastore" json:"datastore"`
	// Only to be filled in if the `RecoveredDevice.recoveredDeviceId` is `VirtualMachineId`.
	RecoveredDiskInfo []RecoveredDiskInfo `xml:"recoveredDiskInfo,omitempty" json:"recoveredDiskInfo,omitempty"`
	// Virtual Volume specific recovery error.
	//
	// This should be rare.
	Error *types.LocalizedMethodFault `xml:"error,omitempty" json:"error,omitempty"`
	// Warnings.
	Warnings []types.LocalizedMethodFault `xml:"warnings,omitempty" json:"warnings,omitempty"`
}

func init() {
	types.Add("sms:RecoveredDevice", reflect.TypeOf((*RecoveredDevice)(nil)).Elem())
}

// Describes the recovered disks for a given virtual machine.
//
// Only applicable for VAIO based replicators. Upon recovery,
// all the replicated disks must be attached to the virtual machine,
// i.e. the VMX file must refer to the correct file paths. Device
// keys must be preserved and non-replicated disks can refer to
// non-existent file names.
// Array based replicators can ignore this class.
//
// This structure may be used only with operations rendered under `/sms`.
type RecoveredDiskInfo struct {
	types.DynamicData

	// Virtual disk key.
	//
	// Note that disk device
	// keys must not change after recovery - in other words, the device
	// key is the same on both the source and target sites.
	//
	// For example, if a VMDK d1 is being replicated to d1', and d1 is attached as device
	// 2001 to the source VM, the recovered VM should have d1' attached
	// as 2001.
	DeviceKey int32 `xml:"deviceKey" json:"deviceKey"`
	// URL of the datastore that disk was recovered to.
	DsUrl string `xml:"dsUrl" json:"dsUrl"`
	// Full pathname of the disk.
	DiskPath string `xml:"diskPath" json:"diskPath"`
}

func init() {
	types.Add("sms:RecoveredDiskInfo", reflect.TypeOf((*RecoveredDiskInfo)(nil)).Elem())
}

// Information about member virtual volumes in a ReplicationGroup
// on the target after failover or testFailoverStart.
//
// This must include information about all the vSphere managed snapshots in
// the ReplicationGroup.
//
// This structure may be used only with operations rendered under `/sms`.
type RecoveredTargetGroupMemberInfo struct {
	TargetGroupMemberInfo

	// Identifier of the target device after test or failover.
	RecoveredDeviceId BaseDeviceId `xml:"recoveredDeviceId,omitempty,typeattr" json:"recoveredDeviceId,omitempty"`
}

func init() {
	types.Add("sms:RecoveredTargetGroupMemberInfo", reflect.TypeOf((*RecoveredTargetGroupMemberInfo)(nil)).Elem())
}

// The parameters of `SmsStorageManager.RegisterProvider_Task`.
type RegisterProviderRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `SmsProviderSpec`
	// containing parameters needed to register the
	// provider
	ProviderSpec BaseSmsProviderSpec `xml:"providerSpec,typeattr" json:"providerSpec"`
}

func init() {
	types.Add("sms:RegisterProviderRequestType", reflect.TypeOf((*RegisterProviderRequestType)(nil)).Elem())
}

type RegisterProvider_Task RegisterProviderRequestType

func init() {
	types.Add("sms:RegisterProvider_Task", reflect.TypeOf((*RegisterProvider_Task)(nil)).Elem())
}

type RegisterProvider_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Indicates whether the provider has been marked as active for the given array
// for the session context.
//
// SMS uses `StorageArray.priority` value to mark a provider
// as active among the ones that are registered with SMS and manage this array.
//
// This structure may be used only with operations rendered under `/sms`.
type RelatedStorageArray struct {
	types.DynamicData

	// `StorageArray.uuid` of StorageArray
	ArrayId string `xml:"arrayId" json:"arrayId"`
	// This field indicates whether the provider is currently serving data for the StorageArray
	Active bool `xml:"active" json:"active"`
	// Manageability status of StorageArray on VASA provider, if true it is manageable.
	Manageable bool `xml:"manageable" json:"manageable"`
	// Deprecated as of SMS API 6.0, replaced by `VasaProviderInfo.priority`.
	//
	// `StorageArray.priority` of StorageArray
	// For VASA 1.0 providers, this field is set to -1.
	Priority int32 `xml:"priority" json:"priority"`
}

func init() {
	types.Add("sms:RelatedStorageArray", reflect.TypeOf((*RelatedStorageArray)(nil)).Elem())
}

// Identifier of the replication target device.
//
// For Virtual Volumes, this could be the same as a Virtual Volume
// Id, for VMDK's this could be an FCD uuid, or some other ID
// made up by the replicator. This identifier is opaque to vSphere and
// hence does not have any distinguishing type. This can be used
// to identify the replica without the accompanying source device id
// (though there are no such uses in the current API).
//
// Since this an opaque type, the recovered device id at
// `RecoveredTargetGroupMemberInfo.recoveredDeviceId`
// should be filled in even if the values are the same.
//
// This structure may be used only with operations rendered under `/sms`.
type ReplicaId struct {
	types.DynamicData

	Id string `xml:"id" json:"id"`
}

func init() {
	types.Add("sms:ReplicaId", reflect.TypeOf((*ReplicaId)(nil)).Elem())
}

// Summarizes the collection of replicas in one time interval.
//
// This structure may be used only with operations rendered under `/sms`.
type ReplicaIntervalQueryResult struct {
	types.DynamicData

	// Beginning of interval (inclusive).
	FromDate time.Time `xml:"fromDate" json:"fromDate"`
	// End of interval (exclusive).
	ToDate time.Time `xml:"toDate" json:"toDate"`
	// Number of Point in Time replicas available for recovery.
	//
	// TODO: Do we want to have also ask for number of 'special'
	// PiTs e.g. those that are consistent?
	Number int32 `xml:"number" json:"number"`
}

func init() {
	types.Add("sms:ReplicaIntervalQueryResult", reflect.TypeOf((*ReplicaIntervalQueryResult)(nil)).Elem())
}

// Defines the parameters for a Point In Time replica (PiT) query.
//
// vSphere will not set all the three fields.
//
// In other words, the following combinations of fields are allowed:
// All the three fields are omitted.
// `ReplicaQueryIntervalParam.fromDate` and `ReplicaQueryIntervalParam.toDate` are set.
// `ReplicaQueryIntervalParam.fromDate` and `ReplicaQueryIntervalParam.number` are set.
// `ReplicaQueryIntervalParam.toDate` and `ReplicaQueryIntervalParam.number` are set.
//
// When all the fields are omitted, VASA provider should return
// `QueryPointInTimeReplicaSummaryResult`.
// But, returned result can be either `QueryPointInTimeReplicaSuccessResult`
// or `QueryPointInTimeReplicaSummaryResult` based on value i.e true or false
// respectively for field `QueryPointInTimeReplicaParam.preferDetails`.
//
// This structure may be used only with operations rendered under `/sms`.
type ReplicaQueryIntervalParam struct {
	types.DynamicData

	// Return all PiTs including and later than <code>fromDate</code>.
	FromDate *time.Time `xml:"fromDate" json:"fromDate,omitempty"`
	// Return all PiTs earlier than <code>toDate</code>.
	ToDate *time.Time `xml:"toDate" json:"toDate,omitempty"`
	// Return information for only <code>number</code> entries.
	Number int32 `xml:"number,omitempty" json:"number,omitempty"`
}

func init() {
	types.Add("sms:ReplicaQueryIntervalParam", reflect.TypeOf((*ReplicaQueryIntervalParam)(nil)).Elem())
}

// Describes one Replication Group's data.
//
// This structure may be used only with operations rendered under `/sms`.
type ReplicationGroupData struct {
	types.DynamicData

	// Replication group to failover.
	GroupId types.ReplicationGroupId `xml:"groupId" json:"groupId"`
	// The PIT that should be used for (test)Failover.
	//
	// Use the latest if not specified.
	PitId *PointInTimeReplicaId `xml:"pitId,omitempty" json:"pitId,omitempty"`
}

func init() {
	types.Add("sms:ReplicationGroupData", reflect.TypeOf((*ReplicationGroupData)(nil)).Elem())
}

// This spec contains information needed for `SmsStorageManager.QueryReplicationGroupInfo`
// API to filter the result.
//
// This structure may be used only with operations rendered under `/sms`.
type ReplicationGroupFilter struct {
	types.DynamicData

	// Query for the given replication groups from their associated providers.
	//
	// The groupId cannot be null or empty.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
}

func init() {
	types.Add("sms:ReplicationGroupFilter", reflect.TypeOf((*ReplicationGroupFilter)(nil)).Elem())
}

// Information about each replication target.
//
// This structure may be used only with operations rendered under `/sms`.
type ReplicationTargetInfo struct {
	types.DynamicData

	// Id of the target replication group (including the fault domain ID).
	TargetGroupId types.ReplicationGroupId `xml:"targetGroupId" json:"targetGroupId"`
	// Description of the replication agreement.
	//
	// This could be used to describe the characteristics of the replication
	// relationship between the source and the target (e.g. RPO, Replication
	// Mode, and other such properties). It is expected that VASA provider
	// will localize the string before sending to vSphere.
	ReplicationAgreementDescription string `xml:"replicationAgreementDescription,omitempty" json:"replicationAgreementDescription,omitempty"`
}

func init() {
	types.Add("sms:ReplicationTargetInfo", reflect.TypeOf((*ReplicationTargetInfo)(nil)).Elem())
}

// The parameters of `VasaProvider.ReverseReplicateGroup_Task`.
type ReverseReplicateGroupRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Array of replication groups (currently in
	// `ReplicationState#FAILEDOVER` state) that need to be reversed.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
}

func init() {
	types.Add("sms:ReverseReplicateGroupRequestType", reflect.TypeOf((*ReverseReplicateGroupRequestType)(nil)).Elem())
}

type ReverseReplicateGroup_Task ReverseReplicateGroupRequestType

func init() {
	types.Add("sms:ReverseReplicateGroup_Task", reflect.TypeOf((*ReverseReplicateGroup_Task)(nil)).Elem())
}

type ReverseReplicateGroup_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Represents the result of a successful reverse replication action.
//
// The newly
// established replication relation might have a different source group ID and
// different set of target group IDs. This means that the replication topology
// will need to be discovered again by the DR orchestration programs (SRM/CAM).
// However, we assume that after the reverse replication, the new source fault
// domain id remains the same as the old (i.e. before failover) fault domain id.
//
// This structure may be used only with operations rendered under `/sms`.
type ReverseReplicationSuccessResult struct {
	GroupOperationResult

	// The replication group ID of the newly created source group.
	//
	// FaultDomainId
	// must remain the same.
	NewGroupId types.DeviceGroupId `xml:"newGroupId" json:"newGroupId"`
}

func init() {
	types.Add("sms:ReverseReplicationSuccessResult", reflect.TypeOf((*ReverseReplicationSuccessResult)(nil)).Elem())
}

// This exception is thrown if the storage management service
// has not yet been initialized successfully and therefore is
// not ready to process requests.
//
// This structure may be used only with operations rendered under `/sms`.
type ServiceNotInitialized struct {
	types.RuntimeFault
}

func init() {
	types.Add("sms:ServiceNotInitialized", reflect.TypeOf((*ServiceNotInitialized)(nil)).Elem())
}

type ServiceNotInitializedFault ServiceNotInitialized

func init() {
	types.Add("sms:ServiceNotInitializedFault", reflect.TypeOf((*ServiceNotInitializedFault)(nil)).Elem())
}

// This data object type describes system information.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsAboutInfo struct {
	types.DynamicData

	Name           string `xml:"name" json:"name"`
	FullName       string `xml:"fullName" json:"fullName"`
	Vendor         string `xml:"vendor" json:"vendor"`
	ApiVersion     string `xml:"apiVersion" json:"apiVersion"`
	InstanceUuid   string `xml:"instanceUuid" json:"instanceUuid"`
	VasaApiVersion string `xml:"vasaApiVersion,omitempty" json:"vasaApiVersion,omitempty"`
}

func init() {
	types.Add("sms:SmsAboutInfo", reflect.TypeOf((*SmsAboutInfo)(nil)).Elem())
}

// Thrown when login fails due to token not provided or token could not be
// validated.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsInvalidLogin struct {
	types.MethodFault
}

func init() {
	types.Add("sms:SmsInvalidLogin", reflect.TypeOf((*SmsInvalidLogin)(nil)).Elem())
}

type SmsInvalidLoginFault SmsInvalidLogin

func init() {
	types.Add("sms:SmsInvalidLoginFault", reflect.TypeOf((*SmsInvalidLoginFault)(nil)).Elem())
}

// Information about Storage Monitoring Service (SMS)
// providers.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsProviderInfo struct {
	types.DynamicData

	// Unique identifier
	Uid string `xml:"uid" json:"uid"`
	// Name
	Name string `xml:"name" json:"name"`
	// Description of the provider
	Description string `xml:"description,omitempty" json:"description,omitempty"`
	// Version of the provider
	Version string `xml:"version,omitempty" json:"version,omitempty"`
}

func init() {
	types.Add("sms:SmsProviderInfo", reflect.TypeOf((*SmsProviderInfo)(nil)).Elem())
}

// Specification for Storage Monitoring Service (SMS)
// providers.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsProviderSpec struct {
	types.DynamicData

	// Name
	// The maximum length of the name is 275 characters.
	Name string `xml:"name" json:"name"`
	// Description of the provider
	Description string `xml:"description,omitempty" json:"description,omitempty"`
}

func init() {
	types.Add("sms:SmsProviderSpec", reflect.TypeOf((*SmsProviderSpec)(nil)).Elem())
}

// The parameters of `SmsStorageManager.SmsRefreshCACertificatesAndCRLs_Task`.
type SmsRefreshCACertificatesAndCRLsRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `SmsProviderInfo.uid` for providers
	ProviderId []string `xml:"providerId,omitempty" json:"providerId,omitempty"`
}

func init() {
	types.Add("sms:SmsRefreshCACertificatesAndCRLsRequestType", reflect.TypeOf((*SmsRefreshCACertificatesAndCRLsRequestType)(nil)).Elem())
}

type SmsRefreshCACertificatesAndCRLs_Task SmsRefreshCACertificatesAndCRLsRequestType

func init() {
	types.Add("sms:SmsRefreshCACertificatesAndCRLs_Task", reflect.TypeOf((*SmsRefreshCACertificatesAndCRLs_Task)(nil)).Elem())
}

type SmsRefreshCACertificatesAndCRLs_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Base class for all Replication faults.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsReplicationFault struct {
	types.MethodFault
}

func init() {
	types.Add("sms:SmsReplicationFault", reflect.TypeOf((*SmsReplicationFault)(nil)).Elem())
}

type SmsReplicationFaultFault BaseSmsReplicationFault

func init() {
	types.Add("sms:SmsReplicationFaultFault", reflect.TypeOf((*SmsReplicationFaultFault)(nil)).Elem())
}

// A ResourceInUse fault indicating that some error has occurred because
// some resources are in use.
//
// Information about the devices that are in
// use may be supplied.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsResourceInUse struct {
	types.ResourceInUse

	// The list of device Ids that are in use.
	DeviceIds []BaseDeviceId `xml:"deviceIds,omitempty,typeattr" json:"deviceIds,omitempty"`
}

func init() {
	types.Add("sms:SmsResourceInUse", reflect.TypeOf((*SmsResourceInUse)(nil)).Elem())
}

type SmsResourceInUseFault SmsResourceInUse

func init() {
	types.Add("sms:SmsResourceInUseFault", reflect.TypeOf((*SmsResourceInUseFault)(nil)).Elem())
}

// This data object type contains all information about a task.
//
// This structure may be used only with operations rendered under `/sms`.
type SmsTaskInfo struct {
	types.DynamicData

	// The unique key for the task.
	Key string `xml:"key" json:"key"`
	// The managed object that represents this task.
	//
	// Refers instance of `SmsTask`.
	Task types.ManagedObjectReference `xml:"task" json:"task"`
	// Managed Object to which the operation applies.
	Object *types.ManagedObjectReference `xml:"object,omitempty" json:"object,omitempty"`
	// If the task state is "error", then this property contains the fault code.
	Error *types.LocalizedMethodFault `xml:"error,omitempty" json:"error,omitempty"`
	// If the task state is "success", then this property may be used
	// to hold a return value.
	Result types.AnyType `xml:"result,omitempty,typeattr" json:"result,omitempty"`
	// Time stamp when the task started running.
	StartTime *time.Time `xml:"startTime" json:"startTime,omitempty"`
	// Time stamp when the task was completed (whether success or failure).
	CompletionTime *time.Time `xml:"completionTime" json:"completionTime,omitempty"`
	// Runtime status of the task.
	//
	// Possible values are `SmsTaskState_enum`
	State string `xml:"state" json:"state"`
	// If the task state is "running", then this property contains a
	// progress measurement, expressed as percentage completed, from 0 to 100.
	//
	// If this property is not set, then the command does not report progress.
	Progress int32 `xml:"progress,omitempty" json:"progress,omitempty"`
}

func init() {
	types.Add("sms:SmsTaskInfo", reflect.TypeOf((*SmsTaskInfo)(nil)).Elem())
}

// Replication group details on the source.
//
// We do not assume the same
// Replication Group id on all the sites. This is returned as answer to
// queryReplicationGroup.
//
// This structure may be used only with operations rendered under `/sms`.
type SourceGroupInfo struct {
	GroupInfo

	// Name of the replication group, may be edited after creating the
	// Replication Group, not unique.
	//
	// May be a localized string. Some vendors may
	// choose to use name as the group id, to support this, vSphere will not
	// allow the name to be modified - even if vSphere creates/manages the
	// Replication Group.
	Name string `xml:"name,omitempty" json:"name,omitempty"`
	// Description the Replication Group, may be edited after creating the
	// Replication Group.
	//
	// May be a localized string.
	Description string `xml:"description,omitempty" json:"description,omitempty"`
	// State of the replication group on the source.
	State string `xml:"state" json:"state"`
	// Information about the target Replication Groups.
	Replica []ReplicationTargetInfo `xml:"replica,omitempty" json:"replica,omitempty"`
	// Information about the member virtual volumes and their replicas.
	MemberInfo []SourceGroupMemberInfo `xml:"memberInfo,omitempty" json:"memberInfo,omitempty"`
}

func init() {
	types.Add("sms:SourceGroupInfo", reflect.TypeOf((*SourceGroupInfo)(nil)).Elem())
}

// Represents a member virtual volume of a replication group on the source end
// of the replication arrow.
//
// This structure may be used only with operations rendered under `/sms`.
type SourceGroupMemberInfo struct {
	types.DynamicData

	// Identifier of the source device.
	//
	// May be a Virtual Volume, a Virtual Disk or a Virtual Machine
	DeviceId BaseDeviceId `xml:"deviceId,typeattr" json:"deviceId"`
	// Target devices, key'ed by the fault domain id.
	//
	// TODO: It is not clear if we
	// really need this information, since the target side query can return the
	// target - source relation information.
	TargetId []TargetDeviceId `xml:"targetId,omitempty" json:"targetId,omitempty"`
}

func init() {
	types.Add("sms:SourceGroupMemberInfo", reflect.TypeOf((*SourceGroupMemberInfo)(nil)).Elem())
}

// This data object represents the storage alarm.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageAlarm struct {
	types.DynamicData

	// Monotonically increasing sequence number which
	// VP will maintain.
	AlarmId int64 `xml:"alarmId" json:"alarmId"`
	// The type of Alarm.
	//
	// Must be one of the string values from
	// `AlarmType_enum`
	// Note that for VMODL VP implemenation this field must be populated with one
	// of the values from `vasa.data.notification.AlarmType`
	AlarmType string `xml:"alarmType" json:"alarmType"`
	// Container identifier
	ContainerId string `xml:"containerId,omitempty" json:"containerId,omitempty"`
	// The unique identifier of the object impacted by the Alarm.
	//
	// From VASA version 3 onwards, a non-null `StorageAlarm.alarmObject`
	// will override this member.
	// This field is made optional from VASA3. Either this or
	// `StorageAlarm.alarmObject` must be set.
	ObjectId string `xml:"objectId,omitempty" json:"objectId,omitempty"`
	// The type of object impacted by the Alarm.
	//
	// Must be one of the string values
	// from `SmsEntityType_enum`
	// Note that for VMODL VP implemenation this field must be populated with one
	// of the values from `vasa.data.notification.EntityType`
	ObjectType string `xml:"objectType" json:"objectType"`
	// Current status of the object.
	//
	// Must be one of the string values from
	// `SmsAlarmStatus_enum`
	Status string `xml:"status" json:"status"`
	// Time-stamp when the alarm occurred in VP context
	AlarmTimeStamp time.Time `xml:"alarmTimeStamp" json:"alarmTimeStamp"`
	// Pre-defined message for system-defined event
	MessageId string `xml:"messageId" json:"messageId"`
	// List of parameters (name/value) to be passed as input for message
	ParameterList []NameValuePair `xml:"parameterList,omitempty" json:"parameterList,omitempty"`
	// The ID of the object on which the alarm is raised; this is an object,
	// since ID's may not always be `String`s.
	//
	// vSphere will first use
	// `StorageAlarm.alarmObject` if set, and if not uses `StorageAlarm.objectId`.
	AlarmObject types.AnyType `xml:"alarmObject,omitempty,typeattr" json:"alarmObject,omitempty"`
}

func init() {
	types.Add("sms:StorageAlarm", reflect.TypeOf((*StorageAlarm)(nil)).Elem())
}

// This data object represents the storage array.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageArray struct {
	types.DynamicData

	// Name
	Name string `xml:"name" json:"name"`
	// Unique identifier
	Uuid string `xml:"uuid" json:"uuid"`
	// Storage array Vendor Id
	VendorId string `xml:"vendorId" json:"vendorId"`
	// Model Id
	ModelId string `xml:"modelId" json:"modelId"`
	// Storage array firmware
	Firmware string `xml:"firmware,omitempty" json:"firmware,omitempty"`
	// List of alternate storage array names
	AlternateName []string `xml:"alternateName,omitempty" json:"alternateName,omitempty"`
	// Supported block-device interfaces
	SupportedBlockInterface []string `xml:"supportedBlockInterface,omitempty" json:"supportedBlockInterface,omitempty"`
	// Supported file-system interfaces
	SupportedFileSystemInterface []string `xml:"supportedFileSystemInterface,omitempty" json:"supportedFileSystemInterface,omitempty"`
	// List of supported profiles
	SupportedProfile []string `xml:"supportedProfile,omitempty" json:"supportedProfile,omitempty"`
	// Deprecated as of SMS API 6.0, replaced by `VasaProviderInfo.priority`.
	//
	// Priority level of the provider for the given array within the session context.
	//
	// SMS will use this value to pick a provider among the ones that are registered
	// with SMS and manage this array. Once the provider is chosen, SMS will communicate
	// with it to get the data related to this array.
	// Valid range: 0 to 255.
	Priority int32 `xml:"priority,omitempty" json:"priority,omitempty"`
	// Required for NVMe-oF arrays and optional otherwise.
	//
	// Transport information to address the array's discovery service.
	DiscoverySvc []types.VASAStorageArrayDiscoverySvcInfo `xml:"discoverySvc,omitempty" json:"discoverySvc,omitempty"`
}

func init() {
	types.Add("sms:StorageArray", reflect.TypeOf((*StorageArray)(nil)).Elem())
}

// This data object represents the storage capability.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageCapability struct {
	types.DynamicData

	Uuid        string `xml:"uuid" json:"uuid"`
	Name        string `xml:"name" json:"name"`
	Description string `xml:"description" json:"description"`
}

func init() {
	types.Add("sms:StorageCapability", reflect.TypeOf((*StorageCapability)(nil)).Elem())
}

// This data object represents the storage container.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageContainer struct {
	types.DynamicData

	// Unique identifier
	Uuid string `xml:"uuid" json:"uuid"`
	// Name of the container
	Name string `xml:"name" json:"name"`
	// Maximum allowed capacity of the Virtual Volume in MBs
	MaxVvolSizeInMB int64 `xml:"maxVvolSizeInMB" json:"maxVvolSizeInMB"`
	// `SmsProviderInfo.uid` for providers that reports the storage container.
	ProviderId []string `xml:"providerId" json:"providerId"`
	ArrayId    []string `xml:"arrayId" json:"arrayId"`
	// Represents type of VVOL container, the supported values are listed in
	// `StorageContainerVvolContainerTypeEnum_enum`.
	//
	// If the storage array is not capable of supporting mixed PEs for a storage container,
	// the VVOL VASA provider sets this property to the supported endpoint type
	VvolContainerType string `xml:"vvolContainerType,omitempty" json:"vvolContainerType,omitempty"`
}

func init() {
	types.Add("sms:StorageContainer", reflect.TypeOf((*StorageContainer)(nil)).Elem())
}

// This data object represents information about storage containers and related providers.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageContainerResult struct {
	types.DynamicData

	// `StorageContainer` objects
	StorageContainer []StorageContainer `xml:"storageContainer,omitempty" json:"storageContainer,omitempty"`
	// `SmsProviderInfo` corresponding to providers that
	// report these storage containers
	ProviderInfo []BaseSmsProviderInfo `xml:"providerInfo,omitempty,typeattr" json:"providerInfo,omitempty"`
}

func init() {
	types.Add("sms:StorageContainerResult", reflect.TypeOf((*StorageContainerResult)(nil)).Elem())
}

// This data object represents the specification to query
// storage containers retrieved from VASA providers.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageContainerSpec struct {
	types.DynamicData

	ContainerId []string `xml:"containerId,omitempty" json:"containerId,omitempty"`
}

func init() {
	types.Add("sms:StorageContainerSpec", reflect.TypeOf((*StorageContainerSpec)(nil)).Elem())
}

// This data object represents the storage file-system.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageFileSystem struct {
	types.DynamicData

	// Unique identifier
	Uuid string `xml:"uuid" json:"uuid"`
	// Information about the file system
	Info                    []StorageFileSystemInfo `xml:"info" json:"info"`
	NativeSnapshotSupported bool                    `xml:"nativeSnapshotSupported" json:"nativeSnapshotSupported"`
	ThinProvisioningStatus  string                  `xml:"thinProvisioningStatus" json:"thinProvisioningStatus"`
	Type                    string                  `xml:"type" json:"type"`
	Version                 string                  `xml:"version" json:"version"`
	// Backing config information
	BackingConfig *BackingConfig `xml:"backingConfig,omitempty" json:"backingConfig,omitempty"`
}

func init() {
	types.Add("sms:StorageFileSystem", reflect.TypeOf((*StorageFileSystem)(nil)).Elem())
}

// This data object represents information about the storage
// file-system.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageFileSystemInfo struct {
	types.DynamicData

	// Server Name
	FileServerName string `xml:"fileServerName" json:"fileServerName"`
	// File Path
	FileSystemPath string `xml:"fileSystemPath" json:"fileSystemPath"`
	// IP address
	IpAddress string `xml:"ipAddress,omitempty" json:"ipAddress,omitempty"`
}

func init() {
	types.Add("sms:StorageFileSystemInfo", reflect.TypeOf((*StorageFileSystemInfo)(nil)).Elem())
}

// This data object represents the storage lun.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageLun struct {
	types.DynamicData

	// Unique Indentfier
	Uuid string `xml:"uuid" json:"uuid"`
	// Identifer reported by vSphere(ESX) for this LUN
	VSphereLunIdentifier string `xml:"vSphereLunIdentifier" json:"vSphereLunIdentifier"`
	// Display Name which appears in storage array management
	// console
	VendorDisplayName string `xml:"vendorDisplayName" json:"vendorDisplayName"`
	// Capacity In MB
	CapacityInMB int64 `xml:"capacityInMB" json:"capacityInMB"`
	// Used space in MB for a thin provisioned LUN
	UsedSpaceInMB int64 `xml:"usedSpaceInMB" json:"usedSpaceInMB"`
	// Indicates whether the LUN is thin provisioned
	LunThinProvisioned bool `xml:"lunThinProvisioned" json:"lunThinProvisioned"`
	// Alternate identifiers associated with the LUN
	AlternateIdentifier []string `xml:"alternateIdentifier,omitempty" json:"alternateIdentifier,omitempty"`
	// Indicates whether Storage DRS is permitted to manage
	// performance between this LUN and other LUNs from the same
	// array.
	DrsManagementPermitted bool   `xml:"drsManagementPermitted" json:"drsManagementPermitted"`
	ThinProvisioningStatus string `xml:"thinProvisioningStatus" json:"thinProvisioningStatus"`
	// Backing config information
	BackingConfig *BackingConfig `xml:"backingConfig,omitempty" json:"backingConfig,omitempty"`
}

func init() {
	types.Add("sms:StorageLun", reflect.TypeOf((*StorageLun)(nil)).Elem())
}

// This data object represents the storage port.
//
// This structure may be used only with operations rendered under `/sms`.
type StoragePort struct {
	types.DynamicData

	// Unique identifier
	Uuid string `xml:"uuid" json:"uuid"`
	// Storage Port Type
	Type string `xml:"type" json:"type"`
	// Other identifiers which can help identify storage port
	AlternateName []string `xml:"alternateName,omitempty" json:"alternateName,omitempty"`
}

func init() {
	types.Add("sms:StoragePort", reflect.TypeOf((*StoragePort)(nil)).Elem())
}

// This data object represents the storage processor.
//
// This structure may be used only with operations rendered under `/sms`.
type StorageProcessor struct {
	types.DynamicData

	// Unique Identifier
	Uuid string `xml:"uuid" json:"uuid"`
	// List of alternate identifiers
	AlternateIdentifer []string `xml:"alternateIdentifer,omitempty" json:"alternateIdentifer,omitempty"`
}

func init() {
	types.Add("sms:StorageProcessor", reflect.TypeOf((*StorageProcessor)(nil)).Elem())
}

// Mapping between the supported vendorID and corresponding
// modelID
//
// This structure may be used only with operations rendered under `/sms`.
type SupportedVendorModelMapping struct {
	types.DynamicData

	// SCSI Vendor ID
	VendorId string `xml:"vendorId,omitempty" json:"vendorId,omitempty"`
	// SCSI Model ID
	ModelId string `xml:"modelId,omitempty" json:"modelId,omitempty"`
}

func init() {
	types.Add("sms:SupportedVendorModelMapping", reflect.TypeOf((*SupportedVendorModelMapping)(nil)).Elem())
}

// This exception is thrown if a sync operation is invoked
// while another sync invocation is in progress.
//
// This structure may be used only with operations rendered under `/sms`.
type SyncInProgress struct {
	ProviderSyncFailed
}

func init() {
	types.Add("sms:SyncInProgress", reflect.TypeOf((*SyncInProgress)(nil)).Elem())
}

type SyncInProgressFault SyncInProgress

func init() {
	types.Add("sms:SyncInProgressFault", reflect.TypeOf((*SyncInProgressFault)(nil)).Elem())
}

// Throw if an synchronization is ongoing.
//
// This structure may be used only with operations rendered under `/sms`.
type SyncOngoing struct {
	SmsReplicationFault

	// Task identifier of the ongoing sync (@see sms.TaskInfo#key).
	//
	// Refers instance of `SmsTask`.
	Task types.ManagedObjectReference `xml:"task" json:"task"`
}

func init() {
	types.Add("sms:SyncOngoing", reflect.TypeOf((*SyncOngoing)(nil)).Elem())
}

type SyncOngoingFault SyncOngoing

func init() {
	types.Add("sms:SyncOngoingFault", reflect.TypeOf((*SyncOngoingFault)(nil)).Elem())
}

// The parameters of `VasaProvider.SyncReplicationGroup_Task`.
type SyncReplicationGroupRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// List of replication group IDs.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
	// Localized name for the point-in-time snapshot created.
	PitName string `xml:"pitName" json:"pitName"`
}

func init() {
	types.Add("sms:SyncReplicationGroupRequestType", reflect.TypeOf((*SyncReplicationGroupRequestType)(nil)).Elem())
}

// Result object for a replication group that was successfully synchronized.
//
// This structure may be used only with operations rendered under `/sms`.
type SyncReplicationGroupSuccessResult struct {
	GroupOperationResult

	// Creation time of the PIT
	TimeStamp time.Time `xml:"timeStamp" json:"timeStamp"`
	// PIT id.
	//
	// If the VASA provider does not support PIT, this can be
	// left unset.
	//
	// A PIT created as a result of the <code>syncReplicationGroup</code>
	// may or may not have the same retention policy as other PITs. A VASA provider
	// can choose to delete such a PIT after a successful <code>testFailoverStop</code>
	PitId   *PointInTimeReplicaId `xml:"pitId,omitempty" json:"pitId,omitempty"`
	PitName string                `xml:"pitName,omitempty" json:"pitName,omitempty"`
}

func init() {
	types.Add("sms:SyncReplicationGroupSuccessResult", reflect.TypeOf((*SyncReplicationGroupSuccessResult)(nil)).Elem())
}

type SyncReplicationGroup_Task SyncReplicationGroupRequestType

func init() {
	types.Add("sms:SyncReplicationGroup_Task", reflect.TypeOf((*SyncReplicationGroup_Task)(nil)).Elem())
}

type SyncReplicationGroup_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Represents a replication target device, since the replication group id can
// be the same in all the domains, this is keyed by the fault domain id.
//
// This structure may be used only with operations rendered under `/sms`.
type TargetDeviceId struct {
	types.DynamicData

	// ID of the fault domain.
	DomainId types.FaultDomainId `xml:"domainId" json:"domainId"`
	// ID of the target device.
	DeviceId ReplicaId `xml:"deviceId" json:"deviceId"`
}

func init() {
	types.Add("sms:TargetDeviceId", reflect.TypeOf((*TargetDeviceId)(nil)).Elem())
}

// Information about the replication target group.
//
// This is returned as answer
// to queryReplicationGroup before failover or testFailoverStart.
//
// This does not have to include the
// snapshot objects in the ReplicationGroup, however, see also
// `RecoveredTargetGroupMemberInfo`.
//
// This structure may be used only with operations rendered under `/sms`.
type TargetGroupInfo struct {
	GroupInfo

	// Replication source information.
	SourceInfo TargetToSourceInfo `xml:"sourceInfo" json:"sourceInfo"`
	// Replication state of the group on the replication target.
	State string `xml:"state" json:"state"`
	// Member device information.
	//
	// When the ReplicationGroup is either in `FAILEDOVER`
	// or `INTEST`, this
	// should be `RecoveredTargetGroupMemberInfo`.
	// Otherwise, this should be `TargetGroupMemberInfo`
	Devices []BaseTargetGroupMemberInfo `xml:"devices,omitempty,typeattr" json:"devices,omitempty"`
	// Whether the VASA provider is capable of executing
	// `promoteReplicationGroup(ReplicationGroupId[])` for this
	// ReplicationGroup.
	//
	// False if not set. Note that this setting is per
	// ReplicationGroup per Target domain.
	IsPromoteCapable *bool `xml:"isPromoteCapable" json:"isPromoteCapable,omitempty"`
	// Name of Replication Group.
	Name string `xml:"name,omitempty" json:"name,omitempty"`
}

func init() {
	types.Add("sms:TargetGroupInfo", reflect.TypeOf((*TargetGroupInfo)(nil)).Elem())
}

// Information about member virtual volumes in a ReplicationGroup
// on the target when the state is `ReplicationStateEnum#TARGET`.
//
// This need not include information about all the snapshots in
// the ReplicationGroup.
//
// This structure may be used only with operations rendered under `/sms`.
type TargetGroupMemberInfo struct {
	types.DynamicData

	// Identifier of the replica device.
	ReplicaId ReplicaId `xml:"replicaId" json:"replicaId"`
	// Source device, since the device id can be the same in all the domains,
	// this needs to supplemented with the domain id to identify the device.
	SourceId BaseDeviceId `xml:"sourceId,typeattr" json:"sourceId"`
	// Datastore of the target device.
	//
	// This may be used by CAM/SRM
	// to notify the administrators to setup access paths for the hosts
	// to access the recovered devices.
	//
	// Refers instance of `Datastore`.
	TargetDatastore types.ManagedObjectReference `xml:"targetDatastore" json:"targetDatastore"`
}

func init() {
	types.Add("sms:TargetGroupMemberInfo", reflect.TypeOf((*TargetGroupMemberInfo)(nil)).Elem())
}

// Information about each replication target.
//
// This structure may be used only with operations rendered under `/sms`.
type TargetToSourceInfo struct {
	types.DynamicData

	// Id of the source CG id (including the fault domain ID).
	SourceGroupId types.ReplicationGroupId `xml:"sourceGroupId" json:"sourceGroupId"`
	// Description of the replication agreement.
	//
	// This could be used to describe the characteristics of the replication
	// relationship between the source and the target (e.g. RPO, Replication
	// Mode, and other such properties). It is expected that VASA provider
	// will localize the string before sending to vSphere.
	ReplicationAgreementDescription string `xml:"replicationAgreementDescription,omitempty" json:"replicationAgreementDescription,omitempty"`
}

func init() {
	types.Add("sms:TargetToSourceInfo", reflect.TypeOf((*TargetToSourceInfo)(nil)).Elem())
}

// Input to testFailover method.
//
// This structure may be used only with operations rendered under `/sms`.
type TestFailoverParam struct {
	FailoverParam
}

func init() {
	types.Add("sms:TestFailoverParam", reflect.TypeOf((*TestFailoverParam)(nil)).Elem())
}

// The parameters of `VasaProvider.TestFailoverReplicationGroupStart_Task`.
type TestFailoverReplicationGroupStartRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Settings for the failover.
	TestFailoverParam TestFailoverParam `xml:"testFailoverParam" json:"testFailoverParam"`
}

func init() {
	types.Add("sms:TestFailoverReplicationGroupStartRequestType", reflect.TypeOf((*TestFailoverReplicationGroupStartRequestType)(nil)).Elem())
}

type TestFailoverReplicationGroupStart_Task TestFailoverReplicationGroupStartRequestType

func init() {
	types.Add("sms:TestFailoverReplicationGroupStart_Task", reflect.TypeOf((*TestFailoverReplicationGroupStart_Task)(nil)).Elem())
}

type TestFailoverReplicationGroupStart_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// The parameters of `VasaProvider.TestFailoverReplicationGroupStop_Task`.
type TestFailoverReplicationGroupStopRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// Array of replication groups that need to stop test.
	GroupId []types.ReplicationGroupId `xml:"groupId,omitempty" json:"groupId,omitempty"`
	// \- if true, VP should force-unbind all Virtual Volumes
	// and move the RG from INTEST to TARGET state. If false, VP will report all the
	// Virtual Volumes which need to be cleaned up before a failover operation
	// can be triggered. The default value will be false.
	Force bool `xml:"force" json:"force"`
}

func init() {
	types.Add("sms:TestFailoverReplicationGroupStopRequestType", reflect.TypeOf((*TestFailoverReplicationGroupStopRequestType)(nil)).Elem())
}

type TestFailoverReplicationGroupStop_Task TestFailoverReplicationGroupStopRequestType

func init() {
	types.Add("sms:TestFailoverReplicationGroupStop_Task", reflect.TypeOf((*TestFailoverReplicationGroupStop_Task)(nil)).Elem())
}

type TestFailoverReplicationGroupStop_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// This exception is thrown if the request exceeds the maximum number of
// elements in batch that the VASA Provider can support for the specific API.
//
// This structure may be used only with operations rendered under `/sms`.
type TooMany struct {
	types.MethodFault

	// Maximum number of elements in batch that the VASA Provider can support
	// for the specific API.
	//
	// If the value is not specified (zero) or invalid
	// (negative), client will assume the default value is 1.
	MaxBatchSize int64 `xml:"maxBatchSize,omitempty" json:"maxBatchSize,omitempty"`
}

func init() {
	types.Add("sms:TooMany", reflect.TypeOf((*TooMany)(nil)).Elem())
}

type TooManyFault TooMany

func init() {
	types.Add("sms:TooManyFault", reflect.TypeOf((*TooManyFault)(nil)).Elem())
}

// The parameters of `SmsStorageManager.UnregisterProvider_Task`.
type UnregisterProviderRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
	// `SmsProviderInfo.uid` for
	// the provider
	ProviderId string `xml:"providerId" json:"providerId"`
}

func init() {
	types.Add("sms:UnregisterProviderRequestType", reflect.TypeOf((*UnregisterProviderRequestType)(nil)).Elem())
}

type UnregisterProvider_Task UnregisterProviderRequestType

func init() {
	types.Add("sms:UnregisterProvider_Task", reflect.TypeOf((*UnregisterProvider_Task)(nil)).Elem())
}

type UnregisterProvider_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Identity of a virtual volume for policy API purposes.
//
// For the sake of
// brevity, let us use VVolId. This works because the class is defined as a part
// of the policy package.
//
// WSDL names do not have this feature, but WSDL names are usually prefixed with
// the package name any way.
//
// This structure may be used only with operations rendered under `/sms`.
type VVolId struct {
	DeviceId

	Id string `xml:"id" json:"id"`
}

func init() {
	types.Add("sms:VVolId", reflect.TypeOf((*VVolId)(nil)).Elem())
}

// Information about VASA (vStorage APIs for Storage Awareness) providers.
//
// This structure may be used only with operations rendered under `/sms`.
type VasaProviderInfo struct {
	SmsProviderInfo

	// Provider URL
	Url string `xml:"url" json:"url"`
	// Provider certificate
	Certificate string `xml:"certificate,omitempty" json:"certificate,omitempty"`
	// The operational state of VASA Provider.
	Status string `xml:"status,omitempty" json:"status,omitempty"`
	// A fault that describes the cause of the current operational status.
	StatusFault *types.LocalizedMethodFault `xml:"statusFault,omitempty" json:"statusFault,omitempty"`
	// Supported VASA(vStorage APIs for Storage Awareness) version
	VasaVersion string `xml:"vasaVersion,omitempty" json:"vasaVersion,omitempty"`
	// Namespace to categorize storage capabilities provided by
	// arrays managed by the provider
	Namespace string `xml:"namespace,omitempty" json:"namespace,omitempty"`
	// Time stamp to indicate when last sync operation was completed
	// successfully.
	LastSyncTime string `xml:"lastSyncTime,omitempty" json:"lastSyncTime,omitempty"`
	// List containing mapping between the supported vendorID and
	// corresponding modelID
	SupportedVendorModelMapping []SupportedVendorModelMapping `xml:"supportedVendorModelMapping,omitempty" json:"supportedVendorModelMapping,omitempty"`
	// Deprecated as of SMS API 3.0, use `StorageArray.supportedProfile`.
	//
	// List of supported profiles
	SupportedProfile []string `xml:"supportedProfile,omitempty" json:"supportedProfile,omitempty"`
	// List of supported profiles at provider level.
	//
	// Must be one of the string
	// values from \* `sms.provider.VasaProviderInfo#ProviderProfile`.
	SupportedProviderProfile []string `xml:"supportedProviderProfile,omitempty" json:"supportedProviderProfile,omitempty"`
	// List containing mapping between storage arrays reported by the provider
	// and information such as whether the provider is considered active for them.
	RelatedStorageArray []RelatedStorageArray `xml:"relatedStorageArray,omitempty" json:"relatedStorageArray,omitempty"`
	// Provider identifier reported by the provider which is unique within
	// the provider namespace.
	ProviderId string `xml:"providerId,omitempty" json:"providerId,omitempty"`
	// Provider certificate expiry date.
	CertificateExpiryDate string `xml:"certificateExpiryDate,omitempty" json:"certificateExpiryDate,omitempty"`
	// Provider certificate status
	// This field holds values from `sms.Provider.VasaProviderInfo#CertificateStatus`
	CertificateStatus string `xml:"certificateStatus,omitempty" json:"certificateStatus,omitempty"`
	// Service location for the VASA endpoint that SMS is using
	// to communicate with the provider.
	ServiceLocation string `xml:"serviceLocation,omitempty" json:"serviceLocation,omitempty"`
	// Indicates the type of deployment supported by the provider.
	//
	// If true, it is an active/passive deployment and the provider needs to be
	// activated explicitly using activateProviderEx() VASA API.
	// If false, it is an active/active deployment and provider does not need any
	// explicit activation to respond to VASA calls.
	NeedsExplicitActivation *bool `xml:"needsExplicitActivation" json:"needsExplicitActivation,omitempty"`
	// Maximum number of elements in batch APIs that the VASA Provider can support.
	//
	// This value is common to all batch APIs supported by the provider. However,
	// for each specific API, the provider may still throw or return `TooMany`
	// fault in which a different value of maxBatchSize can be specified.
	// If the value is not specified (zero) or invalid (negative), client will
	// assume there's no common limit for the number of elements that can be
	// handled in all batch APIs.
	MaxBatchSize int64 `xml:"maxBatchSize,omitempty" json:"maxBatchSize,omitempty"`
	// Indicate whether the provider wants to retain its certificate after bootstrapping.
	//
	// If true, SMS will not provision a VMCA signed certificate for the provider
	// and all certificate life cycle management workflows are disabled for this provider certificate.
	// If false, SMS will provision a VMCA signed certificate for the provider and
	// all certificate life cycle management workflows are enabled for this provider certificate.
	RetainVasaProviderCertificate *bool `xml:"retainVasaProviderCertificate" json:"retainVasaProviderCertificate,omitempty"`
	// Indicates if this provider is independent of arrays.
	//
	// Default value for this flag is false, which means this provider supports
	// arrays. Arrays will be queried for this provider during sync. If this flag
	// is set to true, arrays will not be synced for this provider and array
	// related API will not be invoked on this provider.
	ArrayIndependentProvider *bool `xml:"arrayIndependentProvider" json:"arrayIndependentProvider,omitempty"`
	// Type of this VASA provider.
	//
	// This field will be equal to one of the values of `sms.provider.VasaProviderInfo#Type`.
	Type string `xml:"type,omitempty" json:"type,omitempty"`
	// This field indicates the category of the provider and will be equal to one of the values of
	// `VpCategory_enum`.
	Category string `xml:"category,omitempty" json:"category,omitempty"`
	// Priority level of the provider within a VASA HA group.
	//
	// For a stand-alone
	// provider which does not participate in VASA HA, this field will be ignored.
	//
	// The priority value is an integer with valid range from 0 to 255.
	Priority int32 `xml:"priority,omitempty" json:"priority,omitempty"`
	// Unique identifier of a VASA HA group.
	//
	// Providers should report this
	// identifier to utilize HA feature supported by vSphere. Different providers
	// reporting the same <code>failoverGroupId</code> will be treated as an HA
	// group. Failover/failback will be done within one group.
	FailoverGroupId string `xml:"failoverGroupId,omitempty" json:"failoverGroupId,omitempty"`
}

func init() {
	types.Add("sms:VasaProviderInfo", reflect.TypeOf((*VasaProviderInfo)(nil)).Elem())
}

type VasaProviderReconnectRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:VasaProviderReconnectRequestType", reflect.TypeOf((*VasaProviderReconnectRequestType)(nil)).Elem())
}

type VasaProviderReconnect_Task VasaProviderReconnectRequestType

func init() {
	types.Add("sms:VasaProviderReconnect_Task", reflect.TypeOf((*VasaProviderReconnect_Task)(nil)).Elem())
}

type VasaProviderReconnect_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

type VasaProviderRefreshCertificateRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:VasaProviderRefreshCertificateRequestType", reflect.TypeOf((*VasaProviderRefreshCertificateRequestType)(nil)).Elem())
}

type VasaProviderRefreshCertificate_Task VasaProviderRefreshCertificateRequestType

func init() {
	types.Add("sms:VasaProviderRefreshCertificate_Task", reflect.TypeOf((*VasaProviderRefreshCertificate_Task)(nil)).Elem())
}

type VasaProviderRefreshCertificate_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

type VasaProviderRevokeCertificateRequestType struct {
	This types.ManagedObjectReference `xml:"_this" json:"_this"`
}

func init() {
	types.Add("sms:VasaProviderRevokeCertificateRequestType", reflect.TypeOf((*VasaProviderRevokeCertificateRequestType)(nil)).Elem())
}

type VasaProviderRevokeCertificate_Task VasaProviderRevokeCertificateRequestType

func init() {
	types.Add("sms:VasaProviderRevokeCertificate_Task", reflect.TypeOf((*VasaProviderRevokeCertificate_Task)(nil)).Elem())
}

type VasaProviderRevokeCertificate_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// VASA(vStorage APIs for Storage Awareness) provider
// specification
//
// This structure may be used only with operations rendered under `/sms`.
type VasaProviderSpec struct {
	SmsProviderSpec

	// Username
	// The maximum length of the username is 255 characters.
	Username string `xml:"username" json:"username"`
	// Password
	// The maximum length of the password is 255 characters.
	Password string `xml:"password" json:"password"`
	// URL
	Url string `xml:"url" json:"url"`
	// Certificate
	Certificate string `xml:"certificate,omitempty" json:"certificate,omitempty"`
}

func init() {
	types.Add("sms:VasaProviderSpec", reflect.TypeOf((*VasaProviderSpec)(nil)).Elem())
}

// The parameters of `VasaProvider.VasaProviderSync_Task`.
type VasaProviderSyncRequestType struct {
	This    types.ManagedObjectReference `xml:"_this" json:"_this"`
	ArrayId string                       `xml:"arrayId,omitempty" json:"arrayId,omitempty"`
}

func init() {
	types.Add("sms:VasaProviderSyncRequestType", reflect.TypeOf((*VasaProviderSyncRequestType)(nil)).Elem())
}

type VasaProviderSync_Task VasaProviderSyncRequestType

func init() {
	types.Add("sms:VasaProviderSync_Task", reflect.TypeOf((*VasaProviderSync_Task)(nil)).Elem())
}

type VasaProviderSync_TaskResponse struct {
	Returnval types.ManagedObjectReference `xml:"returnval" json:"returnval"`
}

// Represents a virtual disk with a UUID (aka FCD).
//
// Virtual Volume VASA providers can ignore this class.
//
// This structure may be used only with operations rendered under `/sms`.
type VasaVirtualDiskId struct {
	DeviceId

	// See VIM documentation for more details on first class storage - which is
	// new in 2016.
	DiskId string `xml:"diskId" json:"diskId"`
}

func init() {
	types.Add("sms:VasaVirtualDiskId", reflect.TypeOf((*VasaVirtualDiskId)(nil)).Elem())
}

// Represents a virtual disk.
//
// Ideally a UUID, since we do not yet have an FCD,
// let us use VM's UUID + diskKey.
// Virtual Volume VASA providers can ignore this class.
//
// This structure may be used only with operations rendered under `/sms`.
type VirtualDiskKey struct {
	DeviceId

	// The vmInstanceUUID is unique to a VM.
	//
	// See
	// http://pubs.vmware.com/vsphere-60/index.jsp?topic=%2Fcom.vmware.wssdk.apiref.doc%2Fvim.vm.ConfigInfo.html
	VmInstanceUUID string `xml:"vmInstanceUUID" json:"vmInstanceUUID"`
	DeviceKey      int32  `xml:"deviceKey" json:"deviceKey"`
}

func init() {
	types.Add("sms:VirtualDiskKey", reflect.TypeOf((*VirtualDiskKey)(nil)).Elem())
}

// Identifies a VirtualDisk uniquely using the disk key, vCenter managed object id of the VM it
// belongs to and the corresponding vCenter UUID.
//
// This structure may be used only with operations rendered under `/sms`.
type VirtualDiskMoId struct {
	DeviceId

	// The vCenter UUID - this is informational only, and may not always be set.
	VcUuid string `xml:"vcUuid,omitempty" json:"vcUuid,omitempty"`
	// The managed object id that corresponds to vCenter's ManagedObjectReference#key for this VM.
	VmMoid string `xml:"vmMoid" json:"vmMoid"`
	// The disk key that corresponds to the VirtualDevice#key in vCenter.
	DiskKey string `xml:"diskKey" json:"diskKey"`
}

func init() {
	types.Add("sms:VirtualDiskMoId", reflect.TypeOf((*VirtualDiskMoId)(nil)).Elem())
}

// Identifies a virtual machine by its VMX file path.
//
// This structure may be used only with operations rendered under `/sms`.
type VirtualMachineFilePath struct {
	VirtualMachineId

	// The vCenter UUID - this is informational only,
	// and may not always be set.
	VcUuid string `xml:"vcUuid,omitempty" json:"vcUuid,omitempty"`
	// Datastore URL, which is globally unique (name is not).
	DsUrl string `xml:"dsUrl" json:"dsUrl"`
	// Full path name from the URL onwards.
	//
	// When the vmxPath is returned after failover, the VMX file
	// should be fixed up to contain correct target filenames for all replicated
	// disks. For non-replicated disks, the target filenames can contain
	// any arbitrary path. For better security, it is recommended to
	// set these disks pointed to a random string (e.g. UUID).
	VmxPath string `xml:"vmxPath" json:"vmxPath"`
}

func init() {
	types.Add("sms:VirtualMachineFilePath", reflect.TypeOf((*VirtualMachineFilePath)(nil)).Elem())
}

// Abstracts the identity of a virtual machine.
//
// This structure may be used only with operations rendered under `/sms`.
type VirtualMachineId struct {
	DeviceId
}

func init() {
	types.Add("sms:VirtualMachineId", reflect.TypeOf((*VirtualMachineId)(nil)).Elem())
}

// Identifies a VirtualMachine uniquely using its vCenter managed object id and the corresponding
// vCenter UUID
//
// This structure may be used only with operations rendered under `/sms`.
type VirtualMachineMoId struct {
	VirtualMachineId

	// The vCenter UUID - this is informational only, and may not always be set.
	VcUuid string `xml:"vcUuid,omitempty" json:"vcUuid,omitempty"`
	// The managed object id that corresponds to vCenter's ManagedObjectReference#key for this VM.
	VmMoid string `xml:"vmMoid" json:"vmMoid"`
}

func init() {
	types.Add("sms:VirtualMachineMoId", reflect.TypeOf((*VirtualMachineMoId)(nil)).Elem())
}

// Identifies a virtual machine by its vmInstanceUUID
//
// This structure may be used only with operations rendered under `/sms`.
type VirtualMachineUUID struct {
	VirtualMachineId

	// The vmInstanceUUID is unique to a VM.
	//
	// See
	// http://pubs.vmware.com/vsphere-60/index.jsp?topic=%2Fcom.vmware.wssdk.apiref.doc%2Fvim.vm.ConfigInfo.html
	VmInstanceUUID string `xml:"vmInstanceUUID" json:"vmInstanceUUID"`
}

func init() {
	types.Add("sms:VirtualMachineUUID", reflect.TypeOf((*VirtualMachineUUID)(nil)).Elem())
}

type VersionURI string

func init() {
	types.Add("sms:versionURI", reflect.TypeOf((*VersionURI)(nil)).Elem())
}