// © Broadcom. All Rights Reserved.
// The term "Broadcom" refers to Broadcom Inc. and/or its subsidiaries.
// SPDX-License-Identifier: Apache-2.0

package types

import "reflect"

// These constant strings can be used as parameters in user-specified
// email subject and body templates as well as in scripts.
//
// The action processor
// in VirtualCenter substitutes the run-time values for the parameters.
// For example, an email subject provided by the client could be the string:
// `Alarm - {alarmName} Description:\n{eventDescription}`.
// Or a script action provided could be: `myScript {alarmName}`.
type ActionParameter string

const (
	// The name of the entity where the alarm is triggered.
	ActionParameterTargetName = ActionParameter("targetName")
	// The name of the triggering alarm.
	ActionParameterAlarmName = ActionParameter("alarmName")
	// The status prior to the alarm being triggered.
	ActionParameterOldStatus = ActionParameter("oldStatus")
	// The status after the alarm is triggered.
	ActionParameterNewStatus = ActionParameter("newStatus")
	// A summary of information involved in triggering the alarm.
	ActionParameterTriggeringSummary = ActionParameter("triggeringSummary")
	// A summary of declarations made during the triggering of the alarm.
	ActionParameterDeclaringSummary = ActionParameter("declaringSummary")
	// The event description.
	ActionParameterEventDescription = ActionParameter("eventDescription")
	// The object of the entity where the alarm is associated.
	ActionParameterTarget = ActionParameter("target")
	// The object of the triggering alarm.
	ActionParameterAlarm = ActionParameter("alarm")
)

func (e ActionParameter) Values() []ActionParameter {
	return []ActionParameter{
		ActionParameterTargetName,
		ActionParameterAlarmName,
		ActionParameterOldStatus,
		ActionParameterNewStatus,
		ActionParameterTriggeringSummary,
		ActionParameterDeclaringSummary,
		ActionParameterEventDescription,
		ActionParameterTarget,
		ActionParameterAlarm,
	}
}

func (e ActionParameter) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ActionParameter"] = reflect.TypeOf((*ActionParameter)(nil)).Elem()
}

// Pre-defined constants for possible action types.
//
// Virtual Center
// uses this information to coordinate with the clients.
type ActionType string

const (
	// Migration action type
	ActionTypeMigrationV1 = ActionType("MigrationV1")
	// Virtual machine power action type
	ActionTypeVmPowerV1 = ActionType("VmPowerV1")
	// Host power action type
	ActionTypeHostPowerV1 = ActionType("HostPowerV1")
	// Host entering maintenance mode action type
	ActionTypeHostMaintenanceV1 = ActionType("HostMaintenanceV1")
	// Storage migration action type
	ActionTypeStorageMigrationV1 = ActionType("StorageMigrationV1")
	// Initial placement action for a virtual machine or a virtual disk
	ActionTypeStoragePlacementV1 = ActionType("StoragePlacementV1")
	// Initial placement action for a virtual machine and its virtual disks
	ActionTypePlacementV1 = ActionType("PlacementV1")
	// Host changing infrastructure update ha mode action type.
	ActionTypeHostInfraUpdateHaV1 = ActionType("HostInfraUpdateHaV1")
)

func (e ActionType) Values() []ActionType {
	return []ActionType{
		ActionTypeMigrationV1,
		ActionTypeVmPowerV1,
		ActionTypeHostPowerV1,
		ActionTypeHostMaintenanceV1,
		ActionTypeStorageMigrationV1,
		ActionTypeStoragePlacementV1,
		ActionTypePlacementV1,
		ActionTypeHostInfraUpdateHaV1,
	}
}

func (e ActionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ActionType"] = reflect.TypeOf((*ActionType)(nil)).Elem()
}

// Types of affinities.
type AffinityType string

const (
	AffinityTypeMemory = AffinityType("memory")
	AffinityTypeCpu    = AffinityType("cpu")
)

func (e AffinityType) Values() []AffinityType {
	return []AffinityType{
		AffinityTypeMemory,
		AffinityTypeCpu,
	}
}

func (e AffinityType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AffinityType"] = reflect.TypeOf((*AffinityType)(nil)).Elem()
}

type AgentInstallFailedReason string

const (
	// There is not enough storage space on the host to install the agent.
	AgentInstallFailedReasonNotEnoughSpaceOnDevice = AgentInstallFailedReason("NotEnoughSpaceOnDevice")
	// Failed to initialize the upgrade directory on the host.
	AgentInstallFailedReasonPrepareToUpgradeFailed = AgentInstallFailedReason("PrepareToUpgradeFailed")
	// The agent was installed but is not running.
	AgentInstallFailedReasonAgentNotRunning = AgentInstallFailedReason("AgentNotRunning")
	// The agent was installed but did not respond to requests.
	AgentInstallFailedReasonAgentNotReachable = AgentInstallFailedReason("AgentNotReachable")
	// The agent install took too long.
	AgentInstallFailedReasonInstallTimedout = AgentInstallFailedReason("InstallTimedout")
	// The signature verification for the installer failed.
	AgentInstallFailedReasonSignatureVerificationFailed = AgentInstallFailedReason("SignatureVerificationFailed")
	// Failed to upload the agent installer.
	AgentInstallFailedReasonAgentUploadFailed = AgentInstallFailedReason("AgentUploadFailed")
	// The agent upload took too long.
	AgentInstallFailedReasonAgentUploadTimedout = AgentInstallFailedReason("AgentUploadTimedout")
	// The agent installer failed for an unknown reason.
	AgentInstallFailedReasonUnknownInstallerError = AgentInstallFailedReason("UnknownInstallerError")
)

func (e AgentInstallFailedReason) Values() []AgentInstallFailedReason {
	return []AgentInstallFailedReason{
		AgentInstallFailedReasonNotEnoughSpaceOnDevice,
		AgentInstallFailedReasonPrepareToUpgradeFailed,
		AgentInstallFailedReasonAgentNotRunning,
		AgentInstallFailedReasonAgentNotReachable,
		AgentInstallFailedReasonInstallTimedout,
		AgentInstallFailedReasonSignatureVerificationFailed,
		AgentInstallFailedReasonAgentUploadFailed,
		AgentInstallFailedReasonAgentUploadTimedout,
		AgentInstallFailedReasonUnknownInstallerError,
	}
}

func (e AgentInstallFailedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AgentInstallFailedReason"] = reflect.TypeOf((*AgentInstallFailedReason)(nil)).Elem()
}

// Alarm entity type
type AlarmFilterSpecAlarmTypeByEntity string

const (
	// Alarms on all entity types.
	AlarmFilterSpecAlarmTypeByEntityEntityTypeAll = AlarmFilterSpecAlarmTypeByEntity("entityTypeAll")
	// Host alarms
	AlarmFilterSpecAlarmTypeByEntityEntityTypeHost = AlarmFilterSpecAlarmTypeByEntity("entityTypeHost")
	// VM alarms
	AlarmFilterSpecAlarmTypeByEntityEntityTypeVm = AlarmFilterSpecAlarmTypeByEntity("entityTypeVm")
)

func (e AlarmFilterSpecAlarmTypeByEntity) Values() []AlarmFilterSpecAlarmTypeByEntity {
	return []AlarmFilterSpecAlarmTypeByEntity{
		AlarmFilterSpecAlarmTypeByEntityEntityTypeAll,
		AlarmFilterSpecAlarmTypeByEntityEntityTypeHost,
		AlarmFilterSpecAlarmTypeByEntityEntityTypeVm,
	}
}

func (e AlarmFilterSpecAlarmTypeByEntity) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AlarmFilterSpecAlarmTypeByEntity"] = reflect.TypeOf((*AlarmFilterSpecAlarmTypeByEntity)(nil)).Elem()
}

// Alarm triggering type.
//
// The main divisions are event triggered and
// metric- or state-based alarms.
type AlarmFilterSpecAlarmTypeByTrigger string

const (
	// All alarm types.
	AlarmFilterSpecAlarmTypeByTriggerTriggerTypeAll = AlarmFilterSpecAlarmTypeByTrigger("triggerTypeAll")
	// Event based alarms
	AlarmFilterSpecAlarmTypeByTriggerTriggerTypeEvent = AlarmFilterSpecAlarmTypeByTrigger("triggerTypeEvent")
	// Metric or state alarms
	AlarmFilterSpecAlarmTypeByTriggerTriggerTypeMetric = AlarmFilterSpecAlarmTypeByTrigger("triggerTypeMetric")
)

func (e AlarmFilterSpecAlarmTypeByTrigger) Values() []AlarmFilterSpecAlarmTypeByTrigger {
	return []AlarmFilterSpecAlarmTypeByTrigger{
		AlarmFilterSpecAlarmTypeByTriggerTriggerTypeAll,
		AlarmFilterSpecAlarmTypeByTriggerTriggerTypeEvent,
		AlarmFilterSpecAlarmTypeByTriggerTriggerTypeMetric,
	}
}

func (e AlarmFilterSpecAlarmTypeByTrigger) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AlarmFilterSpecAlarmTypeByTrigger"] = reflect.TypeOf((*AlarmFilterSpecAlarmTypeByTrigger)(nil)).Elem()
}

// Defines the result status values for a validating answer file.
type AnswerFileValidationInfoStatus string

const (
	// Answer File validation was successful.
	AnswerFileValidationInfoStatusSuccess = AnswerFileValidationInfoStatus("success")
	// Answer File validation failed.
	AnswerFileValidationInfoStatusFailed = AnswerFileValidationInfoStatus("failed")
	// Answer File validation failed to generate default.
	AnswerFileValidationInfoStatusFailed_defaults = AnswerFileValidationInfoStatus("failed_defaults")
)

func (e AnswerFileValidationInfoStatus) Values() []AnswerFileValidationInfoStatus {
	return []AnswerFileValidationInfoStatus{
		AnswerFileValidationInfoStatusSuccess,
		AnswerFileValidationInfoStatusFailed,
		AnswerFileValidationInfoStatusFailed_defaults,
	}
}

func (e AnswerFileValidationInfoStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AnswerFileValidationInfoStatus"] = reflect.TypeOf((*AnswerFileValidationInfoStatus)(nil)).Elem()
}

type ApplyHostProfileConfigurationResultStatus string

const (
	// Remediation succeeded.
	ApplyHostProfileConfigurationResultStatusSuccess = ApplyHostProfileConfigurationResultStatus("success")
	// Remediation failed.
	ApplyHostProfileConfigurationResultStatusFailed = ApplyHostProfileConfigurationResultStatus("failed")
	// Remediation succeeded but reboot after remediation failed.
	//
	// May treat this as a warning.
	ApplyHostProfileConfigurationResultStatusReboot_failed = ApplyHostProfileConfigurationResultStatus("reboot_failed")
	// Stateless reboot for remediation failed.
	ApplyHostProfileConfigurationResultStatusStateless_reboot_failed = ApplyHostProfileConfigurationResultStatus("stateless_reboot_failed")
	// Remediation and reboot succeeded but check compliance after reboot
	// failed.
	//
	// May treat this as a warning.
	ApplyHostProfileConfigurationResultStatusCheck_compliance_failed = ApplyHostProfileConfigurationResultStatus("check_compliance_failed")
	// The required state is not satisfied so host profile apply cannot
	// be done.
	ApplyHostProfileConfigurationResultStatusState_not_satisfied = ApplyHostProfileConfigurationResultStatus("state_not_satisfied")
	// Exit maintenance mode failed.
	ApplyHostProfileConfigurationResultStatusExit_maintenancemode_failed = ApplyHostProfileConfigurationResultStatus("exit_maintenancemode_failed")
	// The remediation was canceled.
	ApplyHostProfileConfigurationResultStatusCanceled = ApplyHostProfileConfigurationResultStatus("canceled")
)

func (e ApplyHostProfileConfigurationResultStatus) Values() []ApplyHostProfileConfigurationResultStatus {
	return []ApplyHostProfileConfigurationResultStatus{
		ApplyHostProfileConfigurationResultStatusSuccess,
		ApplyHostProfileConfigurationResultStatusFailed,
		ApplyHostProfileConfigurationResultStatusReboot_failed,
		ApplyHostProfileConfigurationResultStatusStateless_reboot_failed,
		ApplyHostProfileConfigurationResultStatusCheck_compliance_failed,
		ApplyHostProfileConfigurationResultStatusState_not_satisfied,
		ApplyHostProfileConfigurationResultStatusExit_maintenancemode_failed,
		ApplyHostProfileConfigurationResultStatusCanceled,
	}
}

func (e ApplyHostProfileConfigurationResultStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ApplyHostProfileConfigurationResultStatus"] = reflect.TypeOf((*ApplyHostProfileConfigurationResultStatus)(nil)).Elem()
}

// This list specifies the type of operation being performed on the array.
type ArrayUpdateOperation string

const (
	// indicates an addition to the array.
	ArrayUpdateOperationAdd = ArrayUpdateOperation("add")
	// indicates the removal of an element in the
	// array.
	//
	// In this case the key field must contain the key of the element
	// to be removed.
	ArrayUpdateOperationRemove = ArrayUpdateOperation("remove")
	// indicates changes to an element in the array.
	ArrayUpdateOperationEdit = ArrayUpdateOperation("edit")
)

func (e ArrayUpdateOperation) Values() []ArrayUpdateOperation {
	return []ArrayUpdateOperation{
		ArrayUpdateOperationAdd,
		ArrayUpdateOperationRemove,
		ArrayUpdateOperationEdit,
	}
}

func (e ArrayUpdateOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ArrayUpdateOperation"] = reflect.TypeOf((*ArrayUpdateOperation)(nil)).Elem()
}

type AutoStartAction string

const (
	// No action is taken for this virtual machine.
	//
	// This virtual machine is
	// not a part of the auto-start sequence. This can be used for both auto-start
	// and auto-start settings.
	AutoStartActionNone = AutoStartAction("none")
	// The default system action is taken for this virtual machine when it is next in
	// the auto-start order.
	//
	// This can be used for both auto-start and auto-start
	// settings.
	AutoStartActionSystemDefault = AutoStartAction("systemDefault")
	// This virtual machine is powered on when it is next in the auto-start order.
	AutoStartActionPowerOn = AutoStartAction("powerOn")
	// This virtual machine is powered off when it is next in the auto-stop order.
	//
	// This is the default stopAction.
	AutoStartActionPowerOff = AutoStartAction("powerOff")
	// The guest operating system for a virtual machine is shut down when that
	// virtual machine in next in the auto-stop order.
	AutoStartActionGuestShutdown = AutoStartAction("guestShutdown")
	// This virtual machine is suspended when it is next in the auto-stop order.
	AutoStartActionSuspend = AutoStartAction("suspend")
)

func (e AutoStartAction) Values() []AutoStartAction {
	return []AutoStartAction{
		AutoStartActionNone,
		AutoStartActionSystemDefault,
		AutoStartActionPowerOn,
		AutoStartActionPowerOff,
		AutoStartActionGuestShutdown,
		AutoStartActionSuspend,
	}
}

func (e AutoStartAction) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AutoStartAction"] = reflect.TypeOf((*AutoStartAction)(nil)).Elem()
}

// Determines if the virtual machine should start after receiving a heartbeat,
// ignore heartbeats and start after the startDelay has elapsed, or follow the
// system default before powering on.
//
// When a virtual machine is next in the start
// order, the system either waits a specified period of time for a virtual
// machine to power on or it waits until it receives a successful heartbeat from a
// powered on virtual machine. By default, this is set to no.
type AutoStartWaitHeartbeatSetting string

const (
	// The system waits until receiving a heartbeat before powering on the next
	// machine in the order.
	AutoStartWaitHeartbeatSettingYes = AutoStartWaitHeartbeatSetting("yes")
	// The system does not wait to receive a heartbeat before powering on the next
	// machine in the order.
	//
	// This is the default setting.
	AutoStartWaitHeartbeatSettingNo = AutoStartWaitHeartbeatSetting("no")
	// The system uses the default value to determine whether or not to wait to
	// receive a heartbeat before powering on the next machine in the order.
	AutoStartWaitHeartbeatSettingSystemDefault = AutoStartWaitHeartbeatSetting("systemDefault")
)

func (e AutoStartWaitHeartbeatSetting) Values() []AutoStartWaitHeartbeatSetting {
	return []AutoStartWaitHeartbeatSetting{
		AutoStartWaitHeartbeatSettingYes,
		AutoStartWaitHeartbeatSettingNo,
		AutoStartWaitHeartbeatSettingSystemDefault,
	}
}

func (e AutoStartWaitHeartbeatSetting) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["AutoStartWaitHeartbeatSetting"] = reflect.TypeOf((*AutoStartWaitHeartbeatSetting)(nil)).Elem()
}

// Provisioning type constants.
type BaseConfigInfoDiskFileBackingInfoProvisioningType string

const (
	// Space required for thin-provisioned virtual disk is allocated
	// and zeroed on demand as the space is used.
	BaseConfigInfoDiskFileBackingInfoProvisioningTypeThin = BaseConfigInfoDiskFileBackingInfoProvisioningType("thin")
	// An eager zeroed thick virtual disk has all space allocated and
	// wiped clean of any previous contents on the physical media at
	// creation time.
	//
	// Such virtual disk may take longer time
	// during creation compared to other provisioning formats.
	BaseConfigInfoDiskFileBackingInfoProvisioningTypeEagerZeroedThick = BaseConfigInfoDiskFileBackingInfoProvisioningType("eagerZeroedThick")
	// A thick virtual disk has all space allocated at creation time.
	//
	// This space may contain stale data on the physical media.
	BaseConfigInfoDiskFileBackingInfoProvisioningTypeLazyZeroedThick = BaseConfigInfoDiskFileBackingInfoProvisioningType("lazyZeroedThick")
)

func (e BaseConfigInfoDiskFileBackingInfoProvisioningType) Values() []BaseConfigInfoDiskFileBackingInfoProvisioningType {
	return []BaseConfigInfoDiskFileBackingInfoProvisioningType{
		BaseConfigInfoDiskFileBackingInfoProvisioningTypeThin,
		BaseConfigInfoDiskFileBackingInfoProvisioningTypeEagerZeroedThick,
		BaseConfigInfoDiskFileBackingInfoProvisioningTypeLazyZeroedThick,
	}
}

func (e BaseConfigInfoDiskFileBackingInfoProvisioningType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["BaseConfigInfoDiskFileBackingInfoProvisioningType"] = reflect.TypeOf((*BaseConfigInfoDiskFileBackingInfoProvisioningType)(nil)).Elem()
}

// Enum representing result of batch-APis.
type BatchResultResult string

const (
	BatchResultResultSuccess = BatchResultResult("success")
	BatchResultResultFail    = BatchResultResult("fail")
)

func (e BatchResultResult) Values() []BatchResultResult {
	return []BatchResultResult{
		BatchResultResultSuccess,
		BatchResultResultFail,
	}
}

func (e BatchResultResult) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["BatchResultResult"] = reflect.TypeOf((*BatchResultResult)(nil)).Elem()
}

type CannotEnableVmcpForClusterReason string

const (
	// APD timeout has been disabled on one of the host
	CannotEnableVmcpForClusterReasonAPDTimeoutDisabled = CannotEnableVmcpForClusterReason("APDTimeoutDisabled")
)

func (e CannotEnableVmcpForClusterReason) Values() []CannotEnableVmcpForClusterReason {
	return []CannotEnableVmcpForClusterReason{
		CannotEnableVmcpForClusterReasonAPDTimeoutDisabled,
	}
}

func (e CannotEnableVmcpForClusterReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CannotEnableVmcpForClusterReason"] = reflect.TypeOf((*CannotEnableVmcpForClusterReason)(nil)).Elem()
}

type CannotMoveFaultToleranceVmMoveType string

const (
	// Move out of the resource pool
	CannotMoveFaultToleranceVmMoveTypeResourcePool = CannotMoveFaultToleranceVmMoveType("resourcePool")
	// Move out of the cluster
	CannotMoveFaultToleranceVmMoveTypeCluster = CannotMoveFaultToleranceVmMoveType("cluster")
)

func (e CannotMoveFaultToleranceVmMoveType) Values() []CannotMoveFaultToleranceVmMoveType {
	return []CannotMoveFaultToleranceVmMoveType{
		CannotMoveFaultToleranceVmMoveTypeResourcePool,
		CannotMoveFaultToleranceVmMoveTypeCluster,
	}
}

func (e CannotMoveFaultToleranceVmMoveType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CannotMoveFaultToleranceVmMoveType"] = reflect.TypeOf((*CannotMoveFaultToleranceVmMoveType)(nil)).Elem()
}

type CannotPowerOffVmInClusterOperation string

const (
	// suspend
	CannotPowerOffVmInClusterOperationSuspend = CannotPowerOffVmInClusterOperation("suspend")
	// power off
	CannotPowerOffVmInClusterOperationPowerOff = CannotPowerOffVmInClusterOperation("powerOff")
	// guest shutdown
	CannotPowerOffVmInClusterOperationGuestShutdown = CannotPowerOffVmInClusterOperation("guestShutdown")
	// guest suspend
	CannotPowerOffVmInClusterOperationGuestSuspend = CannotPowerOffVmInClusterOperation("guestSuspend")
)

func (e CannotPowerOffVmInClusterOperation) Values() []CannotPowerOffVmInClusterOperation {
	return []CannotPowerOffVmInClusterOperation{
		CannotPowerOffVmInClusterOperationSuspend,
		CannotPowerOffVmInClusterOperationPowerOff,
		CannotPowerOffVmInClusterOperationGuestShutdown,
		CannotPowerOffVmInClusterOperationGuestSuspend,
	}
}

func (e CannotPowerOffVmInClusterOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CannotPowerOffVmInClusterOperation"] = reflect.TypeOf((*CannotPowerOffVmInClusterOperation)(nil)).Elem()
}

type CannotUseNetworkReason string

const (
	// Network does not support reservation
	CannotUseNetworkReasonNetworkReservationNotSupported = CannotUseNetworkReason("NetworkReservationNotSupported")
	// Source and destination networks do not have same security policies
	CannotUseNetworkReasonMismatchedNetworkPolicies = CannotUseNetworkReason("MismatchedNetworkPolicies")
	// Source and destination DVS do not have same version or vendor
	CannotUseNetworkReasonMismatchedDvsVersionOrVendor = CannotUseNetworkReason("MismatchedDvsVersionOrVendor")
	// VMotion to unsupported destination network type
	CannotUseNetworkReasonVMotionToUnsupportedNetworkType = CannotUseNetworkReason("VMotionToUnsupportedNetworkType")
	// The network is under maintenance
	CannotUseNetworkReasonNetworkUnderMaintenance = CannotUseNetworkReason("NetworkUnderMaintenance")
	// Source and destination networks do not have same ENS(Enhanced Network Stack) mode
	CannotUseNetworkReasonMismatchedEnsMode = CannotUseNetworkReason("MismatchedEnsMode")
	// Source and destination networks do not have the same real-time flag
	CannotUseNetworkReasonMismatchedRealTimeDvs = CannotUseNetworkReason("MismatchedRealTimeDvs")
)

func (e CannotUseNetworkReason) Values() []CannotUseNetworkReason {
	return []CannotUseNetworkReason{
		CannotUseNetworkReasonNetworkReservationNotSupported,
		CannotUseNetworkReasonMismatchedNetworkPolicies,
		CannotUseNetworkReasonMismatchedDvsVersionOrVendor,
		CannotUseNetworkReasonVMotionToUnsupportedNetworkType,
		CannotUseNetworkReasonNetworkUnderMaintenance,
		CannotUseNetworkReasonMismatchedEnsMode,
		CannotUseNetworkReasonMismatchedRealTimeDvs,
	}
}

func (e CannotUseNetworkReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CannotUseNetworkReason"] = reflect.TypeOf((*CannotUseNetworkReason)(nil)).Elem()
	minAPIVersionForEnumValue["CannotUseNetworkReason"] = map[string]string{
		"MismatchedRealTimeDvs": "8.0.3.1",
	}
}

// The types of tests which can requested by any of the methods in either
// `VirtualMachineCompatibilityChecker` or `VirtualMachineProvisioningChecker`.
type CheckTestType string

const (
	// Tests that examine only the configuration
	// of the virtual machine and its current host; the destination
	// resource pool and host or cluster are irrelevant.
	CheckTestTypeSourceTests = CheckTestType("sourceTests")
	// Tests that examine both the virtual
	// machine and the destination host or cluster; the destination
	// resource pool is irrelevant.
	//
	// This set excludes tests that fall
	// into the datastoreTests group.
	CheckTestTypeHostTests = CheckTestType("hostTests")
	// Tests that check that the destination resource
	// pool can support the virtual machine if it is powered on.
	//
	// The
	// destination host or cluster is relevant because it will affect the
	// amount of overhead memory required to run the virtual machine.
	CheckTestTypeResourcePoolTests = CheckTestType("resourcePoolTests")
	// Tests that check that the
	// destination host or cluster can see the datastores where the virtual
	// machine's virtual disks are going to be located.
	//
	// The destination
	// resource pool is irrelevant.
	CheckTestTypeDatastoreTests = CheckTestType("datastoreTests")
	// Tests that check that the
	// destination host or cluster can see the networks that the virtual
	// machine's virtual nic devices are going to be connected.
	CheckTestTypeNetworkTests = CheckTestType("networkTests")
)

func (e CheckTestType) Values() []CheckTestType {
	return []CheckTestType{
		CheckTestTypeSourceTests,
		CheckTestTypeHostTests,
		CheckTestTypeResourcePoolTests,
		CheckTestTypeDatastoreTests,
		CheckTestTypeNetworkTests,
	}
}

func (e CheckTestType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CheckTestType"] = reflect.TypeOf((*CheckTestType)(nil)).Elem()
}

// HCIWorkflowState identifies the state of the cluster from the perspective of HCI
// workflow.
//
// The workflow begins with in\_progress mode and can transition
// to 'done' or 'invalid', both of which are terminal states.
type ClusterComputeResourceHCIWorkflowState string

const (
	// Indicates cluster is getting configured or will be configured.
	ClusterComputeResourceHCIWorkflowStateIn_progress = ClusterComputeResourceHCIWorkflowState("in_progress")
	// Indicates cluster configuration is complete.
	ClusterComputeResourceHCIWorkflowStateDone = ClusterComputeResourceHCIWorkflowState("done")
	// Indicates the workflow was abandoned on the cluster before the
	// configuration could complete.
	ClusterComputeResourceHCIWorkflowStateInvalid = ClusterComputeResourceHCIWorkflowState("invalid")
)

func (e ClusterComputeResourceHCIWorkflowState) Values() []ClusterComputeResourceHCIWorkflowState {
	return []ClusterComputeResourceHCIWorkflowState{
		ClusterComputeResourceHCIWorkflowStateIn_progress,
		ClusterComputeResourceHCIWorkflowStateDone,
		ClusterComputeResourceHCIWorkflowStateInvalid,
	}
}

func (e ClusterComputeResourceHCIWorkflowState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterComputeResourceHCIWorkflowState"] = reflect.TypeOf((*ClusterComputeResourceHCIWorkflowState)(nil)).Elem()
}

// Deprecated as of vSphere 9.0 with no replacement. In a future release
// of vSphere, the vCLS functionality will be disabled, vCLS
// system VMs will be deleted, and vCLS APIs will be removed.
type ClusterComputeResourceVcsHealthStatus string

const (
	// Indicates vCS health status is normal.
	ClusterComputeResourceVcsHealthStatusHealthy = ClusterComputeResourceVcsHealthStatus("healthy")
	// Indicates only vCS is unhealthy.
	ClusterComputeResourceVcsHealthStatusDegraded = ClusterComputeResourceVcsHealthStatus("degraded")
	// Indicates vCS is unhealthy and other cluster services are impacted.
	ClusterComputeResourceVcsHealthStatusNonhealthy = ClusterComputeResourceVcsHealthStatus("nonhealthy")
)

func (e ClusterComputeResourceVcsHealthStatus) Values() []ClusterComputeResourceVcsHealthStatus {
	return []ClusterComputeResourceVcsHealthStatus{
		ClusterComputeResourceVcsHealthStatusHealthy,
		ClusterComputeResourceVcsHealthStatusDegraded,
		ClusterComputeResourceVcsHealthStatusNonhealthy,
	}
}

func (e ClusterComputeResourceVcsHealthStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterComputeResourceVcsHealthStatus"] = reflect.TypeOf((*ClusterComputeResourceVcsHealthStatus)(nil)).Elem()
	minAPIVersionForType["ClusterComputeResourceVcsHealthStatus"] = "7.0.1.1"
}

type ClusterCryptoConfigInfoCryptoMode string

const (
	// Put each host into the crypto safe state automatically when needed.
	ClusterCryptoConfigInfoCryptoModeOnDemand = ClusterCryptoConfigInfoCryptoMode("onDemand")
	// Put each host into the crypto safe state immediately.
	ClusterCryptoConfigInfoCryptoModeForceEnable = ClusterCryptoConfigInfoCryptoMode("forceEnable")
)

func (e ClusterCryptoConfigInfoCryptoMode) Values() []ClusterCryptoConfigInfoCryptoMode {
	return []ClusterCryptoConfigInfoCryptoMode{
		ClusterCryptoConfigInfoCryptoModeOnDemand,
		ClusterCryptoConfigInfoCryptoModeForceEnable,
	}
}

func (e ClusterCryptoConfigInfoCryptoMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterCryptoConfigInfoCryptoMode"] = reflect.TypeOf((*ClusterCryptoConfigInfoCryptoMode)(nil)).Elem()
}

// The `ClusterDasAamNodeStateDasState_enum` enumerated type defines
// values for host HA configuration and runtime state properties
// (`ClusterDasAamNodeState.configState` and
// `ClusterDasAamNodeState.runtimeState`).
type ClusterDasAamNodeStateDasState string

const (
	// HA has never been enabled on the the host.
	ClusterDasAamNodeStateDasStateUninitialized = ClusterDasAamNodeStateDasState("uninitialized")
	// HA agents have been installed but are not running on the the host.
	ClusterDasAamNodeStateDasStateInitialized = ClusterDasAamNodeStateDasState("initialized")
	// HA configuration is in progress.
	ClusterDasAamNodeStateDasStateConfiguring = ClusterDasAamNodeStateDasState("configuring")
	// HA configuration is being removed.
	ClusterDasAamNodeStateDasStateUnconfiguring = ClusterDasAamNodeStateDasState("unconfiguring")
	// HA agent is running on this host.
	ClusterDasAamNodeStateDasStateRunning = ClusterDasAamNodeStateDasState("running")
	// There is an error condition.
	//
	// This can represent a configuration
	// error or a host agent runtime error.
	ClusterDasAamNodeStateDasStateError = ClusterDasAamNodeStateDasState("error")
	// The HA agent has been shut down.
	ClusterDasAamNodeStateDasStateAgentShutdown = ClusterDasAamNodeStateDasState("agentShutdown")
	// The host is not reachable.
	//
	// This can represent a host failure
	// or an isolated host.
	ClusterDasAamNodeStateDasStateNodeFailed = ClusterDasAamNodeStateDasState("nodeFailed")
)

func (e ClusterDasAamNodeStateDasState) Values() []ClusterDasAamNodeStateDasState {
	return []ClusterDasAamNodeStateDasState{
		ClusterDasAamNodeStateDasStateUninitialized,
		ClusterDasAamNodeStateDasStateInitialized,
		ClusterDasAamNodeStateDasStateConfiguring,
		ClusterDasAamNodeStateDasStateUnconfiguring,
		ClusterDasAamNodeStateDasStateRunning,
		ClusterDasAamNodeStateDasStateError,
		ClusterDasAamNodeStateDasStateAgentShutdown,
		ClusterDasAamNodeStateDasStateNodeFailed,
	}
}

func (e ClusterDasAamNodeStateDasState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasAamNodeStateDasState"] = reflect.TypeOf((*ClusterDasAamNodeStateDasState)(nil)).Elem()
}

// The policy to determine the candidates from which vCenter Server can
// choose heartbeat datastores.
type ClusterDasConfigInfoHBDatastoreCandidate string

const (
	// vCenter Server chooses heartbeat datastores from the set specified
	// by the user (see `ClusterDasConfigInfo.heartbeatDatastore`).
	//
	// More specifically,
	// datastores not included in the set will not be chosen. Note that if
	// `ClusterDasConfigInfo.heartbeatDatastore` is empty, datastore heartbeating will
	// be disabled for HA.
	ClusterDasConfigInfoHBDatastoreCandidateUserSelectedDs = ClusterDasConfigInfoHBDatastoreCandidate("userSelectedDs")
	// vCenter Server chooses heartbeat datastores from all the feasible ones,
	// i.e., the datastores that are accessible to more than one host in
	// the cluster.
	//
	// The choice will be made without giving preference to those
	// specified by the user (see `ClusterDasConfigInfo.heartbeatDatastore`).
	ClusterDasConfigInfoHBDatastoreCandidateAllFeasibleDs = ClusterDasConfigInfoHBDatastoreCandidate("allFeasibleDs")
	// vCenter Server chooses heartbeat datastores from all the feasible ones
	// while giving preference to those specified by the user (see `ClusterDasConfigInfo.heartbeatDatastore`).
	//
	// More specifically, the datastores not included in `ClusterDasConfigInfo.heartbeatDatastore` will be
	// chosen if and only if the specified ones are not sufficient.
	ClusterDasConfigInfoHBDatastoreCandidateAllFeasibleDsWithUserPreference = ClusterDasConfigInfoHBDatastoreCandidate("allFeasibleDsWithUserPreference")
)

func (e ClusterDasConfigInfoHBDatastoreCandidate) Values() []ClusterDasConfigInfoHBDatastoreCandidate {
	return []ClusterDasConfigInfoHBDatastoreCandidate{
		ClusterDasConfigInfoHBDatastoreCandidateUserSelectedDs,
		ClusterDasConfigInfoHBDatastoreCandidateAllFeasibleDs,
		ClusterDasConfigInfoHBDatastoreCandidateAllFeasibleDsWithUserPreference,
	}
}

func (e ClusterDasConfigInfoHBDatastoreCandidate) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasConfigInfoHBDatastoreCandidate"] = reflect.TypeOf((*ClusterDasConfigInfoHBDatastoreCandidate)(nil)).Elem()
}

// Possible states of an HA service.
//
// All services support the
// disabled and enabled states.
type ClusterDasConfigInfoServiceState string

const (
	// HA service is disabled.
	ClusterDasConfigInfoServiceStateDisabled = ClusterDasConfigInfoServiceState("disabled")
	// HA service is enabled.
	ClusterDasConfigInfoServiceStateEnabled = ClusterDasConfigInfoServiceState("enabled")
)

func (e ClusterDasConfigInfoServiceState) Values() []ClusterDasConfigInfoServiceState {
	return []ClusterDasConfigInfoServiceState{
		ClusterDasConfigInfoServiceStateDisabled,
		ClusterDasConfigInfoServiceStateEnabled,
	}
}

func (e ClusterDasConfigInfoServiceState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasConfigInfoServiceState"] = reflect.TypeOf((*ClusterDasConfigInfoServiceState)(nil)).Elem()
}

// The `ClusterDasConfigInfoVmMonitoringState_enum` enum defines values that indicate
// the state of Virtual Machine Health Monitoring.
//
// Health Monitoring
// uses the vmTools (guest) and application agent heartbeat modules.
// You can configure HA to respond to heartbeat failures of either one
// or both modules. You can also disable the HA response to heartbeat failures.
//   - To set the cluster default for health monitoring, use the
//     ClusterConfigSpecEx.dasConfig.`ClusterDasConfigInfo.vmMonitoring` property.
//   - To set health monitoring for a virtual machine, use the
//     ClusterConfigSpecEx.dasVmConfigSpec.info.dasSettings.`ClusterDasVmSettings.vmToolsMonitoringSettings` property.
//   - To retrieve the current state of health monitoring (cluster setting), use the
//     ClusterConfigInfoEx.dasConfig.`ClusterDasConfigInfo.vmMonitoring`
//     property.
//   - To retrieve the current state of health monitoring for a virtual machine, use the
//     ClusterConfigInfoEx.dasVmConfig\[\].dasSettings.vmToolsMonitoringSettings.`ClusterVmToolsMonitoringSettings.vmMonitoring`
//     property.
type ClusterDasConfigInfoVmMonitoringState string

const (
	// Virtual machine health monitoring is disabled.
	//
	// In this state,
	// HA response to guest and application heartbeat failures are disabled.
	ClusterDasConfigInfoVmMonitoringStateVmMonitoringDisabled = ClusterDasConfigInfoVmMonitoringState("vmMonitoringDisabled")
	// HA response to guest heartbeat failure is enabled.
	//
	// To retrieve the guest heartbeat status, use the
	// `VirtualMachine*.*VirtualMachine.guestHeartbeatStatus`
	// property.
	ClusterDasConfigInfoVmMonitoringStateVmMonitoringOnly = ClusterDasConfigInfoVmMonitoringState("vmMonitoringOnly")
	// HA response to both guest and application heartbeat failure is enabled.
	//   - To retrieve the guest heartbeat status, use the
	//     `VirtualMachine*.*VirtualMachine.guestHeartbeatStatus`
	//     property.
	//   - To retrieve the application heartbeat status, use the
	//     `GuestInfo*.*GuestInfo.appHeartbeatStatus`
	//     property.
	ClusterDasConfigInfoVmMonitoringStateVmAndAppMonitoring = ClusterDasConfigInfoVmMonitoringState("vmAndAppMonitoring")
)

func (e ClusterDasConfigInfoVmMonitoringState) Values() []ClusterDasConfigInfoVmMonitoringState {
	return []ClusterDasConfigInfoVmMonitoringState{
		ClusterDasConfigInfoVmMonitoringStateVmMonitoringDisabled,
		ClusterDasConfigInfoVmMonitoringStateVmMonitoringOnly,
		ClusterDasConfigInfoVmMonitoringStateVmAndAppMonitoring,
	}
}

func (e ClusterDasConfigInfoVmMonitoringState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasConfigInfoVmMonitoringState"] = reflect.TypeOf((*ClusterDasConfigInfoVmMonitoringState)(nil)).Elem()
}

// The `ClusterDasFdmAvailabilityState_enum` enumeration describes the
// availability states of hosts in a vSphere HA cluster.
//
// In the HA
// architecture, a agent called the Fault Domain Manager runs on
// each active host. These agents elect a master and the others become
// its slaves. The availability state assigned to a given host is
// determined from information reported by the Fault Domain Manager
// running on the host, by a Fault Domain Manager that has been elected
// master, and by vCenter Server. See `ClusterDasFdmHostState`
// for more information about the vSphere HA architecture.
type ClusterDasFdmAvailabilityState string

const (
	// The Fault Domain Manager for the host has not yet been
	// initialized.
	//
	// Hence the host is not part of a vSphere HA
	// fault domain. This state is reported by vCenter Server or
	// by the host itself.
	ClusterDasFdmAvailabilityStateUninitialized = ClusterDasFdmAvailabilityState("uninitialized")
	// The Fault Domain Manager on the host has been initialized and
	// the host is either waiting to join the existing master or
	// is participating in an election for a new master.
	//
	// This state
	// is reported by vCenter Server or by the host itself.
	ClusterDasFdmAvailabilityStateElection = ClusterDasFdmAvailabilityState("election")
	// The Fault Domain Manager on the host has been elected a
	// master.
	//
	// This state is reported by the the host itself.
	ClusterDasFdmAvailabilityStateMaster = ClusterDasFdmAvailabilityState("master")
	// The normal operating state for a slave host.
	//
	// In this state,
	// the host is exchanging heartbeats with a master over
	// the management network, and is thus connected to it. If
	// there is a management network partition, the slave will be
	// in this state only if it is in the same partition as the master.
	// This state is reported by the master of a slave host.
	ClusterDasFdmAvailabilityStateConnectedToMaster = ClusterDasFdmAvailabilityState("connectedToMaster")
	// A slave host is alive and has management network connectivity, but
	// the management network has been partitioned.
	//
	// This state is reported
	// by masters that are in a partition other than the one containing the
	// slave host; the master in the slave's partition will report the slave state
	// as `connectedToMaster`.
	ClusterDasFdmAvailabilityStateNetworkPartitionedFromMaster = ClusterDasFdmAvailabilityState("networkPartitionedFromMaster")
	// A host is alive but is isolated from the management network.
	//
	// See `ClusterDasVmSettingsIsolationResponse_enum` for the criteria
	// used to determine whether a host is isolated.
	ClusterDasFdmAvailabilityStateNetworkIsolated = ClusterDasFdmAvailabilityState("networkIsolated")
	// The slave host appears to be down.
	//
	// This state is reported by the
	// master of a slave host.
	ClusterDasFdmAvailabilityStateHostDown = ClusterDasFdmAvailabilityState("hostDown")
	// An error occurred when initilizating the Fault Domain Manager
	// on a host due to a problem with installing the
	// agent or configuring it.
	//
	// This condition can often be cleared by
	// reconfiguring HA for the host. This state is reported by vCenter
	// Server.
	ClusterDasFdmAvailabilityStateInitializationError = ClusterDasFdmAvailabilityState("initializationError")
	// An error occurred when unconfiguring the Fault Domain Manager
	// running on a host.
	//
	// In order to clear this condition the host might
	// need to be reconnected to the cluster and reconfigured first.
	// This state is reported by vCenter
	// Server.
	ClusterDasFdmAvailabilityStateUninitializationError = ClusterDasFdmAvailabilityState("uninitializationError")
	// The Fault Domain Manager (FDM) on the host cannot be reached.
	//
	// This
	// state is reported in two unlikely situations.
	//   - First, it is reported by
	//     a master if the host responds to ICMP pings sent by the master over the
	//     management network but the FDM on the host cannot be reached by the master.
	//     This situation will occur if the FDM is unable to run or exit the
	//     uninitialized state.
	//   - Second, it is reported by vCenter Server if it cannot connect to a
	//     master nor the FDM for the host. This situation would occur if all hosts
	//     in the cluster failed but vCenter Server is still running. It may also
	//     occur if all FDMs are unable to run or exit the uninitialized state.
	ClusterDasFdmAvailabilityStateFdmUnreachable = ClusterDasFdmAvailabilityState("fdmUnreachable")
	// Config/Reconfig/upgrade operation has failed in first attempt and
	// a retry of these operations is scheduled.
	//
	// If any of the retry attempts succeed, the state is set to initialized.
	// If all retry attempts fail, the state is set to initializationError.
	// This state is reported by vCenter.
	ClusterDasFdmAvailabilityStateRetry = ClusterDasFdmAvailabilityState("retry")
)

func (e ClusterDasFdmAvailabilityState) Values() []ClusterDasFdmAvailabilityState {
	return []ClusterDasFdmAvailabilityState{
		ClusterDasFdmAvailabilityStateUninitialized,
		ClusterDasFdmAvailabilityStateElection,
		ClusterDasFdmAvailabilityStateMaster,
		ClusterDasFdmAvailabilityStateConnectedToMaster,
		ClusterDasFdmAvailabilityStateNetworkPartitionedFromMaster,
		ClusterDasFdmAvailabilityStateNetworkIsolated,
		ClusterDasFdmAvailabilityStateHostDown,
		ClusterDasFdmAvailabilityStateInitializationError,
		ClusterDasFdmAvailabilityStateUninitializationError,
		ClusterDasFdmAvailabilityStateFdmUnreachable,
		ClusterDasFdmAvailabilityStateRetry,
	}
}

func (e ClusterDasFdmAvailabilityState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasFdmAvailabilityState"] = reflect.TypeOf((*ClusterDasFdmAvailabilityState)(nil)).Elem()
	minAPIVersionForEnumValue["ClusterDasFdmAvailabilityState"] = map[string]string{
		"retry": "8.0.0.0",
	}
}

// The `ClusterDasVmSettingsIsolationResponse_enum` enum defines
// values that indicate whether or not the virtual machine should be
// powered off if a host determines that it is isolated from the rest of
// the cluster.
//
// Host network isolation occurs when a host is still running but it can no
// longer communicate with other hosts in the cluster and it cannot ping
// the configured isolation address(es). When the HA agent on a host loses
// contact with the other hosts, it will ping the isolation addresses. If
// the pings fail, the host will declare itself isolated.
//
// Once the HA agent declares the host isolated, it will initiate the
// isolation response workflow after a 30 second delay. You can use the FDM
// advanced option fdm.isolationPolicyDelaySec to increase the delay. For
// each virtual machine, the HA agent attempts to determine if a master is
// responsible for restarting the virtual machine. If it cannot make the
// determination, or there is a master that is responsible, the agent will
// apply the configured isolation response. This workflow will continue
// until the configuration policy, has been applied to all virtual
// machines, the agent reconnects to another HA agent in the cluster, or
// the isolation address pings start succeeding. If there is a master agent
// in the cluster, it will attempt to restart the virtual machines that
// were powered off during isolation.
//
// By default, the isolated host leaves its virtual machines powered on.
// You can override the isolation response default with a cluster-wide
// setting (`ClusterDasConfigInfo.defaultVmSettings`)
// or a virtual machine setting
// (`ClusterDasVmSettings.isolationResponse`).
//   - All isolation response values are valid for the
//     `ClusterDasVmSettings.isolationResponse`
//     property specified in a single virtual machine HA configuration.
//   - All values except for <code>clusterIsolationResponse</code> are valid
//     for the cluster-wide default HA configuration for virtual machines
//     (`ClusterDasConfigInfo.defaultVmSettings`).
//
// If you ensure that your network infrastructure is sufficiently redundant
// and that at least one network path is available at all times, host network
// isolation should be a rare occurrence.
type ClusterDasVmSettingsIsolationResponse string

const (
	// Do not power off the virtual machine in the event of a host network
	// isolation.
	ClusterDasVmSettingsIsolationResponseNone = ClusterDasVmSettingsIsolationResponse("none")
	// Power off the virtual machine in the event of a host network
	// isolation.
	ClusterDasVmSettingsIsolationResponsePowerOff = ClusterDasVmSettingsIsolationResponse("powerOff")
	// Shut down the virtual machine guest operating system in the event of
	// a host network isolation.
	//
	// If the guest operating system fails to
	// shutdown within five minutes, HA will initiate a forced power off.
	//
	// When you use the shutdown isolation response, failover can take
	// longer (compared to the
	// `powerOff`
	// response) because the virtual machine cannot fail over until it is
	// shutdown.
	ClusterDasVmSettingsIsolationResponseShutdown = ClusterDasVmSettingsIsolationResponse("shutdown")
	// Use the default isolation response defined for the cluster
	// that contains this virtual machine.
	ClusterDasVmSettingsIsolationResponseClusterIsolationResponse = ClusterDasVmSettingsIsolationResponse("clusterIsolationResponse")
)

func (e ClusterDasVmSettingsIsolationResponse) Values() []ClusterDasVmSettingsIsolationResponse {
	return []ClusterDasVmSettingsIsolationResponse{
		ClusterDasVmSettingsIsolationResponseNone,
		ClusterDasVmSettingsIsolationResponsePowerOff,
		ClusterDasVmSettingsIsolationResponseShutdown,
		ClusterDasVmSettingsIsolationResponseClusterIsolationResponse,
	}
}

func (e ClusterDasVmSettingsIsolationResponse) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasVmSettingsIsolationResponse"] = reflect.TypeOf((*ClusterDasVmSettingsIsolationResponse)(nil)).Elem()
}

// The `ClusterDasVmSettingsRestartPriority_enum` enum defines
// virtual machine restart priority values to resolve resource contention.
//
// The priority determines the preference that HA gives to a virtual
// machine if sufficient capacity is not available to power on all failed
// virtual machines. For example, high priority virtual machines on a host
// get preference over low priority virtual machines.
//
// All priority values are valid for the restart priority specified in a
// single virtual machine HA configuration (`ClusterDasVmConfigInfo.dasSettings`).
// All values except for <code>clusterRestartPriority</code> are valid for
// the cluster-wide default HA configuration for virtual machines
// (`ClusterDasConfigInfo.defaultVmSettings`).
type ClusterDasVmSettingsRestartPriority string

const (
	// vSphere HA is disabled for this virtual machine.
	ClusterDasVmSettingsRestartPriorityDisabled = ClusterDasVmSettingsRestartPriority("disabled")
	// Virtual machines with this priority have the lowest chance of
	// powering on after a failure if there is insufficient capacity on
	// hosts to meet all virtual machine needs.
	ClusterDasVmSettingsRestartPriorityLowest = ClusterDasVmSettingsRestartPriority("lowest")
	// Virtual machines with this priority have a lower chance of powering
	// on after a failure if there is insufficient capacity on hosts to meet
	// all virtual machine needs.
	ClusterDasVmSettingsRestartPriorityLow = ClusterDasVmSettingsRestartPriority("low")
	// Virtual machines with this priority have an intermediate chance of
	// powering on after a failure if there is insufficient capacity on
	// hosts to meet all virtual machine needs.
	ClusterDasVmSettingsRestartPriorityMedium = ClusterDasVmSettingsRestartPriority("medium")
	// Virtual machines with this priority have a higher chance of powering
	// on after a failure if there is insufficient capacity on hosts to meet
	// all virtual machine needs.
	ClusterDasVmSettingsRestartPriorityHigh = ClusterDasVmSettingsRestartPriority("high")
	// Virtual machines with this priority have the highest chance of
	// powering on after a failure if there is insufficient capacity on
	// hosts to meet all virtual machine needs.
	ClusterDasVmSettingsRestartPriorityHighest = ClusterDasVmSettingsRestartPriority("highest")
	// Virtual machines with this priority use the default restart
	// priority defined for the cluster that contains this virtual machine.
	ClusterDasVmSettingsRestartPriorityClusterRestartPriority = ClusterDasVmSettingsRestartPriority("clusterRestartPriority")
)

func (e ClusterDasVmSettingsRestartPriority) Values() []ClusterDasVmSettingsRestartPriority {
	return []ClusterDasVmSettingsRestartPriority{
		ClusterDasVmSettingsRestartPriorityDisabled,
		ClusterDasVmSettingsRestartPriorityLowest,
		ClusterDasVmSettingsRestartPriorityLow,
		ClusterDasVmSettingsRestartPriorityMedium,
		ClusterDasVmSettingsRestartPriorityHigh,
		ClusterDasVmSettingsRestartPriorityHighest,
		ClusterDasVmSettingsRestartPriorityClusterRestartPriority,
	}
}

func (e ClusterDasVmSettingsRestartPriority) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterDasVmSettingsRestartPriority"] = reflect.TypeOf((*ClusterDasVmSettingsRestartPriority)(nil)).Elem()
}

// Describes the operation type of the action.
//
// enterexitQuarantine suggests
// that the host is only exiting the quarantine state (i.e. not the
// maintenance mode).
type ClusterHostInfraUpdateHaModeActionOperationType string

const (
	ClusterHostInfraUpdateHaModeActionOperationTypeEnterQuarantine  = ClusterHostInfraUpdateHaModeActionOperationType("enterQuarantine")
	ClusterHostInfraUpdateHaModeActionOperationTypeExitQuarantine   = ClusterHostInfraUpdateHaModeActionOperationType("exitQuarantine")
	ClusterHostInfraUpdateHaModeActionOperationTypeEnterMaintenance = ClusterHostInfraUpdateHaModeActionOperationType("enterMaintenance")
)

func (e ClusterHostInfraUpdateHaModeActionOperationType) Values() []ClusterHostInfraUpdateHaModeActionOperationType {
	return []ClusterHostInfraUpdateHaModeActionOperationType{
		ClusterHostInfraUpdateHaModeActionOperationTypeEnterQuarantine,
		ClusterHostInfraUpdateHaModeActionOperationTypeExitQuarantine,
		ClusterHostInfraUpdateHaModeActionOperationTypeEnterMaintenance,
	}
}

func (e ClusterHostInfraUpdateHaModeActionOperationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterHostInfraUpdateHaModeActionOperationType"] = reflect.TypeOf((*ClusterHostInfraUpdateHaModeActionOperationType)(nil)).Elem()
}

type ClusterInfraUpdateHaConfigInfoBehaviorType string

const (
	// With this behavior configured, the proposed DRS recommendations
	// require manual approval before they are executed.
	ClusterInfraUpdateHaConfigInfoBehaviorTypeManual = ClusterInfraUpdateHaConfigInfoBehaviorType("Manual")
	// With this behavior configured, the proposed DRS recommendations are
	// executed immediately.
	ClusterInfraUpdateHaConfigInfoBehaviorTypeAutomated = ClusterInfraUpdateHaConfigInfoBehaviorType("Automated")
)

func (e ClusterInfraUpdateHaConfigInfoBehaviorType) Values() []ClusterInfraUpdateHaConfigInfoBehaviorType {
	return []ClusterInfraUpdateHaConfigInfoBehaviorType{
		ClusterInfraUpdateHaConfigInfoBehaviorTypeManual,
		ClusterInfraUpdateHaConfigInfoBehaviorTypeAutomated,
	}
}

func (e ClusterInfraUpdateHaConfigInfoBehaviorType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterInfraUpdateHaConfigInfoBehaviorType"] = reflect.TypeOf((*ClusterInfraUpdateHaConfigInfoBehaviorType)(nil)).Elem()
}

type ClusterInfraUpdateHaConfigInfoRemediationType string

const (
	// With this behavior configured, a degraded host will be recommended
	// to be placed in Quarantine Mode.
	ClusterInfraUpdateHaConfigInfoRemediationTypeQuarantineMode = ClusterInfraUpdateHaConfigInfoRemediationType("QuarantineMode")
	// With this behavior configured, a degraded host will be recommended
	// to be placed in Maintenance Mode.
	ClusterInfraUpdateHaConfigInfoRemediationTypeMaintenanceMode = ClusterInfraUpdateHaConfigInfoRemediationType("MaintenanceMode")
)

func (e ClusterInfraUpdateHaConfigInfoRemediationType) Values() []ClusterInfraUpdateHaConfigInfoRemediationType {
	return []ClusterInfraUpdateHaConfigInfoRemediationType{
		ClusterInfraUpdateHaConfigInfoRemediationTypeQuarantineMode,
		ClusterInfraUpdateHaConfigInfoRemediationTypeMaintenanceMode,
	}
}

func (e ClusterInfraUpdateHaConfigInfoRemediationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterInfraUpdateHaConfigInfoRemediationType"] = reflect.TypeOf((*ClusterInfraUpdateHaConfigInfoRemediationType)(nil)).Elem()
}

// Defines the options for a Datacenter::powerOnVm() invocation.
type ClusterPowerOnVmOption string

const (
	// Override the DRS automation level.
	//
	// Value type: `DrsBehavior_enum`
	// Default value: current behavior
	ClusterPowerOnVmOptionOverrideAutomationLevel = ClusterPowerOnVmOption("OverrideAutomationLevel")
	// Reserve resources for the powering-on VMs throughout the
	// power-on session.
	//
	// When this option is set to true, the server
	// will return at most one recommended host per manual VM, and
	// the VM's reservations are held on the recommended host until
	// the VM is actually powered on (either by applying the
	// recommendation or by a power-on request on the VM), or until
	// the recommendation is cancelled, or until the recommendation
	// expires. The expiration time is currently set to 10
	// minutes. This option does not have an effect on automatic VMs
	// since their recommendations are executed immediately. This
	// option is effective on DRS clusters only.
	// Value type: boolean
	// Default value: false
	ClusterPowerOnVmOptionReserveResources = ClusterPowerOnVmOption("ReserveResources")
)

func (e ClusterPowerOnVmOption) Values() []ClusterPowerOnVmOption {
	return []ClusterPowerOnVmOption{
		ClusterPowerOnVmOptionOverrideAutomationLevel,
		ClusterPowerOnVmOptionReserveResources,
	}
}

func (e ClusterPowerOnVmOption) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterPowerOnVmOption"] = reflect.TypeOf((*ClusterPowerOnVmOption)(nil)).Elem()
}

// Type of services for which Profile can be requested for
type ClusterProfileServiceType string

const (
	// Distributed Resource Scheduling
	ClusterProfileServiceTypeDRS = ClusterProfileServiceType("DRS")
	// High Availability
	ClusterProfileServiceTypeHA = ClusterProfileServiceType("HA")
	// Distributed Power Management
	ClusterProfileServiceTypeDPM = ClusterProfileServiceType("DPM")
	// Fault tolerance
	ClusterProfileServiceTypeFT = ClusterProfileServiceType("FT")
)

func (e ClusterProfileServiceType) Values() []ClusterProfileServiceType {
	return []ClusterProfileServiceType{
		ClusterProfileServiceTypeDRS,
		ClusterProfileServiceTypeHA,
		ClusterProfileServiceTypeDPM,
		ClusterProfileServiceTypeFT,
	}
}

func (e ClusterProfileServiceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterProfileServiceType"] = reflect.TypeOf((*ClusterProfileServiceType)(nil)).Elem()
}

type ClusterSystemVMsConfigInfoDeploymentMode string

const (
	// System VMs are fully managed by the system.
	ClusterSystemVMsConfigInfoDeploymentModeSYSTEM_MANAGED = ClusterSystemVMsConfigInfoDeploymentMode("SYSTEM_MANAGED")
	// System VMs are absent on the managed entity.
	ClusterSystemVMsConfigInfoDeploymentModeABSENT = ClusterSystemVMsConfigInfoDeploymentMode("ABSENT")
)

func (e ClusterSystemVMsConfigInfoDeploymentMode) Values() []ClusterSystemVMsConfigInfoDeploymentMode {
	return []ClusterSystemVMsConfigInfoDeploymentMode{
		ClusterSystemVMsConfigInfoDeploymentModeSYSTEM_MANAGED,
		ClusterSystemVMsConfigInfoDeploymentModeABSENT,
	}
}

func (e ClusterSystemVMsConfigInfoDeploymentMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterSystemVMsConfigInfoDeploymentMode"] = reflect.TypeOf((*ClusterSystemVMsConfigInfoDeploymentMode)(nil)).Elem()
	minAPIVersionForType["ClusterSystemVMsConfigInfoDeploymentMode"] = "8.0.2.0"
}

// The VM policy settings that determine the response to
// storage failures.
type ClusterVmComponentProtectionSettingsStorageVmReaction string

const (
	// VM Component Protection service will not monitor or react to
	// the component failure.
	//
	// This setting does not affect other vSphere
	// HA services such as Host Monitoring or VM Health Monitoring.
	ClusterVmComponentProtectionSettingsStorageVmReactionDisabled = ClusterVmComponentProtectionSettingsStorageVmReaction("disabled")
	// VM Component Protection service will monitor component failures but
	// will not restart an affected VM.
	//
	// Rather it will notify users about
	// the component failures. This setting does not affect other vSphere HA
	// services such as Host Monitoring or VM Health Monitoring.
	ClusterVmComponentProtectionSettingsStorageVmReactionWarning = ClusterVmComponentProtectionSettingsStorageVmReaction("warning")
	// VM Component Protection service protects VMs conservatively.
	//
	// With this
	// setting, when the service can't determine that capacity is available to
	// restart a VM, it will favor keeping the VM running.
	ClusterVmComponentProtectionSettingsStorageVmReactionRestartConservative = ClusterVmComponentProtectionSettingsStorageVmReaction("restartConservative")
	// VM Component Protection service protects VMs aggressively.
	//
	// With this setting,
	// the service will terminate an affected VM even if it can't determine that
	// capacity exists to restart the VM.
	ClusterVmComponentProtectionSettingsStorageVmReactionRestartAggressive = ClusterVmComponentProtectionSettingsStorageVmReaction("restartAggressive")
	// VM will use the cluster default setting.
	//
	// This option is only meaningful for
	// per-VM settings.
	ClusterVmComponentProtectionSettingsStorageVmReactionClusterDefault = ClusterVmComponentProtectionSettingsStorageVmReaction("clusterDefault")
)

func (e ClusterVmComponentProtectionSettingsStorageVmReaction) Values() []ClusterVmComponentProtectionSettingsStorageVmReaction {
	return []ClusterVmComponentProtectionSettingsStorageVmReaction{
		ClusterVmComponentProtectionSettingsStorageVmReactionDisabled,
		ClusterVmComponentProtectionSettingsStorageVmReactionWarning,
		ClusterVmComponentProtectionSettingsStorageVmReactionRestartConservative,
		ClusterVmComponentProtectionSettingsStorageVmReactionRestartAggressive,
		ClusterVmComponentProtectionSettingsStorageVmReactionClusterDefault,
	}
}

func (e ClusterVmComponentProtectionSettingsStorageVmReaction) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterVmComponentProtectionSettingsStorageVmReaction"] = reflect.TypeOf((*ClusterVmComponentProtectionSettingsStorageVmReaction)(nil)).Elem()
}

// If an APD condition clears after an APD timeout condition has been declared and before
// VM Component Protection service terminated the VM, the guestOS and application may
// no longer be operational.
//
// VM Component Protection may be configured to reset the
// VM (`VirtualMachine.ResetVM_Task`) to restore the service of guest applications.
type ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared string

const (
	// VM Component Protection service will not react after APD condition is cleared.
	ClusterVmComponentProtectionSettingsVmReactionOnAPDClearedNone = ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared("none")
	// VM Component Protection service will reset the VM after APD condition is cleared.
	//
	// Note this only applies if the subject VM is still powered on.
	ClusterVmComponentProtectionSettingsVmReactionOnAPDClearedReset = ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared("reset")
	// VM will use the cluster default setting.
	//
	// This option is only meaningful for
	// per-VM settings.
	ClusterVmComponentProtectionSettingsVmReactionOnAPDClearedUseClusterDefault = ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared("useClusterDefault")
)

func (e ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared) Values() []ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared {
	return []ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared{
		ClusterVmComponentProtectionSettingsVmReactionOnAPDClearedNone,
		ClusterVmComponentProtectionSettingsVmReactionOnAPDClearedReset,
		ClusterVmComponentProtectionSettingsVmReactionOnAPDClearedUseClusterDefault,
	}
}

func (e ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared"] = reflect.TypeOf((*ClusterVmComponentProtectionSettingsVmReactionOnAPDCleared)(nil)).Elem()
}

// Condition for VM's readiness
type ClusterVmReadinessReadyCondition string

const (
	// No ready condition specified.
	//
	// In case of vSphere HA, higher restart priority VMs are still
	// placed before lower priority VMs.
	ClusterVmReadinessReadyConditionNone = ClusterVmReadinessReadyCondition("none")
	// VM is powered on.
	ClusterVmReadinessReadyConditionPoweredOn = ClusterVmReadinessReadyCondition("poweredOn")
	// VM guest operating system is up and responding normally (VM tools
	// heartbeat status is green).
	ClusterVmReadinessReadyConditionGuestHbStatusGreen = ClusterVmReadinessReadyCondition("guestHbStatusGreen")
	// An application running inside the VM is responding normally.
	//
	// To enable Application Monitoring, you must first obtain the
	// appropriate SDK (or be using an application that supports VMware
	// Application Monitoring) and use it to set up customized heartbeats
	// for the applications you want to monitor.
	// See `ClusterDasConfigInfo.vmMonitoring`.
	ClusterVmReadinessReadyConditionAppHbStatusGreen = ClusterVmReadinessReadyCondition("appHbStatusGreen")
	// VM will use the cluster default setting.
	//
	// This option is only
	// meaningful for per-VM settings.
	ClusterVmReadinessReadyConditionUseClusterDefault = ClusterVmReadinessReadyCondition("useClusterDefault")
)

func (e ClusterVmReadinessReadyCondition) Values() []ClusterVmReadinessReadyCondition {
	return []ClusterVmReadinessReadyCondition{
		ClusterVmReadinessReadyConditionNone,
		ClusterVmReadinessReadyConditionPoweredOn,
		ClusterVmReadinessReadyConditionGuestHbStatusGreen,
		ClusterVmReadinessReadyConditionAppHbStatusGreen,
		ClusterVmReadinessReadyConditionUseClusterDefault,
	}
}

func (e ClusterVmReadinessReadyCondition) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ClusterVmReadinessReadyCondition"] = reflect.TypeOf((*ClusterVmReadinessReadyCondition)(nil)).Elem()
}

type ComplianceResultStatus string

const (
	// Entity is in Compliance
	ComplianceResultStatusCompliant = ComplianceResultStatus("compliant")
	// Entity is out of Compliance
	ComplianceResultStatusNonCompliant = ComplianceResultStatus("nonCompliant")
	// Compliance status of the entity is not known
	ComplianceResultStatusUnknown = ComplianceResultStatus("unknown")
	// Compliance check on this host is running.
	ComplianceResultStatusRunning = ComplianceResultStatus("running")
)

func (e ComplianceResultStatus) Values() []ComplianceResultStatus {
	return []ComplianceResultStatus{
		ComplianceResultStatusCompliant,
		ComplianceResultStatusNonCompliant,
		ComplianceResultStatusUnknown,
		ComplianceResultStatusRunning,
	}
}

func (e ComplianceResultStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ComplianceResultStatus"] = reflect.TypeOf((*ComplianceResultStatus)(nil)).Elem()
}

// The SPBM(Storage Policy Based Management) license state for a host
type ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState string

const (
	// The host is licensed
	ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseStateLicensed = ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState("licensed")
	// The host is not licensed
	ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseStateUnlicensed = ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState("unlicensed")
	// The host license information is unknown, this could happen if the
	// host is not in a available state
	ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseStateUnknown = ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState("unknown")
)

func (e ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState) Values() []ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState {
	return []ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState{
		ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseStateLicensed,
		ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseStateUnlicensed,
		ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseStateUnknown,
	}
}

func (e ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState"] = reflect.TypeOf((*ComputeResourceHostSPBMLicenseInfoHostSPBMLicenseState)(nil)).Elem()
}

type ComputeResourceNetworkBootMode string

const (
	ComputeResourceNetworkBootModeBootstrap = ComputeResourceNetworkBootMode("bootstrap")
	ComputeResourceNetworkBootModeStateless = ComputeResourceNetworkBootMode("stateless")
)

func (e ComputeResourceNetworkBootMode) Values() []ComputeResourceNetworkBootMode {
	return []ComputeResourceNetworkBootMode{
		ComputeResourceNetworkBootModeBootstrap,
		ComputeResourceNetworkBootModeStateless,
	}
}

func (e ComputeResourceNetworkBootMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ComputeResourceNetworkBootMode"] = reflect.TypeOf((*ComputeResourceNetworkBootMode)(nil)).Elem()
	minAPIVersionForType["ComputeResourceNetworkBootMode"] = "9.0.0.0"
}

// Config spec operation type.
type ConfigSpecOperation string

const (
	// Indicates the addition of an element to the configuration.
	ConfigSpecOperationAdd = ConfigSpecOperation("add")
	// Indicates the change of an element in the configuration.
	ConfigSpecOperationEdit = ConfigSpecOperation("edit")
	// Indicates the removal of an element in the configuration.
	ConfigSpecOperationRemove = ConfigSpecOperation("remove")
)

func (e ConfigSpecOperation) Values() []ConfigSpecOperation {
	return []ConfigSpecOperation{
		ConfigSpecOperationAdd,
		ConfigSpecOperationEdit,
		ConfigSpecOperationRemove,
	}
}

func (e ConfigSpecOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ConfigSpecOperation"] = reflect.TypeOf((*ConfigSpecOperation)(nil)).Elem()
}

type CryptoManagerHostKeyManagementType string

const (
	CryptoManagerHostKeyManagementTypeUnknown  = CryptoManagerHostKeyManagementType("unknown")
	CryptoManagerHostKeyManagementTypeInternal = CryptoManagerHostKeyManagementType("internal")
	CryptoManagerHostKeyManagementTypeExternal = CryptoManagerHostKeyManagementType("external")
)

func (e CryptoManagerHostKeyManagementType) Values() []CryptoManagerHostKeyManagementType {
	return []CryptoManagerHostKeyManagementType{
		CryptoManagerHostKeyManagementTypeUnknown,
		CryptoManagerHostKeyManagementTypeInternal,
		CryptoManagerHostKeyManagementTypeExternal,
	}
}

func (e CryptoManagerHostKeyManagementType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CryptoManagerHostKeyManagementType"] = reflect.TypeOf((*CryptoManagerHostKeyManagementType)(nil)).Elem()
	minAPIVersionForType["CryptoManagerHostKeyManagementType"] = "8.0.1.0"
}

type CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason string

const (
	// Key not found in VC cache and does not specify a provider
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateMissingInCache = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateMissingInCache")
	// Key provider is invalid
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateClusterInvalid = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateClusterInvalid")
	// Can not reach the key provider
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateClusterUnreachable = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateClusterUnreachable")
	// Key not found in KMS
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateMissingInKMS = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateMissingInKMS")
	// Key not active or enabled
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateNotActiveOrEnabled = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateNotActiveOrEnabled")
	// Key is managed by Trust Authority
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateManagedByTrustAuthority = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateManagedByTrustAuthority")
	// Key is managed by Native Key Provider
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateManagedByNKP = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("KeyStateManagedByNKP")
	// No permission to access key provider
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonNoPermissionToAccessKeyProvider = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("NoPermissionToAccessKeyProvider")
	// Wrapping Key not found in KMS
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonWrappingKeyMissingInKMS = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("WrappingKeyMissingInKMS")
	// Wrapping Key not active or enabled
	CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonWrappingKeyNotActiveOrEnabled = CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason("WrappingKeyNotActiveOrEnabled")
)

func (e CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason) Values() []CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason {
	return []CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason{
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateMissingInCache,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateClusterInvalid,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateClusterUnreachable,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateMissingInKMS,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateNotActiveOrEnabled,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateManagedByTrustAuthority,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonKeyStateManagedByNKP,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonNoPermissionToAccessKeyProvider,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonWrappingKeyMissingInKMS,
		CryptoManagerKmipCryptoKeyStatusKeyUnavailableReasonWrappingKeyNotActiveOrEnabled,
	}
}

func (e CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason"] = reflect.TypeOf((*CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason)(nil)).Elem()
	minAPIVersionForEnumValue["CryptoManagerKmipCryptoKeyStatusKeyUnavailableReason"] = map[string]string{
		"KeyStateManagedByNKP":            "8.0.3.0",
		"NoPermissionToAccessKeyProvider": "8.0.3.0",
		"WrappingKeyMissingInKMS":         "9.0.0.0",
		"WrappingKeyNotActiveOrEnabled":   "9.0.0.0",
	}
}

type CustomizationFailedReasonCode string

const (
	// The user defined script is disabled during customization
	CustomizationFailedReasonCodeUserDefinedScriptDisabled = CustomizationFailedReasonCode("userDefinedScriptDisabled")
	// The guest customization is disabled by VMware Tools
	CustomizationFailedReasonCodeCustomizationDisabled = CustomizationFailedReasonCode("customizationDisabled")
	// The cloud-init version is too old to support cloud-init raw data
	CustomizationFailedReasonCodeRawDataIsNotSupported = CustomizationFailedReasonCode("rawDataIsNotSupported")
	// The cloud-init meta data is not valid format
	CustomizationFailedReasonCodeWrongMetadataFormat = CustomizationFailedReasonCode("wrongMetadataFormat")
)

func (e CustomizationFailedReasonCode) Values() []CustomizationFailedReasonCode {
	return []CustomizationFailedReasonCode{
		CustomizationFailedReasonCodeUserDefinedScriptDisabled,
		CustomizationFailedReasonCodeCustomizationDisabled,
		CustomizationFailedReasonCodeRawDataIsNotSupported,
		CustomizationFailedReasonCodeWrongMetadataFormat,
	}
}

func (e CustomizationFailedReasonCode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CustomizationFailedReasonCode"] = reflect.TypeOf((*CustomizationFailedReasonCode)(nil)).Elem()
	minAPIVersionForEnumValue["CustomizationFailedReasonCode"] = map[string]string{
		"customizationDisabled": "7.0.1.0",
		"rawDataIsNotSupported": "7.0.3.0",
		"wrongMetadataFormat":   "7.0.3.0",
	}
}

// Enumeration of AutoMode values.
type CustomizationLicenseDataMode string

const (
	// Indicates that client access licenses have been purchased for the server,
	// allowing a certain number of concurrent connections to the VirtualCenter
	// server.
	CustomizationLicenseDataModePerServer = CustomizationLicenseDataMode("perServer")
	// Indicates that a client access license has been purchased for each computer
	// that accesses the VirtualCenter server.
	CustomizationLicenseDataModePerSeat = CustomizationLicenseDataMode("perSeat")
)

func (e CustomizationLicenseDataMode) Values() []CustomizationLicenseDataMode {
	return []CustomizationLicenseDataMode{
		CustomizationLicenseDataModePerServer,
		CustomizationLicenseDataModePerSeat,
	}
}

func (e CustomizationLicenseDataMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CustomizationLicenseDataMode"] = reflect.TypeOf((*CustomizationLicenseDataMode)(nil)).Elem()
}

// NetBIOS setting for Windows.
type CustomizationNetBIOSMode string

const (
	// DHCP server decides whether or not to use NetBIOS.
	CustomizationNetBIOSModeEnableNetBIOSViaDhcp = CustomizationNetBIOSMode("enableNetBIOSViaDhcp")
	// Always use NetBIOS.
	CustomizationNetBIOSModeEnableNetBIOS = CustomizationNetBIOSMode("enableNetBIOS")
	// Never use NetBIOS.
	CustomizationNetBIOSModeDisableNetBIOS = CustomizationNetBIOSMode("disableNetBIOS")
)

func (e CustomizationNetBIOSMode) Values() []CustomizationNetBIOSMode {
	return []CustomizationNetBIOSMode{
		CustomizationNetBIOSModeEnableNetBIOSViaDhcp,
		CustomizationNetBIOSModeEnableNetBIOS,
		CustomizationNetBIOSModeDisableNetBIOS,
	}
}

func (e CustomizationNetBIOSMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CustomizationNetBIOSMode"] = reflect.TypeOf((*CustomizationNetBIOSMode)(nil)).Elem()
}

// A enum constant specifying what should be done to the guest vm after running
// sysprep.
type CustomizationSysprepRebootOption string

const (
	// Reboot the machine after running sysprep.
	//
	// This will cause values
	// specified in the sysprep.xml to be applied immediately.
	CustomizationSysprepRebootOptionReboot = CustomizationSysprepRebootOption("reboot")
	// Take no action.
	//
	// Leave the guest os running after running sysprep. This
	// option can be used to look at values for debugging purposes after
	// running sysprep.
	CustomizationSysprepRebootOptionNoreboot = CustomizationSysprepRebootOption("noreboot")
	// Shutdown the machine after running sysprep.
	//
	// This puts the vm in a
	// sealed state.
	CustomizationSysprepRebootOptionShutdown = CustomizationSysprepRebootOption("shutdown")
)

func (e CustomizationSysprepRebootOption) Values() []CustomizationSysprepRebootOption {
	return []CustomizationSysprepRebootOption{
		CustomizationSysprepRebootOptionReboot,
		CustomizationSysprepRebootOptionNoreboot,
		CustomizationSysprepRebootOptionShutdown,
	}
}

func (e CustomizationSysprepRebootOption) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["CustomizationSysprepRebootOption"] = reflect.TypeOf((*CustomizationSysprepRebootOption)(nil)).Elem()
}

// Set of possible values for
// `DVPortStatus*.*DVPortStatus.vmDirectPathGen2InactiveReasonNetwork`.
type DVPortStatusVmDirectPathGen2InactiveReasonNetwork string

const (
	// The switch for which this port is defined does not support VMDirectPath Gen 2.
	//
	// See
	// `DVSFeatureCapability*.*DVSFeatureCapability.vmDirectPathGen2Supported`.
	DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptIncompatibleDvs = DVPortStatusVmDirectPathGen2InactiveReasonNetwork("portNptIncompatibleDvs")
	// None of the physical NICs used as uplinks for this port support
	// VMDirectPath Gen 2.
	//
	// See also `PhysicalNic.vmDirectPathGen2Supported`.
	DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptNoCompatibleNics = DVPortStatusVmDirectPathGen2InactiveReasonNetwork("portNptNoCompatibleNics")
	// At least some of the physical NICs used as uplinks for this port
	// support VMDirectPath Gen 2, but all available network-passthrough
	// resources are in use by other ports.
	DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptNoVirtualFunctionsAvailable = DVPortStatusVmDirectPathGen2InactiveReasonNetwork("portNptNoVirtualFunctionsAvailable")
	// VMDirectPath Gen 2 has been explicitly disabled for this port.
	DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptDisabledForPort = DVPortStatusVmDirectPathGen2InactiveReasonNetwork("portNptDisabledForPort")
)

func (e DVPortStatusVmDirectPathGen2InactiveReasonNetwork) Values() []DVPortStatusVmDirectPathGen2InactiveReasonNetwork {
	return []DVPortStatusVmDirectPathGen2InactiveReasonNetwork{
		DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptIncompatibleDvs,
		DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptNoCompatibleNics,
		DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptNoVirtualFunctionsAvailable,
		DVPortStatusVmDirectPathGen2InactiveReasonNetworkPortNptDisabledForPort,
	}
}

func (e DVPortStatusVmDirectPathGen2InactiveReasonNetwork) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DVPortStatusVmDirectPathGen2InactiveReasonNetwork"] = reflect.TypeOf((*DVPortStatusVmDirectPathGen2InactiveReasonNetwork)(nil)).Elem()
}

// Set of possible values for
// `DVPortStatus*.*DVPortStatus.vmDirectPathGen2InactiveReasonOther`.
type DVPortStatusVmDirectPathGen2InactiveReasonOther string

const (
	// The host for which this port is defined does not support VMDirectPath Gen 2.
	//
	// See `HostCapability*.*HostCapability.vmDirectPathGen2Supported`
	DVPortStatusVmDirectPathGen2InactiveReasonOtherPortNptIncompatibleHost = DVPortStatusVmDirectPathGen2InactiveReasonOther("portNptIncompatibleHost")
	// Configuration or state of the port's connectee prevents
	// VMDirectPath Gen 2.
	//
	// See
	// `VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeState.vmDirectPathGen2InactiveReasonVm`
	// and/or
	// `VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeState.vmDirectPathGen2InactiveReasonExtended`
	// in the appropriate element of the RuntimeInfo.device array of the
	// virtual machine connected to this port.
	DVPortStatusVmDirectPathGen2InactiveReasonOtherPortNptIncompatibleConnectee = DVPortStatusVmDirectPathGen2InactiveReasonOther("portNptIncompatibleConnectee")
)

func (e DVPortStatusVmDirectPathGen2InactiveReasonOther) Values() []DVPortStatusVmDirectPathGen2InactiveReasonOther {
	return []DVPortStatusVmDirectPathGen2InactiveReasonOther{
		DVPortStatusVmDirectPathGen2InactiveReasonOtherPortNptIncompatibleHost,
		DVPortStatusVmDirectPathGen2InactiveReasonOtherPortNptIncompatibleConnectee,
	}
}

func (e DVPortStatusVmDirectPathGen2InactiveReasonOther) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DVPortStatusVmDirectPathGen2InactiveReasonOther"] = reflect.TypeOf((*DVPortStatusVmDirectPathGen2InactiveReasonOther)(nil)).Elem()
}

type DVSFilterSpecLinkConfig string

const (
	// The port link state: blocked.
	DVSFilterSpecLinkConfigBlocked = DVSFilterSpecLinkConfig("blocked")
	// The port link state: unblocked.
	DVSFilterSpecLinkConfigUnblocked = DVSFilterSpecLinkConfig("unblocked")
)

func (e DVSFilterSpecLinkConfig) Values() []DVSFilterSpecLinkConfig {
	return []DVSFilterSpecLinkConfig{
		DVSFilterSpecLinkConfigBlocked,
		DVSFilterSpecLinkConfigUnblocked,
	}
}

func (e DVSFilterSpecLinkConfig) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DVSFilterSpecLinkConfig"] = reflect.TypeOf((*DVSFilterSpecLinkConfig)(nil)).Elem()
}

type DVSFilterSpecLinkState string

const (
	// The port link state: down.
	DVSFilterSpecLinkStateDown = DVSFilterSpecLinkState("down")
	// The port link state: up.
	DVSFilterSpecLinkStateUp = DVSFilterSpecLinkState("up")
)

func (e DVSFilterSpecLinkState) Values() []DVSFilterSpecLinkState {
	return []DVSFilterSpecLinkState{
		DVSFilterSpecLinkStateDown,
		DVSFilterSpecLinkStateUp,
	}
}

func (e DVSFilterSpecLinkState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DVSFilterSpecLinkState"] = reflect.TypeOf((*DVSFilterSpecLinkState)(nil)).Elem()
}

type DVSMacLimitPolicyType string

const (
	DVSMacLimitPolicyTypeAllow = DVSMacLimitPolicyType("allow")
	DVSMacLimitPolicyTypeDrop  = DVSMacLimitPolicyType("drop")
)

func (e DVSMacLimitPolicyType) Values() []DVSMacLimitPolicyType {
	return []DVSMacLimitPolicyType{
		DVSMacLimitPolicyTypeAllow,
		DVSMacLimitPolicyTypeDrop,
	}
}

func (e DVSMacLimitPolicyType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DVSMacLimitPolicyType"] = reflect.TypeOf((*DVSMacLimitPolicyType)(nil)).Elem()
}

type DasConfigFaultDasConfigFaultReason string

const (
	// There is a problem with the host network configuration.
	DasConfigFaultDasConfigFaultReasonHostNetworkMisconfiguration = DasConfigFaultDasConfigFaultReason("HostNetworkMisconfiguration")
	// There is a problem with the host configuration.
	DasConfigFaultDasConfigFaultReasonHostMisconfiguration = DasConfigFaultDasConfigFaultReason("HostMisconfiguration")
	// The privileges were insufficient for the operation.
	DasConfigFaultDasConfigFaultReasonInsufficientPrivileges = DasConfigFaultDasConfigFaultReason("InsufficientPrivileges")
	// There was no running primary agent available to contact.
	//
	// Check that your other hosts don't have HA errors
	DasConfigFaultDasConfigFaultReasonNoPrimaryAgentAvailable = DasConfigFaultDasConfigFaultReason("NoPrimaryAgentAvailable")
	// The HA configuration failed for other reasons.
	DasConfigFaultDasConfigFaultReasonOther = DasConfigFaultDasConfigFaultReason("Other")
	// No datastores defined for this host
	DasConfigFaultDasConfigFaultReasonNoDatastoresConfigured = DasConfigFaultDasConfigFaultReason("NoDatastoresConfigured")
	// Failure to create config vvol
	DasConfigFaultDasConfigFaultReasonCreateConfigVvolFailed = DasConfigFaultDasConfigFaultReason("CreateConfigVvolFailed")
	// Host in vSAN cluster does not support vSAN.
	DasConfigFaultDasConfigFaultReasonVSanNotSupportedOnHost = DasConfigFaultDasConfigFaultReason("VSanNotSupportedOnHost")
	// There is a problem with the cluster network configuration.
	DasConfigFaultDasConfigFaultReasonDasNetworkMisconfiguration = DasConfigFaultDasConfigFaultReason("DasNetworkMisconfiguration")
	// Setting desired imageSpec in Personality Manager failed
	DasConfigFaultDasConfigFaultReasonSetDesiredImageSpecFailed = DasConfigFaultDasConfigFaultReason("SetDesiredImageSpecFailed")
	// The ApplyHA call to Personality Manager failed
	DasConfigFaultDasConfigFaultReasonApplyHAVibsOnClusterFailed = DasConfigFaultDasConfigFaultReason("ApplyHAVibsOnClusterFailed")
)

func (e DasConfigFaultDasConfigFaultReason) Values() []DasConfigFaultDasConfigFaultReason {
	return []DasConfigFaultDasConfigFaultReason{
		DasConfigFaultDasConfigFaultReasonHostNetworkMisconfiguration,
		DasConfigFaultDasConfigFaultReasonHostMisconfiguration,
		DasConfigFaultDasConfigFaultReasonInsufficientPrivileges,
		DasConfigFaultDasConfigFaultReasonNoPrimaryAgentAvailable,
		DasConfigFaultDasConfigFaultReasonOther,
		DasConfigFaultDasConfigFaultReasonNoDatastoresConfigured,
		DasConfigFaultDasConfigFaultReasonCreateConfigVvolFailed,
		DasConfigFaultDasConfigFaultReasonVSanNotSupportedOnHost,
		DasConfigFaultDasConfigFaultReasonDasNetworkMisconfiguration,
		DasConfigFaultDasConfigFaultReasonSetDesiredImageSpecFailed,
		DasConfigFaultDasConfigFaultReasonApplyHAVibsOnClusterFailed,
	}
}

func (e DasConfigFaultDasConfigFaultReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DasConfigFaultDasConfigFaultReason"] = reflect.TypeOf((*DasConfigFaultDasConfigFaultReason)(nil)).Elem()
}

// Deprecated as of VI API 2.5, use `ClusterDasVmSettingsRestartPriority_enum`.
//
// The priority of the virtual machine determines the preference
// given to it if sufficient capacity is not available to power
// on all failed virtual machines.
//
// For example, high priority
// virtual machines on a host get preference over low priority
// virtual machines.
type DasVmPriority string

const (
	// vSphere HA is disabled for this virtual machine.
	DasVmPriorityDisabled = DasVmPriority("disabled")
	// Virtual machines with this priority have a lower chance of powering on after a
	// failure if there is insufficient capacity on hosts to meet all virtual machine
	// needs.
	DasVmPriorityLow = DasVmPriority("low")
	// Virtual machines with this priority have an intermediate chance of powering
	// on after a failure if there is insufficient capacity on hosts to meet all
	// virtual machine needs.
	DasVmPriorityMedium = DasVmPriority("medium")
	// Virtual machines with this priority have a higher chance of powering on after a
	// failure if there is insufficient capacity on hosts to meet all virtual machine
	// needs.
	DasVmPriorityHigh = DasVmPriority("high")
)

func (e DasVmPriority) Values() []DasVmPriority {
	return []DasVmPriority{
		DasVmPriorityDisabled,
		DasVmPriorityLow,
		DasVmPriorityMedium,
		DasVmPriorityHigh,
	}
}

func (e DasVmPriority) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DasVmPriority"] = reflect.TypeOf((*DasVmPriority)(nil)).Elem()
}

type DatastoreAccessible string

const (
	// Is accessible
	DatastoreAccessibleTrue = DatastoreAccessible("True")
	// Is not accessible
	DatastoreAccessibleFalse = DatastoreAccessible("False")
)

func (e DatastoreAccessible) Values() []DatastoreAccessible {
	return []DatastoreAccessible{
		DatastoreAccessibleTrue,
		DatastoreAccessibleFalse,
	}
}

func (e DatastoreAccessible) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DatastoreAccessible"] = reflect.TypeOf((*DatastoreAccessible)(nil)).Elem()
}

// The type of the sector size, such as, datastore and virtual disk,
type DatastoreSectorFormat string

const (
	// 512 native sector size disk.
	DatastoreSectorFormatNative_512 = DatastoreSectorFormat("native_512")
	// 4K sector size disk in 512 emulation mode.
	DatastoreSectorFormatEmulated_512 = DatastoreSectorFormat("emulated_512")
	// 4K native sector size disk.
	DatastoreSectorFormatNative_4k = DatastoreSectorFormat("native_4k")
)

func (e DatastoreSectorFormat) Values() []DatastoreSectorFormat {
	return []DatastoreSectorFormat{
		DatastoreSectorFormatNative_512,
		DatastoreSectorFormatEmulated_512,
		DatastoreSectorFormatNative_4k,
	}
}

func (e DatastoreSectorFormat) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DatastoreSectorFormat"] = reflect.TypeOf((*DatastoreSectorFormat)(nil)).Elem()
	minAPIVersionForType["DatastoreSectorFormat"] = "9.0.0.0"
}

// Defines the current maintenance mode state of the datastore.
type DatastoreSummaryMaintenanceModeState string

const (
	// Default state.
	DatastoreSummaryMaintenanceModeStateNormal = DatastoreSummaryMaintenanceModeState("normal")
	// Started entering maintenance mode, but not finished.
	//
	// This could happen when waiting for user input or for
	// long-running vmotions to complete.
	DatastoreSummaryMaintenanceModeStateEnteringMaintenance = DatastoreSummaryMaintenanceModeState("enteringMaintenance")
	// Successfully entered maintenance mode.
	DatastoreSummaryMaintenanceModeStateInMaintenance = DatastoreSummaryMaintenanceModeState("inMaintenance")
)

func (e DatastoreSummaryMaintenanceModeState) Values() []DatastoreSummaryMaintenanceModeState {
	return []DatastoreSummaryMaintenanceModeState{
		DatastoreSummaryMaintenanceModeStateNormal,
		DatastoreSummaryMaintenanceModeStateEnteringMaintenance,
		DatastoreSummaryMaintenanceModeStateInMaintenance,
	}
}

func (e DatastoreSummaryMaintenanceModeState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DatastoreSummaryMaintenanceModeState"] = reflect.TypeOf((*DatastoreSummaryMaintenanceModeState)(nil)).Elem()
}

type DayOfWeek string

const (
	DayOfWeekSunday    = DayOfWeek("sunday")
	DayOfWeekMonday    = DayOfWeek("monday")
	DayOfWeekTuesday   = DayOfWeek("tuesday")
	DayOfWeekWednesday = DayOfWeek("wednesday")
	DayOfWeekThursday  = DayOfWeek("thursday")
	DayOfWeekFriday    = DayOfWeek("friday")
	DayOfWeekSaturday  = DayOfWeek("saturday")
)

func (e DayOfWeek) Values() []DayOfWeek {
	return []DayOfWeek{
		DayOfWeekSunday,
		DayOfWeekMonday,
		DayOfWeekTuesday,
		DayOfWeekWednesday,
		DayOfWeekThursday,
		DayOfWeekFriday,
		DayOfWeekSaturday,
	}
}

func (e DayOfWeek) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DayOfWeek"] = reflect.TypeOf((*DayOfWeek)(nil)).Elem()
}

// Reasons why a virtual device would not be supported on a host.
type DeviceNotSupportedReason string

const (
	// The host does not support this virtual device at all.
	DeviceNotSupportedReasonHost = DeviceNotSupportedReason("host")
	// The device is supported by the host in general, but not for
	// the specific guest OS the virtual machine is using.
	DeviceNotSupportedReasonGuest = DeviceNotSupportedReason("guest")
	// The device is supported by the host and guest OS, but not for
	// the vSphere Fault Tolerance.
	DeviceNotSupportedReasonFt = DeviceNotSupportedReason("ft")
)

func (e DeviceNotSupportedReason) Values() []DeviceNotSupportedReason {
	return []DeviceNotSupportedReason{
		DeviceNotSupportedReasonHost,
		DeviceNotSupportedReasonGuest,
		DeviceNotSupportedReasonFt,
	}
}

func (e DeviceNotSupportedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DeviceNotSupportedReason"] = reflect.TypeOf((*DeviceNotSupportedReason)(nil)).Elem()
	minAPIVersionForEnumValue["DeviceNotSupportedReason"] = map[string]string{
		"ft": "8.0.3.0",
	}
}

// The list of Device Protocols.
type DeviceProtocol string

const (
	DeviceProtocolNVMe = DeviceProtocol("NVMe")
	DeviceProtocolSCSI = DeviceProtocol("SCSI")
)

func (e DeviceProtocol) Values() []DeviceProtocol {
	return []DeviceProtocol{
		DeviceProtocolNVMe,
		DeviceProtocolSCSI,
	}
}

func (e DeviceProtocol) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DeviceProtocol"] = reflect.TypeOf((*DeviceProtocol)(nil)).Elem()
	minAPIVersionForType["DeviceProtocol"] = "8.0.1.0"
}

// Pre-defined constants for possible creators of log files.
type DiagnosticManagerLogCreator string

const (
	// VirtualCenter service
	DiagnosticManagerLogCreatorVpxd = DiagnosticManagerLogCreator("vpxd")
	// VirtualCenter agent
	DiagnosticManagerLogCreatorVpxa = DiagnosticManagerLogCreator("vpxa")
	// Host agent
	DiagnosticManagerLogCreatorHostd = DiagnosticManagerLogCreator("hostd")
	// Host server agent
	DiagnosticManagerLogCreatorServerd = DiagnosticManagerLogCreator("serverd")
	// Installation
	DiagnosticManagerLogCreatorInstall = DiagnosticManagerLogCreator("install")
	// Virtual infrastructure client
	DiagnosticManagerLogCreatorVpxClient = DiagnosticManagerLogCreator("vpxClient")
	// System Record Log
	DiagnosticManagerLogCreatorRecordLog = DiagnosticManagerLogCreator("recordLog")
)

func (e DiagnosticManagerLogCreator) Values() []DiagnosticManagerLogCreator {
	return []DiagnosticManagerLogCreator{
		DiagnosticManagerLogCreatorVpxd,
		DiagnosticManagerLogCreatorVpxa,
		DiagnosticManagerLogCreatorHostd,
		DiagnosticManagerLogCreatorServerd,
		DiagnosticManagerLogCreatorInstall,
		DiagnosticManagerLogCreatorVpxClient,
		DiagnosticManagerLogCreatorRecordLog,
	}
}

func (e DiagnosticManagerLogCreator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DiagnosticManagerLogCreator"] = reflect.TypeOf((*DiagnosticManagerLogCreator)(nil)).Elem()
}

// Constants for defined formats.
//
// For more information, see the comment for the format property.
type DiagnosticManagerLogFormat string

const (
	// A standard ASCII-based line-based log file.
	DiagnosticManagerLogFormatPlain = DiagnosticManagerLogFormat("plain")
)

func (e DiagnosticManagerLogFormat) Values() []DiagnosticManagerLogFormat {
	return []DiagnosticManagerLogFormat{
		DiagnosticManagerLogFormatPlain,
	}
}

func (e DiagnosticManagerLogFormat) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DiagnosticManagerLogFormat"] = reflect.TypeOf((*DiagnosticManagerLogFormat)(nil)).Elem()
}

// Type of partition indicating the type of storage on which the partition
// resides.
//
// If the diagnostic partition is local only, it will only need
// one slot. If the diagnostic partition is on shared storage, it could
// be used by multiple hosts. As a result, it will need multiple slots.
type DiagnosticPartitionStorageType string

const (
	DiagnosticPartitionStorageTypeDirectAttached  = DiagnosticPartitionStorageType("directAttached")
	DiagnosticPartitionStorageTypeNetworkAttached = DiagnosticPartitionStorageType("networkAttached")
)

func (e DiagnosticPartitionStorageType) Values() []DiagnosticPartitionStorageType {
	return []DiagnosticPartitionStorageType{
		DiagnosticPartitionStorageTypeDirectAttached,
		DiagnosticPartitionStorageTypeNetworkAttached,
	}
}

func (e DiagnosticPartitionStorageType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DiagnosticPartitionStorageType"] = reflect.TypeOf((*DiagnosticPartitionStorageType)(nil)).Elem()
}

// The type of diagnostic partition.
//
// Private diagnostic partition has one
// slot, so can only be used by one host. Shared diagnostic parititon
// needs multiple slots so to be usable by multiple hosts.
type DiagnosticPartitionType string

const (
	DiagnosticPartitionTypeSingleHost = DiagnosticPartitionType("singleHost")
	DiagnosticPartitionTypeMultiHost  = DiagnosticPartitionType("multiHost")
)

func (e DiagnosticPartitionType) Values() []DiagnosticPartitionType {
	return []DiagnosticPartitionType{
		DiagnosticPartitionTypeSingleHost,
		DiagnosticPartitionTypeMultiHost,
	}
}

func (e DiagnosticPartitionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DiagnosticPartitionType"] = reflect.TypeOf((*DiagnosticPartitionType)(nil)).Elem()
}

// The disallowed change type.
type DisallowedChangeByServiceDisallowedChange string

const (
	// Online extend disk operation.
	DisallowedChangeByServiceDisallowedChangeHotExtendDisk = DisallowedChangeByServiceDisallowedChange("hotExtendDisk")
)

func (e DisallowedChangeByServiceDisallowedChange) Values() []DisallowedChangeByServiceDisallowedChange {
	return []DisallowedChangeByServiceDisallowedChange{
		DisallowedChangeByServiceDisallowedChangeHotExtendDisk,
	}
}

func (e DisallowedChangeByServiceDisallowedChange) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DisallowedChangeByServiceDisallowedChange"] = reflect.TypeOf((*DisallowedChangeByServiceDisallowedChange)(nil)).Elem()
}

// The `DistributedVirtualPortgroupBackingType_enum` enum defines
// the distributed virtual portgroup backing type.
type DistributedVirtualPortgroupBackingType string

const (
	// The portgroup is created by vCenter.
	DistributedVirtualPortgroupBackingTypeStandard = DistributedVirtualPortgroupBackingType("standard")
	// The portgroup is created by NSX manager.
	//
	// For NSX backing type, We only support ephemeral portgroup type.
	// If `DistributedVirtualPortgroupPortgroupType_enum` is
	// ephemeral, A `DistributedVirtualPort` will be
	// dynamically created by NSX when the virtual machine is reconfigured
	// to connect to the portgroup.
	DistributedVirtualPortgroupBackingTypeNsx = DistributedVirtualPortgroupBackingType("nsx")
)

func (e DistributedVirtualPortgroupBackingType) Values() []DistributedVirtualPortgroupBackingType {
	return []DistributedVirtualPortgroupBackingType{
		DistributedVirtualPortgroupBackingTypeStandard,
		DistributedVirtualPortgroupBackingTypeNsx,
	}
}

func (e DistributedVirtualPortgroupBackingType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualPortgroupBackingType"] = reflect.TypeOf((*DistributedVirtualPortgroupBackingType)(nil)).Elem()
}

// The meta tag names recognizable in the
// `DVPortgroupConfigInfo.portNameFormat` string.
type DistributedVirtualPortgroupMetaTagName string

const (
	// This tag will be expanded to the name of the switch.
	DistributedVirtualPortgroupMetaTagNameDvsName = DistributedVirtualPortgroupMetaTagName("dvsName")
	// This tag will be expanded to the name of the portgroup.
	DistributedVirtualPortgroupMetaTagNamePortgroupName = DistributedVirtualPortgroupMetaTagName("portgroupName")
	// This tag will be expanded to the current index of the port.
	DistributedVirtualPortgroupMetaTagNamePortIndex = DistributedVirtualPortgroupMetaTagName("portIndex")
)

func (e DistributedVirtualPortgroupMetaTagName) Values() []DistributedVirtualPortgroupMetaTagName {
	return []DistributedVirtualPortgroupMetaTagName{
		DistributedVirtualPortgroupMetaTagNameDvsName,
		DistributedVirtualPortgroupMetaTagNamePortgroupName,
		DistributedVirtualPortgroupMetaTagNamePortIndex,
	}
}

func (e DistributedVirtualPortgroupMetaTagName) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualPortgroupMetaTagName"] = reflect.TypeOf((*DistributedVirtualPortgroupMetaTagName)(nil)).Elem()
}

// The `DistributedVirtualPortgroupPortgroupType_enum` enum defines
// the distributed virtual portgroup types
// (`DistributedVirtualPortgroup*.*DistributedVirtualPortgroup.config*.*DVPortgroupConfigInfo.type`).
//
// Early binding specifies a static set of ports that are created
// when you create the distributed virtual portgroup. An ephemeral portgroup uses dynamic
// ports that are created when you power on a virtual machine.
type DistributedVirtualPortgroupPortgroupType string

const (
	// A free `DistributedVirtualPort` will be selected and assigned to
	// a `VirtualMachine` when the virtual machine is reconfigured to
	// connect to the portgroup.
	DistributedVirtualPortgroupPortgroupTypeEarlyBinding = DistributedVirtualPortgroupPortgroupType("earlyBinding")
	// Deprecated as of vSphere API 5.0.
	//
	// A free `DistributedVirtualPort` will be selected and
	// assigned to a `VirtualMachine` when the virtual machine is
	// powered on.
	DistributedVirtualPortgroupPortgroupTypeLateBinding = DistributedVirtualPortgroupPortgroupType("lateBinding")
	// A `DistributedVirtualPort` will be created and assigned to a
	// `VirtualMachine` when the virtual machine is powered on, and will
	// be deleted when the virtual machine is powered off.
	//
	// An ephemeral portgroup has
	// no limit on the number of ports that can be a part of this portgroup.
	// In cases where the vCenter Server is unavailable the host can
	// create conflict ports in this portgroup to be used by a virtual machine
	// at power on.
	DistributedVirtualPortgroupPortgroupTypeEphemeral = DistributedVirtualPortgroupPortgroupType("ephemeral")
)

func (e DistributedVirtualPortgroupPortgroupType) Values() []DistributedVirtualPortgroupPortgroupType {
	return []DistributedVirtualPortgroupPortgroupType{
		DistributedVirtualPortgroupPortgroupTypeEarlyBinding,
		DistributedVirtualPortgroupPortgroupTypeLateBinding,
		DistributedVirtualPortgroupPortgroupTypeEphemeral,
	}
}

func (e DistributedVirtualPortgroupPortgroupType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualPortgroupPortgroupType"] = reflect.TypeOf((*DistributedVirtualPortgroupPortgroupType)(nil)).Elem()
}

// List of possible host infrastructure traffic classes
type DistributedVirtualSwitchHostInfrastructureTrafficClass string

const (
	// Management Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassManagement = DistributedVirtualSwitchHostInfrastructureTrafficClass("management")
	// Fault Tolerance (FT) Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassFaultTolerance = DistributedVirtualSwitchHostInfrastructureTrafficClass("faultTolerance")
	// vMotion Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassVmotion = DistributedVirtualSwitchHostInfrastructureTrafficClass("vmotion")
	// Virtual Machine Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassVirtualMachine = DistributedVirtualSwitchHostInfrastructureTrafficClass("virtualMachine")
	// iSCSI Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassISCSI = DistributedVirtualSwitchHostInfrastructureTrafficClass("iSCSI")
	// NFS Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassNfs = DistributedVirtualSwitchHostInfrastructureTrafficClass("nfs")
	// vSphere Replication (VR) Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassHbr = DistributedVirtualSwitchHostInfrastructureTrafficClass("hbr")
	// vSphere Storage Area Network Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassVsan = DistributedVirtualSwitchHostInfrastructureTrafficClass("vsan")
	// vSphere Data Protection - Backup Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassVdp = DistributedVirtualSwitchHostInfrastructureTrafficClass("vdp")
	// vSphere Backup NFC Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassBackupNfc = DistributedVirtualSwitchHostInfrastructureTrafficClass("backupNfc")
	// vSphere NVMETCP Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassNvmetcp = DistributedVirtualSwitchHostInfrastructureTrafficClass("nvmetcp")
	// vSphere Provisioning Traffic
	DistributedVirtualSwitchHostInfrastructureTrafficClassProvisioning = DistributedVirtualSwitchHostInfrastructureTrafficClass("provisioning")
)

func (e DistributedVirtualSwitchHostInfrastructureTrafficClass) Values() []DistributedVirtualSwitchHostInfrastructureTrafficClass {
	return []DistributedVirtualSwitchHostInfrastructureTrafficClass{
		DistributedVirtualSwitchHostInfrastructureTrafficClassManagement,
		DistributedVirtualSwitchHostInfrastructureTrafficClassFaultTolerance,
		DistributedVirtualSwitchHostInfrastructureTrafficClassVmotion,
		DistributedVirtualSwitchHostInfrastructureTrafficClassVirtualMachine,
		DistributedVirtualSwitchHostInfrastructureTrafficClassISCSI,
		DistributedVirtualSwitchHostInfrastructureTrafficClassNfs,
		DistributedVirtualSwitchHostInfrastructureTrafficClassHbr,
		DistributedVirtualSwitchHostInfrastructureTrafficClassVsan,
		DistributedVirtualSwitchHostInfrastructureTrafficClassVdp,
		DistributedVirtualSwitchHostInfrastructureTrafficClassBackupNfc,
		DistributedVirtualSwitchHostInfrastructureTrafficClassNvmetcp,
		DistributedVirtualSwitchHostInfrastructureTrafficClassProvisioning,
	}
}

func (e DistributedVirtualSwitchHostInfrastructureTrafficClass) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchHostInfrastructureTrafficClass"] = reflect.TypeOf((*DistributedVirtualSwitchHostInfrastructureTrafficClass)(nil)).Elem()
	minAPIVersionForEnumValue["DistributedVirtualSwitchHostInfrastructureTrafficClass"] = map[string]string{
		"backupNfc":    "7.0.1.0",
		"nvmetcp":      "7.0.3.0",
		"provisioning": "9.0.0.0",
	}
}

// Describes the state of the host proxy switch.
type DistributedVirtualSwitchHostMemberHostComponentState string

const (
	// The host proxy switch is up and running.
	DistributedVirtualSwitchHostMemberHostComponentStateUp = DistributedVirtualSwitchHostMemberHostComponentState("up")
	// The host proxy switch is waiting to be initialized.
	DistributedVirtualSwitchHostMemberHostComponentStatePending = DistributedVirtualSwitchHostMemberHostComponentState("pending")
	// The proxy switch configuration is not the same as the
	// distributed virtual switch configuration in the vCenter Server.
	DistributedVirtualSwitchHostMemberHostComponentStateOutOfSync = DistributedVirtualSwitchHostMemberHostComponentState("outOfSync")
	// The host requires attention.
	DistributedVirtualSwitchHostMemberHostComponentStateWarning = DistributedVirtualSwitchHostMemberHostComponentState("warning")
	// The host is disconnected or it is not responding.
	DistributedVirtualSwitchHostMemberHostComponentStateDisconnected = DistributedVirtualSwitchHostMemberHostComponentState("disconnected")
	// The host proxy is down.
	DistributedVirtualSwitchHostMemberHostComponentStateDown = DistributedVirtualSwitchHostMemberHostComponentState("down")
)

func (e DistributedVirtualSwitchHostMemberHostComponentState) Values() []DistributedVirtualSwitchHostMemberHostComponentState {
	return []DistributedVirtualSwitchHostMemberHostComponentState{
		DistributedVirtualSwitchHostMemberHostComponentStateUp,
		DistributedVirtualSwitchHostMemberHostComponentStatePending,
		DistributedVirtualSwitchHostMemberHostComponentStateOutOfSync,
		DistributedVirtualSwitchHostMemberHostComponentStateWarning,
		DistributedVirtualSwitchHostMemberHostComponentStateDisconnected,
		DistributedVirtualSwitchHostMemberHostComponentStateDown,
	}
}

func (e DistributedVirtualSwitchHostMemberHostComponentState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchHostMemberHostComponentState"] = reflect.TypeOf((*DistributedVirtualSwitchHostMemberHostComponentState)(nil)).Elem()
}

type DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus string

const (
	DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatusSUCCEEDED   = DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus("SUCCEEDED")
	DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatusIN_PROGRESS = DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus("IN_PROGRESS")
	DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatusFAILED      = DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus("FAILED")
)

func (e DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus) Values() []DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus {
	return []DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus{
		DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatusSUCCEEDED,
		DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatusIN_PROGRESS,
		DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatusFAILED,
	}
}

func (e DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus"] = reflect.TypeOf((*DistributedVirtualSwitchHostMemberHostPerfNicOffloadStateStatus)(nil)).Elem()
}

// Describe the runtime state of the uplink.
type DistributedVirtualSwitchHostMemberHostUplinkStateState string

const (
	DistributedVirtualSwitchHostMemberHostUplinkStateStateActive  = DistributedVirtualSwitchHostMemberHostUplinkStateState("active")
	DistributedVirtualSwitchHostMemberHostUplinkStateStateStandby = DistributedVirtualSwitchHostMemberHostUplinkStateState("standby")
)

func (e DistributedVirtualSwitchHostMemberHostUplinkStateState) Values() []DistributedVirtualSwitchHostMemberHostUplinkStateState {
	return []DistributedVirtualSwitchHostMemberHostUplinkStateState{
		DistributedVirtualSwitchHostMemberHostUplinkStateStateActive,
		DistributedVirtualSwitchHostMemberHostUplinkStateStateStandby,
	}
}

func (e DistributedVirtualSwitchHostMemberHostUplinkStateState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchHostMemberHostUplinkStateState"] = reflect.TypeOf((*DistributedVirtualSwitchHostMemberHostUplinkStateState)(nil)).Elem()
}

// Transport zone type.
type DistributedVirtualSwitchHostMemberTransportZoneType string

const (
	// VLAN based networking
	DistributedVirtualSwitchHostMemberTransportZoneTypeVlan = DistributedVirtualSwitchHostMemberTransportZoneType("vlan")
	// VXLAN based networking
	DistributedVirtualSwitchHostMemberTransportZoneTypeOverlay = DistributedVirtualSwitchHostMemberTransportZoneType("overlay")
)

func (e DistributedVirtualSwitchHostMemberTransportZoneType) Values() []DistributedVirtualSwitchHostMemberTransportZoneType {
	return []DistributedVirtualSwitchHostMemberTransportZoneType{
		DistributedVirtualSwitchHostMemberTransportZoneTypeVlan,
		DistributedVirtualSwitchHostMemberTransportZoneTypeOverlay,
	}
}

func (e DistributedVirtualSwitchHostMemberTransportZoneType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchHostMemberTransportZoneType"] = reflect.TypeOf((*DistributedVirtualSwitchHostMemberTransportZoneType)(nil)).Elem()
}

// Network resource control version types.
type DistributedVirtualSwitchNetworkResourceControlVersion string

const (
	// Network Resource Control API version 2
	DistributedVirtualSwitchNetworkResourceControlVersionVersion2 = DistributedVirtualSwitchNetworkResourceControlVersion("version2")
	// Network Resource Control API version 3
	DistributedVirtualSwitchNetworkResourceControlVersionVersion3 = DistributedVirtualSwitchNetworkResourceControlVersion("version3")
)

func (e DistributedVirtualSwitchNetworkResourceControlVersion) Values() []DistributedVirtualSwitchNetworkResourceControlVersion {
	return []DistributedVirtualSwitchNetworkResourceControlVersion{
		DistributedVirtualSwitchNetworkResourceControlVersionVersion2,
		DistributedVirtualSwitchNetworkResourceControlVersionVersion3,
	}
}

func (e DistributedVirtualSwitchNetworkResourceControlVersion) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchNetworkResourceControlVersion"] = reflect.TypeOf((*DistributedVirtualSwitchNetworkResourceControlVersion)(nil)).Elem()
}

// List of possible teaming modes supported by the vNetwork Distributed
// Switch.
//
// The different policy modes define the way traffic is routed
// through the different uplink ports in a team.
type DistributedVirtualSwitchNicTeamingPolicyMode string

const (
	// Routing based on IP hash
	DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_ip = DistributedVirtualSwitchNicTeamingPolicyMode("loadbalance_ip")
	// Route based on source MAC hash
	DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_srcmac = DistributedVirtualSwitchNicTeamingPolicyMode("loadbalance_srcmac")
	// Route based on the source of the port ID
	DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_srcid = DistributedVirtualSwitchNicTeamingPolicyMode("loadbalance_srcid")
	// Use explicit failover order
	DistributedVirtualSwitchNicTeamingPolicyModeFailover_explicit = DistributedVirtualSwitchNicTeamingPolicyMode("failover_explicit")
	// Routing based by dynamically balancing traffic through the NICs
	// in a team.
	//
	// This is the recommended teaming policy when the
	// network I/O control feature is enabled for the vNetwork
	// Distributed Switch.
	DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_loadbased = DistributedVirtualSwitchNicTeamingPolicyMode("loadbalance_loadbased")
)

func (e DistributedVirtualSwitchNicTeamingPolicyMode) Values() []DistributedVirtualSwitchNicTeamingPolicyMode {
	return []DistributedVirtualSwitchNicTeamingPolicyMode{
		DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_ip,
		DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_srcmac,
		DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_srcid,
		DistributedVirtualSwitchNicTeamingPolicyModeFailover_explicit,
		DistributedVirtualSwitchNicTeamingPolicyModeLoadbalance_loadbased,
	}
}

func (e DistributedVirtualSwitchNicTeamingPolicyMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchNicTeamingPolicyMode"] = reflect.TypeOf((*DistributedVirtualSwitchNicTeamingPolicyMode)(nil)).Elem()
}

// The connectee types.
type DistributedVirtualSwitchPortConnecteeConnecteeType string

const (
	// The port connects to a Physical NIC.
	DistributedVirtualSwitchPortConnecteeConnecteeTypePnic = DistributedVirtualSwitchPortConnecteeConnecteeType("pnic")
	// The port connects to a Virtual NIC in a Virtual Machine.
	DistributedVirtualSwitchPortConnecteeConnecteeTypeVmVnic = DistributedVirtualSwitchPortConnecteeConnecteeType("vmVnic")
	// The port connects to a console Virtual NIC on a host.
	DistributedVirtualSwitchPortConnecteeConnecteeTypeHostConsoleVnic = DistributedVirtualSwitchPortConnecteeConnecteeType("hostConsoleVnic")
	// The port connects to a VMkernel Virtual NIC on a host.
	DistributedVirtualSwitchPortConnecteeConnecteeTypeHostVmkVnic = DistributedVirtualSwitchPortConnecteeConnecteeType("hostVmkVnic")
	// The port connects to a Virtual NIC in a System CRX VM.
	DistributedVirtualSwitchPortConnecteeConnecteeTypeSystemCrxVnic = DistributedVirtualSwitchPortConnecteeConnecteeType("systemCrxVnic")
)

func (e DistributedVirtualSwitchPortConnecteeConnecteeType) Values() []DistributedVirtualSwitchPortConnecteeConnecteeType {
	return []DistributedVirtualSwitchPortConnecteeConnecteeType{
		DistributedVirtualSwitchPortConnecteeConnecteeTypePnic,
		DistributedVirtualSwitchPortConnecteeConnecteeTypeVmVnic,
		DistributedVirtualSwitchPortConnecteeConnecteeTypeHostConsoleVnic,
		DistributedVirtualSwitchPortConnecteeConnecteeTypeHostVmkVnic,
		DistributedVirtualSwitchPortConnecteeConnecteeTypeSystemCrxVnic,
	}
}

func (e DistributedVirtualSwitchPortConnecteeConnecteeType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchPortConnecteeConnecteeType"] = reflect.TypeOf((*DistributedVirtualSwitchPortConnecteeConnecteeType)(nil)).Elem()
	minAPIVersionForEnumValue["DistributedVirtualSwitchPortConnecteeConnecteeType"] = map[string]string{
		"systemCrxVnic": "8.0.1.0",
	}
}

// The product spec operation types.
type DistributedVirtualSwitchProductSpecOperationType string

const (
	// Push the switch's host component of the specified product info to the
	// host members of the switch at a fixed location known by the host.
	DistributedVirtualSwitchProductSpecOperationTypePreInstall = DistributedVirtualSwitchProductSpecOperationType("preInstall")
	// Change the switch implementation to use the specified one.
	//
	// If the
	// property values in the specified product info are different from
	// those of the corresponding properties in the switch's product info,
	// a host component preinstall and switch upgrade will be performed.
	DistributedVirtualSwitchProductSpecOperationTypeUpgrade = DistributedVirtualSwitchProductSpecOperationType("upgrade")
	// Set the product information for an available switch upgrade that
	// would be done by the switch implementation.
	//
	// This operation will post
	// a config issue on the switch to signal the availability of an upgrade.
	// This operation is applicable only in the case when switch policy
	// `DVSPolicy.autoUpgradeAllowed`
	// is set to false.
	DistributedVirtualSwitchProductSpecOperationTypeNotifyAvailableUpgrade = DistributedVirtualSwitchProductSpecOperationType("notifyAvailableUpgrade")
	// If productSpec is set to be same as that in the
	// `DvsUpgradeAvailableEvent` configIssue, the switch
	// implementation will proceed with the upgrade.
	//
	// To reject or stop the
	// upgrade, leave the productSpec unset. If productSpec is set but does not
	// match that in `DvsUpgradeAvailableEvent` configIssue,
	// a fault will be raised.
	// This operation is applicable only in the case when switch policy
	// `DVSPolicy.autoUpgradeAllowed`
	// is set to false.
	DistributedVirtualSwitchProductSpecOperationTypeProceedWithUpgrade = DistributedVirtualSwitchProductSpecOperationType("proceedWithUpgrade")
	// Update the bundle URL and ID information.
	//
	// If other properties in
	// the specified product info differ from the
	// corresponding properties of the switch's product info, a fault will
	// be thrown. Updating the bundle ID will result in installing the new host
	// component identified by the bundle ID.
	DistributedVirtualSwitchProductSpecOperationTypeUpdateBundleInfo = DistributedVirtualSwitchProductSpecOperationType("updateBundleInfo")
)

func (e DistributedVirtualSwitchProductSpecOperationType) Values() []DistributedVirtualSwitchProductSpecOperationType {
	return []DistributedVirtualSwitchProductSpecOperationType{
		DistributedVirtualSwitchProductSpecOperationTypePreInstall,
		DistributedVirtualSwitchProductSpecOperationTypeUpgrade,
		DistributedVirtualSwitchProductSpecOperationTypeNotifyAvailableUpgrade,
		DistributedVirtualSwitchProductSpecOperationTypeProceedWithUpgrade,
		DistributedVirtualSwitchProductSpecOperationTypeUpdateBundleInfo,
	}
}

func (e DistributedVirtualSwitchProductSpecOperationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DistributedVirtualSwitchProductSpecOperationType"] = reflect.TypeOf((*DistributedVirtualSwitchProductSpecOperationType)(nil)).Elem()
}

type DpmBehavior string

const (
	// Specifies that VirtualCenter should generate recommendations
	// for host power operations, but should not execute the
	// recommendations automatically.
	DpmBehaviorManual = DpmBehavior("manual")
	// Specifies that VirtualCenter should generate recommendations
	// for host power operations, and should execute the
	// recommendations automatically.
	DpmBehaviorAutomated = DpmBehavior("automated")
)

func (e DpmBehavior) Values() []DpmBehavior {
	return []DpmBehavior{
		DpmBehaviorManual,
		DpmBehaviorAutomated,
	}
}

func (e DpmBehavior) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DpmBehavior"] = reflect.TypeOf((*DpmBehavior)(nil)).Elem()
}

type DrsBehavior string

const (
	// Specifies that VirtualCenter should generate recommendations for
	// virtual machine migration and for placement with a host,
	// but should not implement the recommendations automatically.
	DrsBehaviorManual = DrsBehavior("manual")
	// Specifies that VirtualCenter should generate recommendations for
	// virtual machine migration and for placement with a host,
	// but should automatically implement only the placement at power on.
	DrsBehaviorPartiallyAutomated = DrsBehavior("partiallyAutomated")
	// Specifies that VirtualCenter should automate both the migration
	// of virtual machines and their placement with a host at power on.
	DrsBehaviorFullyAutomated = DrsBehavior("fullyAutomated")
)

func (e DrsBehavior) Values() []DrsBehavior {
	return []DrsBehavior{
		DrsBehaviorManual,
		DrsBehaviorPartiallyAutomated,
		DrsBehaviorFullyAutomated,
	}
}

func (e DrsBehavior) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DrsBehavior"] = reflect.TypeOf((*DrsBehavior)(nil)).Elem()
}

// Correlation state as computed by storageRM
// module on host.
type DrsInjectorWorkloadCorrelationState string

const (
	DrsInjectorWorkloadCorrelationStateCorrelated   = DrsInjectorWorkloadCorrelationState("Correlated")
	DrsInjectorWorkloadCorrelationStateUncorrelated = DrsInjectorWorkloadCorrelationState("Uncorrelated")
)

func (e DrsInjectorWorkloadCorrelationState) Values() []DrsInjectorWorkloadCorrelationState {
	return []DrsInjectorWorkloadCorrelationState{
		DrsInjectorWorkloadCorrelationStateCorrelated,
		DrsInjectorWorkloadCorrelationStateUncorrelated,
	}
}

func (e DrsInjectorWorkloadCorrelationState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DrsInjectorWorkloadCorrelationState"] = reflect.TypeOf((*DrsInjectorWorkloadCorrelationState)(nil)).Elem()
}

// Deprecated as of VI API 2.5 use `RecommendationReasonCode_enum`.
//
// List of defined migration reason codes:
type DrsRecommendationReasonCode string

const (
	// Balance average CPU utilization.
	DrsRecommendationReasonCodeFairnessCpuAvg = DrsRecommendationReasonCode("fairnessCpuAvg")
	// Balance average memory utilization.
	DrsRecommendationReasonCodeFairnessMemAvg = DrsRecommendationReasonCode("fairnessMemAvg")
	// Fulfill affinity rule.
	DrsRecommendationReasonCodeJointAffin = DrsRecommendationReasonCode("jointAffin")
	// Fulfill anti-affinity rule.
	DrsRecommendationReasonCodeAntiAffin = DrsRecommendationReasonCode("antiAffin")
	// Host entering maintenance mode.
	DrsRecommendationReasonCodeHostMaint = DrsRecommendationReasonCode("hostMaint")
)

func (e DrsRecommendationReasonCode) Values() []DrsRecommendationReasonCode {
	return []DrsRecommendationReasonCode{
		DrsRecommendationReasonCodeFairnessCpuAvg,
		DrsRecommendationReasonCodeFairnessMemAvg,
		DrsRecommendationReasonCodeJointAffin,
		DrsRecommendationReasonCodeAntiAffin,
		DrsRecommendationReasonCodeHostMaint,
	}
}

func (e DrsRecommendationReasonCode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DrsRecommendationReasonCode"] = reflect.TypeOf((*DrsRecommendationReasonCode)(nil)).Elem()
}

// The port blocked/unblocked state.
type DvsEventPortBlockState string

const (
	// The dvs port is in unset state
	DvsEventPortBlockStateUnset = DvsEventPortBlockState("unset")
	// The dvs port is in blocked state
	DvsEventPortBlockStateBlocked = DvsEventPortBlockState("blocked")
	// The dvs port is in unblocked state
	DvsEventPortBlockStateUnblocked = DvsEventPortBlockState("unblocked")
	// The dvs port is in unknown state
	DvsEventPortBlockStateUnknown = DvsEventPortBlockState("unknown")
)

func (e DvsEventPortBlockState) Values() []DvsEventPortBlockState {
	return []DvsEventPortBlockState{
		DvsEventPortBlockStateUnset,
		DvsEventPortBlockStateBlocked,
		DvsEventPortBlockStateUnblocked,
		DvsEventPortBlockStateUnknown,
	}
}

func (e DvsEventPortBlockState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DvsEventPortBlockState"] = reflect.TypeOf((*DvsEventPortBlockState)(nil)).Elem()
}

// Network Filter on Failure Type.
//
// It specifies whether all the
// packets will be allowed or all the packets will be denied when
// Filter fails to configure.
type DvsFilterOnFailure string

const (
	// Allows all the packets when the Filter fails to configure.
	DvsFilterOnFailureFailOpen = DvsFilterOnFailure("failOpen")
	// Denies all the packets when the Filter fails to configure.
	DvsFilterOnFailureFailClosed = DvsFilterOnFailure("failClosed")
)

func (e DvsFilterOnFailure) Values() []DvsFilterOnFailure {
	return []DvsFilterOnFailure{
		DvsFilterOnFailureFailOpen,
		DvsFilterOnFailureFailClosed,
	}
}

func (e DvsFilterOnFailure) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DvsFilterOnFailure"] = reflect.TypeOf((*DvsFilterOnFailure)(nil)).Elem()
}

// Network Traffic Rule direction types.
//
// It specifies whether rule
// needs to be applied for packets which are incoming/outgoing or both.
type DvsNetworkRuleDirectionType string

const (
	// This specifies that the network rule has to be applied only for
	// incoming packets.
	DvsNetworkRuleDirectionTypeIncomingPackets = DvsNetworkRuleDirectionType("incomingPackets")
	// This specifies that the network rule has to be applied only for
	// outgoing packets.
	DvsNetworkRuleDirectionTypeOutgoingPackets = DvsNetworkRuleDirectionType("outgoingPackets")
	// This specifies that the network rule has to be applied only for
	// both incoming and outgoing packets.
	DvsNetworkRuleDirectionTypeBoth = DvsNetworkRuleDirectionType("both")
)

func (e DvsNetworkRuleDirectionType) Values() []DvsNetworkRuleDirectionType {
	return []DvsNetworkRuleDirectionType{
		DvsNetworkRuleDirectionTypeIncomingPackets,
		DvsNetworkRuleDirectionTypeOutgoingPackets,
		DvsNetworkRuleDirectionTypeBoth,
	}
}

func (e DvsNetworkRuleDirectionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["DvsNetworkRuleDirectionType"] = reflect.TypeOf((*DvsNetworkRuleDirectionType)(nil)).Elem()
}

// The `EntityImportType_enum` enum defines the import type for a
// `DistributedVirtualSwitchManager*.*DistributedVirtualSwitchManager.DVSManagerImportEntity_Task`
// operation.
type EntityImportType string

const (
	// Create the entity with new identifiers.
	//
	// Specify the
	// `EntityBackupConfig*.*EntityBackupConfig.name` and
	// `EntityBackupConfig*.*EntityBackupConfig.container`
	// properties.
	//
	// The Server ignores any value for the
	// `EntityBackupConfig*.*EntityBackupConfig.key`
	// property.
	EntityImportTypeCreateEntityWithNewIdentifier = EntityImportType("createEntityWithNewIdentifier")
	// Recreate the entities with the original identifiers of the entity from which backup was created.
	//
	// The Server throws an exception if an entity with the same identifier already exists.
	// This option will also add the host members to the `DistributedVirtualSwitch` and will
	// try to get the virtual machine networking back with the same `DistributedVirtualPortgroup`.
	// Specify a `Folder` as the
	// `EntityBackupConfig*.*EntityBackupConfig.container`
	// for `EntityBackupConfig*.*EntityBackupConfig.entityType`
	// "distributedVirtualSwitch".
	//
	// The Server ignores any values for the
	// `EntityBackupConfig*.*EntityBackupConfig.key` and
	// `EntityBackupConfig*.*EntityBackupConfig.name`
	// properties.
	EntityImportTypeCreateEntityWithOriginalIdentifier = EntityImportType("createEntityWithOriginalIdentifier")
	// Apply the configuration specified in the
	// `EntityBackupConfig*.*EntityBackupConfig.configBlob`
	// property to the entity specified in the
	// `EntityBackupConfig*.*EntityBackupConfig.entityType` and
	// `EntityBackupConfig*.*EntityBackupConfig.key`
	// properties.
	//
	// If you specify
	// `EntityBackupConfig*.*EntityBackupConfig.name`,
	// the Server uses the specified name to rename the entity.
	//
	// The Server ignores any value for the
	// `EntityBackupConfig*.*EntityBackupConfig.container`
	// property.
	EntityImportTypeApplyToEntitySpecified = EntityImportType("applyToEntitySpecified")
)

func (e EntityImportType) Values() []EntityImportType {
	return []EntityImportType{
		EntityImportTypeCreateEntityWithNewIdentifier,
		EntityImportTypeCreateEntityWithOriginalIdentifier,
		EntityImportTypeApplyToEntitySpecified,
	}
}

func (e EntityImportType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["EntityImportType"] = reflect.TypeOf((*EntityImportType)(nil)).Elem()
}

// The `EntityType_enum` enum identifies
// the type of entity that was exported
// (`DistributedVirtualSwitchManager.DVSManagerExportEntity_Task`).
type EntityType string

const (
	// Indicates the exported entity is a `DistributedVirtualSwitch`.
	EntityTypeDistributedVirtualSwitch = EntityType("distributedVirtualSwitch")
	// Indicates the exported entity is a `DistributedVirtualPortgroup`.
	EntityTypeDistributedVirtualPortgroup = EntityType("distributedVirtualPortgroup")
)

func (e EntityType) Values() []EntityType {
	return []EntityType{
		EntityTypeDistributedVirtualSwitch,
		EntityTypeDistributedVirtualPortgroup,
	}
}

func (e EntityType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["EntityType"] = reflect.TypeOf((*EntityType)(nil)).Elem()
}

// Basic Comparison operators
type EventAlarmExpressionComparisonOperator string

const (
	// attribute equals specified value
	EventAlarmExpressionComparisonOperatorEquals = EventAlarmExpressionComparisonOperator("equals")
	// attribute does not equal specified value
	EventAlarmExpressionComparisonOperatorNotEqualTo = EventAlarmExpressionComparisonOperator("notEqualTo")
	// attribute starts with specified value
	EventAlarmExpressionComparisonOperatorStartsWith = EventAlarmExpressionComparisonOperator("startsWith")
	// attribute does not start with specified value
	EventAlarmExpressionComparisonOperatorDoesNotStartWith = EventAlarmExpressionComparisonOperator("doesNotStartWith")
	// attribute ends with specified value
	EventAlarmExpressionComparisonOperatorEndsWith = EventAlarmExpressionComparisonOperator("endsWith")
	// attribute does not end with specified value
	EventAlarmExpressionComparisonOperatorDoesNotEndWith = EventAlarmExpressionComparisonOperator("doesNotEndWith")
)

func (e EventAlarmExpressionComparisonOperator) Values() []EventAlarmExpressionComparisonOperator {
	return []EventAlarmExpressionComparisonOperator{
		EventAlarmExpressionComparisonOperatorEquals,
		EventAlarmExpressionComparisonOperatorNotEqualTo,
		EventAlarmExpressionComparisonOperatorStartsWith,
		EventAlarmExpressionComparisonOperatorDoesNotStartWith,
		EventAlarmExpressionComparisonOperatorEndsWith,
		EventAlarmExpressionComparisonOperatorDoesNotEndWith,
	}
}

func (e EventAlarmExpressionComparisonOperator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["EventAlarmExpressionComparisonOperator"] = reflect.TypeOf((*EventAlarmExpressionComparisonOperator)(nil)).Elem()
}

type EventCategory string

const (
	// Returns informational events.
	EventCategoryInfo = EventCategory("info")
	// Returns warning events.
	EventCategoryWarning = EventCategory("warning")
	// Returns error events.
	EventCategoryError = EventCategory("error")
	// Returns events pertaining to users.
	EventCategoryUser = EventCategory("user")
)

func (e EventCategory) Values() []EventCategory {
	return []EventCategory{
		EventCategoryInfo,
		EventCategoryWarning,
		EventCategoryError,
		EventCategoryUser,
	}
}

func (e EventCategory) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["EventCategory"] = reflect.TypeOf((*EventCategory)(nil)).Elem()
}

// Severity level constants.
type EventEventSeverity string

const (
	// Something that must be corrected
	EventEventSeverityError = EventEventSeverity("error")
	// Should be corrected, but the system can continue operating normally
	EventEventSeverityWarning = EventEventSeverity("warning")
	// An informational message
	EventEventSeverityInfo = EventEventSeverity("info")
	// A user-related message
	EventEventSeverityUser = EventEventSeverity("user")
)

func (e EventEventSeverity) Values() []EventEventSeverity {
	return []EventEventSeverity{
		EventEventSeverityError,
		EventEventSeverityWarning,
		EventEventSeverityInfo,
		EventEventSeverityUser,
	}
}

func (e EventEventSeverity) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["EventEventSeverity"] = reflect.TypeOf((*EventEventSeverity)(nil)).Elem()
}

// This option specifies how to select events based on child relationships
// in the inventory hierarchy.
//
// If a managed entity has children, their events
// can be retrieved with this filter option.
type EventFilterSpecRecursionOption string

const (
	// Returns events that pertain only to the specified managed entity,
	// and not its children.
	EventFilterSpecRecursionOptionSelf = EventFilterSpecRecursionOption("self")
	// Returns events pertaining to child entities only.
	//
	// Excludes
	// events pertaining to the specified managed entity itself.
	EventFilterSpecRecursionOptionChildren = EventFilterSpecRecursionOption("children")
	// Returns events pertaining either to the specified managed entity
	// or to its child entities.
	EventFilterSpecRecursionOptionAll = EventFilterSpecRecursionOption("all")
)

func (e EventFilterSpecRecursionOption) Values() []EventFilterSpecRecursionOption {
	return []EventFilterSpecRecursionOption{
		EventFilterSpecRecursionOptionSelf,
		EventFilterSpecRecursionOptionChildren,
		EventFilterSpecRecursionOptionAll,
	}
}

func (e EventFilterSpecRecursionOption) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["EventFilterSpecRecursionOption"] = reflect.TypeOf((*EventFilterSpecRecursionOption)(nil)).Elem()
}

// The operating mode of the adapter.
type FibreChannelPortType string

const (
	FibreChannelPortTypeFabric       = FibreChannelPortType("fabric")
	FibreChannelPortTypeLoop         = FibreChannelPortType("loop")
	FibreChannelPortTypePointToPoint = FibreChannelPortType("pointToPoint")
	FibreChannelPortTypeUnknown      = FibreChannelPortType("unknown")
)

func (e FibreChannelPortType) Values() []FibreChannelPortType {
	return []FibreChannelPortType{
		FibreChannelPortTypeFabric,
		FibreChannelPortTypeLoop,
		FibreChannelPortTypePointToPoint,
		FibreChannelPortTypeUnknown,
	}
}

func (e FibreChannelPortType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["FibreChannelPortType"] = reflect.TypeOf((*FibreChannelPortType)(nil)).Elem()
}

// Status of volume's support for vStorage hardware acceleration.
//
// The ESX Server determines the status based on the capabilities
// of the devices that support the file system volume.
// When a host boots, the support status is unknown.
// As the ESX host attempts hardware-accelerated operations,
// it determines whether the storage device supports hardware
// acceleration and sets the `HostFileSystemMountInfo.vStorageSupport`
// property accordingly.
type FileSystemMountInfoVStorageSupportStatus string

const (
	// Storage device supports hardware acceleration.
	//
	// The ESX host will use the feature to offload certain
	// storage-related operations to the device.
	FileSystemMountInfoVStorageSupportStatusVStorageSupported = FileSystemMountInfoVStorageSupportStatus("vStorageSupported")
	// Storage device does not support hardware acceleration.
	//
	// The ESX host will handle all storage-related operations.
	FileSystemMountInfoVStorageSupportStatusVStorageUnsupported = FileSystemMountInfoVStorageSupportStatus("vStorageUnsupported")
	// Initial support status value.
	FileSystemMountInfoVStorageSupportStatusVStorageUnknown = FileSystemMountInfoVStorageSupportStatus("vStorageUnknown")
)

func (e FileSystemMountInfoVStorageSupportStatus) Values() []FileSystemMountInfoVStorageSupportStatus {
	return []FileSystemMountInfoVStorageSupportStatus{
		FileSystemMountInfoVStorageSupportStatusVStorageSupported,
		FileSystemMountInfoVStorageSupportStatusVStorageUnsupported,
		FileSystemMountInfoVStorageSupportStatusVStorageUnknown,
	}
}

func (e FileSystemMountInfoVStorageSupportStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["FileSystemMountInfoVStorageSupportStatus"] = reflect.TypeOf((*FileSystemMountInfoVStorageSupportStatus)(nil)).Elem()
}

type FolderDesiredHostState string

const (
	// Add host in maintenance mode.
	FolderDesiredHostStateMaintenance = FolderDesiredHostState("maintenance")
	// Add host in non-maintenance mode.
	FolderDesiredHostStateNon_maintenance = FolderDesiredHostState("non_maintenance")
)

func (e FolderDesiredHostState) Values() []FolderDesiredHostState {
	return []FolderDesiredHostState{
		FolderDesiredHostStateMaintenance,
		FolderDesiredHostStateNon_maintenance,
	}
}

func (e FolderDesiredHostState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["FolderDesiredHostState"] = reflect.TypeOf((*FolderDesiredHostState)(nil)).Elem()
}

// Supported types of externally managed folder.
//
// NSX Virtual Private Clouds(VPCs) is an abstraction layer that simplifies
// setting up self-contained virtual private cloud networks within an NSX
// project to consume networking and security services in a self-service
// consumption model. It contains multiple subnets which represents an
// independent layer 2 broadcast domain.
// vCenter users can manage (create, update, delete) VPC and subnet under
// `VPC_ROOT` folder. Requests are forwarded to NSX, and the VPCs
// and subnets in NSX are realized as `VPC` and `SUBNET` folder
// in vCenter.
// A project in NSX is analogous to a tenant. NSX user can create VPC, segment,
// and subnet within a project. These objects are represented as
// `PROJECT`, `VPC`, `SEGMENT`, and `SUBNET` folder
type FolderExternallyManagedFolderType string

const (
	// The root folder of `PROJECT` folders.
	//
	// It is a child of the network folder of a data center and
	// may contain multiple `PROJECT` folders.
	FolderExternallyManagedFolderTypePROJECT_ROOT = FolderExternallyManagedFolderType("PROJECT_ROOT")
	// The folder representing a project in NSX.
	//
	// It is a child of the `PROJECT_ROOT` folder.
	// A project folder can contain multiple `VPC`,
	// and `SEGMENT` folders.
	FolderExternallyManagedFolderTypePROJECT = FolderExternallyManagedFolderType("PROJECT")
	// The folder containing VPC and subnet that can be managed by vCenter.
	//
	// It is a child of the network folder of a data center.
	// It may contain multiple `VPC` folders.
	FolderExternallyManagedFolderTypeVPC_ROOT = FolderExternallyManagedFolderType("VPC_ROOT")
	// The folder representing a VPC in NSX.
	//
	// It is a child of the `VPC_ROOT` folder or the `PROJECT`
	// folder.
	// It may contain multiple `SUBNET` folders.
	FolderExternallyManagedFolderTypeVPC = FolderExternallyManagedFolderType("VPC")
	// The folder representing a subnet in NSX.
	//
	// It is a child of the `VPC` folder.
	FolderExternallyManagedFolderTypeSUBNET = FolderExternallyManagedFolderType("SUBNET")
	// The folder representing a segment in NSX.
	//
	// It is a child of the `PROJECT` folder.
	FolderExternallyManagedFolderTypeSEGMENT = FolderExternallyManagedFolderType("SEGMENT")
	// The folder representing a vSphere IaaS Control Plane Supervisor.
	//
	// It is a VM\_TYPE folder and child of vSphere Namespaces Root folder.
	// It may contain multiple namespace associated folder, i.e., folder with
	// `Folder.namespace` property set and vSphere IaaS Control Plane
	// Virtual Machines.
	FolderExternallyManagedFolderTypeSUPERVISOR = FolderExternallyManagedFolderType("SUPERVISOR")
	// The folder containing vSphere Pods.
	//
	// It is a child of namespace associated folder, i.e., folder with
	// `Folder.namespace` property set and may contain vSphere Pods.
	FolderExternallyManagedFolderTypeVSPHERE_POD = FolderExternallyManagedFolderType("VSPHERE_POD")
)

func (e FolderExternallyManagedFolderType) Values() []FolderExternallyManagedFolderType {
	return []FolderExternallyManagedFolderType{
		FolderExternallyManagedFolderTypePROJECT_ROOT,
		FolderExternallyManagedFolderTypePROJECT,
		FolderExternallyManagedFolderTypeVPC_ROOT,
		FolderExternallyManagedFolderTypeVPC,
		FolderExternallyManagedFolderTypeSUBNET,
		FolderExternallyManagedFolderTypeSEGMENT,
		FolderExternallyManagedFolderTypeSUPERVISOR,
		FolderExternallyManagedFolderTypeVSPHERE_POD,
	}
}

func (e FolderExternallyManagedFolderType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["FolderExternallyManagedFolderType"] = reflect.TypeOf((*FolderExternallyManagedFolderType)(nil)).Elem()
	minAPIVersionForType["FolderExternallyManagedFolderType"] = "9.0.0.0"
}

// HostSelectionType defines how the host was selected
type FtIssuesOnHostHostSelectionType string

const (
	// The host was specified by the user
	FtIssuesOnHostHostSelectionTypeUser = FtIssuesOnHostHostSelectionType("user")
	// The host was selected by Virtual Center
	FtIssuesOnHostHostSelectionTypeVc = FtIssuesOnHostHostSelectionType("vc")
	// The host was selected by DRS
	FtIssuesOnHostHostSelectionTypeDrs = FtIssuesOnHostHostSelectionType("drs")
)

func (e FtIssuesOnHostHostSelectionType) Values() []FtIssuesOnHostHostSelectionType {
	return []FtIssuesOnHostHostSelectionType{
		FtIssuesOnHostHostSelectionTypeUser,
		FtIssuesOnHostHostSelectionTypeVc,
		FtIssuesOnHostHostSelectionTypeDrs,
	}
}

func (e FtIssuesOnHostHostSelectionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["FtIssuesOnHostHostSelectionType"] = reflect.TypeOf((*FtIssuesOnHostHostSelectionType)(nil)).Elem()
}

type GuestFileType string

const (
	// Regular files, and on Posix filesystems, unix domain sockets
	// and devices.
	GuestFileTypeFile = GuestFileType("file")
	// directory
	GuestFileTypeDirectory = GuestFileType("directory")
	// symbolic link
	GuestFileTypeSymlink = GuestFileType("symlink")
)

func (e GuestFileType) Values() []GuestFileType {
	return []GuestFileType{
		GuestFileTypeFile,
		GuestFileTypeDirectory,
		GuestFileTypeSymlink,
	}
}

func (e GuestFileType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestFileType"] = reflect.TypeOf((*GuestFileType)(nil)).Elem()
}

// Application state type.
type GuestInfoAppStateType string

const (
	// The application state wasn't set from the guest by the application agent.
	//
	// This is the default.
	GuestInfoAppStateTypeNone = GuestInfoAppStateType("none")
	// The guest's application agent declared its state as normal and doesn't
	// require any action
	GuestInfoAppStateTypeAppStateOk = GuestInfoAppStateType("appStateOk")
	// Guest's application agent asks for immediate reset
	GuestInfoAppStateTypeAppStateNeedReset = GuestInfoAppStateType("appStateNeedReset")
)

func (e GuestInfoAppStateType) Values() []GuestInfoAppStateType {
	return []GuestInfoAppStateType{
		GuestInfoAppStateTypeNone,
		GuestInfoAppStateTypeAppStateOk,
		GuestInfoAppStateTypeAppStateNeedReset,
	}
}

func (e GuestInfoAppStateType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestInfoAppStateType"] = reflect.TypeOf((*GuestInfoAppStateType)(nil)).Elem()
}

type GuestInfoCustomizationStatus string

const (
	// No guest customizationSpec has been applied for the VM
	GuestInfoCustomizationStatusTOOLSDEPLOYPKG_IDLE = GuestInfoCustomizationStatus("TOOLSDEPLOYPKG_IDLE")
	// The guest customizationSpec has been applied for the VM,
	// but the customization process has not yet started inside the guest OS
	GuestInfoCustomizationStatusTOOLSDEPLOYPKG_PENDING = GuestInfoCustomizationStatus("TOOLSDEPLOYPKG_PENDING")
	// The customization process is currently running inside the guest OS
	GuestInfoCustomizationStatusTOOLSDEPLOYPKG_RUNNING = GuestInfoCustomizationStatus("TOOLSDEPLOYPKG_RUNNING")
	// The customization process has completed successfully inside the
	// guest OS
	GuestInfoCustomizationStatusTOOLSDEPLOYPKG_SUCCEEDED = GuestInfoCustomizationStatus("TOOLSDEPLOYPKG_SUCCEEDED")
	// The customizatio process has failed inside the guest OS
	GuestInfoCustomizationStatusTOOLSDEPLOYPKG_FAILED = GuestInfoCustomizationStatus("TOOLSDEPLOYPKG_FAILED")
)

func (e GuestInfoCustomizationStatus) Values() []GuestInfoCustomizationStatus {
	return []GuestInfoCustomizationStatus{
		GuestInfoCustomizationStatusTOOLSDEPLOYPKG_IDLE,
		GuestInfoCustomizationStatusTOOLSDEPLOYPKG_PENDING,
		GuestInfoCustomizationStatusTOOLSDEPLOYPKG_RUNNING,
		GuestInfoCustomizationStatusTOOLSDEPLOYPKG_SUCCEEDED,
		GuestInfoCustomizationStatusTOOLSDEPLOYPKG_FAILED,
	}
}

func (e GuestInfoCustomizationStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestInfoCustomizationStatus"] = reflect.TypeOf((*GuestInfoCustomizationStatus)(nil)).Elem()
	minAPIVersionForType["GuestInfoCustomizationStatus"] = "7.0.2.0"
}

// Firmware types
type GuestOsDescriptorFirmwareType string

const (
	// BIOS firmware
	GuestOsDescriptorFirmwareTypeBios = GuestOsDescriptorFirmwareType("bios")
	// Extensible Firmware Interface
	GuestOsDescriptorFirmwareTypeEfi = GuestOsDescriptorFirmwareType("efi")
)

func (e GuestOsDescriptorFirmwareType) Values() []GuestOsDescriptorFirmwareType {
	return []GuestOsDescriptorFirmwareType{
		GuestOsDescriptorFirmwareTypeBios,
		GuestOsDescriptorFirmwareTypeEfi,
	}
}

func (e GuestOsDescriptorFirmwareType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestOsDescriptorFirmwareType"] = reflect.TypeOf((*GuestOsDescriptorFirmwareType)(nil)).Elem()
}

// Guest OS support level
type GuestOsDescriptorSupportLevel string

const (
	// This operating system is not supported,
	// but may be supported in the future.
	GuestOsDescriptorSupportLevelExperimental = GuestOsDescriptorSupportLevel("experimental")
	// This operating system is not fully supported,
	// but may have been supported in the past.
	GuestOsDescriptorSupportLevelLegacy = GuestOsDescriptorSupportLevel("legacy")
	// No longer supported.
	GuestOsDescriptorSupportLevelTerminated = GuestOsDescriptorSupportLevel("terminated")
	// Fully supported.
	GuestOsDescriptorSupportLevelSupported = GuestOsDescriptorSupportLevel("supported")
	// This operating system is not supported.
	GuestOsDescriptorSupportLevelUnsupported = GuestOsDescriptorSupportLevel("unsupported")
	// Support for this operating system will be terminated in the future.
	//
	// Please migrate to using a different operating system.
	GuestOsDescriptorSupportLevelDeprecated = GuestOsDescriptorSupportLevel("deprecated")
	// This operating system may not be supported yet,
	// please check VMware compatibility guide.
	GuestOsDescriptorSupportLevelTechPreview = GuestOsDescriptorSupportLevel("techPreview")
)

func (e GuestOsDescriptorSupportLevel) Values() []GuestOsDescriptorSupportLevel {
	return []GuestOsDescriptorSupportLevel{
		GuestOsDescriptorSupportLevelExperimental,
		GuestOsDescriptorSupportLevelLegacy,
		GuestOsDescriptorSupportLevelTerminated,
		GuestOsDescriptorSupportLevelSupported,
		GuestOsDescriptorSupportLevelUnsupported,
		GuestOsDescriptorSupportLevelDeprecated,
		GuestOsDescriptorSupportLevelTechPreview,
	}
}

func (e GuestOsDescriptorSupportLevel) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestOsDescriptorSupportLevel"] = reflect.TypeOf((*GuestOsDescriptorSupportLevel)(nil)).Elem()
}

// End guest quiesce phase error types.
type GuestQuiesceEndGuestQuiesceError string

const (
	// Fail the end phase of guest quiesce creation.
	GuestQuiesceEndGuestQuiesceErrorFailure = GuestQuiesceEndGuestQuiesceError("failure")
)

func (e GuestQuiesceEndGuestQuiesceError) Values() []GuestQuiesceEndGuestQuiesceError {
	return []GuestQuiesceEndGuestQuiesceError{
		GuestQuiesceEndGuestQuiesceErrorFailure,
	}
}

func (e GuestQuiesceEndGuestQuiesceError) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestQuiesceEndGuestQuiesceError"] = reflect.TypeOf((*GuestQuiesceEndGuestQuiesceError)(nil)).Elem()
}

// This describes the bitness (32-bit or 64-bit) of a registry view in a
// Windows OS that supports WOW64.
//
// WOW64 (short for Windows 32-bit on Windows 64-bit) is the x86 emulator
// that allows 32-bit Windows-based applications to run seamlessly on
// 64-bit Windows. Please refer to these MSDN sites for more details:
// http://msdn.microsoft.com/en-us/library/aa384249(v=vs.85).aspx and
// http://msdn.microsoft.com/en-us/library/aa384253(v=vs.85).aspx
type GuestRegKeyWowSpec string

const (
	// Access the key from the native view of the
	// Registry (32-bit on 32-bit versions of Windows,
	// 64-bit on 64-bit versions of Windows).
	GuestRegKeyWowSpecWOWNative = GuestRegKeyWowSpec("WOWNative")
	// Access the key from the 32-bit view of the Registry.
	GuestRegKeyWowSpecWOW32 = GuestRegKeyWowSpec("WOW32")
	// Access the key from the 64-bit view of the Registry.
	GuestRegKeyWowSpecWOW64 = GuestRegKeyWowSpec("WOW64")
)

func (e GuestRegKeyWowSpec) Values() []GuestRegKeyWowSpec {
	return []GuestRegKeyWowSpec{
		GuestRegKeyWowSpecWOWNative,
		GuestRegKeyWowSpecWOW32,
		GuestRegKeyWowSpecWOW64,
	}
}

func (e GuestRegKeyWowSpec) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["GuestRegKeyWowSpec"] = reflect.TypeOf((*GuestRegKeyWowSpec)(nil)).Elem()
}

type HealthUpdateInfoComponentType string

const (
	HealthUpdateInfoComponentTypeMemory  = HealthUpdateInfoComponentType("Memory")
	HealthUpdateInfoComponentTypePower   = HealthUpdateInfoComponentType("Power")
	HealthUpdateInfoComponentTypeFan     = HealthUpdateInfoComponentType("Fan")
	HealthUpdateInfoComponentTypeNetwork = HealthUpdateInfoComponentType("Network")
	HealthUpdateInfoComponentTypeStorage = HealthUpdateInfoComponentType("Storage")
)

func (e HealthUpdateInfoComponentType) Values() []HealthUpdateInfoComponentType {
	return []HealthUpdateInfoComponentType{
		HealthUpdateInfoComponentTypeMemory,
		HealthUpdateInfoComponentTypePower,
		HealthUpdateInfoComponentTypeFan,
		HealthUpdateInfoComponentTypeNetwork,
		HealthUpdateInfoComponentTypeStorage,
	}
}

func (e HealthUpdateInfoComponentType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HealthUpdateInfoComponentType"] = reflect.TypeOf((*HealthUpdateInfoComponentType)(nil)).Elem()
}

// Defines different access modes that a user may have on the host for
// direct host connections.
//
// The assumption here is that when the host is managed by vCenter,
// we don't need fine-grained control on local user permissions like the
// interface provided by `AuthorizationManager`.
type HostAccessMode string

const (
	// Indicates that the user has no explicitly defined permissions or roles.
	//
	// This is used when we want to remove all permissions for some user.
	//
	// Note that this is not the same as `accessNoAccess`.
	HostAccessModeAccessNone = HostAccessMode("accessNone")
	// Describes a propagating Admin role on the root inventory object
	// (root folder) on the host, and no other non-Admin role on any other
	// object.
	//
	// The same permissions are needed to login to local or remote
	// shell (ESXiShell or SSH).
	HostAccessModeAccessAdmin = HostAccessMode("accessAdmin")
	// Describes a propagating NoAccess role on the root inventory object
	// (root folder) on the host, and no other roles.
	//
	// Even if the user has another (redundant) NoAccess role on some other
	// inventory object, then the access mode for this user will be
	// classified as `accessOther`.
	//
	// This mode may be used to restrict a specific user account without
	// restricting the access mode for the group to which the user belongs.
	HostAccessModeAccessNoAccess = HostAccessMode("accessNoAccess")
	// Describes a propagating ReadOnly role on the root inventory object
	// (root folder) on the host, and no other roles.
	//
	// Even if the user has another (redundant) ReadOnly role on some other
	// inventory object, then the access mode for this user will be
	// `accessOther`.
	HostAccessModeAccessReadOnly = HostAccessMode("accessReadOnly")
	// Describes a combination of one or more roles/permissions which are
	// none of the above.
	HostAccessModeAccessOther = HostAccessMode("accessOther")
)

func (e HostAccessMode) Values() []HostAccessMode {
	return []HostAccessMode{
		HostAccessModeAccessNone,
		HostAccessModeAccessAdmin,
		HostAccessModeAccessNoAccess,
		HostAccessModeAccessReadOnly,
		HostAccessModeAccessOther,
	}
}

func (e HostAccessMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostAccessMode"] = reflect.TypeOf((*HostAccessMode)(nil)).Elem()
}

type HostActiveDirectoryAuthenticationCertificateDigest string

const (
	HostActiveDirectoryAuthenticationCertificateDigestSHA1 = HostActiveDirectoryAuthenticationCertificateDigest("SHA1")
)

func (e HostActiveDirectoryAuthenticationCertificateDigest) Values() []HostActiveDirectoryAuthenticationCertificateDigest {
	return []HostActiveDirectoryAuthenticationCertificateDigest{
		HostActiveDirectoryAuthenticationCertificateDigestSHA1,
	}
}

func (e HostActiveDirectoryAuthenticationCertificateDigest) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostActiveDirectoryAuthenticationCertificateDigest"] = reflect.TypeOf((*HostActiveDirectoryAuthenticationCertificateDigest)(nil)).Elem()
}

type HostActiveDirectoryInfoDomainMembershipStatus string

const (
	// The Active Directory integration provider does not support
	// domain trust checks.
	HostActiveDirectoryInfoDomainMembershipStatusUnknown = HostActiveDirectoryInfoDomainMembershipStatus("unknown")
	// No problems with the domain membership.
	HostActiveDirectoryInfoDomainMembershipStatusOk = HostActiveDirectoryInfoDomainMembershipStatus("ok")
	// The host thinks it's part of a domain,
	// but no domain controllers could be reached to confirm.
	HostActiveDirectoryInfoDomainMembershipStatusNoServers = HostActiveDirectoryInfoDomainMembershipStatus("noServers")
	// The client side of the trust relationship is broken.
	HostActiveDirectoryInfoDomainMembershipStatusClientTrustBroken = HostActiveDirectoryInfoDomainMembershipStatus("clientTrustBroken")
	// The server side of the trust relationship is broken
	// (or bad machine password).
	HostActiveDirectoryInfoDomainMembershipStatusServerTrustBroken = HostActiveDirectoryInfoDomainMembershipStatus("serverTrustBroken")
	// Unexpected domain controller responded.
	HostActiveDirectoryInfoDomainMembershipStatusInconsistentTrust = HostActiveDirectoryInfoDomainMembershipStatus("inconsistentTrust")
	// There's some problem with the domain membership.
	HostActiveDirectoryInfoDomainMembershipStatusOtherProblem = HostActiveDirectoryInfoDomainMembershipStatus("otherProblem")
)

func (e HostActiveDirectoryInfoDomainMembershipStatus) Values() []HostActiveDirectoryInfoDomainMembershipStatus {
	return []HostActiveDirectoryInfoDomainMembershipStatus{
		HostActiveDirectoryInfoDomainMembershipStatusUnknown,
		HostActiveDirectoryInfoDomainMembershipStatusOk,
		HostActiveDirectoryInfoDomainMembershipStatusNoServers,
		HostActiveDirectoryInfoDomainMembershipStatusClientTrustBroken,
		HostActiveDirectoryInfoDomainMembershipStatusServerTrustBroken,
		HostActiveDirectoryInfoDomainMembershipStatusInconsistentTrust,
		HostActiveDirectoryInfoDomainMembershipStatusOtherProblem,
	}
}

func (e HostActiveDirectoryInfoDomainMembershipStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostActiveDirectoryInfoDomainMembershipStatus"] = reflect.TypeOf((*HostActiveDirectoryInfoDomainMembershipStatus)(nil)).Elem()
}

type HostBIOSInfoFirmwareType string

const (
	HostBIOSInfoFirmwareTypeBIOS = HostBIOSInfoFirmwareType("BIOS")
	HostBIOSInfoFirmwareTypeUEFI = HostBIOSInfoFirmwareType("UEFI")
)

func (e HostBIOSInfoFirmwareType) Values() []HostBIOSInfoFirmwareType {
	return []HostBIOSInfoFirmwareType{
		HostBIOSInfoFirmwareTypeBIOS,
		HostBIOSInfoFirmwareTypeUEFI,
	}
}

func (e HostBIOSInfoFirmwareType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostBIOSInfoFirmwareType"] = reflect.TypeOf((*HostBIOSInfoFirmwareType)(nil)).Elem()
	minAPIVersionForType["HostBIOSInfoFirmwareType"] = "8.0.2.0"
}

// Deprecated as of vSphere API 7.0, use
// `VmFaultToleranceConfigIssueReasonForIssue_enum`.
//
// Set of possible values for
// `HostCapability.ftCompatibilityIssues`
type HostCapabilityFtUnsupportedReason string

const (
	// No VMotion license
	HostCapabilityFtUnsupportedReasonVMotionNotLicensed = HostCapabilityFtUnsupportedReason("vMotionNotLicensed")
	// VMotion nic is not configured on the host
	HostCapabilityFtUnsupportedReasonMissingVMotionNic = HostCapabilityFtUnsupportedReason("missingVMotionNic")
	// FT logging nic is not configured on the host
	HostCapabilityFtUnsupportedReasonMissingFTLoggingNic = HostCapabilityFtUnsupportedReason("missingFTLoggingNic")
	// Host does not have proper FT license
	HostCapabilityFtUnsupportedReasonFtNotLicensed = HostCapabilityFtUnsupportedReason("ftNotLicensed")
	// Host does not have HA agent running properly
	HostCapabilityFtUnsupportedReasonHaAgentIssue = HostCapabilityFtUnsupportedReason("haAgentIssue")
	// VMware product installed on the host does not support
	// fault tolerance
	HostCapabilityFtUnsupportedReasonUnsupportedProduct = HostCapabilityFtUnsupportedReason("unsupportedProduct")
	// Host CPU does not support hardware virtualization
	HostCapabilityFtUnsupportedReasonCpuHvUnsupported = HostCapabilityFtUnsupportedReason("cpuHvUnsupported")
	// Host CPU does not support hardware MMU virtualization
	HostCapabilityFtUnsupportedReasonCpuHwmmuUnsupported = HostCapabilityFtUnsupportedReason("cpuHwmmuUnsupported")
	// Host CPU is compatible for replay-based FT, but hardware
	// virtualization has been disabled in the BIOS.
	HostCapabilityFtUnsupportedReasonCpuHvDisabled = HostCapabilityFtUnsupportedReason("cpuHvDisabled")
)

func (e HostCapabilityFtUnsupportedReason) Values() []HostCapabilityFtUnsupportedReason {
	return []HostCapabilityFtUnsupportedReason{
		HostCapabilityFtUnsupportedReasonVMotionNotLicensed,
		HostCapabilityFtUnsupportedReasonMissingVMotionNic,
		HostCapabilityFtUnsupportedReasonMissingFTLoggingNic,
		HostCapabilityFtUnsupportedReasonFtNotLicensed,
		HostCapabilityFtUnsupportedReasonHaAgentIssue,
		HostCapabilityFtUnsupportedReasonUnsupportedProduct,
		HostCapabilityFtUnsupportedReasonCpuHvUnsupported,
		HostCapabilityFtUnsupportedReasonCpuHwmmuUnsupported,
		HostCapabilityFtUnsupportedReasonCpuHvDisabled,
	}
}

func (e HostCapabilityFtUnsupportedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCapabilityFtUnsupportedReason"] = reflect.TypeOf((*HostCapabilityFtUnsupportedReason)(nil)).Elem()
}

// Set of VMFS unmap API version.
type HostCapabilityUnmapMethodSupported string

const (
	// only the unmap priority is supported
	HostCapabilityUnmapMethodSupportedPriority = HostCapabilityUnmapMethodSupported("priority")
	// the unmap bandwidth can be set as a fixed value
	HostCapabilityUnmapMethodSupportedFixed = HostCapabilityUnmapMethodSupported("fixed")
	// the unmap bandwidth can be set as a range, where the actual
	// bandwidth will be dynamically throttled by the backend
	HostCapabilityUnmapMethodSupportedDynamic = HostCapabilityUnmapMethodSupported("dynamic")
)

func (e HostCapabilityUnmapMethodSupported) Values() []HostCapabilityUnmapMethodSupported {
	return []HostCapabilityUnmapMethodSupported{
		HostCapabilityUnmapMethodSupportedPriority,
		HostCapabilityUnmapMethodSupportedFixed,
		HostCapabilityUnmapMethodSupportedDynamic,
	}
}

func (e HostCapabilityUnmapMethodSupported) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCapabilityUnmapMethodSupported"] = reflect.TypeOf((*HostCapabilityUnmapMethodSupported)(nil)).Elem()
}

// Set of possible values for `HostCapability.vmDirectPathGen2UnsupportedReason`.
type HostCapabilityVmDirectPathGen2UnsupportedReason string

const (
	// The host software does not support VMDirectPath Gen 2.
	HostCapabilityVmDirectPathGen2UnsupportedReasonHostNptIncompatibleProduct = HostCapabilityVmDirectPathGen2UnsupportedReason("hostNptIncompatibleProduct")
	// The host hardware does not support VMDirectPath Gen 2.
	//
	// Note that
	// this is a general capability for the host and is independent of
	// support by a given physical NIC.
	HostCapabilityVmDirectPathGen2UnsupportedReasonHostNptIncompatibleHardware = HostCapabilityVmDirectPathGen2UnsupportedReason("hostNptIncompatibleHardware")
	// The host is configured to disable VMDirectPath Gen 2.
	HostCapabilityVmDirectPathGen2UnsupportedReasonHostNptDisabled = HostCapabilityVmDirectPathGen2UnsupportedReason("hostNptDisabled")
)

func (e HostCapabilityVmDirectPathGen2UnsupportedReason) Values() []HostCapabilityVmDirectPathGen2UnsupportedReason {
	return []HostCapabilityVmDirectPathGen2UnsupportedReason{
		HostCapabilityVmDirectPathGen2UnsupportedReasonHostNptIncompatibleProduct,
		HostCapabilityVmDirectPathGen2UnsupportedReasonHostNptIncompatibleHardware,
		HostCapabilityVmDirectPathGen2UnsupportedReasonHostNptDisabled,
	}
}

func (e HostCapabilityVmDirectPathGen2UnsupportedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCapabilityVmDirectPathGen2UnsupportedReason"] = reflect.TypeOf((*HostCapabilityVmDirectPathGen2UnsupportedReason)(nil)).Elem()
}

// The status of a given certificate as computed per the soft and the hard
// thresholds in vCenter Server.
//
// There are two different thresholds for the host certificate
// expirations; a soft threshold (which constitutes of two phases) and a
// hard threshold.
//
// Soft Threshold:
//
// Phase One: vCenter Server will publish an event at
// this time to let the user know about the status, but, no alarms or
// warnings are raised.
//
// Phase Two: During this phase, vCenter Server will publish an event and
// indicate the certificate status as expiring in the UI.
//
// Hard Threshold:
//
// vCenter Server will publish an alarm and indicate via the UI that the
// certificate expiration is imminent.
type HostCertificateManagerCertificateInfoCertificateStatus string

const (
	// The certificate status is unknown.
	HostCertificateManagerCertificateInfoCertificateStatusUnknown = HostCertificateManagerCertificateInfoCertificateStatus("unknown")
	// The certificate has expired.
	HostCertificateManagerCertificateInfoCertificateStatusExpired = HostCertificateManagerCertificateInfoCertificateStatus("expired")
	// The certificate is expiring shortly.
	//
	// (soft threshold - 1)
	HostCertificateManagerCertificateInfoCertificateStatusExpiring = HostCertificateManagerCertificateInfoCertificateStatus("expiring")
	// The certificate is expiring shortly.
	//
	// (soft threshold - 2)
	HostCertificateManagerCertificateInfoCertificateStatusExpiringShortly = HostCertificateManagerCertificateInfoCertificateStatus("expiringShortly")
	// The certificate expiration is imminent.
	//
	// (hard threshold)
	HostCertificateManagerCertificateInfoCertificateStatusExpirationImminent = HostCertificateManagerCertificateInfoCertificateStatus("expirationImminent")
	// The certificate is good.
	HostCertificateManagerCertificateInfoCertificateStatusGood = HostCertificateManagerCertificateInfoCertificateStatus("good")
)

func (e HostCertificateManagerCertificateInfoCertificateStatus) Values() []HostCertificateManagerCertificateInfoCertificateStatus {
	return []HostCertificateManagerCertificateInfoCertificateStatus{
		HostCertificateManagerCertificateInfoCertificateStatusUnknown,
		HostCertificateManagerCertificateInfoCertificateStatusExpired,
		HostCertificateManagerCertificateInfoCertificateStatusExpiring,
		HostCertificateManagerCertificateInfoCertificateStatusExpiringShortly,
		HostCertificateManagerCertificateInfoCertificateStatusExpirationImminent,
		HostCertificateManagerCertificateInfoCertificateStatusGood,
	}
}

func (e HostCertificateManagerCertificateInfoCertificateStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCertificateManagerCertificateInfoCertificateStatus"] = reflect.TypeOf((*HostCertificateManagerCertificateInfoCertificateStatus)(nil)).Elem()
}

type HostCertificateManagerCertificateKind string

const (
	// Machine certificate of the Host
	HostCertificateManagerCertificateKindMachine = HostCertificateManagerCertificateKind("Machine")
	// VASA Client certificate used for communication with VASA Provider
	HostCertificateManagerCertificateKindVASAClient = HostCertificateManagerCertificateKind("VASAClient")
)

func (e HostCertificateManagerCertificateKind) Values() []HostCertificateManagerCertificateKind {
	return []HostCertificateManagerCertificateKind{
		HostCertificateManagerCertificateKindMachine,
		HostCertificateManagerCertificateKindVASAClient,
	}
}

func (e HostCertificateManagerCertificateKind) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCertificateManagerCertificateKind"] = reflect.TypeOf((*HostCertificateManagerCertificateKind)(nil)).Elem()
	minAPIVersionForType["HostCertificateManagerCertificateKind"] = "8.0.1.0"
}

// This is a global mode on a configuration specification indicating
// whether the structure represents the desired state or the set of
// operations to apply on the managed object.
type HostConfigChangeMode string

const (
	// Indicates that the structure represents the
	// set of operations to apply on the managed object.
	HostConfigChangeModeModify = HostConfigChangeMode("modify")
	// Indicates that the structure represents the
	// desired state of the managed object.
	HostConfigChangeModeReplace = HostConfigChangeMode("replace")
)

func (e HostConfigChangeMode) Values() []HostConfigChangeMode {
	return []HostConfigChangeMode{
		HostConfigChangeModeModify,
		HostConfigChangeModeReplace,
	}
}

func (e HostConfigChangeMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostConfigChangeMode"] = reflect.TypeOf((*HostConfigChangeMode)(nil)).Elem()
}

// This list indicates the operation that should be performed for an
// entity.
type HostConfigChangeOperation string

const (
	// Indicates the addition of an entity to the configuration.
	HostConfigChangeOperationAdd = HostConfigChangeOperation("add")
	// Indicates the removal of an entity from the configuration.
	HostConfigChangeOperationRemove = HostConfigChangeOperation("remove")
	// Indicates changes on the entity.
	//
	// The entity must exist or a
	// `NotFound` error will be thrown.
	HostConfigChangeOperationEdit = HostConfigChangeOperation("edit")
	// Indicates that an entity will be ignored: it won't be added when it
	// doesn't exist, or removed/changed when it exists.
	HostConfigChangeOperationIgnore = HostConfigChangeOperation("ignore")
)

func (e HostConfigChangeOperation) Values() []HostConfigChangeOperation {
	return []HostConfigChangeOperation{
		HostConfigChangeOperationAdd,
		HostConfigChangeOperationRemove,
		HostConfigChangeOperationEdit,
		HostConfigChangeOperationIgnore,
	}
}

func (e HostConfigChangeOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostConfigChangeOperation"] = reflect.TypeOf((*HostConfigChangeOperation)(nil)).Elem()
}

type HostConfigChangeOwner string

const (
	// The owner is NSX (Network Virtualization and Security).
	HostConfigChangeOwnerNSX = HostConfigChangeOwner("NSX")
	// The owner is vSAN (VMware Virtual Storage Area Network).
	HostConfigChangeOwnerVSAN = HostConfigChangeOwner("VSAN")
)

func (e HostConfigChangeOwner) Values() []HostConfigChangeOwner {
	return []HostConfigChangeOwner{
		HostConfigChangeOwnerNSX,
		HostConfigChangeOwnerVSAN,
	}
}

func (e HostConfigChangeOwner) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostConfigChangeOwner"] = reflect.TypeOf((*HostConfigChangeOwner)(nil)).Elem()
	minAPIVersionForType["HostConfigChangeOwner"] = "9.0.0.0"
}

type HostCpuPackageVendor string

const (
	HostCpuPackageVendorUnknown = HostCpuPackageVendor("unknown")
	HostCpuPackageVendorIntel   = HostCpuPackageVendor("intel")
	HostCpuPackageVendorAmd     = HostCpuPackageVendor("amd")
	HostCpuPackageVendorHygon   = HostCpuPackageVendor("hygon")
)

func (e HostCpuPackageVendor) Values() []HostCpuPackageVendor {
	return []HostCpuPackageVendor{
		HostCpuPackageVendorUnknown,
		HostCpuPackageVendorIntel,
		HostCpuPackageVendorAmd,
		HostCpuPackageVendorHygon,
	}
}

func (e HostCpuPackageVendor) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCpuPackageVendor"] = reflect.TypeOf((*HostCpuPackageVendor)(nil)).Elem()
}

// Possible values for Current CPU power management policy
type HostCpuPowerManagementInfoPolicyType string

const (
	HostCpuPowerManagementInfoPolicyTypeOff           = HostCpuPowerManagementInfoPolicyType("off")
	HostCpuPowerManagementInfoPolicyTypeStaticPolicy  = HostCpuPowerManagementInfoPolicyType("staticPolicy")
	HostCpuPowerManagementInfoPolicyTypeDynamicPolicy = HostCpuPowerManagementInfoPolicyType("dynamicPolicy")
)

func (e HostCpuPowerManagementInfoPolicyType) Values() []HostCpuPowerManagementInfoPolicyType {
	return []HostCpuPowerManagementInfoPolicyType{
		HostCpuPowerManagementInfoPolicyTypeOff,
		HostCpuPowerManagementInfoPolicyTypeStaticPolicy,
		HostCpuPowerManagementInfoPolicyTypeDynamicPolicy,
	}
}

func (e HostCpuPowerManagementInfoPolicyType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCpuPowerManagementInfoPolicyType"] = reflect.TypeOf((*HostCpuPowerManagementInfoPolicyType)(nil)).Elem()
}

type HostCpuSchedulerInfoCpuSchedulerPolicyInfo string

const (
	// The CPU scheduler on this host is running without any modifications
	// or mitigations.
	HostCpuSchedulerInfoCpuSchedulerPolicyInfoSystemDefault = HostCpuSchedulerInfoCpuSchedulerPolicyInfo("systemDefault")
	// The CPU scheduler on this host is using only one hyperthread per
	// core to mitigate a security vulnerability.
	HostCpuSchedulerInfoCpuSchedulerPolicyInfoScav1 = HostCpuSchedulerInfoCpuSchedulerPolicyInfo("scav1")
	// The CPU scheduler on this host is using hyperthreads, with
	// Side-Channel aware scheduling to mitigate a security vulnerability.
	HostCpuSchedulerInfoCpuSchedulerPolicyInfoScav2 = HostCpuSchedulerInfoCpuSchedulerPolicyInfo("scav2")
)

func (e HostCpuSchedulerInfoCpuSchedulerPolicyInfo) Values() []HostCpuSchedulerInfoCpuSchedulerPolicyInfo {
	return []HostCpuSchedulerInfoCpuSchedulerPolicyInfo{
		HostCpuSchedulerInfoCpuSchedulerPolicyInfoSystemDefault,
		HostCpuSchedulerInfoCpuSchedulerPolicyInfoScav1,
		HostCpuSchedulerInfoCpuSchedulerPolicyInfoScav2,
	}
}

func (e HostCpuSchedulerInfoCpuSchedulerPolicyInfo) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCpuSchedulerInfoCpuSchedulerPolicyInfo"] = reflect.TypeOf((*HostCpuSchedulerInfoCpuSchedulerPolicyInfo)(nil)).Elem()
	minAPIVersionForType["HostCpuSchedulerInfoCpuSchedulerPolicyInfo"] = "8.0.3.0"
}

// Defines a host's encryption state
type HostCryptoState string

const (
	// The host is not safe for receiving sensitive material.
	HostCryptoStateIncapable = HostCryptoState("incapable")
	// The host is prepared for receiving sensitive material
	// but does not have a host key set yet.
	HostCryptoStatePrepared = HostCryptoState("prepared")
	// The host is crypto safe and has a host key set.
	HostCryptoStateSafe = HostCryptoState("safe")
	// The host is explicitly crypto disabled and pending reboot to be
	// applied.
	//
	// When host is in this state, creating encrypted virtual
	// machines is not allowed, but still need a reboot to totally clean
	// up and enter incapable state.
	HostCryptoStatePendingIncapable = HostCryptoState("pendingIncapable")
)

func (e HostCryptoState) Values() []HostCryptoState {
	return []HostCryptoState{
		HostCryptoStateIncapable,
		HostCryptoStatePrepared,
		HostCryptoStateSafe,
		HostCryptoStatePendingIncapable,
	}
}

func (e HostCryptoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostCryptoState"] = reflect.TypeOf((*HostCryptoState)(nil)).Elem()
}

type HostDVSConfigSpecSwitchMode string

const (
	// traditional package processing mode.
	HostDVSConfigSpecSwitchModeNormal = HostDVSConfigSpecSwitchMode("normal")
	// ENS mode which skips packet parsing and flow table lookup.
	HostDVSConfigSpecSwitchModeMux = HostDVSConfigSpecSwitchMode("mux")
)

func (e HostDVSConfigSpecSwitchMode) Values() []HostDVSConfigSpecSwitchMode {
	return []HostDVSConfigSpecSwitchMode{
		HostDVSConfigSpecSwitchModeNormal,
		HostDVSConfigSpecSwitchModeMux,
	}
}

func (e HostDVSConfigSpecSwitchMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDVSConfigSpecSwitchMode"] = reflect.TypeOf((*HostDVSConfigSpecSwitchMode)(nil)).Elem()
	minAPIVersionForType["HostDVSConfigSpecSwitchMode"] = "8.0.0.1"
}

type HostDasErrorEventHostDasErrorReason string

const (
	// Error while configuring/unconfiguring HA
	HostDasErrorEventHostDasErrorReasonConfigFailed = HostDasErrorEventHostDasErrorReason("configFailed")
	// Timeout while communicating with HA agent
	HostDasErrorEventHostDasErrorReasonTimeout = HostDasErrorEventHostDasErrorReason("timeout")
	// HA communication initialization failed
	HostDasErrorEventHostDasErrorReasonCommunicationInitFailed = HostDasErrorEventHostDasErrorReason("communicationInitFailed")
	// Health check script failed
	HostDasErrorEventHostDasErrorReasonHealthCheckScriptFailed = HostDasErrorEventHostDasErrorReason("healthCheckScriptFailed")
	// HA agent has an error
	HostDasErrorEventHostDasErrorReasonAgentFailed = HostDasErrorEventHostDasErrorReason("agentFailed")
	// HA agent was shutdown
	HostDasErrorEventHostDasErrorReasonAgentShutdown = HostDasErrorEventHostDasErrorReason("agentShutdown")
	// HA isolation address unpingable
	HostDasErrorEventHostDasErrorReasonIsolationAddressUnpingable = HostDasErrorEventHostDasErrorReason("isolationAddressUnpingable")
	// Other reason
	HostDasErrorEventHostDasErrorReasonOther = HostDasErrorEventHostDasErrorReason("other")
)

func (e HostDasErrorEventHostDasErrorReason) Values() []HostDasErrorEventHostDasErrorReason {
	return []HostDasErrorEventHostDasErrorReason{
		HostDasErrorEventHostDasErrorReasonConfigFailed,
		HostDasErrorEventHostDasErrorReasonTimeout,
		HostDasErrorEventHostDasErrorReasonCommunicationInitFailed,
		HostDasErrorEventHostDasErrorReasonHealthCheckScriptFailed,
		HostDasErrorEventHostDasErrorReasonAgentFailed,
		HostDasErrorEventHostDasErrorReasonAgentShutdown,
		HostDasErrorEventHostDasErrorReasonIsolationAddressUnpingable,
		HostDasErrorEventHostDasErrorReasonOther,
	}
}

func (e HostDasErrorEventHostDasErrorReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDasErrorEventHostDasErrorReason"] = reflect.TypeOf((*HostDasErrorEventHostDasErrorReason)(nil)).Elem()
}

// Types of time synchronization protocols.
type HostDateTimeInfoProtocol string

const (
	// Network Time Protocol (NTP).
	HostDateTimeInfoProtocolNtp = HostDateTimeInfoProtocol("ntp")
	// Precision Time Protocol (PTP).
	HostDateTimeInfoProtocolPtp = HostDateTimeInfoProtocol("ptp")
)

func (e HostDateTimeInfoProtocol) Values() []HostDateTimeInfoProtocol {
	return []HostDateTimeInfoProtocol{
		HostDateTimeInfoProtocolNtp,
		HostDateTimeInfoProtocolPtp,
	}
}

func (e HostDateTimeInfoProtocol) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDateTimeInfoProtocol"] = reflect.TypeOf((*HostDateTimeInfoProtocol)(nil)).Elem()
}

// The set of digest methods that can be used by TPM to calculate the PCR
// values.
type HostDigestInfoDigestMethodType string

const (
	HostDigestInfoDigestMethodTypeSHA1 = HostDigestInfoDigestMethodType("SHA1")
	// Deprecated as of vSphere API 6.7.
	//
	// MD5.
	HostDigestInfoDigestMethodTypeMD5     = HostDigestInfoDigestMethodType("MD5")
	HostDigestInfoDigestMethodTypeSHA256  = HostDigestInfoDigestMethodType("SHA256")
	HostDigestInfoDigestMethodTypeSHA384  = HostDigestInfoDigestMethodType("SHA384")
	HostDigestInfoDigestMethodTypeSHA512  = HostDigestInfoDigestMethodType("SHA512")
	HostDigestInfoDigestMethodTypeSM3_256 = HostDigestInfoDigestMethodType("SM3_256")
)

func (e HostDigestInfoDigestMethodType) Values() []HostDigestInfoDigestMethodType {
	return []HostDigestInfoDigestMethodType{
		HostDigestInfoDigestMethodTypeSHA1,
		HostDigestInfoDigestMethodTypeMD5,
		HostDigestInfoDigestMethodTypeSHA256,
		HostDigestInfoDigestMethodTypeSHA384,
		HostDigestInfoDigestMethodTypeSHA512,
		HostDigestInfoDigestMethodTypeSM3_256,
	}
}

func (e HostDigestInfoDigestMethodType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDigestInfoDigestMethodType"] = reflect.TypeOf((*HostDigestInfoDigestMethodType)(nil)).Elem()
}

// This enum specifies the supported digest verification settings.
//
// For NVMe over TCP connections, both header and data digests may be
// requested during the process of establishing the connection.
// For details, see:
//   - NVM Express Technical Proposal 8000 - NVMe/TCP Transport,
type HostDigestVerificationSetting string

const (
	// Both header and data digest verification are disabled.
	HostDigestVerificationSettingDigestDisabled = HostDigestVerificationSetting("digestDisabled")
	// Only header digest verification is enabled.
	HostDigestVerificationSettingHeaderOnly = HostDigestVerificationSetting("headerOnly")
	// Only data digest verification is enabled.
	HostDigestVerificationSettingDataOnly = HostDigestVerificationSetting("dataOnly")
	// Both header and data digest verification are enabled.
	HostDigestVerificationSettingHeaderAndData = HostDigestVerificationSetting("headerAndData")
)

func (e HostDigestVerificationSetting) Values() []HostDigestVerificationSetting {
	return []HostDigestVerificationSetting{
		HostDigestVerificationSettingDigestDisabled,
		HostDigestVerificationSettingHeaderOnly,
		HostDigestVerificationSettingDataOnly,
		HostDigestVerificationSettingHeaderAndData,
	}
}

func (e HostDigestVerificationSetting) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDigestVerificationSetting"] = reflect.TypeOf((*HostDigestVerificationSetting)(nil)).Elem()
	minAPIVersionForType["HostDigestVerificationSetting"] = "7.0.3.0"
}

type HostDisconnectedEventReasonCode string

const (
	// Failed to verify SSL thumbprint
	HostDisconnectedEventReasonCodeSslThumbprintVerifyFailed = HostDisconnectedEventReasonCode("sslThumbprintVerifyFailed")
	// License expired for the host
	HostDisconnectedEventReasonCodeLicenseExpired = HostDisconnectedEventReasonCode("licenseExpired")
	// Agent is being upgraded
	HostDisconnectedEventReasonCodeAgentUpgrade = HostDisconnectedEventReasonCode("agentUpgrade")
	// User requested disconnect
	HostDisconnectedEventReasonCodeUserRequest = HostDisconnectedEventReasonCode("userRequest")
	// License not available after host upgrade
	HostDisconnectedEventReasonCodeInsufficientLicenses = HostDisconnectedEventReasonCode("insufficientLicenses")
	// Agent is out of date
	HostDisconnectedEventReasonCodeAgentOutOfDate = HostDisconnectedEventReasonCode("agentOutOfDate")
	// Failed to decrypt password
	HostDisconnectedEventReasonCodePasswordDecryptFailure = HostDisconnectedEventReasonCode("passwordDecryptFailure")
	// Unknown reason
	HostDisconnectedEventReasonCodeUnknown = HostDisconnectedEventReasonCode("unknown")
	// The vRAM capacity of vCenter will be exceeded
	HostDisconnectedEventReasonCodeVcVRAMCapacityExceeded = HostDisconnectedEventReasonCode("vcVRAMCapacityExceeded")
)

func (e HostDisconnectedEventReasonCode) Values() []HostDisconnectedEventReasonCode {
	return []HostDisconnectedEventReasonCode{
		HostDisconnectedEventReasonCodeSslThumbprintVerifyFailed,
		HostDisconnectedEventReasonCodeLicenseExpired,
		HostDisconnectedEventReasonCodeAgentUpgrade,
		HostDisconnectedEventReasonCodeUserRequest,
		HostDisconnectedEventReasonCodeInsufficientLicenses,
		HostDisconnectedEventReasonCodeAgentOutOfDate,
		HostDisconnectedEventReasonCodePasswordDecryptFailure,
		HostDisconnectedEventReasonCodeUnknown,
		HostDisconnectedEventReasonCodeVcVRAMCapacityExceeded,
	}
}

func (e HostDisconnectedEventReasonCode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDisconnectedEventReasonCode"] = reflect.TypeOf((*HostDisconnectedEventReasonCode)(nil)).Elem()
}

// List of partition format types.
//
// This denotes the partition table layout.
type HostDiskPartitionInfoPartitionFormat string

const (
	HostDiskPartitionInfoPartitionFormatGpt     = HostDiskPartitionInfoPartitionFormat("gpt")
	HostDiskPartitionInfoPartitionFormatMbr     = HostDiskPartitionInfoPartitionFormat("mbr")
	HostDiskPartitionInfoPartitionFormatUnknown = HostDiskPartitionInfoPartitionFormat("unknown")
)

func (e HostDiskPartitionInfoPartitionFormat) Values() []HostDiskPartitionInfoPartitionFormat {
	return []HostDiskPartitionInfoPartitionFormat{
		HostDiskPartitionInfoPartitionFormatGpt,
		HostDiskPartitionInfoPartitionFormatMbr,
		HostDiskPartitionInfoPartitionFormatUnknown,
	}
}

func (e HostDiskPartitionInfoPartitionFormat) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDiskPartitionInfoPartitionFormat"] = reflect.TypeOf((*HostDiskPartitionInfoPartitionFormat)(nil)).Elem()
}

// List of symbol partition types
type HostDiskPartitionInfoType string

const (
	HostDiskPartitionInfoTypeNone          = HostDiskPartitionInfoType("none")
	HostDiskPartitionInfoTypeVmfs          = HostDiskPartitionInfoType("vmfs")
	HostDiskPartitionInfoTypeLinuxNative   = HostDiskPartitionInfoType("linuxNative")
	HostDiskPartitionInfoTypeLinuxSwap     = HostDiskPartitionInfoType("linuxSwap")
	HostDiskPartitionInfoTypeExtended      = HostDiskPartitionInfoType("extended")
	HostDiskPartitionInfoTypeNtfs          = HostDiskPartitionInfoType("ntfs")
	HostDiskPartitionInfoTypeVmkDiagnostic = HostDiskPartitionInfoType("vmkDiagnostic")
	HostDiskPartitionInfoTypeVffs          = HostDiskPartitionInfoType("vffs")
)

func (e HostDiskPartitionInfoType) Values() []HostDiskPartitionInfoType {
	return []HostDiskPartitionInfoType{
		HostDiskPartitionInfoTypeNone,
		HostDiskPartitionInfoTypeVmfs,
		HostDiskPartitionInfoTypeLinuxNative,
		HostDiskPartitionInfoTypeLinuxSwap,
		HostDiskPartitionInfoTypeExtended,
		HostDiskPartitionInfoTypeNtfs,
		HostDiskPartitionInfoTypeVmkDiagnostic,
		HostDiskPartitionInfoTypeVffs,
	}
}

func (e HostDiskPartitionInfoType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDiskPartitionInfoType"] = reflect.TypeOf((*HostDiskPartitionInfoType)(nil)).Elem()
}

type HostDistributedVirtualSwitchManagerFailoverReason string

const (
	// The failover is caused by DPU crash.
	HostDistributedVirtualSwitchManagerFailoverReasonCrash = HostDistributedVirtualSwitchManagerFailoverReason("crash")
	// The failover is caused by DPU's vmnic(s) link down.
	HostDistributedVirtualSwitchManagerFailoverReasonLinkDown = HostDistributedVirtualSwitchManagerFailoverReason("linkDown")
	// The failover is triggered by the user.
	HostDistributedVirtualSwitchManagerFailoverReasonUserInitiated = HostDistributedVirtualSwitchManagerFailoverReason("userInitiated")
)

func (e HostDistributedVirtualSwitchManagerFailoverReason) Values() []HostDistributedVirtualSwitchManagerFailoverReason {
	return []HostDistributedVirtualSwitchManagerFailoverReason{
		HostDistributedVirtualSwitchManagerFailoverReasonCrash,
		HostDistributedVirtualSwitchManagerFailoverReasonLinkDown,
		HostDistributedVirtualSwitchManagerFailoverReasonUserInitiated,
	}
}

func (e HostDistributedVirtualSwitchManagerFailoverReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDistributedVirtualSwitchManagerFailoverReason"] = reflect.TypeOf((*HostDistributedVirtualSwitchManagerFailoverReason)(nil)).Elem()
	minAPIVersionForType["HostDistributedVirtualSwitchManagerFailoverReason"] = "8.0.3.0"
}

type HostDistributedVirtualSwitchManagerFailoverStage string

const (
	HostDistributedVirtualSwitchManagerFailoverStageSTAGE_1 = HostDistributedVirtualSwitchManagerFailoverStage("STAGE_1")
)

func (e HostDistributedVirtualSwitchManagerFailoverStage) Values() []HostDistributedVirtualSwitchManagerFailoverStage {
	return []HostDistributedVirtualSwitchManagerFailoverStage{
		HostDistributedVirtualSwitchManagerFailoverStageSTAGE_1,
	}
}

func (e HostDistributedVirtualSwitchManagerFailoverStage) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostDistributedVirtualSwitchManagerFailoverStage"] = reflect.TypeOf((*HostDistributedVirtualSwitchManagerFailoverStage)(nil)).Elem()
	minAPIVersionForType["HostDistributedVirtualSwitchManagerFailoverStage"] = "8.0.3.0"
}

// Set of possible values for
// `HostFeatureVersionInfo.key`, which
// is a unique key that identifies a feature.
type HostFeatureVersionKey string

const (
	// VMware Fault Tolerance feature.
	//
	// For pre-4.1 hosts, the
	// version value reported will be empty in which case
	// `AboutInfo.build` should be used. For all
	// other hosts, the version number reported will be a component-specific
	// version identifier of the form X.Y.Z, where:
	// X refers to host agent Fault Tolerance version number,
	// Y refers to VMX Fault Tolerance version number,
	// Z refers to VMkernal Fault Tolerance version
	HostFeatureVersionKeyFaultTolerance = HostFeatureVersionKey("faultTolerance")
)

func (e HostFeatureVersionKey) Values() []HostFeatureVersionKey {
	return []HostFeatureVersionKey{
		HostFeatureVersionKeyFaultTolerance,
	}
}

func (e HostFeatureVersionKey) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFeatureVersionKey"] = reflect.TypeOf((*HostFeatureVersionKey)(nil)).Elem()
}

// Type of file system volume.
type HostFileSystemVolumeFileSystemType string

const (
	// VMware File System (ESX Server only).
	//
	// If this is set,
	// the type of the file system volume is VMFS.
	HostFileSystemVolumeFileSystemTypeVMFS = HostFileSystemVolumeFileSystemType("VMFS")
	// Network file system v3 linux &amp; esx servers only.
	//
	// If this is
	// set, the type of the file system volume is NFS v3.
	HostFileSystemVolumeFileSystemTypeNFS = HostFileSystemVolumeFileSystemType("NFS")
	// Network file system v4.1 linux &amp; esx servers only.
	//
	// If this is
	// set, the type of the file system volume is NFS v4.1 or later.
	HostFileSystemVolumeFileSystemTypeNFS41 = HostFileSystemVolumeFileSystemType("NFS41")
	// Common Internet File System.
	//
	// If this is set, the type of the
	// file system volume is Common Internet File System.
	HostFileSystemVolumeFileSystemTypeCIFS = HostFileSystemVolumeFileSystemType("CIFS")
	// VSAN File System (ESX Server only).
	HostFileSystemVolumeFileSystemTypeVsan = HostFileSystemVolumeFileSystemType("vsan")
	// vFlash File System (ESX Server only).
	//
	// If this is set, the type of the file system volume is VFFS.
	HostFileSystemVolumeFileSystemTypeVFFS = HostFileSystemVolumeFileSystemType("VFFS")
	// vvol File System (ESX Server only).
	HostFileSystemVolumeFileSystemTypeVVOL = HostFileSystemVolumeFileSystemType("VVOL")
	// Deprecated as of vSphere 9.0 APIs with no replacement.
	//
	// Persistent Memory File System (ESX Server only).
	HostFileSystemVolumeFileSystemTypePMEM = HostFileSystemVolumeFileSystemType("PMEM")
	// VSAN direct file system.
	HostFileSystemVolumeFileSystemTypeVsanD = HostFileSystemVolumeFileSystemType("vsanD")
	// Used if the file system is not one of the specified file systems.
	//
	// Used mostly for reporting purposes. The other types are described
	// by the otherType property.
	HostFileSystemVolumeFileSystemTypeOTHER = HostFileSystemVolumeFileSystemType("OTHER")
)

func (e HostFileSystemVolumeFileSystemType) Values() []HostFileSystemVolumeFileSystemType {
	return []HostFileSystemVolumeFileSystemType{
		HostFileSystemVolumeFileSystemTypeVMFS,
		HostFileSystemVolumeFileSystemTypeNFS,
		HostFileSystemVolumeFileSystemTypeNFS41,
		HostFileSystemVolumeFileSystemTypeCIFS,
		HostFileSystemVolumeFileSystemTypeVsan,
		HostFileSystemVolumeFileSystemTypeVFFS,
		HostFileSystemVolumeFileSystemTypeVVOL,
		HostFileSystemVolumeFileSystemTypePMEM,
		HostFileSystemVolumeFileSystemTypeVsanD,
		HostFileSystemVolumeFileSystemTypeOTHER,
	}
}

func (e HostFileSystemVolumeFileSystemType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFileSystemVolumeFileSystemType"] = reflect.TypeOf((*HostFileSystemVolumeFileSystemType)(nil)).Elem()
	minAPIVersionForEnumValue["HostFileSystemVolumeFileSystemType"] = map[string]string{
		"vsanD": "7.0.1.0",
	}
}

// Enumeration of port directions.
type HostFirewallRuleDirection string

const (
	HostFirewallRuleDirectionInbound  = HostFirewallRuleDirection("inbound")
	HostFirewallRuleDirectionOutbound = HostFirewallRuleDirection("outbound")
)

func (e HostFirewallRuleDirection) Values() []HostFirewallRuleDirection {
	return []HostFirewallRuleDirection{
		HostFirewallRuleDirectionInbound,
		HostFirewallRuleDirectionOutbound,
	}
}

func (e HostFirewallRuleDirection) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFirewallRuleDirection"] = reflect.TypeOf((*HostFirewallRuleDirection)(nil)).Elem()
}

// Enumeration of port types.
type HostFirewallRulePortType string

const (
	HostFirewallRulePortTypeSrc = HostFirewallRulePortType("src")
	HostFirewallRulePortTypeDst = HostFirewallRulePortType("dst")
)

func (e HostFirewallRulePortType) Values() []HostFirewallRulePortType {
	return []HostFirewallRulePortType{
		HostFirewallRulePortTypeSrc,
		HostFirewallRulePortTypeDst,
	}
}

func (e HostFirewallRulePortType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFirewallRulePortType"] = reflect.TypeOf((*HostFirewallRulePortType)(nil)).Elem()
}

// Set of valid port protocols.
type HostFirewallRuleProtocol string

const (
	HostFirewallRuleProtocolTcp = HostFirewallRuleProtocol("tcp")
	HostFirewallRuleProtocolUdp = HostFirewallRuleProtocol("udp")
)

func (e HostFirewallRuleProtocol) Values() []HostFirewallRuleProtocol {
	return []HostFirewallRuleProtocol{
		HostFirewallRuleProtocolTcp,
		HostFirewallRuleProtocolUdp,
	}
}

func (e HostFirewallRuleProtocol) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFirewallRuleProtocol"] = reflect.TypeOf((*HostFirewallRuleProtocol)(nil)).Elem()
}

type HostFirewallSystemRuleSetId string

const (
	HostFirewallSystemRuleSetIdFaultTolerance = HostFirewallSystemRuleSetId("faultTolerance")
	HostFirewallSystemRuleSetIdFdm            = HostFirewallSystemRuleSetId("fdm")
	HostFirewallSystemRuleSetIdUpdateManager  = HostFirewallSystemRuleSetId("updateManager")
	HostFirewallSystemRuleSetIdVpxHeartbeats  = HostFirewallSystemRuleSetId("vpxHeartbeats")
)

func (e HostFirewallSystemRuleSetId) Values() []HostFirewallSystemRuleSetId {
	return []HostFirewallSystemRuleSetId{
		HostFirewallSystemRuleSetIdFaultTolerance,
		HostFirewallSystemRuleSetIdFdm,
		HostFirewallSystemRuleSetIdUpdateManager,
		HostFirewallSystemRuleSetIdVpxHeartbeats,
	}
}

func (e HostFirewallSystemRuleSetId) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFirewallSystemRuleSetId"] = reflect.TypeOf((*HostFirewallSystemRuleSetId)(nil)).Elem()
	minAPIVersionForType["HostFirewallSystemRuleSetId"] = "8.0.2.0"
}

type HostFirewallSystemServiceName string

const (
	HostFirewallSystemServiceNameVpxa = HostFirewallSystemServiceName("vpxa")
)

func (e HostFirewallSystemServiceName) Values() []HostFirewallSystemServiceName {
	return []HostFirewallSystemServiceName{
		HostFirewallSystemServiceNameVpxa,
	}
}

func (e HostFirewallSystemServiceName) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFirewallSystemServiceName"] = reflect.TypeOf((*HostFirewallSystemServiceName)(nil)).Elem()
	minAPIVersionForType["HostFirewallSystemServiceName"] = "8.0.2.0"
}

// The vendor definition for type of Field Replaceable Unit (FRU).
type HostFruFruType string

const (
	HostFruFruTypeUndefined = HostFruFruType("undefined")
	HostFruFruTypeBoard     = HostFruFruType("board")
	HostFruFruTypeProduct   = HostFruFruType("product")
)

func (e HostFruFruType) Values() []HostFruFruType {
	return []HostFruFruType{
		HostFruFruTypeUndefined,
		HostFruFruTypeBoard,
		HostFruFruTypeProduct,
	}
}

func (e HostFruFruType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostFruFruType"] = reflect.TypeOf((*HostFruFruType)(nil)).Elem()
}

// Supported values for graphics type.
type HostGraphicsConfigGraphicsType string

const (
	// Shared graphics (ex.
	//
	// virtual shared graphics acceleration).
	HostGraphicsConfigGraphicsTypeShared = HostGraphicsConfigGraphicsType("shared")
	// Shared direct graphics (ex.
	//
	// vendor vGPU shared passthrough).
	HostGraphicsConfigGraphicsTypeSharedDirect = HostGraphicsConfigGraphicsType("sharedDirect")
)

func (e HostGraphicsConfigGraphicsType) Values() []HostGraphicsConfigGraphicsType {
	return []HostGraphicsConfigGraphicsType{
		HostGraphicsConfigGraphicsTypeShared,
		HostGraphicsConfigGraphicsTypeSharedDirect,
	}
}

func (e HostGraphicsConfigGraphicsType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostGraphicsConfigGraphicsType"] = reflect.TypeOf((*HostGraphicsConfigGraphicsType)(nil)).Elem()
}

// Supported values for shared passthrough assignment policy
type HostGraphicsConfigSharedPassthruAssignmentPolicy string

const (
	// Performance policy: assign VM to GPU with fewest VMs.
	HostGraphicsConfigSharedPassthruAssignmentPolicyPerformance = HostGraphicsConfigSharedPassthruAssignmentPolicy("performance")
	// Consolidation policy: group like VMs on GPU until fully loaded.
	HostGraphicsConfigSharedPassthruAssignmentPolicyConsolidation = HostGraphicsConfigSharedPassthruAssignmentPolicy("consolidation")
)

func (e HostGraphicsConfigSharedPassthruAssignmentPolicy) Values() []HostGraphicsConfigSharedPassthruAssignmentPolicy {
	return []HostGraphicsConfigSharedPassthruAssignmentPolicy{
		HostGraphicsConfigSharedPassthruAssignmentPolicyPerformance,
		HostGraphicsConfigSharedPassthruAssignmentPolicyConsolidation,
	}
}

func (e HostGraphicsConfigSharedPassthruAssignmentPolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostGraphicsConfigSharedPassthruAssignmentPolicy"] = reflect.TypeOf((*HostGraphicsConfigSharedPassthruAssignmentPolicy)(nil)).Elem()
}

type HostGraphicsConfigVgpuMode string

const (
	// vGPU time-sliced same size.
	HostGraphicsConfigVgpuModeSameSize = HostGraphicsConfigVgpuMode("sameSize")
	// vGPU time-sliced mixed size.
	HostGraphicsConfigVgpuModeMixedSize = HostGraphicsConfigVgpuMode("mixedSize")
)

func (e HostGraphicsConfigVgpuMode) Values() []HostGraphicsConfigVgpuMode {
	return []HostGraphicsConfigVgpuMode{
		HostGraphicsConfigVgpuModeSameSize,
		HostGraphicsConfigVgpuModeMixedSize,
	}
}

func (e HostGraphicsConfigVgpuMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostGraphicsConfigVgpuMode"] = reflect.TypeOf((*HostGraphicsConfigVgpuMode)(nil)).Elem()
	minAPIVersionForType["HostGraphicsConfigVgpuMode"] = "8.0.3.0"
}

// Possible values for graphics type.
type HostGraphicsInfoGraphicsType string

const (
	// Basic graphics when no host driver is available.
	HostGraphicsInfoGraphicsTypeBasic = HostGraphicsInfoGraphicsType("basic")
	// Shared graphics (ex.
	//
	// virtual shared graphics acceleration).
	HostGraphicsInfoGraphicsTypeShared = HostGraphicsInfoGraphicsType("shared")
	// Direct graphics (ex.
	//
	// passthrough).
	HostGraphicsInfoGraphicsTypeDirect = HostGraphicsInfoGraphicsType("direct")
	// Shared direct graphics (ex.
	//
	// vGPU shared passthrough).
	HostGraphicsInfoGraphicsTypeSharedDirect = HostGraphicsInfoGraphicsType("sharedDirect")
)

func (e HostGraphicsInfoGraphicsType) Values() []HostGraphicsInfoGraphicsType {
	return []HostGraphicsInfoGraphicsType{
		HostGraphicsInfoGraphicsTypeBasic,
		HostGraphicsInfoGraphicsTypeShared,
		HostGraphicsInfoGraphicsTypeDirect,
		HostGraphicsInfoGraphicsTypeSharedDirect,
	}
}

func (e HostGraphicsInfoGraphicsType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostGraphicsInfoGraphicsType"] = reflect.TypeOf((*HostGraphicsInfoGraphicsType)(nil)).Elem()
}

type HostGraphicsInfoVgpuMode string

const (
	// vGPU mode not applicable.
	HostGraphicsInfoVgpuModeNone = HostGraphicsInfoVgpuMode("none")
	// vGPU time-sliced same size.
	HostGraphicsInfoVgpuModeSameSize = HostGraphicsInfoVgpuMode("sameSize")
	// vGPU time-sliced mixed size.
	HostGraphicsInfoVgpuModeMixedSize = HostGraphicsInfoVgpuMode("mixedSize")
	// vGPU multi-instance GPU.
	HostGraphicsInfoVgpuModeMultiInstanceGpu = HostGraphicsInfoVgpuMode("multiInstanceGpu")
)

func (e HostGraphicsInfoVgpuMode) Values() []HostGraphicsInfoVgpuMode {
	return []HostGraphicsInfoVgpuMode{
		HostGraphicsInfoVgpuModeNone,
		HostGraphicsInfoVgpuModeSameSize,
		HostGraphicsInfoVgpuModeMixedSize,
		HostGraphicsInfoVgpuModeMultiInstanceGpu,
	}
}

func (e HostGraphicsInfoVgpuMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostGraphicsInfoVgpuMode"] = reflect.TypeOf((*HostGraphicsInfoVgpuMode)(nil)).Elem()
	minAPIVersionForType["HostGraphicsInfoVgpuMode"] = "8.0.3.0"
}

// The current status of the hardware
type HostHardwareElementStatus string

const (
	// The implementation cannot report on the current status of the
	// physical element
	HostHardwareElementStatusUnknown = HostHardwareElementStatus("Unknown")
	// The physical element is functioning as expected
	HostHardwareElementStatusGreen = HostHardwareElementStatus("Green")
	// All functionality is available but some might be degraded.
	HostHardwareElementStatusYellow = HostHardwareElementStatus("Yellow")
	// The physical element is failing.
	//
	// It is possible that some or all
	// functionalities of this physical element is degraded or not working.
	HostHardwareElementStatusRed = HostHardwareElementStatus("Red")
)

func (e HostHardwareElementStatus) Values() []HostHardwareElementStatus {
	return []HostHardwareElementStatus{
		HostHardwareElementStatusUnknown,
		HostHardwareElementStatusGreen,
		HostHardwareElementStatusYellow,
		HostHardwareElementStatusRed,
	}
}

func (e HostHardwareElementStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostHardwareElementStatus"] = reflect.TypeOf((*HostHardwareElementStatus)(nil)).Elem()
}

type HostHasComponentFailureHostComponentType string

const (
	HostHasComponentFailureHostComponentTypeDatastore = HostHasComponentFailureHostComponentType("Datastore")
)

func (e HostHasComponentFailureHostComponentType) Values() []HostHasComponentFailureHostComponentType {
	return []HostHasComponentFailureHostComponentType{
		HostHasComponentFailureHostComponentTypeDatastore,
	}
}

func (e HostHasComponentFailureHostComponentType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostHasComponentFailureHostComponentType"] = reflect.TypeOf((*HostHasComponentFailureHostComponentType)(nil)).Elem()
}

// Acceptance level definitions
type HostImageAcceptanceLevel string

const (
	// "VMware-certified"
	HostImageAcceptanceLevelVmware_certified = HostImageAcceptanceLevel("vmware_certified")
	// "VMware-accepted"
	HostImageAcceptanceLevelVmware_accepted = HostImageAcceptanceLevel("vmware_accepted")
	// "Partner-supported"
	HostImageAcceptanceLevelPartner = HostImageAcceptanceLevel("partner")
	// "Community-supported"
	HostImageAcceptanceLevelCommunity = HostImageAcceptanceLevel("community")
)

func (e HostImageAcceptanceLevel) Values() []HostImageAcceptanceLevel {
	return []HostImageAcceptanceLevel{
		HostImageAcceptanceLevelVmware_certified,
		HostImageAcceptanceLevelVmware_accepted,
		HostImageAcceptanceLevelPartner,
		HostImageAcceptanceLevelCommunity,
	}
}

func (e HostImageAcceptanceLevel) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostImageAcceptanceLevel"] = reflect.TypeOf((*HostImageAcceptanceLevel)(nil)).Elem()
}

// Reasons why fault tolerance is not supported on the host.
type HostIncompatibleForFaultToleranceReason string

const (
	// The product does not support fault tolerance.
	HostIncompatibleForFaultToleranceReasonProduct = HostIncompatibleForFaultToleranceReason("product")
	// The product supports fault tolerance but the host CPU does not.
	HostIncompatibleForFaultToleranceReasonProcessor = HostIncompatibleForFaultToleranceReason("processor")
)

func (e HostIncompatibleForFaultToleranceReason) Values() []HostIncompatibleForFaultToleranceReason {
	return []HostIncompatibleForFaultToleranceReason{
		HostIncompatibleForFaultToleranceReasonProduct,
		HostIncompatibleForFaultToleranceReasonProcessor,
	}
}

func (e HostIncompatibleForFaultToleranceReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostIncompatibleForFaultToleranceReason"] = reflect.TypeOf((*HostIncompatibleForFaultToleranceReason)(nil)).Elem()
}

// Reasons why record/replay is not supported on a host.
type HostIncompatibleForRecordReplayReason string

const (
	// The product does not support record/replay.
	HostIncompatibleForRecordReplayReasonProduct = HostIncompatibleForRecordReplayReason("product")
	// The product supports record/replay but the host CPU does not.
	HostIncompatibleForRecordReplayReasonProcessor = HostIncompatibleForRecordReplayReason("processor")
)

func (e HostIncompatibleForRecordReplayReason) Values() []HostIncompatibleForRecordReplayReason {
	return []HostIncompatibleForRecordReplayReason{
		HostIncompatibleForRecordReplayReasonProduct,
		HostIncompatibleForRecordReplayReasonProcessor,
	}
}

func (e HostIncompatibleForRecordReplayReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostIncompatibleForRecordReplayReason"] = reflect.TypeOf((*HostIncompatibleForRecordReplayReason)(nil)).Elem()
}

// The type of CHAP authentication setting to use.
//
// prohibited : do not use CHAP.
// preferred : use CHAP if successfully negotiated,
// but allow non-CHAP connections as fallback
// discouraged : use non-CHAP, but allow CHAP connectsion as fallback
// required : use CHAP for connection strictly, and fail if CHAP
// negotiation fails.
// Defaults to preferred on first configuration if unspecified.
type HostInternetScsiHbaChapAuthenticationType string

const (
	HostInternetScsiHbaChapAuthenticationTypeChapProhibited  = HostInternetScsiHbaChapAuthenticationType("chapProhibited")
	HostInternetScsiHbaChapAuthenticationTypeChapDiscouraged = HostInternetScsiHbaChapAuthenticationType("chapDiscouraged")
	HostInternetScsiHbaChapAuthenticationTypeChapPreferred   = HostInternetScsiHbaChapAuthenticationType("chapPreferred")
	HostInternetScsiHbaChapAuthenticationTypeChapRequired    = HostInternetScsiHbaChapAuthenticationType("chapRequired")
)

func (e HostInternetScsiHbaChapAuthenticationType) Values() []HostInternetScsiHbaChapAuthenticationType {
	return []HostInternetScsiHbaChapAuthenticationType{
		HostInternetScsiHbaChapAuthenticationTypeChapProhibited,
		HostInternetScsiHbaChapAuthenticationTypeChapDiscouraged,
		HostInternetScsiHbaChapAuthenticationTypeChapPreferred,
		HostInternetScsiHbaChapAuthenticationTypeChapRequired,
	}
}

func (e HostInternetScsiHbaChapAuthenticationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostInternetScsiHbaChapAuthenticationType"] = reflect.TypeOf((*HostInternetScsiHbaChapAuthenticationType)(nil)).Elem()
}

// The type of integrity checks to use.
//
// The digest setting for header
// and data traffic can be separately configured.
// prohibited : do not use digest.
// preferred : use digest if successfully negotiated, but skip the use
// of digest otherwise.
// discouraged : do not use digest if target allows, otherwise use digest.
// required : use digest strictly, and fail if target does not support
// digest.
// Defaults to preferred on first configuration if unspecified.
type HostInternetScsiHbaDigestType string

const (
	HostInternetScsiHbaDigestTypeDigestProhibited  = HostInternetScsiHbaDigestType("digestProhibited")
	HostInternetScsiHbaDigestTypeDigestDiscouraged = HostInternetScsiHbaDigestType("digestDiscouraged")
	HostInternetScsiHbaDigestTypeDigestPreferred   = HostInternetScsiHbaDigestType("digestPreferred")
	HostInternetScsiHbaDigestTypeDigestRequired    = HostInternetScsiHbaDigestType("digestRequired")
)

func (e HostInternetScsiHbaDigestType) Values() []HostInternetScsiHbaDigestType {
	return []HostInternetScsiHbaDigestType{
		HostInternetScsiHbaDigestTypeDigestProhibited,
		HostInternetScsiHbaDigestTypeDigestDiscouraged,
		HostInternetScsiHbaDigestTypeDigestPreferred,
		HostInternetScsiHbaDigestTypeDigestRequired,
	}
}

func (e HostInternetScsiHbaDigestType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostInternetScsiHbaDigestType"] = reflect.TypeOf((*HostInternetScsiHbaDigestType)(nil)).Elem()
}

// enum listing possible IPv6 address configuration methods.
type HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType string

const (
	// DHCP
	HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeDHCP = HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType("DHCP")
	// Auto configured.
	//
	// Auto configured Link local address and Router Advertisement addresses
	// would be of this type.
	HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeAutoConfigured = HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType("AutoConfigured")
	// Static address.
	//
	// Typically user specified addresses will be static addresses.
	// User can specify link local address. Only Static addresses can be added or removed.
	HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeStatic = HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType("Static")
	// Other or unknown type.
	HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeOther = HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType("Other")
)

func (e HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType) Values() []HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType {
	return []HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType{
		HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeDHCP,
		HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeAutoConfigured,
		HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeStatic,
		HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationTypeOther,
	}
}

func (e HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType"] = reflect.TypeOf((*HostInternetScsiHbaIscsiIpv6AddressAddressConfigurationType)(nil)).Elem()
}

// enum listing IPv6 address operations.
type HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation string

const (
	HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperationAdd    = HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation("add")
	HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperationRemove = HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation("remove")
)

func (e HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation) Values() []HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation {
	return []HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation{
		HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperationAdd,
		HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperationRemove,
	}
}

func (e HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation"] = reflect.TypeOf((*HostInternetScsiHbaIscsiIpv6AddressIPv6AddressOperation)(nil)).Elem()
}

// The binding mode of the adapter.
type HostInternetScsiHbaNetworkBindingSupportType string

const (
	HostInternetScsiHbaNetworkBindingSupportTypeNotsupported = HostInternetScsiHbaNetworkBindingSupportType("notsupported")
	HostInternetScsiHbaNetworkBindingSupportTypeOptional     = HostInternetScsiHbaNetworkBindingSupportType("optional")
	HostInternetScsiHbaNetworkBindingSupportTypeRequired     = HostInternetScsiHbaNetworkBindingSupportType("required")
)

func (e HostInternetScsiHbaNetworkBindingSupportType) Values() []HostInternetScsiHbaNetworkBindingSupportType {
	return []HostInternetScsiHbaNetworkBindingSupportType{
		HostInternetScsiHbaNetworkBindingSupportTypeNotsupported,
		HostInternetScsiHbaNetworkBindingSupportTypeOptional,
		HostInternetScsiHbaNetworkBindingSupportTypeRequired,
	}
}

func (e HostInternetScsiHbaNetworkBindingSupportType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostInternetScsiHbaNetworkBindingSupportType"] = reflect.TypeOf((*HostInternetScsiHbaNetworkBindingSupportType)(nil)).Elem()
}

// The method of discovery of an iScsi target.
//
// staticMethod: static discovery
// sendTargetsMethod: sendtarget discovery
// slpMethod: Service Location Protocol discovery
// isnsMethod: Internet Storage Name Service discovery
// unknownMethod: discovery method not identified by iscsi stack
type HostInternetScsiHbaStaticTargetTargetDiscoveryMethod string

const (
	HostInternetScsiHbaStaticTargetTargetDiscoveryMethodStaticMethod     = HostInternetScsiHbaStaticTargetTargetDiscoveryMethod("staticMethod")
	HostInternetScsiHbaStaticTargetTargetDiscoveryMethodSendTargetMethod = HostInternetScsiHbaStaticTargetTargetDiscoveryMethod("sendTargetMethod")
	HostInternetScsiHbaStaticTargetTargetDiscoveryMethodSlpMethod        = HostInternetScsiHbaStaticTargetTargetDiscoveryMethod("slpMethod")
	HostInternetScsiHbaStaticTargetTargetDiscoveryMethodIsnsMethod       = HostInternetScsiHbaStaticTargetTargetDiscoveryMethod("isnsMethod")
	HostInternetScsiHbaStaticTargetTargetDiscoveryMethodUnknownMethod    = HostInternetScsiHbaStaticTargetTargetDiscoveryMethod("unknownMethod")
)

func (e HostInternetScsiHbaStaticTargetTargetDiscoveryMethod) Values() []HostInternetScsiHbaStaticTargetTargetDiscoveryMethod {
	return []HostInternetScsiHbaStaticTargetTargetDiscoveryMethod{
		HostInternetScsiHbaStaticTargetTargetDiscoveryMethodStaticMethod,
		HostInternetScsiHbaStaticTargetTargetDiscoveryMethodSendTargetMethod,
		HostInternetScsiHbaStaticTargetTargetDiscoveryMethodSlpMethod,
		HostInternetScsiHbaStaticTargetTargetDiscoveryMethodIsnsMethod,
		HostInternetScsiHbaStaticTargetTargetDiscoveryMethodUnknownMethod,
	}
}

func (e HostInternetScsiHbaStaticTargetTargetDiscoveryMethod) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostInternetScsiHbaStaticTargetTargetDiscoveryMethod"] = reflect.TypeOf((*HostInternetScsiHbaStaticTargetTargetDiscoveryMethod)(nil)).Elem()
}

// This specifies how the ipv6 address is configured for the interface.
//
// We follow rfc4293 in defining the values for the configType.
type HostIpConfigIpV6AddressConfigType string

const (
	// Any other type of address configuration other than the below
	// mentioned ones will fall under this category.
	//
	// For e.g., automatic
	// address configuration for the link local address falls under
	// this type.
	HostIpConfigIpV6AddressConfigTypeOther = HostIpConfigIpV6AddressConfigType("other")
	// The address is configured manually.
	HostIpConfigIpV6AddressConfigTypeManual = HostIpConfigIpV6AddressConfigType("manual")
	// The address is configured through dhcp.
	HostIpConfigIpV6AddressConfigTypeDhcp = HostIpConfigIpV6AddressConfigType("dhcp")
	// The address is obtained through stateless autoconfiguration.
	HostIpConfigIpV6AddressConfigTypeLinklayer = HostIpConfigIpV6AddressConfigType("linklayer")
	// The address is chosen by the system at random
	// e.g., an IPv4 address within 169.254/16, or an RFC
	// 3041 privacy address.
	HostIpConfigIpV6AddressConfigTypeRandom = HostIpConfigIpV6AddressConfigType("random")
)

func (e HostIpConfigIpV6AddressConfigType) Values() []HostIpConfigIpV6AddressConfigType {
	return []HostIpConfigIpV6AddressConfigType{
		HostIpConfigIpV6AddressConfigTypeOther,
		HostIpConfigIpV6AddressConfigTypeManual,
		HostIpConfigIpV6AddressConfigTypeDhcp,
		HostIpConfigIpV6AddressConfigTypeLinklayer,
		HostIpConfigIpV6AddressConfigTypeRandom,
	}
}

func (e HostIpConfigIpV6AddressConfigType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostIpConfigIpV6AddressConfigType"] = reflect.TypeOf((*HostIpConfigIpV6AddressConfigType)(nil)).Elem()
}

type HostIpConfigIpV6AddressStatus string

const (
	// Indicates that this is a valid address.
	HostIpConfigIpV6AddressStatusPreferred = HostIpConfigIpV6AddressStatus("preferred")
	// Indicates that this is a valid but deprecated address
	// that should no longer be used as a source address.
	HostIpConfigIpV6AddressStatusDeprecated = HostIpConfigIpV6AddressStatus("deprecated")
	// Indicates that this isn't a valid.
	HostIpConfigIpV6AddressStatusInvalid = HostIpConfigIpV6AddressStatus("invalid")
	// Indicates that the address is not accessible because
	// interface is not operational.
	HostIpConfigIpV6AddressStatusInaccessible = HostIpConfigIpV6AddressStatus("inaccessible")
	// Indicates that the status cannot be determined.
	HostIpConfigIpV6AddressStatusUnknown = HostIpConfigIpV6AddressStatus("unknown")
	// Indicates that the uniqueness of the
	// address on the link is presently being verified.
	HostIpConfigIpV6AddressStatusTentative = HostIpConfigIpV6AddressStatus("tentative")
	// Indicates the address has been determined to be non-unique
	// on the link, this address will not be reachable.
	HostIpConfigIpV6AddressStatusDuplicate = HostIpConfigIpV6AddressStatus("duplicate")
)

func (e HostIpConfigIpV6AddressStatus) Values() []HostIpConfigIpV6AddressStatus {
	return []HostIpConfigIpV6AddressStatus{
		HostIpConfigIpV6AddressStatusPreferred,
		HostIpConfigIpV6AddressStatusDeprecated,
		HostIpConfigIpV6AddressStatusInvalid,
		HostIpConfigIpV6AddressStatusInaccessible,
		HostIpConfigIpV6AddressStatusUnknown,
		HostIpConfigIpV6AddressStatusTentative,
		HostIpConfigIpV6AddressStatusDuplicate,
	}
}

func (e HostIpConfigIpV6AddressStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostIpConfigIpV6AddressStatus"] = reflect.TypeOf((*HostIpConfigIpV6AddressStatus)(nil)).Elem()
}

// Identifiers of currently supported resources.
type HostLicensableResourceKey string

const (
	// Number of CPU packages on this host.
	HostLicensableResourceKeyNumCpuPackages = HostLicensableResourceKey("numCpuPackages")
	// Number of licensable CPU cores/compute-units on this host.
	HostLicensableResourceKeyNumCpuCores = HostLicensableResourceKey("numCpuCores")
	// Total size of memory installed on this host, measured in kilobytes.
	HostLicensableResourceKeyMemorySize = HostLicensableResourceKey("memorySize")
	// Total size of memory configured for VMs on this host, measured in kilobytes.
	HostLicensableResourceKeyMemoryForVms = HostLicensableResourceKey("memoryForVms")
	// Number of VMs already running on this host.
	HostLicensableResourceKeyNumVmsStarted = HostLicensableResourceKey("numVmsStarted")
	// Number of VMs that are currently powering-on, immigrating, etc.
	HostLicensableResourceKeyNumVmsStarting = HostLicensableResourceKey("numVmsStarting")
	// vSAN capacity in TiB on this host.
	HostLicensableResourceKeyVsanCapacity = HostLicensableResourceKey("vsanCapacity")
)

func (e HostLicensableResourceKey) Values() []HostLicensableResourceKey {
	return []HostLicensableResourceKey{
		HostLicensableResourceKeyNumCpuPackages,
		HostLicensableResourceKeyNumCpuCores,
		HostLicensableResourceKeyMemorySize,
		HostLicensableResourceKeyMemoryForVms,
		HostLicensableResourceKeyNumVmsStarted,
		HostLicensableResourceKeyNumVmsStarting,
		HostLicensableResourceKeyVsanCapacity,
	}
}

func (e HostLicensableResourceKey) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostLicensableResourceKey"] = reflect.TypeOf((*HostLicensableResourceKey)(nil)).Elem()
	minAPIVersionForEnumValue["HostLicensableResourceKey"] = map[string]string{
		"vsanCapacity": "8.0.3.0",
	}
}

// Defines the possible states of lockdown mode.
type HostLockdownMode string

const (
	// Indicates that lockdown mode is disabled.
	HostLockdownModeLockdownDisabled = HostLockdownMode("lockdownDisabled")
	// Indicates that lockdown mode is enabled with service DCUI
	// (Direct Console User Interface) running.
	HostLockdownModeLockdownNormal = HostLockdownMode("lockdownNormal")
	// Indicates that lockdown mode is enabled with service DCUI stopped.
	//
	// If the host is in "strict" lockdown mode then no one will be able
	// to exit lockdown mode through DCUI in emergency situations,
	// i.e. when the connection to vCenter server is permanently lost.
	HostLockdownModeLockdownStrict = HostLockdownMode("lockdownStrict")
)

func (e HostLockdownMode) Values() []HostLockdownMode {
	return []HostLockdownMode{
		HostLockdownModeLockdownDisabled,
		HostLockdownModeLockdownNormal,
		HostLockdownModeLockdownStrict,
	}
}

func (e HostLockdownMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostLockdownMode"] = reflect.TypeOf((*HostLockdownMode)(nil)).Elem()
}

// This enum defines the possible types of file types that can be reserved
// or deleted
type HostLowLevelProvisioningManagerFileType string

const (
	HostLowLevelProvisioningManagerFileTypeFile        = HostLowLevelProvisioningManagerFileType("File")
	HostLowLevelProvisioningManagerFileTypeVirtualDisk = HostLowLevelProvisioningManagerFileType("VirtualDisk")
	HostLowLevelProvisioningManagerFileTypeDirectory   = HostLowLevelProvisioningManagerFileType("Directory")
)

func (e HostLowLevelProvisioningManagerFileType) Values() []HostLowLevelProvisioningManagerFileType {
	return []HostLowLevelProvisioningManagerFileType{
		HostLowLevelProvisioningManagerFileTypeFile,
		HostLowLevelProvisioningManagerFileTypeVirtualDisk,
		HostLowLevelProvisioningManagerFileTypeDirectory,
	}
}

func (e HostLowLevelProvisioningManagerFileType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostLowLevelProvisioningManagerFileType"] = reflect.TypeOf((*HostLowLevelProvisioningManagerFileType)(nil)).Elem()
}

// The target of the disk reload.
type HostLowLevelProvisioningManagerReloadTarget string

const (
	// Specifies the reload of the current config of the virtual machine.
	HostLowLevelProvisioningManagerReloadTargetCurrentConfig = HostLowLevelProvisioningManagerReloadTarget("currentConfig")
	// Specifies the reload of the snapshot config of the virtual machine.
	//
	// If the virtual machine has multiple snapshots, all of the snapshot's
	// config will be reloaded.
	HostLowLevelProvisioningManagerReloadTargetSnapshotConfig = HostLowLevelProvisioningManagerReloadTarget("snapshotConfig")
)

func (e HostLowLevelProvisioningManagerReloadTarget) Values() []HostLowLevelProvisioningManagerReloadTarget {
	return []HostLowLevelProvisioningManagerReloadTarget{
		HostLowLevelProvisioningManagerReloadTargetCurrentConfig,
		HostLowLevelProvisioningManagerReloadTargetSnapshotConfig,
	}
}

func (e HostLowLevelProvisioningManagerReloadTarget) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostLowLevelProvisioningManagerReloadTarget"] = reflect.TypeOf((*HostLowLevelProvisioningManagerReloadTarget)(nil)).Elem()
}

type HostMaintenanceSpecPurpose string

const (
	HostMaintenanceSpecPurposeHostUpgrade = HostMaintenanceSpecPurpose("hostUpgrade")
)

func (e HostMaintenanceSpecPurpose) Values() []HostMaintenanceSpecPurpose {
	return []HostMaintenanceSpecPurpose{
		HostMaintenanceSpecPurposeHostUpgrade,
	}
}

func (e HostMaintenanceSpecPurpose) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMaintenanceSpecPurpose"] = reflect.TypeOf((*HostMaintenanceSpecPurpose)(nil)).Elem()
}

// Enumeration of flags pertaining to a memory tier.
//
// Here are some examples of what the flags will look like for various memory
// configurations:
//   - Traditional memory (`noTiering`): The host has a DRAM tier
//     for the main memory and nothing else. The DRAM tier will have the
//     `memoryTier` flag.
//   - App Direct mode (`noTiering`): The host has a DRAM tier
//     and a PMem tier, but the two are independent and unrelated. The PMem tier is
//     non-volatile and is exposed as an NVDIMM device. Applications can decide whether to
//     direct the reads and writes to DRAM or PMem by using the appropriate system call. The
//     DRAM tier will have the `memoryTier` flag and the PMem tier will
//     have the `persistentTier` flag.
//   - Memory mode (`hardwareTiering`): The host has a DRAM tier
//     and a PMem tier, but the DRAM is hidden from applications and is just a cache
//     for the PMem main memory. The PMem tier is volatile, and is abstracted by the hardware
//     layer to look like traditional memory. Applications can read from/write to memory
//     using the traditional memory system calls. The memory controller in the hardware will
//     internally direct those to the DRAM cache first, and on a cache miss redirect them to
//     the PMem main memory. The DRAM tier will have the `cachingTier`
type HostMemoryTierFlags string

const (
	// Flag indicating that the tier is the primary memory tier visible from the
	// host.
	HostMemoryTierFlagsMemoryTier = HostMemoryTierFlags("memoryTier")
	// Deprecated as of vSphere 9.0 APIs with no replacement.
	//
	// Flag indicating that the tier is used as non-volatile storage, e.g.
	//
	// PMem in
	// App Direct mode.
	HostMemoryTierFlagsPersistentTier = HostMemoryTierFlags("persistentTier")
	// Flag indicating that the tier is a cache for main memory.
	HostMemoryTierFlagsCachingTier = HostMemoryTierFlags("cachingTier")
	// `**Since:**` vSphere API Release 8.0.3.0
	HostMemoryTierFlagsUnmappableTier = HostMemoryTierFlags("unmappableTier")
)

func (e HostMemoryTierFlags) Values() []HostMemoryTierFlags {
	return []HostMemoryTierFlags{
		HostMemoryTierFlagsMemoryTier,
		HostMemoryTierFlagsPersistentTier,
		HostMemoryTierFlagsCachingTier,
		HostMemoryTierFlagsUnmappableTier,
	}
}

func (e HostMemoryTierFlags) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMemoryTierFlags"] = reflect.TypeOf((*HostMemoryTierFlags)(nil)).Elem()
	minAPIVersionForType["HostMemoryTierFlags"] = "7.0.3.0"
	minAPIVersionForEnumValue["HostMemoryTierFlags"] = map[string]string{
		"unmappableTier": "8.0.3.0",
	}
}

type HostMemoryTierType string

const (
	// Dynamic random-access memory.
	HostMemoryTierTypeDRAM = HostMemoryTierType("DRAM")
	// Deprecated as of vSphere 9.0 APIs with no replacement.
	//
	// Persistent memory.
	HostMemoryTierTypePMem = HostMemoryTierType("PMem")
	// NVMe memory.
	HostMemoryTierTypeNVMe = HostMemoryTierType("NVMe")
)

func (e HostMemoryTierType) Values() []HostMemoryTierType {
	return []HostMemoryTierType{
		HostMemoryTierTypeDRAM,
		HostMemoryTierTypePMem,
		HostMemoryTierTypeNVMe,
	}
}

func (e HostMemoryTierType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMemoryTierType"] = reflect.TypeOf((*HostMemoryTierType)(nil)).Elem()
	minAPIVersionForType["HostMemoryTierType"] = "7.0.3.0"
	minAPIVersionForEnumValue["HostMemoryTierType"] = map[string]string{
		"NVMe": "8.0.3.0",
	}
}

type HostMemoryTieringType string

const (
	// The traditional memory configuration without any tiers.
	HostMemoryTieringTypeNoTiering = HostMemoryTieringType("noTiering")
	// The memory configuration where a tier is hardware-controlled and invisible to
	// applications, e.g.
	//
	// Intel's Memory Mode.
	HostMemoryTieringTypeHardwareTiering = HostMemoryTieringType("hardwareTiering")
	// The memory configuration where all memory tiers are managed by software (ESX).
	HostMemoryTieringTypeSoftwareTiering = HostMemoryTieringType("softwareTiering")
)

func (e HostMemoryTieringType) Values() []HostMemoryTieringType {
	return []HostMemoryTieringType{
		HostMemoryTieringTypeNoTiering,
		HostMemoryTieringTypeHardwareTiering,
		HostMemoryTieringTypeSoftwareTiering,
	}
}

func (e HostMemoryTieringType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMemoryTieringType"] = reflect.TypeOf((*HostMemoryTieringType)(nil)).Elem()
	minAPIVersionForType["HostMemoryTieringType"] = "7.0.3.0"
	minAPIVersionForEnumValue["HostMemoryTieringType"] = map[string]string{
		"softwareTiering": "8.0.3.0",
	}
}

// A datastore can become inaccessible due to a number of reasons as
// defined in this enum `HostMountInfoInaccessibleReason_enum`.
//
// The reason for a datastore being inaccessible is reported in
// `HostMountInfo.inaccessibleReason`.
// APD ("All Paths Down") is a condition where a SAN or NFS storage has
// become inaccessible for unknown reasons. It only indicates loss of
// connectivity and does not indicate storage device failure or
// LUN removal (Permanent Device Loss or PDL)
// A difference between APD and PDL is that APD may recover
// in which case all use cases will start to work as before. In case of PDL
// the failed datastore/device is unlikely to recover and hence the device
// path information and data cache will be emptied. If the PDL condition
// recovers, the failed datastores have to be added back to the host. Once
// in PDL a datastore cannot be added back until there are no longer any
// open files on the datastore.
// PDL is not linked to the APD and can happen at any time with or without APD
// preceding. If APD and PDL occur at the same time, APD will be reported first.
// Once (and if) the APD condition clears, PermanentDataLoss will be reported if
// PDL condition still exists.
type HostMountInfoInaccessibleReason string

const (
	// AllPathsDown\_Start value is reported when all paths down state is detected
	HostMountInfoInaccessibleReasonAllPathsDown_Start = HostMountInfoInaccessibleReason("AllPathsDown_Start")
	// After a wait for a system default time (which is user modifiable)
	// to ascertain the state is indeed an APD, AllPathsDown\_Timeout property
	// is reported.
	//
	// The host advanced option used to set timeout period
	// is "/Misc/APDTimeout"
	// After the datastore property is set to AllPathsDown\_Timeout, all data i/o
	// to the datastore will be fast-failed (failed immediately).
	HostMountInfoInaccessibleReasonAllPathsDown_Timeout = HostMountInfoInaccessibleReason("AllPathsDown_Timeout")
	// A PDL condition is reported as PermanentDeviceLoss.
	HostMountInfoInaccessibleReasonPermanentDeviceLoss = HostMountInfoInaccessibleReason("PermanentDeviceLoss")
)

func (e HostMountInfoInaccessibleReason) Values() []HostMountInfoInaccessibleReason {
	return []HostMountInfoInaccessibleReason{
		HostMountInfoInaccessibleReasonAllPathsDown_Start,
		HostMountInfoInaccessibleReasonAllPathsDown_Timeout,
		HostMountInfoInaccessibleReasonPermanentDeviceLoss,
	}
}

func (e HostMountInfoInaccessibleReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMountInfoInaccessibleReason"] = reflect.TypeOf((*HostMountInfoInaccessibleReason)(nil)).Elem()
}

// NFS mount request can be failed due to a number of reasons as
// defined in this enum `HostMountInfoMountFailedReason_enum`.
//
// The reason for the mount failure is reported in
// `HostMountInfo.mountFailedReason`. This is applicable only for those
type HostMountInfoMountFailedReason string

const (
	// Failed to get port or connect.
	//
	// Or MOUNT/FSINFO RPC failed.
	HostMountInfoMountFailedReasonCONNECT_FAILURE = HostMountInfoMountFailedReason("CONNECT_FAILURE")
	// Server doesn't support MOUNT\_PROGRAM/MOUNT\_PROGRAM\_VERSION.
	HostMountInfoMountFailedReasonMOUNT_NOT_SUPPORTED = HostMountInfoMountFailedReason("MOUNT_NOT_SUPPORTED")
	// Server doesn't support NFS\_PROGRAM/NFS\_PROGRAM\_VERSION.
	HostMountInfoMountFailedReasonNFS_NOT_SUPPORTED = HostMountInfoMountFailedReason("NFS_NOT_SUPPORTED")
	// No permission to mount the remote volume or it doesn't exist.
	HostMountInfoMountFailedReasonMOUNT_DENIED = HostMountInfoMountFailedReason("MOUNT_DENIED")
	// Remote path not a directory.
	HostMountInfoMountFailedReasonMOUNT_NOT_DIR = HostMountInfoMountFailedReason("MOUNT_NOT_DIR")
	// Maximum NFS volumes have been mounted.
	HostMountInfoMountFailedReasonVOLUME_LIMIT_EXCEEDED = HostMountInfoMountFailedReason("VOLUME_LIMIT_EXCEEDED")
	// Maximum connections for NFS has been reached.
	HostMountInfoMountFailedReasonCONN_LIMIT_EXCEEDED = HostMountInfoMountFailedReason("CONN_LIMIT_EXCEEDED")
	// Volume already mounted or a different mount exists with same label.
	HostMountInfoMountFailedReasonMOUNT_EXISTS = HostMountInfoMountFailedReason("MOUNT_EXISTS")
	// Any other reason which is not present in above list.
	HostMountInfoMountFailedReasonOTHERS = HostMountInfoMountFailedReason("OTHERS")
)

func (e HostMountInfoMountFailedReason) Values() []HostMountInfoMountFailedReason {
	return []HostMountInfoMountFailedReason{
		HostMountInfoMountFailedReasonCONNECT_FAILURE,
		HostMountInfoMountFailedReasonMOUNT_NOT_SUPPORTED,
		HostMountInfoMountFailedReasonNFS_NOT_SUPPORTED,
		HostMountInfoMountFailedReasonMOUNT_DENIED,
		HostMountInfoMountFailedReasonMOUNT_NOT_DIR,
		HostMountInfoMountFailedReasonVOLUME_LIMIT_EXCEEDED,
		HostMountInfoMountFailedReasonCONN_LIMIT_EXCEEDED,
		HostMountInfoMountFailedReasonMOUNT_EXISTS,
		HostMountInfoMountFailedReasonOTHERS,
	}
}

func (e HostMountInfoMountFailedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMountInfoMountFailedReason"] = reflect.TypeOf((*HostMountInfoMountFailedReason)(nil)).Elem()
	minAPIVersionForType["HostMountInfoMountFailedReason"] = "8.0.0.1"
}

// Defines the access mode of the datastore.
type HostMountMode string

const (
	// The host system has read/write access to the file system.
	HostMountModeReadWrite = HostMountMode("readWrite")
	// The host system has read-only access to the file system.
	HostMountModeReadOnly = HostMountMode("readOnly")
)

func (e HostMountMode) Values() []HostMountMode {
	return []HostMountMode{
		HostMountModeReadWrite,
		HostMountModeReadOnly,
	}
}

func (e HostMountMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostMountMode"] = reflect.TypeOf((*HostMountMode)(nil)).Elem()
}

// Security type supported.
type HostNasVolumeSecurityType string

const (
	// Authentication based on traditional UNIX identifiers (UID and GID).
	//
	// Server trusts the IDs sent by the client for each request and uses them
	// to perform access control. Current implementation only supports
	// AUTH\_SYS with root user.
	HostNasVolumeSecurityTypeAUTH_SYS = HostNasVolumeSecurityType("AUTH_SYS")
	// Ensures RPC header authentication using Kerberos session keys.
	//
	// When
	// this option is enabled, the client uses the information specified in
	// `HostNasVolumeUserInfo` to establish shared keys with the server using
	// Kerberos. These shared keys are used to generate and verify message
	// authentication codes for RPC header of NFS requests and responses,
	// respectively. This method does not secure NFS file data.
	HostNasVolumeSecurityTypeSEC_KRB5 = HostNasVolumeSecurityType("SEC_KRB5")
	// Extends SEC\_KRB5 to generate and verify message authentication codes
	// for the payload of NFS requests and responses respectively.
	//
	// This
	// ensures the integrity of the NFS file data.
	HostNasVolumeSecurityTypeSEC_KRB5I = HostNasVolumeSecurityType("SEC_KRB5I")
	// Extends `SEC_KRB5I` to send and receive encrypted NFS packets over
	// the wire.
	//
	// `SEC_KRB5P` provides data privacy in addition to data
	// integrity for NFS files. To date, SEC\_KRB5P provides the highest form of
	// security for NFS payload.
	HostNasVolumeSecurityTypeSEC_KRB5P = HostNasVolumeSecurityType("SEC_KRB5P")
)

func (e HostNasVolumeSecurityType) Values() []HostNasVolumeSecurityType {
	return []HostNasVolumeSecurityType{
		HostNasVolumeSecurityTypeAUTH_SYS,
		HostNasVolumeSecurityTypeSEC_KRB5,
		HostNasVolumeSecurityTypeSEC_KRB5I,
		HostNasVolumeSecurityTypeSEC_KRB5P,
	}
}

func (e HostNasVolumeSecurityType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNasVolumeSecurityType"] = reflect.TypeOf((*HostNasVolumeSecurityType)(nil)).Elem()
	minAPIVersionForEnumValue["HostNasVolumeSecurityType"] = map[string]string{
		"SEC_KRB5P": "9.0.0.0",
	}
}

// Define TCP congestion control algorithm used by an instance
type HostNetStackInstanceCongestionControlAlgorithmType string

const (
	// New Reno Algorithm.
	//
	// See http://tools.ietf.org/html/rfc3782 for detail.
	HostNetStackInstanceCongestionControlAlgorithmTypeNewreno = HostNetStackInstanceCongestionControlAlgorithmType("newreno")
	// Cubic Algorithm.
	//
	// See http://tools.ietf.org/id/draft-rhee-tcp-cubic-00.txt for detail.
	HostNetStackInstanceCongestionControlAlgorithmTypeCubic = HostNetStackInstanceCongestionControlAlgorithmType("cubic")
)

func (e HostNetStackInstanceCongestionControlAlgorithmType) Values() []HostNetStackInstanceCongestionControlAlgorithmType {
	return []HostNetStackInstanceCongestionControlAlgorithmType{
		HostNetStackInstanceCongestionControlAlgorithmTypeNewreno,
		HostNetStackInstanceCongestionControlAlgorithmTypeCubic,
	}
}

func (e HostNetStackInstanceCongestionControlAlgorithmType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNetStackInstanceCongestionControlAlgorithmType"] = reflect.TypeOf((*HostNetStackInstanceCongestionControlAlgorithmType)(nil)).Elem()
}

// Define the instance identifier for different traffic type
type HostNetStackInstanceSystemStackKey string

const (
	// The default stack used by applications
	HostNetStackInstanceSystemStackKeyDefaultTcpipStack = HostNetStackInstanceSystemStackKey("defaultTcpipStack")
	// Stack key used for vMotion applications
	HostNetStackInstanceSystemStackKeyVmotion = HostNetStackInstanceSystemStackKey("vmotion")
	// Stack key used for vSphere provisioning NFC traffic
	HostNetStackInstanceSystemStackKeyVSphereProvisioning = HostNetStackInstanceSystemStackKey("vSphereProvisioning")
	// Stack key used for port mirroring
	HostNetStackInstanceSystemStackKeyMirror = HostNetStackInstanceSystemStackKey("mirror")
	// Stack key used for ops applications
	HostNetStackInstanceSystemStackKeyOps = HostNetStackInstanceSystemStackKey("ops")
)

func (e HostNetStackInstanceSystemStackKey) Values() []HostNetStackInstanceSystemStackKey {
	return []HostNetStackInstanceSystemStackKey{
		HostNetStackInstanceSystemStackKeyDefaultTcpipStack,
		HostNetStackInstanceSystemStackKeyVmotion,
		HostNetStackInstanceSystemStackKeyVSphereProvisioning,
		HostNetStackInstanceSystemStackKeyMirror,
		HostNetStackInstanceSystemStackKeyOps,
	}
}

func (e HostNetStackInstanceSystemStackKey) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNetStackInstanceSystemStackKey"] = reflect.TypeOf((*HostNetStackInstanceSystemStackKey)(nil)).Elem()
	minAPIVersionForEnumValue["HostNetStackInstanceSystemStackKey"] = map[string]string{
		"mirror": "8.0.0.1",
		"ops":    "8.0.0.1",
	}
}

// Health state of the numeric sensor as reported by the sensor probes.
//
// Same data reported using command line: esxcli hardware ipmi sdr list
type HostNumericSensorHealthState string

const (
	// The implementation cannot report on the current health state of the
	// physical element
	HostNumericSensorHealthStateUnknown = HostNumericSensorHealthState("unknown")
	// The sensor is operating under normal conditions
	HostNumericSensorHealthStateGreen = HostNumericSensorHealthState("green")
	// The sensor is operating under conditions that are non-critical.
	HostNumericSensorHealthStateYellow = HostNumericSensorHealthState("yellow")
	// The sensor is operating under critical or fatal conditions.
	//
	// This may
	// directly affect the functioning of both the sensor and related
	// components.
	HostNumericSensorHealthStateRed = HostNumericSensorHealthState("red")
)

func (e HostNumericSensorHealthState) Values() []HostNumericSensorHealthState {
	return []HostNumericSensorHealthState{
		HostNumericSensorHealthStateUnknown,
		HostNumericSensorHealthStateGreen,
		HostNumericSensorHealthStateYellow,
		HostNumericSensorHealthStateRed,
	}
}

func (e HostNumericSensorHealthState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNumericSensorHealthState"] = reflect.TypeOf((*HostNumericSensorHealthState)(nil)).Elem()
}

// Sensor Types for specific hardware component are either based on
// class of sensor or what the sensor monitors to allow for grouping
type HostNumericSensorType string

const (
	// Fan sensor
	HostNumericSensorTypeFan = HostNumericSensorType("fan")
	// Power sensor
	HostNumericSensorTypePower = HostNumericSensorType("power")
	// Temperature sensor
	HostNumericSensorTypeTemperature = HostNumericSensorType("temperature")
	// Voltage Sensor
	HostNumericSensorTypeVoltage = HostNumericSensorType("voltage")
	// Other sensor.
	HostNumericSensorTypeOther = HostNumericSensorType("other")
	// Processor sensor.
	HostNumericSensorTypeProcessor = HostNumericSensorType("processor")
	// Memory sensor.
	HostNumericSensorTypeMemory = HostNumericSensorType("memory")
	// disk/storage sensor.
	HostNumericSensorTypeStorage = HostNumericSensorType("storage")
	// system board sensor.
	HostNumericSensorTypeSystemBoard = HostNumericSensorType("systemBoard")
	// Battery sensor.
	HostNumericSensorTypeBattery = HostNumericSensorType("battery")
	// BIOS/firmware related sensor.
	HostNumericSensorTypeBios = HostNumericSensorType("bios")
	// cable related sensor.
	HostNumericSensorTypeCable = HostNumericSensorType("cable")
	// Watchdog related sensor.
	HostNumericSensorTypeWatchdog = HostNumericSensorType("watchdog")
)

func (e HostNumericSensorType) Values() []HostNumericSensorType {
	return []HostNumericSensorType{
		HostNumericSensorTypeFan,
		HostNumericSensorTypePower,
		HostNumericSensorTypeTemperature,
		HostNumericSensorTypeVoltage,
		HostNumericSensorTypeOther,
		HostNumericSensorTypeProcessor,
		HostNumericSensorTypeMemory,
		HostNumericSensorTypeStorage,
		HostNumericSensorTypeSystemBoard,
		HostNumericSensorTypeBattery,
		HostNumericSensorTypeBios,
		HostNumericSensorTypeCable,
		HostNumericSensorTypeWatchdog,
	}
}

func (e HostNumericSensorType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNumericSensorType"] = reflect.TypeOf((*HostNumericSensorType)(nil)).Elem()
}

// This enum represents the supported NVM subsystem types.
type HostNvmeDiscoveryLogSubsystemType string

const (
	// A Discovery service, composed of Discovery controllers.
	HostNvmeDiscoveryLogSubsystemTypeDiscovery = HostNvmeDiscoveryLogSubsystemType("discovery")
	// An NVM subsystem whose controllers may have attached namespaces.
	HostNvmeDiscoveryLogSubsystemTypeNvm = HostNvmeDiscoveryLogSubsystemType("nvm")
)

func (e HostNvmeDiscoveryLogSubsystemType) Values() []HostNvmeDiscoveryLogSubsystemType {
	return []HostNvmeDiscoveryLogSubsystemType{
		HostNvmeDiscoveryLogSubsystemTypeDiscovery,
		HostNvmeDiscoveryLogSubsystemTypeNvm,
	}
}

func (e HostNvmeDiscoveryLogSubsystemType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNvmeDiscoveryLogSubsystemType"] = reflect.TypeOf((*HostNvmeDiscoveryLogSubsystemType)(nil)).Elem()
}

// This enum represents the supported types of transport requirements.
type HostNvmeDiscoveryLogTransportRequirements string

const (
	// A fabric secure channel is required.
	HostNvmeDiscoveryLogTransportRequirementsSecureChannelRequired = HostNvmeDiscoveryLogTransportRequirements("secureChannelRequired")
	// A fabric secure channel is not required.
	HostNvmeDiscoveryLogTransportRequirementsSecureChannelNotRequired = HostNvmeDiscoveryLogTransportRequirements("secureChannelNotRequired")
	// Requirements are not specified
	HostNvmeDiscoveryLogTransportRequirementsRequirementsNotSpecified = HostNvmeDiscoveryLogTransportRequirements("requirementsNotSpecified")
)

func (e HostNvmeDiscoveryLogTransportRequirements) Values() []HostNvmeDiscoveryLogTransportRequirements {
	return []HostNvmeDiscoveryLogTransportRequirements{
		HostNvmeDiscoveryLogTransportRequirementsSecureChannelRequired,
		HostNvmeDiscoveryLogTransportRequirementsSecureChannelNotRequired,
		HostNvmeDiscoveryLogTransportRequirementsRequirementsNotSpecified,
	}
}

func (e HostNvmeDiscoveryLogTransportRequirements) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNvmeDiscoveryLogTransportRequirements"] = reflect.TypeOf((*HostNvmeDiscoveryLogTransportRequirements)(nil)).Elem()
}

// This enum specifies the supported address families for
// NVME over Fabrics.
//
// For details, see:
//   - "NVM Express over Fabrics 1.0", Section 5.3, Figure 34,
//     "Discovery Log Page Entry"
type HostNvmeTransportParametersNvmeAddressFamily string

const (
	// IPv4 address, format specified in IETF RFC 791.
	HostNvmeTransportParametersNvmeAddressFamilyIpv4 = HostNvmeTransportParametersNvmeAddressFamily("ipv4")
	// IPv6 address, format specified in IETF RFC 2373.
	HostNvmeTransportParametersNvmeAddressFamilyIpv6 = HostNvmeTransportParametersNvmeAddressFamily("ipv6")
	// InfiniBand address family.
	HostNvmeTransportParametersNvmeAddressFamilyInfiniBand = HostNvmeTransportParametersNvmeAddressFamily("infiniBand")
	// Fibre Channel address family.
	HostNvmeTransportParametersNvmeAddressFamilyFc = HostNvmeTransportParametersNvmeAddressFamily("fc")
	// Intra-host transport.
	HostNvmeTransportParametersNvmeAddressFamilyLoopback = HostNvmeTransportParametersNvmeAddressFamily("loopback")
	// Unrecognized address family.
	HostNvmeTransportParametersNvmeAddressFamilyUnknown = HostNvmeTransportParametersNvmeAddressFamily("unknown")
)

func (e HostNvmeTransportParametersNvmeAddressFamily) Values() []HostNvmeTransportParametersNvmeAddressFamily {
	return []HostNvmeTransportParametersNvmeAddressFamily{
		HostNvmeTransportParametersNvmeAddressFamilyIpv4,
		HostNvmeTransportParametersNvmeAddressFamilyIpv6,
		HostNvmeTransportParametersNvmeAddressFamilyInfiniBand,
		HostNvmeTransportParametersNvmeAddressFamilyFc,
		HostNvmeTransportParametersNvmeAddressFamilyLoopback,
		HostNvmeTransportParametersNvmeAddressFamilyUnknown,
	}
}

func (e HostNvmeTransportParametersNvmeAddressFamily) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNvmeTransportParametersNvmeAddressFamily"] = reflect.TypeOf((*HostNvmeTransportParametersNvmeAddressFamily)(nil)).Elem()
}

// The set of NVM Express over Fabrics transport types.
//
// For details, see:
//   - "NVM Express over Fabrics 1.0", Section 1.5.1,
//     "Fabrics and Transports".
type HostNvmeTransportType string

const (
	// PCI Express transport type
	HostNvmeTransportTypePcie = HostNvmeTransportType("pcie")
	// Fibre Channel transport type
	HostNvmeTransportTypeFibreChannel = HostNvmeTransportType("fibreChannel")
	// Remote Direct Memory Access transport type
	HostNvmeTransportTypeRdma = HostNvmeTransportType("rdma")
	// Transmission Control Protocol transport type
	HostNvmeTransportTypeTcp = HostNvmeTransportType("tcp")
	// Intra-host transport.
	HostNvmeTransportTypeLoopback = HostNvmeTransportType("loopback")
	// The transport type is not among the currently supported ones.
	HostNvmeTransportTypeUnsupported = HostNvmeTransportType("unsupported")
)

func (e HostNvmeTransportType) Values() []HostNvmeTransportType {
	return []HostNvmeTransportType{
		HostNvmeTransportTypePcie,
		HostNvmeTransportTypeFibreChannel,
		HostNvmeTransportTypeRdma,
		HostNvmeTransportTypeTcp,
		HostNvmeTransportTypeLoopback,
		HostNvmeTransportTypeUnsupported,
	}
}

func (e HostNvmeTransportType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostNvmeTransportType"] = reflect.TypeOf((*HostNvmeTransportType)(nil)).Elem()
	minAPIVersionForEnumValue["HostNvmeTransportType"] = map[string]string{
		"tcp": "7.0.3.0",
	}
}

type HostOpaqueSwitchOpaqueSwitchState string

const (
	// The opaque switch is up and running.
	HostOpaqueSwitchOpaqueSwitchStateUp = HostOpaqueSwitchOpaqueSwitchState("up")
	// The opaque switch requires attention.
	HostOpaqueSwitchOpaqueSwitchStateWarning = HostOpaqueSwitchOpaqueSwitchState("warning")
	// The opaque switch is down.
	HostOpaqueSwitchOpaqueSwitchStateDown = HostOpaqueSwitchOpaqueSwitchState("down")
	// The opaque switch is under upgrade.
	HostOpaqueSwitchOpaqueSwitchStateMaintenance = HostOpaqueSwitchOpaqueSwitchState("maintenance")
)

func (e HostOpaqueSwitchOpaqueSwitchState) Values() []HostOpaqueSwitchOpaqueSwitchState {
	return []HostOpaqueSwitchOpaqueSwitchState{
		HostOpaqueSwitchOpaqueSwitchStateUp,
		HostOpaqueSwitchOpaqueSwitchStateWarning,
		HostOpaqueSwitchOpaqueSwitchStateDown,
		HostOpaqueSwitchOpaqueSwitchStateMaintenance,
	}
}

func (e HostOpaqueSwitchOpaqueSwitchState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostOpaqueSwitchOpaqueSwitchState"] = reflect.TypeOf((*HostOpaqueSwitchOpaqueSwitchState)(nil)).Elem()
}

// The following enum describes some common kinds of partial maintenance modes,
type HostPartialMaintenanceModeId string

const (
	// When the host is in the quick patch partial maintenance mode, it is safe to
	// perform a quick patch.
	//
	// When the host is in this partial maintenance mode, any virtual machines
	// and/or pods placed on it will continue to run but operations which may
	// lead to new workloads starting on the host such as power on or incoming
	// vmotions may be blocked.
	// It is generally unsafe to reboot the host in this state.
	HostPartialMaintenanceModeIdQuickPatchPartialMM = HostPartialMaintenanceModeId("quickPatchPartialMM")
)

func (e HostPartialMaintenanceModeId) Values() []HostPartialMaintenanceModeId {
	return []HostPartialMaintenanceModeId{
		HostPartialMaintenanceModeIdQuickPatchPartialMM,
	}
}

func (e HostPartialMaintenanceModeId) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPartialMaintenanceModeId"] = reflect.TypeOf((*HostPartialMaintenanceModeId)(nil)).Elem()
	minAPIVersionForType["HostPartialMaintenanceModeId"] = "8.0.3.0"
	minAPIVersionForEnumValue["HostPartialMaintenanceModeId"] = map[string]string{
		"quickPatchPartialMM": "8.0.3.0",
	}
}

// The following enum contains the list of possible statuses associated
type HostPartialMaintenanceModeStatus string

const (
	// The host is not in the particular partial maintenance mode.
	HostPartialMaintenanceModeStatusNotInPartialMM = HostPartialMaintenanceModeStatus("notInPartialMM")
	// The host is in the process of entering the particular partial maintenance
	// mode.
	HostPartialMaintenanceModeStatusEnteringPartialMM = HostPartialMaintenanceModeStatus("enteringPartialMM")
	// The host is in the process of exiting the particular partial maintenance
	// mode.
	HostPartialMaintenanceModeStatusExitingPartialMM = HostPartialMaintenanceModeStatus("exitingPartialMM")
	// The host is in the particular partial maintenance mode.
	HostPartialMaintenanceModeStatusInPartialMM = HostPartialMaintenanceModeStatus("inPartialMM")
)

func (e HostPartialMaintenanceModeStatus) Values() []HostPartialMaintenanceModeStatus {
	return []HostPartialMaintenanceModeStatus{
		HostPartialMaintenanceModeStatusNotInPartialMM,
		HostPartialMaintenanceModeStatusEnteringPartialMM,
		HostPartialMaintenanceModeStatusExitingPartialMM,
		HostPartialMaintenanceModeStatusInPartialMM,
	}
}

func (e HostPartialMaintenanceModeStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPartialMaintenanceModeStatus"] = reflect.TypeOf((*HostPartialMaintenanceModeStatus)(nil)).Elem()
	minAPIVersionForType["HostPartialMaintenanceModeStatus"] = "8.0.3.0"
}

// The installation state if the update is installed on the server.
type HostPatchManagerInstallState string

const (
	// The server has been restarted since the update installation.
	HostPatchManagerInstallStateHostRestarted = HostPatchManagerInstallState("hostRestarted")
	// Indicates if the newly installed image is active on the server
	HostPatchManagerInstallStateImageActive = HostPatchManagerInstallState("imageActive")
)

func (e HostPatchManagerInstallState) Values() []HostPatchManagerInstallState {
	return []HostPatchManagerInstallState{
		HostPatchManagerInstallStateHostRestarted,
		HostPatchManagerInstallStateImageActive,
	}
}

func (e HostPatchManagerInstallState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPatchManagerInstallState"] = reflect.TypeOf((*HostPatchManagerInstallState)(nil)).Elem()
}

// The integrity validation status.
type HostPatchManagerIntegrityStatus string

const (
	// The update is successfully validated.
	HostPatchManagerIntegrityStatusValidated = HostPatchManagerIntegrityStatus("validated")
	// The integrity can not be verified since a public key to
	// verify the update cannot be found.
	HostPatchManagerIntegrityStatusKeyNotFound = HostPatchManagerIntegrityStatus("keyNotFound")
	// A public key to verify the update has been revoked.
	HostPatchManagerIntegrityStatusKeyRevoked = HostPatchManagerIntegrityStatus("keyRevoked")
	// A public key to verify the update is expired.
	HostPatchManagerIntegrityStatusKeyExpired = HostPatchManagerIntegrityStatus("keyExpired")
	// A digital signature of the update does not match.
	HostPatchManagerIntegrityStatusDigestMismatch = HostPatchManagerIntegrityStatus("digestMismatch")
	// Not enough signed signatures on the update.
	HostPatchManagerIntegrityStatusNotEnoughSignatures = HostPatchManagerIntegrityStatus("notEnoughSignatures")
	// The integrity validation failed.
	HostPatchManagerIntegrityStatusValidationError = HostPatchManagerIntegrityStatus("validationError")
)

func (e HostPatchManagerIntegrityStatus) Values() []HostPatchManagerIntegrityStatus {
	return []HostPatchManagerIntegrityStatus{
		HostPatchManagerIntegrityStatusValidated,
		HostPatchManagerIntegrityStatusKeyNotFound,
		HostPatchManagerIntegrityStatusKeyRevoked,
		HostPatchManagerIntegrityStatusKeyExpired,
		HostPatchManagerIntegrityStatusDigestMismatch,
		HostPatchManagerIntegrityStatusNotEnoughSignatures,
		HostPatchManagerIntegrityStatusValidationError,
	}
}

func (e HostPatchManagerIntegrityStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPatchManagerIntegrityStatus"] = reflect.TypeOf((*HostPatchManagerIntegrityStatus)(nil)).Elem()
}

// Reasons why an update is not applicable to the ESX host.
type HostPatchManagerReason string

const (
	// The update is made obsolete by other patches installed on the host.
	HostPatchManagerReasonObsoleted = HostPatchManagerReason("obsoleted")
	// The update depends on another update that is neither installed
	// nor in the scanned list of updates.
	HostPatchManagerReasonMissingPatch = HostPatchManagerReason("missingPatch")
	// The update depends on certain libraries or RPMs that are not
	// available.
	HostPatchManagerReasonMissingLib = HostPatchManagerReason("missingLib")
	// The update depends on an update that is not installed but is
	// in the scanned list of updates.
	HostPatchManagerReasonHasDependentPatch = HostPatchManagerReason("hasDependentPatch")
	// The update conflicts with certain updates that are already
	// installed on the host.
	HostPatchManagerReasonConflictPatch = HostPatchManagerReason("conflictPatch")
	// The update conflicts with RPMs or libraries installed on the
	// host.
	HostPatchManagerReasonConflictLib = HostPatchManagerReason("conflictLib")
)

func (e HostPatchManagerReason) Values() []HostPatchManagerReason {
	return []HostPatchManagerReason{
		HostPatchManagerReasonObsoleted,
		HostPatchManagerReasonMissingPatch,
		HostPatchManagerReasonMissingLib,
		HostPatchManagerReasonHasDependentPatch,
		HostPatchManagerReasonConflictPatch,
		HostPatchManagerReasonConflictLib,
	}
}

func (e HostPatchManagerReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPatchManagerReason"] = reflect.TypeOf((*HostPatchManagerReason)(nil)).Elem()
}

type HostPowerOperationType string

const (
	// Power On Operation
	HostPowerOperationTypePowerOn = HostPowerOperationType("powerOn")
	// Power Off Operation.
	//
	// Power off operation puts the host in
	// a state that can be woken up remotely.
	HostPowerOperationTypePowerOff = HostPowerOperationType("powerOff")
)

func (e HostPowerOperationType) Values() []HostPowerOperationType {
	return []HostPowerOperationType{
		HostPowerOperationTypePowerOn,
		HostPowerOperationTypePowerOff,
	}
}

func (e HostPowerOperationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPowerOperationType"] = reflect.TypeOf((*HostPowerOperationType)(nil)).Elem()
}

// The `HostProfileManagerAnswerFileStatus_enum` enum
// defines possible values for answer file status.
type HostProfileManagerAnswerFileStatus string

const (
	// Answer file is valid.
	HostProfileManagerAnswerFileStatusValid = HostProfileManagerAnswerFileStatus("valid")
	// Answer file is not valid.
	//
	// The file is either missing or incomplete.
	//   - To produce an answer file, pass host-specific data (user input) to the
	//     `HostProfileManager*.*HostProfileManager.ApplyHostConfig_Task`
	//     method.
	//   - To produce a complete answer file, call the
	//     `HostProfile*.*HostProfile.ExecuteHostProfile`
	//     method and fill in any missing parameters in the returned
	//     `ProfileExecuteResult*.*ProfileExecuteResult.requireInput`
	//     list. After you execute the profile successfully, you can pass the complete required
	//     input list to the apply method.
	HostProfileManagerAnswerFileStatusInvalid = HostProfileManagerAnswerFileStatus("invalid")
	// Answer file status is not known.
	HostProfileManagerAnswerFileStatusUnknown = HostProfileManagerAnswerFileStatus("unknown")
)

func (e HostProfileManagerAnswerFileStatus) Values() []HostProfileManagerAnswerFileStatus {
	return []HostProfileManagerAnswerFileStatus{
		HostProfileManagerAnswerFileStatusValid,
		HostProfileManagerAnswerFileStatusInvalid,
		HostProfileManagerAnswerFileStatusUnknown,
	}
}

func (e HostProfileManagerAnswerFileStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProfileManagerAnswerFileStatus"] = reflect.TypeOf((*HostProfileManagerAnswerFileStatus)(nil)).Elem()
}

// The composition status class.
type HostProfileManagerCompositionResultResultElementStatus string

const (
	HostProfileManagerCompositionResultResultElementStatusSuccess = HostProfileManagerCompositionResultResultElementStatus("success")
	HostProfileManagerCompositionResultResultElementStatusError   = HostProfileManagerCompositionResultResultElementStatus("error")
)

func (e HostProfileManagerCompositionResultResultElementStatus) Values() []HostProfileManagerCompositionResultResultElementStatus {
	return []HostProfileManagerCompositionResultResultElementStatus{
		HostProfileManagerCompositionResultResultElementStatusSuccess,
		HostProfileManagerCompositionResultResultElementStatusError,
	}
}

func (e HostProfileManagerCompositionResultResultElementStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProfileManagerCompositionResultResultElementStatus"] = reflect.TypeOf((*HostProfileManagerCompositionResultResultElementStatus)(nil)).Elem()
}

// The composition validation status class.
type HostProfileManagerCompositionValidationResultResultElementStatus string

const (
	HostProfileManagerCompositionValidationResultResultElementStatusSuccess = HostProfileManagerCompositionValidationResultResultElementStatus("success")
	HostProfileManagerCompositionValidationResultResultElementStatusError   = HostProfileManagerCompositionValidationResultResultElementStatus("error")
)

func (e HostProfileManagerCompositionValidationResultResultElementStatus) Values() []HostProfileManagerCompositionValidationResultResultElementStatus {
	return []HostProfileManagerCompositionValidationResultResultElementStatus{
		HostProfileManagerCompositionValidationResultResultElementStatusSuccess,
		HostProfileManagerCompositionValidationResultResultElementStatusError,
	}
}

func (e HostProfileManagerCompositionValidationResultResultElementStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProfileManagerCompositionValidationResultResultElementStatus"] = reflect.TypeOf((*HostProfileManagerCompositionValidationResultResultElementStatus)(nil)).Elem()
}

// The `HostProfileManagerTaskListRequirement_enum` enum
// defines possible values for requirements when applying a `HostConfigSpec`
// object returned as part of a <code>generateConfigTaskList</code>
// operation.
type HostProfileManagerTaskListRequirement string

const (
	// The ESXi host must be in maintenance mode before the task list can be
	// applied.
	HostProfileManagerTaskListRequirementMaintenanceModeRequired = HostProfileManagerTaskListRequirement("maintenanceModeRequired")
	// The ESXi host must be rebooted after the task list is applied in order
	// for the new settings in the `HostConfigSpec` to take
	// effect on the host.
	HostProfileManagerTaskListRequirementRebootRequired = HostProfileManagerTaskListRequirement("rebootRequired")
)

func (e HostProfileManagerTaskListRequirement) Values() []HostProfileManagerTaskListRequirement {
	return []HostProfileManagerTaskListRequirement{
		HostProfileManagerTaskListRequirementMaintenanceModeRequired,
		HostProfileManagerTaskListRequirementRebootRequired,
	}
}

func (e HostProfileManagerTaskListRequirement) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProfileManagerTaskListRequirement"] = reflect.TypeOf((*HostProfileManagerTaskListRequirement)(nil)).Elem()
}

// Types of host profile update.
type HostProfileValidationFailureInfoUpdateType string

const (
	// Update host profile from host.
	HostProfileValidationFailureInfoUpdateTypeHostBased = HostProfileValidationFailureInfoUpdateType("HostBased")
	// Import host profile.
	HostProfileValidationFailureInfoUpdateTypeImport = HostProfileValidationFailureInfoUpdateType("Import")
	// Edit host profile.
	HostProfileValidationFailureInfoUpdateTypeEdit = HostProfileValidationFailureInfoUpdateType("Edit")
	// Compose setting from host profile.
	HostProfileValidationFailureInfoUpdateTypeCompose = HostProfileValidationFailureInfoUpdateType("Compose")
)

func (e HostProfileValidationFailureInfoUpdateType) Values() []HostProfileValidationFailureInfoUpdateType {
	return []HostProfileValidationFailureInfoUpdateType{
		HostProfileValidationFailureInfoUpdateTypeHostBased,
		HostProfileValidationFailureInfoUpdateTypeImport,
		HostProfileValidationFailureInfoUpdateTypeEdit,
		HostProfileValidationFailureInfoUpdateTypeCompose,
	}
}

func (e HostProfileValidationFailureInfoUpdateType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProfileValidationFailureInfoUpdateType"] = reflect.TypeOf((*HostProfileValidationFailureInfoUpdateType)(nil)).Elem()
}

// This defines validation state values for host profile.
type HostProfileValidationState string

const (
	HostProfileValidationStateReady   = HostProfileValidationState("Ready")
	HostProfileValidationStateRunning = HostProfileValidationState("Running")
	HostProfileValidationStateFailed  = HostProfileValidationState("Failed")
)

func (e HostProfileValidationState) Values() []HostProfileValidationState {
	return []HostProfileValidationState{
		HostProfileValidationStateReady,
		HostProfileValidationStateRunning,
		HostProfileValidationStateFailed,
	}
}

func (e HostProfileValidationState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProfileValidationState"] = reflect.TypeOf((*HostProfileValidationState)(nil)).Elem()
}

// Deprecated from all vmodl version above @released("6.0").
//
// ProtocolEndpoint Type.
type HostProtocolEndpointPEType string

const (
	HostProtocolEndpointPETypeBlock = HostProtocolEndpointPEType("block")
	HostProtocolEndpointPETypeNas   = HostProtocolEndpointPEType("nas")
)

func (e HostProtocolEndpointPEType) Values() []HostProtocolEndpointPEType {
	return []HostProtocolEndpointPEType{
		HostProtocolEndpointPETypeBlock,
		HostProtocolEndpointPETypeNas,
	}
}

func (e HostProtocolEndpointPEType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProtocolEndpointPEType"] = reflect.TypeOf((*HostProtocolEndpointPEType)(nil)).Elem()
}

// ProtocolEndpoint type.
type HostProtocolEndpointProtocolEndpointType string

const (
	HostProtocolEndpointProtocolEndpointTypeScsi  = HostProtocolEndpointProtocolEndpointType("scsi")
	HostProtocolEndpointProtocolEndpointTypeNfs   = HostProtocolEndpointProtocolEndpointType("nfs")
	HostProtocolEndpointProtocolEndpointTypeNfs4x = HostProtocolEndpointProtocolEndpointType("nfs4x")
)

func (e HostProtocolEndpointProtocolEndpointType) Values() []HostProtocolEndpointProtocolEndpointType {
	return []HostProtocolEndpointProtocolEndpointType{
		HostProtocolEndpointProtocolEndpointTypeScsi,
		HostProtocolEndpointProtocolEndpointTypeNfs,
		HostProtocolEndpointProtocolEndpointTypeNfs4x,
	}
}

func (e HostProtocolEndpointProtocolEndpointType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostProtocolEndpointProtocolEndpointType"] = reflect.TypeOf((*HostProtocolEndpointProtocolEndpointType)(nil)).Elem()
}

type HostPtpConfigDeviceType string

const (
	// No device.
	HostPtpConfigDeviceTypeNone = HostPtpConfigDeviceType("none")
	// Virtual network adapter.
	HostPtpConfigDeviceTypeVirtualNic = HostPtpConfigDeviceType("virtualNic")
	// A network PCI device capable of PTP hardware timestamping,
	// enabled for passthru.
	//
	// See `HostPciPassthruSystem`
	// for information on PCI devices enabled for passthru available
	// on the host.
	HostPtpConfigDeviceTypePciPassthruNic = HostPtpConfigDeviceType("pciPassthruNic")
)

func (e HostPtpConfigDeviceType) Values() []HostPtpConfigDeviceType {
	return []HostPtpConfigDeviceType{
		HostPtpConfigDeviceTypeNone,
		HostPtpConfigDeviceTypeVirtualNic,
		HostPtpConfigDeviceTypePciPassthruNic,
	}
}

func (e HostPtpConfigDeviceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostPtpConfigDeviceType"] = reflect.TypeOf((*HostPtpConfigDeviceType)(nil)).Elem()
	minAPIVersionForType["HostPtpConfigDeviceType"] = "7.0.3.0"
}

type HostQualifiedNameType string

const (
	// The NVMe Qualified Name (NQN) of this host.
	HostQualifiedNameTypeNvmeQualifiedName = HostQualifiedNameType("nvmeQualifiedName")
	// The NVMe Qualified Name (NQN) of this host used by Vvol.
	HostQualifiedNameTypeVvolNvmeQualifiedName = HostQualifiedNameType("vvolNvmeQualifiedName")
)

func (e HostQualifiedNameType) Values() []HostQualifiedNameType {
	return []HostQualifiedNameType{
		HostQualifiedNameTypeNvmeQualifiedName,
		HostQualifiedNameTypeVvolNvmeQualifiedName,
	}
}

func (e HostQualifiedNameType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostQualifiedNameType"] = reflect.TypeOf((*HostQualifiedNameType)(nil)).Elem()
	minAPIVersionForType["HostQualifiedNameType"] = "7.0.3.0"
	minAPIVersionForEnumValue["HostQualifiedNameType"] = map[string]string{
		"vvolNvmeQualifiedName": "8.0.0.0",
	}
}

// Possible RDMA device connection states.
//
// These correspond
// to possible link states as defined by the
// Infiniband (TM) specification.
//
// Further details can be found in:
//   - "Infiniband (TM) Architecture Specification, Volume 1"
//     section 7.2 "Link states"
type HostRdmaDeviceConnectionState string

const (
	// Connection state unknown.
	//
	// Indicates that the driver returned
	// unexpected or no connection state information.
	HostRdmaDeviceConnectionStateUnknown = HostRdmaDeviceConnectionState("unknown")
	// Device down.
	//
	// Indicates that both the logical link and
	// underlying physical link are down. Packets
	// are discarded.
	HostRdmaDeviceConnectionStateDown = HostRdmaDeviceConnectionState("down")
	// Device initializing.
	//
	// Indicates that the physical link is up, but
	// the logical link is still initializing.
	// Only subnet management and flow control link
	// packets can be received and transmitted.
	HostRdmaDeviceConnectionStateInit = HostRdmaDeviceConnectionState("init")
	// Device armed.
	//
	// Indicates that the physical link is up, but
	// the logical link is not yet fully configured.
	// Packets can be received, but non-SMPs
	// (subnet management packets) to be sent are discarded.
	HostRdmaDeviceConnectionStateArmed = HostRdmaDeviceConnectionState("armed")
	// Device active.
	//
	// Indicates that both the physical and logical
	// link are up. Packets can be transmitted and received.
	HostRdmaDeviceConnectionStateActive = HostRdmaDeviceConnectionState("active")
	// Device in active defer state.
	//
	// Indicates that the logical link was active, but the
	// physical link has suffered a failure. If it recovers
	// within a timeout, the connection state will return to active,
	// otherwise it will move to down.
	HostRdmaDeviceConnectionStateActiveDefer = HostRdmaDeviceConnectionState("activeDefer")
)

func (e HostRdmaDeviceConnectionState) Values() []HostRdmaDeviceConnectionState {
	return []HostRdmaDeviceConnectionState{
		HostRdmaDeviceConnectionStateUnknown,
		HostRdmaDeviceConnectionStateDown,
		HostRdmaDeviceConnectionStateInit,
		HostRdmaDeviceConnectionStateArmed,
		HostRdmaDeviceConnectionStateActive,
		HostRdmaDeviceConnectionStateActiveDefer,
	}
}

func (e HostRdmaDeviceConnectionState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostRdmaDeviceConnectionState"] = reflect.TypeOf((*HostRdmaDeviceConnectionState)(nil)).Elem()
}

// Deprecated as of vSphere API 6.0.
//
// Set of possible values for
// `HostCapability.replayUnsupportedReason` and
// `HostCapability.replayCompatibilityIssues`.
type HostReplayUnsupportedReason string

const (
	HostReplayUnsupportedReasonIncompatibleProduct = HostReplayUnsupportedReason("incompatibleProduct")
	HostReplayUnsupportedReasonIncompatibleCpu     = HostReplayUnsupportedReason("incompatibleCpu")
	HostReplayUnsupportedReasonHvDisabled          = HostReplayUnsupportedReason("hvDisabled")
	HostReplayUnsupportedReasonCpuidLimitSet       = HostReplayUnsupportedReason("cpuidLimitSet")
	HostReplayUnsupportedReasonOldBIOS             = HostReplayUnsupportedReason("oldBIOS")
	HostReplayUnsupportedReasonUnknown             = HostReplayUnsupportedReason("unknown")
)

func (e HostReplayUnsupportedReason) Values() []HostReplayUnsupportedReason {
	return []HostReplayUnsupportedReason{
		HostReplayUnsupportedReasonIncompatibleProduct,
		HostReplayUnsupportedReasonIncompatibleCpu,
		HostReplayUnsupportedReasonHvDisabled,
		HostReplayUnsupportedReasonCpuidLimitSet,
		HostReplayUnsupportedReasonOldBIOS,
		HostReplayUnsupportedReasonUnknown,
	}
}

func (e HostReplayUnsupportedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostReplayUnsupportedReason"] = reflect.TypeOf((*HostReplayUnsupportedReason)(nil)).Elem()
}

// Define the instance state type
type HostRuntimeInfoNetStackInstanceRuntimeInfoState string

const (
	// The instance is deleted or not running
	HostRuntimeInfoNetStackInstanceRuntimeInfoStateInactive = HostRuntimeInfoNetStackInstanceRuntimeInfoState("inactive")
	// The instance is running
	HostRuntimeInfoNetStackInstanceRuntimeInfoStateActive = HostRuntimeInfoNetStackInstanceRuntimeInfoState("active")
	// The instance is in the progress of asynchronous deletion
	HostRuntimeInfoNetStackInstanceRuntimeInfoStateDeactivating = HostRuntimeInfoNetStackInstanceRuntimeInfoState("deactivating")
	// Reserved state for future proofing asynchronous creation
	HostRuntimeInfoNetStackInstanceRuntimeInfoStateActivating = HostRuntimeInfoNetStackInstanceRuntimeInfoState("activating")
)

func (e HostRuntimeInfoNetStackInstanceRuntimeInfoState) Values() []HostRuntimeInfoNetStackInstanceRuntimeInfoState {
	return []HostRuntimeInfoNetStackInstanceRuntimeInfoState{
		HostRuntimeInfoNetStackInstanceRuntimeInfoStateInactive,
		HostRuntimeInfoNetStackInstanceRuntimeInfoStateActive,
		HostRuntimeInfoNetStackInstanceRuntimeInfoStateDeactivating,
		HostRuntimeInfoNetStackInstanceRuntimeInfoStateActivating,
	}
}

func (e HostRuntimeInfoNetStackInstanceRuntimeInfoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostRuntimeInfoNetStackInstanceRuntimeInfoState"] = reflect.TypeOf((*HostRuntimeInfoNetStackInstanceRuntimeInfoState)(nil)).Elem()
}

type HostRuntimeInfoStateEncryptionInfoProtectionMode string

const (
	// Encryption is not protected.
	HostRuntimeInfoStateEncryptionInfoProtectionModeNone = HostRuntimeInfoStateEncryptionInfoProtectionMode("none")
	// Encryption is TPM protected.
	HostRuntimeInfoStateEncryptionInfoProtectionModeTpm = HostRuntimeInfoStateEncryptionInfoProtectionMode("tpm")
)

func (e HostRuntimeInfoStateEncryptionInfoProtectionMode) Values() []HostRuntimeInfoStateEncryptionInfoProtectionMode {
	return []HostRuntimeInfoStateEncryptionInfoProtectionMode{
		HostRuntimeInfoStateEncryptionInfoProtectionModeNone,
		HostRuntimeInfoStateEncryptionInfoProtectionModeTpm,
	}
}

func (e HostRuntimeInfoStateEncryptionInfoProtectionMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostRuntimeInfoStateEncryptionInfoProtectionMode"] = reflect.TypeOf((*HostRuntimeInfoStateEncryptionInfoProtectionMode)(nil)).Elem()
	minAPIVersionForType["HostRuntimeInfoStateEncryptionInfoProtectionMode"] = "7.0.3.0"
}

type HostRuntimeInfoStatelessNvdsMigrationState string

const (
	// The host is ready for NVDS to VDS migration.
	HostRuntimeInfoStatelessNvdsMigrationStateReady = HostRuntimeInfoStatelessNvdsMigrationState("ready")
	// The host does not need NVDS to VDS migration
	HostRuntimeInfoStatelessNvdsMigrationStateNotNeeded = HostRuntimeInfoStatelessNvdsMigrationState("notNeeded")
	// The host is disconnected from VC.
	HostRuntimeInfoStatelessNvdsMigrationStateUnknown = HostRuntimeInfoStatelessNvdsMigrationState("unknown")
)

func (e HostRuntimeInfoStatelessNvdsMigrationState) Values() []HostRuntimeInfoStatelessNvdsMigrationState {
	return []HostRuntimeInfoStatelessNvdsMigrationState{
		HostRuntimeInfoStatelessNvdsMigrationStateReady,
		HostRuntimeInfoStatelessNvdsMigrationStateNotNeeded,
		HostRuntimeInfoStatelessNvdsMigrationStateUnknown,
	}
}

func (e HostRuntimeInfoStatelessNvdsMigrationState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostRuntimeInfoStatelessNvdsMigrationState"] = reflect.TypeOf((*HostRuntimeInfoStatelessNvdsMigrationState)(nil)).Elem()
	minAPIVersionForType["HostRuntimeInfoStatelessNvdsMigrationState"] = "7.0.2.0"
}

// Set of valid service policy strings.
type HostServicePolicy string

const (
	// Service should be started when the host starts up.
	HostServicePolicyOn = HostServicePolicy("on")
	// Service should run if and only if it has open firewall ports.
	HostServicePolicyAutomatic = HostServicePolicy("automatic")
	// Service should not be started when the host starts up.
	HostServicePolicyOff = HostServicePolicy("off")
)

func (e HostServicePolicy) Values() []HostServicePolicy {
	return []HostServicePolicy{
		HostServicePolicyOn,
		HostServicePolicyAutomatic,
		HostServicePolicyOff,
	}
}

func (e HostServicePolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostServicePolicy"] = reflect.TypeOf((*HostServicePolicy)(nil)).Elem()
}

type HostSevInfoSevState string

const (
	HostSevInfoSevStateUninitialized = HostSevInfoSevState("uninitialized")
	HostSevInfoSevStateInitialized   = HostSevInfoSevState("initialized")
	HostSevInfoSevStateWorking       = HostSevInfoSevState("working")
)

func (e HostSevInfoSevState) Values() []HostSevInfoSevState {
	return []HostSevInfoSevState{
		HostSevInfoSevStateUninitialized,
		HostSevInfoSevStateInitialized,
		HostSevInfoSevStateWorking,
	}
}

func (e HostSevInfoSevState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSevInfoSevState"] = reflect.TypeOf((*HostSevInfoSevState)(nil)).Elem()
	minAPIVersionForType["HostSevInfoSevState"] = "7.0.1.0"
}

// Flexible Launch Enclave (FLC) modes.
type HostSgxInfoFlcModes string

const (
	// Flexible Launch Enclave (FLC) is not available on the host.
	//
	// The
	// "launch enclave MSRs" are initialized with Intel's public key hash.
	HostSgxInfoFlcModesOff = HostSgxInfoFlcModes("off")
	// FLC is available and the "launch Enclave MSRs" are locked and
	// initialized with the provided public key hash.
	HostSgxInfoFlcModesLocked = HostSgxInfoFlcModes("locked")
	// FLC is available and the "launch enclave MSRs" are writeable and
	// initialized with Intel's public key hash.
	HostSgxInfoFlcModesUnlocked = HostSgxInfoFlcModes("unlocked")
)

func (e HostSgxInfoFlcModes) Values() []HostSgxInfoFlcModes {
	return []HostSgxInfoFlcModes{
		HostSgxInfoFlcModesOff,
		HostSgxInfoFlcModesLocked,
		HostSgxInfoFlcModesUnlocked,
	}
}

func (e HostSgxInfoFlcModes) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSgxInfoFlcModes"] = reflect.TypeOf((*HostSgxInfoFlcModes)(nil)).Elem()
}

// Host SGX states.
type HostSgxInfoSgxStates string

const (
	// SGX is not present in the CPU.
	HostSgxInfoSgxStatesNotPresent = HostSgxInfoSgxStates("notPresent")
	// SGX is disabled in the BIOS.
	HostSgxInfoSgxStatesDisabledBIOS = HostSgxInfoSgxStates("disabledBIOS")
	// SGX is disabled because CPU erratum CFW101 is present.
	HostSgxInfoSgxStatesDisabledCFW101 = HostSgxInfoSgxStates("disabledCFW101")
	// SGX is disabled due to a mismatch in the SGX capabilities
	// exposed by different CPUs.
	HostSgxInfoSgxStatesDisabledCPUMismatch = HostSgxInfoSgxStates("disabledCPUMismatch")
	// SGX is disabled because the CPU does not support FLC.
	HostSgxInfoSgxStatesDisabledNoFLC = HostSgxInfoSgxStates("disabledNoFLC")
	// SGX is disabled because the host uses NUMA, which is not
	// supported with SGX.
	HostSgxInfoSgxStatesDisabledNUMAUnsup = HostSgxInfoSgxStates("disabledNUMAUnsup")
	// SGX is disabled because the host exceeds the maximum supported
	// number of EPC regions.
	HostSgxInfoSgxStatesDisabledMaxEPCRegs = HostSgxInfoSgxStates("disabledMaxEPCRegs")
	// SGX is enabled.
	HostSgxInfoSgxStatesEnabled = HostSgxInfoSgxStates("enabled")
)

func (e HostSgxInfoSgxStates) Values() []HostSgxInfoSgxStates {
	return []HostSgxInfoSgxStates{
		HostSgxInfoSgxStatesNotPresent,
		HostSgxInfoSgxStatesDisabledBIOS,
		HostSgxInfoSgxStatesDisabledCFW101,
		HostSgxInfoSgxStatesDisabledCPUMismatch,
		HostSgxInfoSgxStatesDisabledNoFLC,
		HostSgxInfoSgxStatesDisabledNUMAUnsup,
		HostSgxInfoSgxStatesDisabledMaxEPCRegs,
		HostSgxInfoSgxStatesEnabled,
	}
}

func (e HostSgxInfoSgxStates) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSgxInfoSgxStates"] = reflect.TypeOf((*HostSgxInfoSgxStates)(nil)).Elem()
}

type HostSgxRegistrationInfoRegistrationStatus string

const (
	// SGX is not available or the host is unisocket.
	HostSgxRegistrationInfoRegistrationStatusNotApplicable = HostSgxRegistrationInfoRegistrationStatus("notApplicable")
	// SGX registration is incomplete.
	HostSgxRegistrationInfoRegistrationStatusIncomplete = HostSgxRegistrationInfoRegistrationStatus("incomplete")
	// SGX registration is complete.
	HostSgxRegistrationInfoRegistrationStatusComplete = HostSgxRegistrationInfoRegistrationStatus("complete")
)

func (e HostSgxRegistrationInfoRegistrationStatus) Values() []HostSgxRegistrationInfoRegistrationStatus {
	return []HostSgxRegistrationInfoRegistrationStatus{
		HostSgxRegistrationInfoRegistrationStatusNotApplicable,
		HostSgxRegistrationInfoRegistrationStatusIncomplete,
		HostSgxRegistrationInfoRegistrationStatusComplete,
	}
}

func (e HostSgxRegistrationInfoRegistrationStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSgxRegistrationInfoRegistrationStatus"] = reflect.TypeOf((*HostSgxRegistrationInfoRegistrationStatus)(nil)).Elem()
	minAPIVersionForType["HostSgxRegistrationInfoRegistrationStatus"] = "8.0.0.1"
}

type HostSgxRegistrationInfoRegistrationType string

const (
	// Indicates that an Initial Platform Establishment
	// or TCB recovery registration is pending.
	HostSgxRegistrationInfoRegistrationTypeManifest = HostSgxRegistrationInfoRegistrationType("manifest")
	// Indicates that new CPU package was added.
	HostSgxRegistrationInfoRegistrationTypeAddPackage = HostSgxRegistrationInfoRegistrationType("addPackage")
)

func (e HostSgxRegistrationInfoRegistrationType) Values() []HostSgxRegistrationInfoRegistrationType {
	return []HostSgxRegistrationInfoRegistrationType{
		HostSgxRegistrationInfoRegistrationTypeManifest,
		HostSgxRegistrationInfoRegistrationTypeAddPackage,
	}
}

func (e HostSgxRegistrationInfoRegistrationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSgxRegistrationInfoRegistrationType"] = reflect.TypeOf((*HostSgxRegistrationInfoRegistrationType)(nil)).Elem()
	minAPIVersionForType["HostSgxRegistrationInfoRegistrationType"] = "8.0.0.1"
}

// SNMP Agent supported capabilities enum
type HostSnmpAgentCapability string

const (
	// Implements test notifications and allows agent configuration
	HostSnmpAgentCapabilityCOMPLETE = HostSnmpAgentCapability("COMPLETE")
	// Implements only test notification capability only
	HostSnmpAgentCapabilityDIAGNOSTICS = HostSnmpAgentCapability("DIAGNOSTICS")
	// Allows for agent configuration only
	HostSnmpAgentCapabilityCONFIGURATION = HostSnmpAgentCapability("CONFIGURATION")
)

func (e HostSnmpAgentCapability) Values() []HostSnmpAgentCapability {
	return []HostSnmpAgentCapability{
		HostSnmpAgentCapabilityCOMPLETE,
		HostSnmpAgentCapabilityDIAGNOSTICS,
		HostSnmpAgentCapabilityCONFIGURATION,
	}
}

func (e HostSnmpAgentCapability) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSnmpAgentCapability"] = reflect.TypeOf((*HostSnmpAgentCapability)(nil)).Elem()
}

// Defines a host's standby mode.
type HostStandbyMode string

const (
	// The host is entering standby mode.
	HostStandbyModeEntering = HostStandbyMode("entering")
	// The host is exiting standby mode.
	HostStandbyModeExiting = HostStandbyMode("exiting")
	// The host is in standby mode.
	HostStandbyModeIn = HostStandbyMode("in")
	// The host is not in standby mode, and it is not
	// in the process of entering/exiting standby mode.
	HostStandbyModeNone = HostStandbyMode("none")
)

func (e HostStandbyMode) Values() []HostStandbyMode {
	return []HostStandbyMode{
		HostStandbyModeEntering,
		HostStandbyModeExiting,
		HostStandbyModeIn,
		HostStandbyModeNone,
	}
}

func (e HostStandbyMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostStandbyMode"] = reflect.TypeOf((*HostStandbyMode)(nil)).Elem()
}

// The set of supported host bus adapter protocols.
type HostStorageProtocol string

const (
	// The Small Computer System Interface (SCSI) protocol.
	HostStorageProtocolScsi = HostStorageProtocol("scsi")
	// The Non-Volatile Memory Express (NVME) protocol.
	HostStorageProtocolNvme = HostStorageProtocol("nvme")
)

func (e HostStorageProtocol) Values() []HostStorageProtocol {
	return []HostStorageProtocol{
		HostStorageProtocolScsi,
		HostStorageProtocolNvme,
	}
}

func (e HostStorageProtocol) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostStorageProtocol"] = reflect.TypeOf((*HostStorageProtocol)(nil)).Elem()
}

// Defines a host's connection state.
type HostSystemConnectionState string

const (
	// Connected to the server.
	//
	// For ESX Server, this is always the setting.
	HostSystemConnectionStateConnected = HostSystemConnectionState("connected")
	// VirtualCenter is not receiving heartbeats from the server.
	//
	// The state
	// automatically changes to connected once heartbeats are received
	// again. This state is typically used to trigger an alarm on the host.
	HostSystemConnectionStateNotResponding = HostSystemConnectionState("notResponding")
	// The user has explicitly taken the host down.
	//
	// VirtualCenter does not expect to
	// receive heartbeats from the host. The next time a heartbeat is received, the
	// host is moved to the connected state again and an event is logged.
	HostSystemConnectionStateDisconnected = HostSystemConnectionState("disconnected")
)

func (e HostSystemConnectionState) Values() []HostSystemConnectionState {
	return []HostSystemConnectionState{
		HostSystemConnectionStateConnected,
		HostSystemConnectionStateNotResponding,
		HostSystemConnectionStateDisconnected,
	}
}

func (e HostSystemConnectionState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSystemConnectionState"] = reflect.TypeOf((*HostSystemConnectionState)(nil)).Elem()
}

type HostSystemIdentificationInfoIdentifier string

const (
	// The Asset tag of the system
	HostSystemIdentificationInfoIdentifierAssetTag = HostSystemIdentificationInfoIdentifier("AssetTag")
	// The Service tag of the system
	HostSystemIdentificationInfoIdentifierServiceTag = HostSystemIdentificationInfoIdentifier("ServiceTag")
	// OEM specific string
	HostSystemIdentificationInfoIdentifierOemSpecificString = HostSystemIdentificationInfoIdentifier("OemSpecificString")
	// The Enclosure Serial Number tag of the system
	HostSystemIdentificationInfoIdentifierEnclosureSerialNumberTag = HostSystemIdentificationInfoIdentifier("EnclosureSerialNumberTag")
	// The Serial Number tag of the system
	HostSystemIdentificationInfoIdentifierSerialNumberTag = HostSystemIdentificationInfoIdentifier("SerialNumberTag")
)

func (e HostSystemIdentificationInfoIdentifier) Values() []HostSystemIdentificationInfoIdentifier {
	return []HostSystemIdentificationInfoIdentifier{
		HostSystemIdentificationInfoIdentifierAssetTag,
		HostSystemIdentificationInfoIdentifierServiceTag,
		HostSystemIdentificationInfoIdentifierOemSpecificString,
		HostSystemIdentificationInfoIdentifierEnclosureSerialNumberTag,
		HostSystemIdentificationInfoIdentifierSerialNumberTag,
	}
}

func (e HostSystemIdentificationInfoIdentifier) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSystemIdentificationInfoIdentifier"] = reflect.TypeOf((*HostSystemIdentificationInfoIdentifier)(nil)).Elem()
}

// Defines a host's power state.
type HostSystemPowerState string

const (
	// The host is powered on.
	//
	// A host that is entering standby mode
	// `entering` is also in this state.
	HostSystemPowerStatePoweredOn = HostSystemPowerState("poweredOn")
	// The host was specifically powered off by the user through
	// VirtualCenter.
	//
	// This state is not a certain state, because
	// after VirtualCenter issues the command to power off the host,
	// the host might crash, or kill all the processes but fail to
	// power off.
	HostSystemPowerStatePoweredOff = HostSystemPowerState("poweredOff")
	// The host was specifically put in standby mode, either
	// explicitly by the user, or automatically by DPM.
	//
	// This state
	// is not a certain state, because after VirtualCenter issues the
	// command to put the host in standby state, the host might
	// crash, or kill all the processes but fail to power off. A host
	// that is exiting standby mode `exiting`
	// is also in this state.
	HostSystemPowerStateStandBy = HostSystemPowerState("standBy")
	// If the host is disconnected, or notResponding, we cannot
	// possibly have knowledge of its power state.
	//
	// Hence, the host
	// is marked as unknown.
	HostSystemPowerStateUnknown = HostSystemPowerState("unknown")
)

func (e HostSystemPowerState) Values() []HostSystemPowerState {
	return []HostSystemPowerState{
		HostSystemPowerStatePoweredOn,
		HostSystemPowerStatePoweredOff,
		HostSystemPowerStateStandBy,
		HostSystemPowerStateUnknown,
	}
}

func (e HostSystemPowerState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSystemPowerState"] = reflect.TypeOf((*HostSystemPowerState)(nil)).Elem()
}

// Valid state for host profile remediation.
type HostSystemRemediationStateState string

const (
	// Before precheck remediation and remediation.
	HostSystemRemediationStateStateRemediationReady = HostSystemRemediationStateState("remediationReady")
	// Preecheck remediation is running.
	HostSystemRemediationStateStatePrecheckRemediationRunning = HostSystemRemediationStateState("precheckRemediationRunning")
	// Preecheck remediation succeeded.
	HostSystemRemediationStateStatePrecheckRemediationComplete = HostSystemRemediationStateState("precheckRemediationComplete")
	// Preecheck remediation failed.
	HostSystemRemediationStateStatePrecheckRemediationFailed = HostSystemRemediationStateState("precheckRemediationFailed")
	// Remediation is running.
	HostSystemRemediationStateStateRemediationRunning = HostSystemRemediationStateState("remediationRunning")
	// Remediation failed.
	HostSystemRemediationStateStateRemediationFailed = HostSystemRemediationStateState("remediationFailed")
)

func (e HostSystemRemediationStateState) Values() []HostSystemRemediationStateState {
	return []HostSystemRemediationStateState{
		HostSystemRemediationStateStateRemediationReady,
		HostSystemRemediationStateStatePrecheckRemediationRunning,
		HostSystemRemediationStateStatePrecheckRemediationComplete,
		HostSystemRemediationStateStatePrecheckRemediationFailed,
		HostSystemRemediationStateStateRemediationRunning,
		HostSystemRemediationStateStateRemediationFailed,
	}
}

func (e HostSystemRemediationStateState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostSystemRemediationStateState"] = reflect.TypeOf((*HostSystemRemediationStateState)(nil)).Elem()
}

type HostTdxInfoTdxState string

const (
	HostTdxInfoTdxStateInitializing = HostTdxInfoTdxState("initializing")
	HostTdxInfoTdxStateInitialized  = HostTdxInfoTdxState("initialized")
	HostTdxInfoTdxStateConfigured   = HostTdxInfoTdxState("configured")
	HostTdxInfoTdxStateReady        = HostTdxInfoTdxState("ready")
)

func (e HostTdxInfoTdxState) Values() []HostTdxInfoTdxState {
	return []HostTdxInfoTdxState{
		HostTdxInfoTdxStateInitializing,
		HostTdxInfoTdxStateInitialized,
		HostTdxInfoTdxStateConfigured,
		HostTdxInfoTdxStateReady,
	}
}

func (e HostTdxInfoTdxState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostTdxInfoTdxState"] = reflect.TypeOf((*HostTdxInfoTdxState)(nil)).Elem()
	minAPIVersionForType["HostTdxInfoTdxState"] = "9.0.0.0"
}

// Status constants of TPM attestation.
type HostTpmAttestationInfoAcceptanceStatus string

const (
	// TPM attestation failed.
	HostTpmAttestationInfoAcceptanceStatusNotAccepted = HostTpmAttestationInfoAcceptanceStatus("notAccepted")
	// TPM attestation succeeded.
	HostTpmAttestationInfoAcceptanceStatusAccepted = HostTpmAttestationInfoAcceptanceStatus("accepted")
)

func (e HostTpmAttestationInfoAcceptanceStatus) Values() []HostTpmAttestationInfoAcceptanceStatus {
	return []HostTpmAttestationInfoAcceptanceStatus{
		HostTpmAttestationInfoAcceptanceStatusNotAccepted,
		HostTpmAttestationInfoAcceptanceStatusAccepted,
	}
}

func (e HostTpmAttestationInfoAcceptanceStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostTpmAttestationInfoAcceptanceStatus"] = reflect.TypeOf((*HostTpmAttestationInfoAcceptanceStatus)(nil)).Elem()
}

type HostTrustAuthorityAttestationInfoAttestationStatus string

const (
	// Attestation succeeded.
	HostTrustAuthorityAttestationInfoAttestationStatusAttested = HostTrustAuthorityAttestationInfoAttestationStatus("attested")
	// Attestation failed.
	HostTrustAuthorityAttestationInfoAttestationStatusNotAttested = HostTrustAuthorityAttestationInfoAttestationStatus("notAttested")
	// Attestation status is unknown.
	HostTrustAuthorityAttestationInfoAttestationStatusUnknown = HostTrustAuthorityAttestationInfoAttestationStatus("unknown")
)

func (e HostTrustAuthorityAttestationInfoAttestationStatus) Values() []HostTrustAuthorityAttestationInfoAttestationStatus {
	return []HostTrustAuthorityAttestationInfoAttestationStatus{
		HostTrustAuthorityAttestationInfoAttestationStatusAttested,
		HostTrustAuthorityAttestationInfoAttestationStatusNotAttested,
		HostTrustAuthorityAttestationInfoAttestationStatusUnknown,
	}
}

func (e HostTrustAuthorityAttestationInfoAttestationStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostTrustAuthorityAttestationInfoAttestationStatus"] = reflect.TypeOf((*HostTrustAuthorityAttestationInfoAttestationStatus)(nil)).Elem()
	minAPIVersionForType["HostTrustAuthorityAttestationInfoAttestationStatus"] = "7.0.1.0"
}

// Reasons for identifying the disk extent
// as copy of VMFS volume extent.
type HostUnresolvedVmfsExtentUnresolvedReason string

const (
	// The VMFS detected 'diskid' does not match with
	// LVM detected 'diskId'
	HostUnresolvedVmfsExtentUnresolvedReasonDiskIdMismatch = HostUnresolvedVmfsExtentUnresolvedReason("diskIdMismatch")
	// VMFS 'uuid' does not match
	HostUnresolvedVmfsExtentUnresolvedReasonUuidConflict = HostUnresolvedVmfsExtentUnresolvedReason("uuidConflict")
)

func (e HostUnresolvedVmfsExtentUnresolvedReason) Values() []HostUnresolvedVmfsExtentUnresolvedReason {
	return []HostUnresolvedVmfsExtentUnresolvedReason{
		HostUnresolvedVmfsExtentUnresolvedReasonDiskIdMismatch,
		HostUnresolvedVmfsExtentUnresolvedReasonUuidConflict,
	}
}

func (e HostUnresolvedVmfsExtentUnresolvedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostUnresolvedVmfsExtentUnresolvedReason"] = reflect.TypeOf((*HostUnresolvedVmfsExtentUnresolvedReason)(nil)).Elem()
}

type HostUnresolvedVmfsResolutionSpecVmfsUuidResolution string

const (
	// Resignature the Unresolved VMFS volume.
	//
	// In the event the volume to be resignatured contains multiple
	// extents but only a single copy of each extent exists, only the
	// head extent needs to be specified.
	HostUnresolvedVmfsResolutionSpecVmfsUuidResolutionResignature = HostUnresolvedVmfsResolutionSpecVmfsUuidResolution("resignature")
	// Keep the original Uuid of the VMFS volume and mount it
	//
	// In the event the volume to be force mounted contains multiple
	// extents but only a single copy of each extent exists, only the
	// head extent needs to be specified.
	HostUnresolvedVmfsResolutionSpecVmfsUuidResolutionForceMount = HostUnresolvedVmfsResolutionSpecVmfsUuidResolution("forceMount")
)

func (e HostUnresolvedVmfsResolutionSpecVmfsUuidResolution) Values() []HostUnresolvedVmfsResolutionSpecVmfsUuidResolution {
	return []HostUnresolvedVmfsResolutionSpecVmfsUuidResolution{
		HostUnresolvedVmfsResolutionSpecVmfsUuidResolutionResignature,
		HostUnresolvedVmfsResolutionSpecVmfsUuidResolutionForceMount,
	}
}

func (e HostUnresolvedVmfsResolutionSpecVmfsUuidResolution) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostUnresolvedVmfsResolutionSpecVmfsUuidResolution"] = reflect.TypeOf((*HostUnresolvedVmfsResolutionSpecVmfsUuidResolution)(nil)).Elem()
}

type HostVirtualNicManagerNicType string

const (
	// The VirtualNic is used for VMotion.
	HostVirtualNicManagerNicTypeVmotion = HostVirtualNicManagerNicType("vmotion")
	// The VirtualNic is used for Fault Tolerance logging.
	HostVirtualNicManagerNicTypeFaultToleranceLogging = HostVirtualNicManagerNicType("faultToleranceLogging")
	// The VirtualNic is used for vSphere Replication LWD traffic
	// (i.e From the primary host to the VR server).
	HostVirtualNicManagerNicTypeVSphereReplication = HostVirtualNicManagerNicType("vSphereReplication")
	// The VirtualNic is used for vSphere Replication NFC traffic (i.e.
	//
	// From
	// the VR server to the secondary host).
	HostVirtualNicManagerNicTypeVSphereReplicationNFC = HostVirtualNicManagerNicType("vSphereReplicationNFC")
	// The VirtualNic is used for management network traffic .
	//
	// This nicType is available only when the system does not
	// support service console adapters.
	//
	// See also `HostNetCapabilities.usesServiceConsoleNic`.
	HostVirtualNicManagerNicTypeManagement = HostVirtualNicManagerNicType("management")
	// The VirtualNic is used for Virtual SAN data traffic.
	//
	// To enable or disable a VirtualNic for VSAN networking,
	// use `HostVsanSystem.UpdateVsan_Task`.
	//
	// See also `HostVsanSystem`, `HostVsanSystem.UpdateVsan_Task`, `ComputeResource.ReconfigureComputeResource_Task`.
	HostVirtualNicManagerNicTypeVsan = HostVirtualNicManagerNicType("vsan")
	// The VirtualNic is used for vSphere provisioning NFC traffic
	// (i.e.
	//
	// the NFC traffic between ESX hosts as a part of a VC initiated
	// provisioning operations like cold-migrations, clones, snapshot and
	// cold data in hot migration).
	HostVirtualNicManagerNicTypeVSphereProvisioning = HostVirtualNicManagerNicType("vSphereProvisioning")
	// The VirtualNic is used for Virtual SAN witness traffic.
	//
	// Witness traffic vmknic is required for Virtual SAN stretched cluster,
	// to help on communication between Virtual SAN data node and witness
	// node.
	// To enable or disable a VirtualNic for Virtual SAN networking,
	// use `HostVsanSystem.UpdateVsan_Task`.
	//
	// See also `HostVsanSystem`, `HostVsanSystem.UpdateVsan_Task`.
	HostVirtualNicManagerNicTypeVsanWitness = HostVirtualNicManagerNicType("vsanWitness")
	// The VirtualNic is used for vSphere backup NFC traffic
	// (i.e.
	//
	// the NFC traffic between backup appliance and ESX hosts).
	HostVirtualNicManagerNicTypeVSphereBackupNFC = HostVirtualNicManagerNicType("vSphereBackupNFC")
	// The VirtualNic is used for Precision Time Protocol (PTP).
	HostVirtualNicManagerNicTypePtp = HostVirtualNicManagerNicType("ptp")
	// The VirtualNic is used for NVMe over TCP traffic.
	HostVirtualNicManagerNicTypeNvmeTcp = HostVirtualNicManagerNicType("nvmeTcp")
	// The VirtualNic is used for NVMe over RDMA traffic.
	HostVirtualNicManagerNicTypeNvmeRdma = HostVirtualNicManagerNicType("nvmeRdma")
	// The VirtualNic is used for external vSAN traffic.
	HostVirtualNicManagerNicTypeVsanExternal = HostVirtualNicManagerNicType("vsanExternal")
)

func (e HostVirtualNicManagerNicType) Values() []HostVirtualNicManagerNicType {
	return []HostVirtualNicManagerNicType{
		HostVirtualNicManagerNicTypeVmotion,
		HostVirtualNicManagerNicTypeFaultToleranceLogging,
		HostVirtualNicManagerNicTypeVSphereReplication,
		HostVirtualNicManagerNicTypeVSphereReplicationNFC,
		HostVirtualNicManagerNicTypeManagement,
		HostVirtualNicManagerNicTypeVsan,
		HostVirtualNicManagerNicTypeVSphereProvisioning,
		HostVirtualNicManagerNicTypeVsanWitness,
		HostVirtualNicManagerNicTypeVSphereBackupNFC,
		HostVirtualNicManagerNicTypePtp,
		HostVirtualNicManagerNicTypeNvmeTcp,
		HostVirtualNicManagerNicTypeNvmeRdma,
		HostVirtualNicManagerNicTypeVsanExternal,
	}
}

func (e HostVirtualNicManagerNicType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostVirtualNicManagerNicType"] = reflect.TypeOf((*HostVirtualNicManagerNicType)(nil)).Elem()
	minAPIVersionForEnumValue["HostVirtualNicManagerNicType"] = map[string]string{
		"nvmeTcp":      "7.0.3.0",
		"nvmeRdma":     "7.0.3.0",
		"vsanExternal": "9.0.0.0",
	}
}

// Set of possible values for mode field in AccessSpec.
type HostVmciAccessManagerMode string

const (
	// Grant access to specified services in addition to existing services.
	HostVmciAccessManagerModeGrant = HostVmciAccessManagerMode("grant")
	// Replace existing services with specified services.
	HostVmciAccessManagerModeReplace = HostVmciAccessManagerMode("replace")
	// Revoke the specified services.
	HostVmciAccessManagerModeRevoke = HostVmciAccessManagerMode("revoke")
)

func (e HostVmciAccessManagerMode) Values() []HostVmciAccessManagerMode {
	return []HostVmciAccessManagerMode{
		HostVmciAccessManagerModeGrant,
		HostVmciAccessManagerModeReplace,
		HostVmciAccessManagerModeRevoke,
	}
}

func (e HostVmciAccessManagerMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostVmciAccessManagerMode"] = reflect.TypeOf((*HostVmciAccessManagerMode)(nil)).Elem()
}

// VMFS unmap bandwidth policy.
//
// VMFS unmap reclaims unused storage space.
// This specifies the bandwidth policy option of unmaps.
type HostVmfsVolumeUnmapBandwidthPolicy string

const (
	// Unmap bandwidth is a fixed value.
	HostVmfsVolumeUnmapBandwidthPolicyFixed = HostVmfsVolumeUnmapBandwidthPolicy("fixed")
	// Unmaps bandwidth is a dynamic value with lower and upper limits
	HostVmfsVolumeUnmapBandwidthPolicyDynamic = HostVmfsVolumeUnmapBandwidthPolicy("dynamic")
)

func (e HostVmfsVolumeUnmapBandwidthPolicy) Values() []HostVmfsVolumeUnmapBandwidthPolicy {
	return []HostVmfsVolumeUnmapBandwidthPolicy{
		HostVmfsVolumeUnmapBandwidthPolicyFixed,
		HostVmfsVolumeUnmapBandwidthPolicyDynamic,
	}
}

func (e HostVmfsVolumeUnmapBandwidthPolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostVmfsVolumeUnmapBandwidthPolicy"] = reflect.TypeOf((*HostVmfsVolumeUnmapBandwidthPolicy)(nil)).Elem()
}

// VMFS unmap priority.
//
// VMFS unmap reclaims unused storage space.
// This specifies the processing rate of unmaps.
type HostVmfsVolumeUnmapPriority string

const (
	// Unmap is disabled.
	HostVmfsVolumeUnmapPriorityNone = HostVmfsVolumeUnmapPriority("none")
	// Unmaps are processed at low rate.
	HostVmfsVolumeUnmapPriorityLow = HostVmfsVolumeUnmapPriority("low")
)

func (e HostVmfsVolumeUnmapPriority) Values() []HostVmfsVolumeUnmapPriority {
	return []HostVmfsVolumeUnmapPriority{
		HostVmfsVolumeUnmapPriorityNone,
		HostVmfsVolumeUnmapPriorityLow,
	}
}

func (e HostVmfsVolumeUnmapPriority) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HostVmfsVolumeUnmapPriority"] = reflect.TypeOf((*HostVmfsVolumeUnmapPriority)(nil)).Elem()
}

// List of supported algorithms for checksum calculation.
type HttpNfcLeaseManifestEntryChecksumType string

const (
	HttpNfcLeaseManifestEntryChecksumTypeSha1   = HttpNfcLeaseManifestEntryChecksumType("sha1")
	HttpNfcLeaseManifestEntryChecksumTypeSha256 = HttpNfcLeaseManifestEntryChecksumType("sha256")
)

func (e HttpNfcLeaseManifestEntryChecksumType) Values() []HttpNfcLeaseManifestEntryChecksumType {
	return []HttpNfcLeaseManifestEntryChecksumType{
		HttpNfcLeaseManifestEntryChecksumTypeSha1,
		HttpNfcLeaseManifestEntryChecksumTypeSha256,
	}
}

func (e HttpNfcLeaseManifestEntryChecksumType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HttpNfcLeaseManifestEntryChecksumType"] = reflect.TypeOf((*HttpNfcLeaseManifestEntryChecksumType)(nil)).Elem()
}

// List of supported modes by HttpNfcLease
type HttpNfcLeaseMode string

const (
	// Client pushes or downloads individual files from/to
	// each host/url provided by this lease in `HttpNfcLease.info`
	HttpNfcLeaseModePushOrGet = HttpNfcLeaseMode("pushOrGet")
	// Mode where hosts itself pull files from source URLs.
	//
	// See `HttpNfcLease.HttpNfcLeasePullFromUrls_Task`
	HttpNfcLeaseModePull = HttpNfcLeaseMode("pull")
)

func (e HttpNfcLeaseMode) Values() []HttpNfcLeaseMode {
	return []HttpNfcLeaseMode{
		HttpNfcLeaseModePushOrGet,
		HttpNfcLeaseModePull,
	}
}

func (e HttpNfcLeaseMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HttpNfcLeaseMode"] = reflect.TypeOf((*HttpNfcLeaseMode)(nil)).Elem()
}

// List of possible states of a lease.
type HttpNfcLeaseState string

const (
	// When the lease is being initialized.
	HttpNfcLeaseStateInitializing = HttpNfcLeaseState("initializing")
	// When the lease is ready and disks may be transferred.
	HttpNfcLeaseStateReady = HttpNfcLeaseState("ready")
	// When the import/export session is completed, and the lease
	// is no longer held.
	HttpNfcLeaseStateDone = HttpNfcLeaseState("done")
	// When an error has occurred.
	HttpNfcLeaseStateError = HttpNfcLeaseState("error")
)

func (e HttpNfcLeaseState) Values() []HttpNfcLeaseState {
	return []HttpNfcLeaseState{
		HttpNfcLeaseStateInitializing,
		HttpNfcLeaseStateReady,
		HttpNfcLeaseStateDone,
		HttpNfcLeaseStateError,
	}
}

func (e HttpNfcLeaseState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["HttpNfcLeaseState"] = reflect.TypeOf((*HttpNfcLeaseState)(nil)).Elem()
}

type IncompatibleHostForVmReplicationIncompatibleReason string

const (
	// Host does not support the RPO configured for VM replication.
	IncompatibleHostForVmReplicationIncompatibleReasonRpo = IncompatibleHostForVmReplicationIncompatibleReason("rpo")
	// Host does not support network compression configured for VM
	// replication.
	IncompatibleHostForVmReplicationIncompatibleReasonNetCompression = IncompatibleHostForVmReplicationIncompatibleReason("netCompression")
)

func (e IncompatibleHostForVmReplicationIncompatibleReason) Values() []IncompatibleHostForVmReplicationIncompatibleReason {
	return []IncompatibleHostForVmReplicationIncompatibleReason{
		IncompatibleHostForVmReplicationIncompatibleReasonRpo,
		IncompatibleHostForVmReplicationIncompatibleReasonNetCompression,
	}
}

func (e IncompatibleHostForVmReplicationIncompatibleReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["IncompatibleHostForVmReplicationIncompatibleReason"] = reflect.TypeOf((*IncompatibleHostForVmReplicationIncompatibleReason)(nil)).Elem()
}

// The available iSNS discovery methods.
type InternetScsiSnsDiscoveryMethod string

const (
	InternetScsiSnsDiscoveryMethodIsnsStatic = InternetScsiSnsDiscoveryMethod("isnsStatic")
	InternetScsiSnsDiscoveryMethodIsnsDhcp   = InternetScsiSnsDiscoveryMethod("isnsDhcp")
	InternetScsiSnsDiscoveryMethodIsnsSlp    = InternetScsiSnsDiscoveryMethod("isnsSlp")
)

func (e InternetScsiSnsDiscoveryMethod) Values() []InternetScsiSnsDiscoveryMethod {
	return []InternetScsiSnsDiscoveryMethod{
		InternetScsiSnsDiscoveryMethodIsnsStatic,
		InternetScsiSnsDiscoveryMethodIsnsDhcp,
		InternetScsiSnsDiscoveryMethodIsnsSlp,
	}
}

func (e InternetScsiSnsDiscoveryMethod) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["InternetScsiSnsDiscoveryMethod"] = reflect.TypeOf((*InternetScsiSnsDiscoveryMethod)(nil)).Elem()
}

type InvalidDasConfigArgumentEntryForInvalidArgument string

const (
	// Policies for admission control
	InvalidDasConfigArgumentEntryForInvalidArgumentAdmissionControl = InvalidDasConfigArgumentEntryForInvalidArgument("admissionControl")
	// User-specified heartbeat datastores
	InvalidDasConfigArgumentEntryForInvalidArgumentUserHeartbeatDs = InvalidDasConfigArgumentEntryForInvalidArgument("userHeartbeatDs")
	// VM override
	InvalidDasConfigArgumentEntryForInvalidArgumentVmConfig = InvalidDasConfigArgumentEntryForInvalidArgument("vmConfig")
)

func (e InvalidDasConfigArgumentEntryForInvalidArgument) Values() []InvalidDasConfigArgumentEntryForInvalidArgument {
	return []InvalidDasConfigArgumentEntryForInvalidArgument{
		InvalidDasConfigArgumentEntryForInvalidArgumentAdmissionControl,
		InvalidDasConfigArgumentEntryForInvalidArgumentUserHeartbeatDs,
		InvalidDasConfigArgumentEntryForInvalidArgumentVmConfig,
	}
}

func (e InvalidDasConfigArgumentEntryForInvalidArgument) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["InvalidDasConfigArgumentEntryForInvalidArgument"] = reflect.TypeOf((*InvalidDasConfigArgumentEntryForInvalidArgument)(nil)).Elem()
}

type InvalidProfileReferenceHostReason string

const (
	// The associated host and profile version are incompatible.
	InvalidProfileReferenceHostReasonIncompatibleVersion = InvalidProfileReferenceHostReason("incompatibleVersion")
	// There is no reference host associated with the profile.
	InvalidProfileReferenceHostReasonMissingReferenceHost = InvalidProfileReferenceHostReason("missingReferenceHost")
)

func (e InvalidProfileReferenceHostReason) Values() []InvalidProfileReferenceHostReason {
	return []InvalidProfileReferenceHostReason{
		InvalidProfileReferenceHostReasonIncompatibleVersion,
		InvalidProfileReferenceHostReasonMissingReferenceHost,
	}
}

func (e InvalidProfileReferenceHostReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["InvalidProfileReferenceHostReason"] = reflect.TypeOf((*InvalidProfileReferenceHostReason)(nil)).Elem()
}

// Defines the type of operation for an IO Filter.
type IoFilterOperation string

const (
	// Install an IO Filter.
	IoFilterOperationInstall = IoFilterOperation("install")
	// Uninstall an IO Filter.
	IoFilterOperationUninstall = IoFilterOperation("uninstall")
	// Upgrade an IO Filter.
	IoFilterOperationUpgrade = IoFilterOperation("upgrade")
)

func (e IoFilterOperation) Values() []IoFilterOperation {
	return []IoFilterOperation{
		IoFilterOperationInstall,
		IoFilterOperationUninstall,
		IoFilterOperationUpgrade,
	}
}

func (e IoFilterOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["IoFilterOperation"] = reflect.TypeOf((*IoFilterOperation)(nil)).Elem()
}

// Defines the type of an IO Filter.
type IoFilterType string

const (
	// Cache.
	IoFilterTypeCache = IoFilterType("cache")
	// Replication.
	IoFilterTypeReplication = IoFilterType("replication")
	// Encryption.
	IoFilterTypeEncryption = IoFilterType("encryption")
	// Compression.
	IoFilterTypeCompression = IoFilterType("compression")
	// Inspection.
	IoFilterTypeInspection = IoFilterType("inspection")
	// Datastore I/O Control.
	IoFilterTypeDatastoreIoControl = IoFilterType("datastoreIoControl")
	// Data Provider.
	IoFilterTypeDataProvider = IoFilterType("dataProvider")
	// Lightweight Data Capture.
	IoFilterTypeDataCapture = IoFilterType("dataCapture")
)

func (e IoFilterType) Values() []IoFilterType {
	return []IoFilterType{
		IoFilterTypeCache,
		IoFilterTypeReplication,
		IoFilterTypeEncryption,
		IoFilterTypeCompression,
		IoFilterTypeInspection,
		IoFilterTypeDatastoreIoControl,
		IoFilterTypeDataProvider,
		IoFilterTypeDataCapture,
	}
}

func (e IoFilterType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["IoFilterType"] = reflect.TypeOf((*IoFilterType)(nil)).Elem()
	minAPIVersionForEnumValue["IoFilterType"] = map[string]string{
		"dataCapture": "7.0.2.1",
	}
}

type IscsiPortInfoPathStatus string

const (
	// There are no paths on this Virtual NIC
	IscsiPortInfoPathStatusNotUsed = IscsiPortInfoPathStatus("notUsed")
	// All paths on this Virtual NIC are standby paths from SCSI stack
	// perspective.
	IscsiPortInfoPathStatusActive = IscsiPortInfoPathStatus("active")
	// One or more paths on the Virtual NIC are active paths to
	// storage.
	//
	// Unbinding this Virtual NIC will cause storage path
	// transitions.
	IscsiPortInfoPathStatusStandBy = IscsiPortInfoPathStatus("standBy")
	// One or more paths on the Virtual NIC is the last active
	// path to a particular storage device.
	IscsiPortInfoPathStatusLastActive = IscsiPortInfoPathStatus("lastActive")
)

func (e IscsiPortInfoPathStatus) Values() []IscsiPortInfoPathStatus {
	return []IscsiPortInfoPathStatus{
		IscsiPortInfoPathStatusNotUsed,
		IscsiPortInfoPathStatusActive,
		IscsiPortInfoPathStatusStandBy,
		IscsiPortInfoPathStatusLastActive,
	}
}

func (e IscsiPortInfoPathStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["IscsiPortInfoPathStatus"] = reflect.TypeOf((*IscsiPortInfoPathStatus)(nil)).Elem()
}

type KmipClusterInfoKeyType string

const (
	// Key is fetched directly from KMS.
	KmipClusterInfoKeyTypeRawKey = KmipClusterInfoKeyType("rawKey")
	// Key is wrapped by a wrapping key from KMS.
	//
	// The wrapping key details are specified in
	// `KmipClusterInfoWrappingKeyIdKeyInfo`
	// or
	// `KmipClusterInfoWrappingRotationIntervalKeyInfo`.
	KmipClusterInfoKeyTypeWrappedKey = KmipClusterInfoKeyType("wrappedKey")
)

func (e KmipClusterInfoKeyType) Values() []KmipClusterInfoKeyType {
	return []KmipClusterInfoKeyType{
		KmipClusterInfoKeyTypeRawKey,
		KmipClusterInfoKeyTypeWrappedKey,
	}
}

func (e KmipClusterInfoKeyType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["KmipClusterInfoKeyType"] = reflect.TypeOf((*KmipClusterInfoKeyType)(nil)).Elem()
	minAPIVersionForType["KmipClusterInfoKeyType"] = "9.0.0.0"
}

// Key provider management type.
type KmipClusterInfoKmsManagementType string

const (
	KmipClusterInfoKmsManagementTypeUnknown        = KmipClusterInfoKmsManagementType("unknown")
	KmipClusterInfoKmsManagementTypeVCenter        = KmipClusterInfoKmsManagementType("vCenter")
	KmipClusterInfoKmsManagementTypeTrustAuthority = KmipClusterInfoKmsManagementType("trustAuthority")
	// `**Since:**` vSphere API Release 7.0.2.0
	KmipClusterInfoKmsManagementTypeNativeProvider = KmipClusterInfoKmsManagementType("nativeProvider")
)

func (e KmipClusterInfoKmsManagementType) Values() []KmipClusterInfoKmsManagementType {
	return []KmipClusterInfoKmsManagementType{
		KmipClusterInfoKmsManagementTypeUnknown,
		KmipClusterInfoKmsManagementTypeVCenter,
		KmipClusterInfoKmsManagementTypeTrustAuthority,
		KmipClusterInfoKmsManagementTypeNativeProvider,
	}
}

func (e KmipClusterInfoKmsManagementType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["KmipClusterInfoKmsManagementType"] = reflect.TypeOf((*KmipClusterInfoKmsManagementType)(nil)).Elem()
	minAPIVersionForEnumValue["KmipClusterInfoKmsManagementType"] = map[string]string{
		"nativeProvider": "7.0.2.0",
	}
}

// Enumeration of the nominal latency-sensitive values which can be
// used to specify the latency-sensitivity level of the application.
//
// In terms of latency-sensitivity the values relate:
// high&gt;medium&gt;normal&gt;low.
type LatencySensitivitySensitivityLevel string

const (
	// The relative latency-sensitivity low value.
	LatencySensitivitySensitivityLevelLow = LatencySensitivitySensitivityLevel("low")
	// The relative latency-sensitivity normal value.
	//
	// This is the default latency-sensitivity value.
	LatencySensitivitySensitivityLevelNormal = LatencySensitivitySensitivityLevel("normal")
	// The relative latency-sensitivity medium value.
	LatencySensitivitySensitivityLevelMedium = LatencySensitivitySensitivityLevel("medium")
	// The relative latency-sensitivity high value.
	LatencySensitivitySensitivityLevelHigh = LatencySensitivitySensitivityLevel("high")
	// Deprecated as of vSphere API Ver 6.0. Value will be ignored and
	// treated as "normal" latency sensitivity.
	//
	// The custom absolute latency-sensitivity specified in
	// `LatencySensitivity.sensitivity` property is used to
	// define the latency-sensitivity.
	//
	// When this value is set to `LatencySensitivity.level` the
	// `LatencySensitivity.sensitivity` property should be
	// set also.
	LatencySensitivitySensitivityLevelCustom = LatencySensitivitySensitivityLevel("custom")
)

func (e LatencySensitivitySensitivityLevel) Values() []LatencySensitivitySensitivityLevel {
	return []LatencySensitivitySensitivityLevel{
		LatencySensitivitySensitivityLevelLow,
		LatencySensitivitySensitivityLevelNormal,
		LatencySensitivitySensitivityLevelMedium,
		LatencySensitivitySensitivityLevelHigh,
		LatencySensitivitySensitivityLevelCustom,
	}
}

func (e LatencySensitivitySensitivityLevel) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LatencySensitivitySensitivityLevel"] = reflect.TypeOf((*LatencySensitivitySensitivityLevel)(nil)).Elem()
}

type LicenseAssignmentFailedReason string

const (
	// The license and the entity to which it is to be assigned are not compatible.
	LicenseAssignmentFailedReasonKeyEntityMismatch = LicenseAssignmentFailedReason("keyEntityMismatch")
	// The license downgrade is disallowed because some features are in use.
	LicenseAssignmentFailedReasonDowngradeDisallowed = LicenseAssignmentFailedReason("downgradeDisallowed")
	// The inventory has hosts which are not manageable by vCenter unless in evaluation.
	LicenseAssignmentFailedReasonInventoryNotManageableByVirtualCenter = LicenseAssignmentFailedReason("inventoryNotManageableByVirtualCenter")
	// The inventory has hosts that need the license server to be configured unless vCenter is in evaluation
	LicenseAssignmentFailedReasonHostsUnmanageableByVirtualCenterWithoutLicenseServer = LicenseAssignmentFailedReason("hostsUnmanageableByVirtualCenterWithoutLicenseServer")
)

func (e LicenseAssignmentFailedReason) Values() []LicenseAssignmentFailedReason {
	return []LicenseAssignmentFailedReason{
		LicenseAssignmentFailedReasonKeyEntityMismatch,
		LicenseAssignmentFailedReasonDowngradeDisallowed,
		LicenseAssignmentFailedReasonInventoryNotManageableByVirtualCenter,
		LicenseAssignmentFailedReasonHostsUnmanageableByVirtualCenterWithoutLicenseServer,
	}
}

func (e LicenseAssignmentFailedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseAssignmentFailedReason"] = reflect.TypeOf((*LicenseAssignmentFailedReason)(nil)).Elem()
}

// Some licenses may only be allowed to load from a specified source.
//
// This enum indicates what restrictions exist for this license if any.
type LicenseFeatureInfoSourceRestriction string

const (
	// The feature does not have a source restriction.
	LicenseFeatureInfoSourceRestrictionUnrestricted = LicenseFeatureInfoSourceRestriction("unrestricted")
	// The feature's license can only be served.
	LicenseFeatureInfoSourceRestrictionServed = LicenseFeatureInfoSourceRestriction("served")
	// The feature's license can only come from a file.
	LicenseFeatureInfoSourceRestrictionFile = LicenseFeatureInfoSourceRestriction("file")
)

func (e LicenseFeatureInfoSourceRestriction) Values() []LicenseFeatureInfoSourceRestriction {
	return []LicenseFeatureInfoSourceRestriction{
		LicenseFeatureInfoSourceRestrictionUnrestricted,
		LicenseFeatureInfoSourceRestrictionServed,
		LicenseFeatureInfoSourceRestrictionFile,
	}
}

func (e LicenseFeatureInfoSourceRestriction) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseFeatureInfoSourceRestriction"] = reflect.TypeOf((*LicenseFeatureInfoSourceRestriction)(nil)).Elem()
}

// Describes the state of the feature.
type LicenseFeatureInfoState string

const (
	// The current edition license has implicitly enabled this additional feature.
	LicenseFeatureInfoStateEnabled = LicenseFeatureInfoState("enabled")
	// The current edition license does not allow this additional feature.
	LicenseFeatureInfoStateDisabled = LicenseFeatureInfoState("disabled")
	// The current edition license allows this additional feature.
	//
	// The
	// `LicenseManager.EnableFeature` and `LicenseManager.DisableFeature` methods can be used to enable or disable
	// this feature.
	LicenseFeatureInfoStateOptional = LicenseFeatureInfoState("optional")
)

func (e LicenseFeatureInfoState) Values() []LicenseFeatureInfoState {
	return []LicenseFeatureInfoState{
		LicenseFeatureInfoStateEnabled,
		LicenseFeatureInfoStateDisabled,
		LicenseFeatureInfoStateOptional,
	}
}

func (e LicenseFeatureInfoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseFeatureInfoState"] = reflect.TypeOf((*LicenseFeatureInfoState)(nil)).Elem()
}

// Cost units apply to licenses for the purpose of determining
// how many licenses are needed.
type LicenseFeatureInfoUnit string

const (
	// One license is acquired per host.
	LicenseFeatureInfoUnitHost = LicenseFeatureInfoUnit("host")
	// One license is acquired per CPU core.
	LicenseFeatureInfoUnitCpuCore = LicenseFeatureInfoUnit("cpuCore")
	// One license is acquired per CPU package.
	LicenseFeatureInfoUnitCpuPackage = LicenseFeatureInfoUnit("cpuPackage")
	// One license is acquired per server.
	LicenseFeatureInfoUnitServer = LicenseFeatureInfoUnit("server")
	// One license is acquired per virtual machine.
	LicenseFeatureInfoUnitVm = LicenseFeatureInfoUnit("vm")
)

func (e LicenseFeatureInfoUnit) Values() []LicenseFeatureInfoUnit {
	return []LicenseFeatureInfoUnit{
		LicenseFeatureInfoUnitHost,
		LicenseFeatureInfoUnitCpuCore,
		LicenseFeatureInfoUnitCpuPackage,
		LicenseFeatureInfoUnitServer,
		LicenseFeatureInfoUnitVm,
	}
}

func (e LicenseFeatureInfoUnit) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseFeatureInfoUnit"] = reflect.TypeOf((*LicenseFeatureInfoUnit)(nil)).Elem()
}

// Deprecated as of VI API 2.5, use `LicenseManager.QueryLicenseSourceAvailability`
// to obtain an array of `LicenseAvailabilityInfo` data
// objects.
//
// Licensed features have unique keys to identify them.
type LicenseManagerLicenseKey string

const (
	// The edition license for the ESX Server, Standard edition.
	//
	// This is a per
	// CPU package license.
	LicenseManagerLicenseKeyEsxFull = LicenseManagerLicenseKey("esxFull")
	// The edition license for the ESX server, VMTN edition.
	//
	// This is a per CPU package
	// license.
	LicenseManagerLicenseKeyEsxVmtn = LicenseManagerLicenseKey("esxVmtn")
	// The edition license for the ESX server, Starter edition.
	//
	// This is a per CPU
	// package license.
	LicenseManagerLicenseKeyEsxExpress = LicenseManagerLicenseKey("esxExpress")
	// Enable use of SAN.
	//
	// This is a per CPU package license.
	LicenseManagerLicenseKeySan = LicenseManagerLicenseKey("san")
	// Enable use of iSCSI.
	//
	// This is a per CPU package license.
	LicenseManagerLicenseKeyIscsi = LicenseManagerLicenseKey("iscsi")
	// Enable use of NAS.
	//
	// This is a per CPU package license.
	LicenseManagerLicenseKeyNas = LicenseManagerLicenseKey("nas")
	// Enable up to 4-way VSMP feature.
	//
	// This is a per CPU package license.
	LicenseManagerLicenseKeyVsmp = LicenseManagerLicenseKey("vsmp")
	// Enable ESX Server consolidated backup feature.
	//
	// This is a per CPU package
	// license.
	LicenseManagerLicenseKeyBackup = LicenseManagerLicenseKey("backup")
	// The edition license for a VirtualCenter server, full edition.
	//
	// This license
	// is independent of the number of CPU packages for the VirtualCenter host.
	LicenseManagerLicenseKeyVc = LicenseManagerLicenseKey("vc")
	// The edition license for a VirtualCenter server, starter edition.
	//
	// This license
	// limits the number of hosts (esxHost or serverHost) that can be managed by the
	// VirtualCenter product.
	LicenseManagerLicenseKeyVcExpress = LicenseManagerLicenseKey("vcExpress")
	// Enable VirtualCenter ESX Server host management functionality.
	//
	// This is a per
	// ESX server CPU package license.
	LicenseManagerLicenseKeyEsxHost = LicenseManagerLicenseKey("esxHost")
	// Enable VirtualCenter GSX Server host management functionality.
	//
	// This is a per
	// GSX server CPU package license.
	LicenseManagerLicenseKeyGsxHost = LicenseManagerLicenseKey("gsxHost")
	// Enable VirtualCenter VMware server host management functionality.
	//
	// This is a per
	// VMware server CPU package license.
	LicenseManagerLicenseKeyServerHost = LicenseManagerLicenseKey("serverHost")
	// Enable VirtualCenter DRS Power Management Functionality.
	//
	// This is a per CPU package
	LicenseManagerLicenseKeyDrsPower = LicenseManagerLicenseKey("drsPower")
	// Enable VMotion.
	//
	// This is a per ESX server CPU package license.
	LicenseManagerLicenseKeyVmotion = LicenseManagerLicenseKey("vmotion")
	// Enable VirtualCenter Distributed Resource Scheduler.
	//
	// This is a per ESX server
	// CPU package license.
	LicenseManagerLicenseKeyDrs = LicenseManagerLicenseKey("drs")
	// Enable VirtualCenter HA.
	//
	// This is a per ESX server CPU package license.
	LicenseManagerLicenseKeyDas = LicenseManagerLicenseKey("das")
)

func (e LicenseManagerLicenseKey) Values() []LicenseManagerLicenseKey {
	return []LicenseManagerLicenseKey{
		LicenseManagerLicenseKeyEsxFull,
		LicenseManagerLicenseKeyEsxVmtn,
		LicenseManagerLicenseKeyEsxExpress,
		LicenseManagerLicenseKeySan,
		LicenseManagerLicenseKeyIscsi,
		LicenseManagerLicenseKeyNas,
		LicenseManagerLicenseKeyVsmp,
		LicenseManagerLicenseKeyBackup,
		LicenseManagerLicenseKeyVc,
		LicenseManagerLicenseKeyVcExpress,
		LicenseManagerLicenseKeyEsxHost,
		LicenseManagerLicenseKeyGsxHost,
		LicenseManagerLicenseKeyServerHost,
		LicenseManagerLicenseKeyDrsPower,
		LicenseManagerLicenseKeyVmotion,
		LicenseManagerLicenseKeyDrs,
		LicenseManagerLicenseKeyDas,
	}
}

func (e LicenseManagerLicenseKey) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseManagerLicenseKey"] = reflect.TypeOf((*LicenseManagerLicenseKey)(nil)).Elem()
}

// Deprecated as of vSphere API 4.0, this is not used by the system.
//
// State of licensing subsystem.
type LicenseManagerState string

const (
	// Setting or resetting configuration in progress.
	LicenseManagerStateInitializing = LicenseManagerState("initializing")
	// Running within operating parameters.
	LicenseManagerStateNormal = LicenseManagerState("normal")
	// License source unavailable, using license cache.
	LicenseManagerStateMarginal = LicenseManagerState("marginal")
	// Initialization has failed or grace period expired.
	LicenseManagerStateFault = LicenseManagerState("fault")
)

func (e LicenseManagerState) Values() []LicenseManagerState {
	return []LicenseManagerState{
		LicenseManagerStateInitializing,
		LicenseManagerStateNormal,
		LicenseManagerStateMarginal,
		LicenseManagerStateFault,
	}
}

func (e LicenseManagerState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseManagerState"] = reflect.TypeOf((*LicenseManagerState)(nil)).Elem()
}

// Describes the reservation state of a license.
type LicenseReservationInfoState string

const (
	// This license is currently unused by the system, or the feature does not
	// apply.
	//
	// For example, a DRS license appears as NotUsed if the host is not
	// part of a DRS-enabled cluster.
	LicenseReservationInfoStateNotUsed = LicenseReservationInfoState("notUsed")
	// This indicates that the license has expired or the system attempted to acquire
	// the license but was not successful in reserving it.
	LicenseReservationInfoStateNoLicense = LicenseReservationInfoState("noLicense")
	// The LicenseManager failed to acquire a license but the implementation
	// policy allows us to use the licensed feature anyway.
	//
	// This is possible, for
	// example, when a license server becomes unavailable after a license had been
	// successfully reserved from it.
	LicenseReservationInfoStateUnlicensedUse = LicenseReservationInfoState("unlicensedUse")
	// The required number of licenses have been acquired from the license source.
	LicenseReservationInfoStateLicensed = LicenseReservationInfoState("licensed")
)

func (e LicenseReservationInfoState) Values() []LicenseReservationInfoState {
	return []LicenseReservationInfoState{
		LicenseReservationInfoStateNotUsed,
		LicenseReservationInfoStateNoLicense,
		LicenseReservationInfoStateUnlicensedUse,
		LicenseReservationInfoStateLicensed,
	}
}

func (e LicenseReservationInfoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LicenseReservationInfoState"] = reflect.TypeOf((*LicenseReservationInfoState)(nil)).Elem()
}

// The Discovery Protocol operation.
type LinkDiscoveryProtocolConfigOperationType string

const (
	// Don't listen for incoming discovery packets and don't sent discover
	// packets for the switch either.
	LinkDiscoveryProtocolConfigOperationTypeNone = LinkDiscoveryProtocolConfigOperationType("none")
	// Listen for incoming discovery packets but don't sent discovery packet
	// for the switch.
	LinkDiscoveryProtocolConfigOperationTypeListen = LinkDiscoveryProtocolConfigOperationType("listen")
	// Sent discovery packets for the switch, but don't listen for incoming
	// discovery packets.
	LinkDiscoveryProtocolConfigOperationTypeAdvertise = LinkDiscoveryProtocolConfigOperationType("advertise")
	// Sent discovery packets for the switch and listen for incoming
	// discovery packets.
	LinkDiscoveryProtocolConfigOperationTypeBoth = LinkDiscoveryProtocolConfigOperationType("both")
)

func (e LinkDiscoveryProtocolConfigOperationType) Values() []LinkDiscoveryProtocolConfigOperationType {
	return []LinkDiscoveryProtocolConfigOperationType{
		LinkDiscoveryProtocolConfigOperationTypeNone,
		LinkDiscoveryProtocolConfigOperationTypeListen,
		LinkDiscoveryProtocolConfigOperationTypeAdvertise,
		LinkDiscoveryProtocolConfigOperationTypeBoth,
	}
}

func (e LinkDiscoveryProtocolConfigOperationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LinkDiscoveryProtocolConfigOperationType"] = reflect.TypeOf((*LinkDiscoveryProtocolConfigOperationType)(nil)).Elem()
}

// The Discovery Protocol types.
type LinkDiscoveryProtocolConfigProtocolType string

const (
	// Cisco Discovery Protocol
	LinkDiscoveryProtocolConfigProtocolTypeCdp = LinkDiscoveryProtocolConfigProtocolType("cdp")
	// Link Layer Discovery Protocol
	LinkDiscoveryProtocolConfigProtocolTypeLldp = LinkDiscoveryProtocolConfigProtocolType("lldp")
)

func (e LinkDiscoveryProtocolConfigProtocolType) Values() []LinkDiscoveryProtocolConfigProtocolType {
	return []LinkDiscoveryProtocolConfigProtocolType{
		LinkDiscoveryProtocolConfigProtocolTypeCdp,
		LinkDiscoveryProtocolConfigProtocolTypeLldp,
	}
}

func (e LinkDiscoveryProtocolConfigProtocolType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["LinkDiscoveryProtocolConfigProtocolType"] = reflect.TypeOf((*LinkDiscoveryProtocolConfigProtocolType)(nil)).Elem()
}

// The Status enumeration defines a general "health" value for a managed entity.
type ManagedEntityStatus string

const (
	// The status is unknown.
	ManagedEntityStatusGray = ManagedEntityStatus("gray")
	// The entity is OK.
	ManagedEntityStatusGreen = ManagedEntityStatus("green")
	// The entity might have a problem.
	ManagedEntityStatusYellow = ManagedEntityStatus("yellow")
	// The entity definitely has a problem.
	ManagedEntityStatusRed = ManagedEntityStatus("red")
)

func (e ManagedEntityStatus) Values() []ManagedEntityStatus {
	return []ManagedEntityStatus{
		ManagedEntityStatusGray,
		ManagedEntityStatusGreen,
		ManagedEntityStatusYellow,
		ManagedEntityStatusRed,
	}
}

func (e ManagedEntityStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ManagedEntityStatus"] = reflect.TypeOf((*ManagedEntityStatus)(nil)).Elem()
}

type ManagedObjectType string

const (
	ManagedObjectTypePropertyCollector                       = ManagedObjectType("PropertyCollector")
	ManagedObjectTypePropertyFilter                          = ManagedObjectType("PropertyFilter")
	ManagedObjectTypeAuthorizationManager                    = ManagedObjectType("AuthorizationManager")
	ManagedObjectTypeCertificateManager                      = ManagedObjectType("CertificateManager")
	ManagedObjectTypeClusterComputeResource                  = ManagedObjectType("ClusterComputeResource")
	ManagedObjectTypeComputeResource                         = ManagedObjectType("ComputeResource")
	ManagedObjectTypeCustomFieldsManager                     = ManagedObjectType("CustomFieldsManager")
	ManagedObjectTypeCustomizationSpecManager                = ManagedObjectType("CustomizationSpecManager")
	ManagedObjectTypeDatacenter                              = ManagedObjectType("Datacenter")
	ManagedObjectTypeDatastore                               = ManagedObjectType("Datastore")
	ManagedObjectTypeDatastoreNamespaceManager               = ManagedObjectType("DatastoreNamespaceManager")
	ManagedObjectTypeDiagnosticManager                       = ManagedObjectType("DiagnosticManager")
	ManagedObjectTypeDirectPathProfileManager                = ManagedObjectType("DirectPathProfileManager")
	ManagedObjectTypeDistributedVirtualSwitch                = ManagedObjectType("DistributedVirtualSwitch")
	ManagedObjectTypeEnvironmentBrowser                      = ManagedObjectType("EnvironmentBrowser")
	ManagedObjectTypeExtensibleManagedObject                 = ManagedObjectType("ExtensibleManagedObject")
	ManagedObjectTypeExtensionManager                        = ManagedObjectType("ExtensionManager")
	ManagedObjectTypeFileManager                             = ManagedObjectType("FileManager")
	ManagedObjectTypeFolder                                  = ManagedObjectType("Folder")
	ManagedObjectTypeHealthUpdateManager                     = ManagedObjectType("HealthUpdateManager")
	ManagedObjectTypeHistoryCollector                        = ManagedObjectType("HistoryCollector")
	ManagedObjectTypeHostSystem                              = ManagedObjectType("HostSystem")
	ManagedObjectTypeHttpNfcLease                            = ManagedObjectType("HttpNfcLease")
	ManagedObjectTypeIoFilterManager                         = ManagedObjectType("IoFilterManager")
	ManagedObjectTypeIpPoolManager                           = ManagedObjectType("IpPoolManager")
	ManagedObjectTypeLicenseAssignmentManager                = ManagedObjectType("LicenseAssignmentManager")
	ManagedObjectTypeLicenseManager                          = ManagedObjectType("LicenseManager")
	ManagedObjectTypeLocalizationManager                     = ManagedObjectType("LocalizationManager")
	ManagedObjectTypeManagedEntity                           = ManagedObjectType("ManagedEntity")
	ManagedObjectTypeNetwork                                 = ManagedObjectType("Network")
	ManagedObjectTypeOpaqueNetwork                           = ManagedObjectType("OpaqueNetwork")
	ManagedObjectTypeOverheadMemoryManager                   = ManagedObjectType("OverheadMemoryManager")
	ManagedObjectTypeOvfManager                              = ManagedObjectType("OvfManager")
	ManagedObjectTypePerformanceManager                      = ManagedObjectType("PerformanceManager")
	ManagedObjectTypeResourcePlanningManager                 = ManagedObjectType("ResourcePlanningManager")
	ManagedObjectTypeResourcePool                            = ManagedObjectType("ResourcePool")
	ManagedObjectTypeSearchIndex                             = ManagedObjectType("SearchIndex")
	ManagedObjectTypeServiceInstance                         = ManagedObjectType("ServiceInstance")
	ManagedObjectTypeServiceManager                          = ManagedObjectType("ServiceManager")
	ManagedObjectTypeSessionManager                          = ManagedObjectType("SessionManager")
	ManagedObjectTypeSimpleCommand                           = ManagedObjectType("SimpleCommand")
	ManagedObjectTypeSiteInfoManager                         = ManagedObjectType("SiteInfoManager")
	ManagedObjectTypeStoragePod                              = ManagedObjectType("StoragePod")
	ManagedObjectTypeStorageQueryManager                     = ManagedObjectType("StorageQueryManager")
	ManagedObjectTypeStorageResourceManager                  = ManagedObjectType("StorageResourceManager")
	ManagedObjectTypeTask                                    = ManagedObjectType("Task")
	ManagedObjectTypeTaskHistoryCollector                    = ManagedObjectType("TaskHistoryCollector")
	ManagedObjectTypeTaskManager                             = ManagedObjectType("TaskManager")
	ManagedObjectTypeUserDirectory                           = ManagedObjectType("UserDirectory")
	ManagedObjectTypeVirtualApp                              = ManagedObjectType("VirtualApp")
	ManagedObjectTypeVirtualDiskManager                      = ManagedObjectType("VirtualDiskManager")
	ManagedObjectTypeVirtualMachine                          = ManagedObjectType("VirtualMachine")
	ManagedObjectTypeVirtualizationManager                   = ManagedObjectType("VirtualizationManager")
	ManagedObjectTypeVsanUpgradeSystem                       = ManagedObjectType("VsanUpgradeSystem")
	ManagedObjectTypeAlarm                                   = ManagedObjectType("Alarm")
	ManagedObjectTypeAlarmManager                            = ManagedObjectType("AlarmManager")
	ManagedObjectTypeClusterEVCManager                       = ManagedObjectType("ClusterEVCManager")
	ManagedObjectTypeDistributedVirtualPortgroup             = ManagedObjectType("DistributedVirtualPortgroup")
	ManagedObjectTypeDistributedVirtualSwitchManager         = ManagedObjectType("DistributedVirtualSwitchManager")
	ManagedObjectTypeVmwareDistributedVirtualSwitch          = ManagedObjectType("VmwareDistributedVirtualSwitch")
	ManagedObjectTypeCryptoManager                           = ManagedObjectType("CryptoManager")
	ManagedObjectTypeCryptoManagerHost                       = ManagedObjectType("CryptoManagerHost")
	ManagedObjectTypeCryptoManagerHostKMS                    = ManagedObjectType("CryptoManagerHostKMS")
	ManagedObjectTypeCryptoManagerKmip                       = ManagedObjectType("CryptoManagerKmip")
	ManagedObjectTypeEventHistoryCollector                   = ManagedObjectType("EventHistoryCollector")
	ManagedObjectTypeEventManager                            = ManagedObjectType("EventManager")
	ManagedObjectTypeHostActiveDirectoryAuthentication       = ManagedObjectType("HostActiveDirectoryAuthentication")
	ManagedObjectTypeHostAssignableHardwareManager           = ManagedObjectType("HostAssignableHardwareManager")
	ManagedObjectTypeHostAuthenticationManager               = ManagedObjectType("HostAuthenticationManager")
	ManagedObjectTypeHostAuthenticationStore                 = ManagedObjectType("HostAuthenticationStore")
	ManagedObjectTypeHostAutoStartManager                    = ManagedObjectType("HostAutoStartManager")
	ManagedObjectTypeHostBootDeviceSystem                    = ManagedObjectType("HostBootDeviceSystem")
	ManagedObjectTypeHostCacheConfigurationManager           = ManagedObjectType("HostCacheConfigurationManager")
	ManagedObjectTypeHostCertificateManager                  = ManagedObjectType("HostCertificateManager")
	ManagedObjectTypeHostCpuSchedulerSystem                  = ManagedObjectType("HostCpuSchedulerSystem")
	ManagedObjectTypeHostDatastoreBrowser                    = ManagedObjectType("HostDatastoreBrowser")
	ManagedObjectTypeHostDatastoreSystem                     = ManagedObjectType("HostDatastoreSystem")
	ManagedObjectTypeHostDateTimeSystem                      = ManagedObjectType("HostDateTimeSystem")
	ManagedObjectTypeHostDiagnosticSystem                    = ManagedObjectType("HostDiagnosticSystem")
	ManagedObjectTypeHostDirectoryStore                      = ManagedObjectType("HostDirectoryStore")
	ManagedObjectTypeHostEsxAgentHostManager                 = ManagedObjectType("HostEsxAgentHostManager")
	ManagedObjectTypeHostFirewallSystem                      = ManagedObjectType("HostFirewallSystem")
	ManagedObjectTypeHostFirmwareSystem                      = ManagedObjectType("HostFirmwareSystem")
	ManagedObjectTypeHostGraphicsManager                     = ManagedObjectType("HostGraphicsManager")
	ManagedObjectTypeHostHealthStatusSystem                  = ManagedObjectType("HostHealthStatusSystem")
	ManagedObjectTypeHostAccessManager                       = ManagedObjectType("HostAccessManager")
	ManagedObjectTypeHostImageConfigManager                  = ManagedObjectType("HostImageConfigManager")
	ManagedObjectTypeIscsiManager                            = ManagedObjectType("IscsiManager")
	ManagedObjectTypeHostKernelModuleSystem                  = ManagedObjectType("HostKernelModuleSystem")
	ManagedObjectTypeHostLocalAccountManager                 = ManagedObjectType("HostLocalAccountManager")
	ManagedObjectTypeHostLocalAuthentication                 = ManagedObjectType("HostLocalAuthentication")
	ManagedObjectTypeHostMemorySystem                        = ManagedObjectType("HostMemorySystem")
	ManagedObjectTypeMessageBusProxy                         = ManagedObjectType("MessageBusProxy")
	ManagedObjectTypeHostNetworkSystem                       = ManagedObjectType("HostNetworkSystem")
	ManagedObjectTypeHostNvdimmSystem                        = ManagedObjectType("HostNvdimmSystem")
	ManagedObjectTypeHostPatchManager                        = ManagedObjectType("HostPatchManager")
	ManagedObjectTypeHostPciPassthruSystem                   = ManagedObjectType("HostPciPassthruSystem")
	ManagedObjectTypeHostPowerSystem                         = ManagedObjectType("HostPowerSystem")
	ManagedObjectTypeHostServiceSystem                       = ManagedObjectType("HostServiceSystem")
	ManagedObjectTypeHostSnmpSystem                          = ManagedObjectType("HostSnmpSystem")
	ManagedObjectTypeHostStorageSystem                       = ManagedObjectType("HostStorageSystem")
	ManagedObjectTypeHostVFlashManager                       = ManagedObjectType("HostVFlashManager")
	ManagedObjectTypeHostVMotionSystem                       = ManagedObjectType("HostVMotionSystem")
	ManagedObjectTypeHostVirtualNicManager                   = ManagedObjectType("HostVirtualNicManager")
	ManagedObjectTypeHostVsanInternalSystem                  = ManagedObjectType("HostVsanInternalSystem")
	ManagedObjectTypeHostVsanSystem                          = ManagedObjectType("HostVsanSystem")
	ManagedObjectTypeOptionManager                           = ManagedObjectType("OptionManager")
	ManagedObjectTypeProfileComplianceManager                = ManagedObjectType("ProfileComplianceManager")
	ManagedObjectTypeProfile                                 = ManagedObjectType("Profile")
	ManagedObjectTypeProfileManager                          = ManagedObjectType("ProfileManager")
	ManagedObjectTypeClusterProfile                          = ManagedObjectType("ClusterProfile")
	ManagedObjectTypeClusterProfileManager                   = ManagedObjectType("ClusterProfileManager")
	ManagedObjectTypeHostProfile                             = ManagedObjectType("HostProfile")
	ManagedObjectTypeHostSpecificationManager                = ManagedObjectType("HostSpecificationManager")
	ManagedObjectTypeHostProfileManager                      = ManagedObjectType("HostProfileManager")
	ManagedObjectTypeScheduledTask                           = ManagedObjectType("ScheduledTask")
	ManagedObjectTypeScheduledTaskManager                    = ManagedObjectType("ScheduledTaskManager")
	ManagedObjectTypeTenantTenantManager                     = ManagedObjectType("TenantTenantManager")
	ManagedObjectTypeFailoverClusterConfigurator             = ManagedObjectType("FailoverClusterConfigurator")
	ManagedObjectTypeFailoverClusterManager                  = ManagedObjectType("FailoverClusterManager")
	ManagedObjectTypeContainerView                           = ManagedObjectType("ContainerView")
	ManagedObjectTypeInventoryView                           = ManagedObjectType("InventoryView")
	ManagedObjectTypeListView                                = ManagedObjectType("ListView")
	ManagedObjectTypeManagedObjectView                       = ManagedObjectType("ManagedObjectView")
	ManagedObjectTypeView                                    = ManagedObjectType("View")
	ManagedObjectTypeViewManager                             = ManagedObjectType("ViewManager")
	ManagedObjectTypeVirtualMachineGuestCustomizationManager = ManagedObjectType("VirtualMachineGuestCustomizationManager")
	ManagedObjectTypeVirtualMachineSnapshot                  = ManagedObjectType("VirtualMachineSnapshot")
	ManagedObjectTypeVirtualMachineCompatibilityChecker      = ManagedObjectType("VirtualMachineCompatibilityChecker")
	ManagedObjectTypeVirtualMachineProvisioningChecker       = ManagedObjectType("VirtualMachineProvisioningChecker")
	ManagedObjectTypeGuestAliasManager                       = ManagedObjectType("GuestAliasManager")
	ManagedObjectTypeGuestAuthManager                        = ManagedObjectType("GuestAuthManager")
	ManagedObjectTypeGuestFileManager                        = ManagedObjectType("GuestFileManager")
	ManagedObjectTypeGuestOperationsManager                  = ManagedObjectType("GuestOperationsManager")
	ManagedObjectTypeGuestProcessManager                     = ManagedObjectType("GuestProcessManager")
	ManagedObjectTypeGuestWindowsRegistryManager             = ManagedObjectType("GuestWindowsRegistryManager")
	ManagedObjectTypeVStorageObjectManagerBase               = ManagedObjectType("VStorageObjectManagerBase")
	ManagedObjectTypeHostVStorageObjectManager               = ManagedObjectType("HostVStorageObjectManager")
	ManagedObjectTypeVcenterVStorageObjectManager            = ManagedObjectType("VcenterVStorageObjectManager")
)

func (e ManagedObjectType) Values() []ManagedObjectType {
	return []ManagedObjectType{
		ManagedObjectTypePropertyCollector,
		ManagedObjectTypePropertyFilter,
		ManagedObjectTypeAuthorizationManager,
		ManagedObjectTypeCertificateManager,
		ManagedObjectTypeClusterComputeResource,
		ManagedObjectTypeComputeResource,
		ManagedObjectTypeCustomFieldsManager,
		ManagedObjectTypeCustomizationSpecManager,
		ManagedObjectTypeDatacenter,
		ManagedObjectTypeDatastore,
		ManagedObjectTypeDatastoreNamespaceManager,
		ManagedObjectTypeDiagnosticManager,
		ManagedObjectTypeDirectPathProfileManager,
		ManagedObjectTypeDistributedVirtualSwitch,
		ManagedObjectTypeEnvironmentBrowser,
		ManagedObjectTypeExtensibleManagedObject,
		ManagedObjectTypeExtensionManager,
		ManagedObjectTypeFileManager,
		ManagedObjectTypeFolder,
		ManagedObjectTypeHealthUpdateManager,
		ManagedObjectTypeHistoryCollector,
		ManagedObjectTypeHostSystem,
		ManagedObjectTypeHttpNfcLease,
		ManagedObjectTypeIoFilterManager,
		ManagedObjectTypeIpPoolManager,
		ManagedObjectTypeLicenseAssignmentManager,
		ManagedObjectTypeLicenseManager,
		ManagedObjectTypeLocalizationManager,
		ManagedObjectTypeManagedEntity,
		ManagedObjectTypeNetwork,
		ManagedObjectTypeOpaqueNetwork,
		ManagedObjectTypeOverheadMemoryManager,
		ManagedObjectTypeOvfManager,
		ManagedObjectTypePerformanceManager,
		ManagedObjectTypeResourcePlanningManager,
		ManagedObjectTypeResourcePool,
		ManagedObjectTypeSearchIndex,
		ManagedObjectTypeServiceInstance,
		ManagedObjectTypeServiceManager,
		ManagedObjectTypeSessionManager,
		ManagedObjectTypeSimpleCommand,
		ManagedObjectTypeSiteInfoManager,
		ManagedObjectTypeStoragePod,
		ManagedObjectTypeStorageQueryManager,
		ManagedObjectTypeStorageResourceManager,
		ManagedObjectTypeTask,
		ManagedObjectTypeTaskHistoryCollector,
		ManagedObjectTypeTaskManager,
		ManagedObjectTypeUserDirectory,
		ManagedObjectTypeVirtualApp,
		ManagedObjectTypeVirtualDiskManager,
		ManagedObjectTypeVirtualMachine,
		ManagedObjectTypeVirtualizationManager,
		ManagedObjectTypeVsanUpgradeSystem,
		ManagedObjectTypeAlarm,
		ManagedObjectTypeAlarmManager,
		ManagedObjectTypeClusterEVCManager,
		ManagedObjectTypeDistributedVirtualPortgroup,
		ManagedObjectTypeDistributedVirtualSwitchManager,
		ManagedObjectTypeVmwareDistributedVirtualSwitch,
		ManagedObjectTypeCryptoManager,
		ManagedObjectTypeCryptoManagerHost,
		ManagedObjectTypeCryptoManagerHostKMS,
		ManagedObjectTypeCryptoManagerKmip,
		ManagedObjectTypeEventHistoryCollector,
		ManagedObjectTypeEventManager,
		ManagedObjectTypeHostActiveDirectoryAuthentication,
		ManagedObjectTypeHostAssignableHardwareManager,
		ManagedObjectTypeHostAuthenticationManager,
		ManagedObjectTypeHostAuthenticationStore,
		ManagedObjectTypeHostAutoStartManager,
		ManagedObjectTypeHostBootDeviceSystem,
		ManagedObjectTypeHostCacheConfigurationManager,
		ManagedObjectTypeHostCertificateManager,
		ManagedObjectTypeHostCpuSchedulerSystem,
		ManagedObjectTypeHostDatastoreBrowser,
		ManagedObjectTypeHostDatastoreSystem,
		ManagedObjectTypeHostDateTimeSystem,
		ManagedObjectTypeHostDiagnosticSystem,
		ManagedObjectTypeHostDirectoryStore,
		ManagedObjectTypeHostEsxAgentHostManager,
		ManagedObjectTypeHostFirewallSystem,
		ManagedObjectTypeHostFirmwareSystem,
		ManagedObjectTypeHostGraphicsManager,
		ManagedObjectTypeHostHealthStatusSystem,
		ManagedObjectTypeHostAccessManager,
		ManagedObjectTypeHostImageConfigManager,
		ManagedObjectTypeIscsiManager,
		ManagedObjectTypeHostKernelModuleSystem,
		ManagedObjectTypeHostLocalAccountManager,
		ManagedObjectTypeHostLocalAuthentication,
		ManagedObjectTypeHostMemorySystem,
		ManagedObjectTypeMessageBusProxy,
		ManagedObjectTypeHostNetworkSystem,
		ManagedObjectTypeHostNvdimmSystem,
		ManagedObjectTypeHostPatchManager,
		ManagedObjectTypeHostPciPassthruSystem,
		ManagedObjectTypeHostPowerSystem,
		ManagedObjectTypeHostServiceSystem,
		ManagedObjectTypeHostSnmpSystem,
		ManagedObjectTypeHostStorageSystem,
		ManagedObjectTypeHostVFlashManager,
		ManagedObjectTypeHostVMotionSystem,
		ManagedObjectTypeHostVirtualNicManager,
		ManagedObjectTypeHostVsanInternalSystem,
		ManagedObjectTypeHostVsanSystem,
		ManagedObjectTypeOptionManager,
		ManagedObjectTypeProfileComplianceManager,
		ManagedObjectTypeProfile,
		ManagedObjectTypeProfileManager,
		ManagedObjectTypeClusterProfile,
		ManagedObjectTypeClusterProfileManager,
		ManagedObjectTypeHostProfile,
		ManagedObjectTypeHostSpecificationManager,
		ManagedObjectTypeHostProfileManager,
		ManagedObjectTypeScheduledTask,
		ManagedObjectTypeScheduledTaskManager,
		ManagedObjectTypeTenantTenantManager,
		ManagedObjectTypeFailoverClusterConfigurator,
		ManagedObjectTypeFailoverClusterManager,
		ManagedObjectTypeContainerView,
		ManagedObjectTypeInventoryView,
		ManagedObjectTypeListView,
		ManagedObjectTypeManagedObjectView,
		ManagedObjectTypeView,
		ManagedObjectTypeViewManager,
		ManagedObjectTypeVirtualMachineGuestCustomizationManager,
		ManagedObjectTypeVirtualMachineSnapshot,
		ManagedObjectTypeVirtualMachineCompatibilityChecker,
		ManagedObjectTypeVirtualMachineProvisioningChecker,
		ManagedObjectTypeGuestAliasManager,
		ManagedObjectTypeGuestAuthManager,
		ManagedObjectTypeGuestFileManager,
		ManagedObjectTypeGuestOperationsManager,
		ManagedObjectTypeGuestProcessManager,
		ManagedObjectTypeGuestWindowsRegistryManager,
		ManagedObjectTypeVStorageObjectManagerBase,
		ManagedObjectTypeHostVStorageObjectManager,
		ManagedObjectTypeVcenterVStorageObjectManager,
	}
}

func (e ManagedObjectType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ManagedObjectType"] = reflect.TypeOf((*ManagedObjectType)(nil)).Elem()
}

// The operation on the target metric item.
type MetricAlarmOperator string

const (
	// Test if the target metric item is above the given red or yellow values.
	MetricAlarmOperatorIsAbove = MetricAlarmOperator("isAbove")
	// Test if the target metric item is below the given red or yellow values.
	MetricAlarmOperatorIsBelow = MetricAlarmOperator("isBelow")
)

func (e MetricAlarmOperator) Values() []MetricAlarmOperator {
	return []MetricAlarmOperator{
		MetricAlarmOperatorIsAbove,
		MetricAlarmOperatorIsBelow,
	}
}

func (e MetricAlarmOperator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["MetricAlarmOperator"] = reflect.TypeOf((*MetricAlarmOperator)(nil)).Elem()
}

// Set of constants defining the possible states of a multipath path.
type MultipathState string

const (
	MultipathStateStandby  = MultipathState("standby")
	MultipathStateActive   = MultipathState("active")
	MultipathStateDisabled = MultipathState("disabled")
	MultipathStateDead     = MultipathState("dead")
	MultipathStateUnknown  = MultipathState("unknown")
)

func (e MultipathState) Values() []MultipathState {
	return []MultipathState{
		MultipathStateStandby,
		MultipathStateActive,
		MultipathStateDisabled,
		MultipathStateDead,
		MultipathStateUnknown,
	}
}

func (e MultipathState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["MultipathState"] = reflect.TypeOf((*MultipathState)(nil)).Elem()
}

// NetBIOS configuration mode.
type NetBIOSConfigInfoMode string

const (
	// Mode of NetBIOS is unknown.
	NetBIOSConfigInfoModeUnknown = NetBIOSConfigInfoMode("unknown")
	// NetBIOS is enabled.
	NetBIOSConfigInfoModeEnabled = NetBIOSConfigInfoMode("enabled")
	// NetBIOS is disabled.
	NetBIOSConfigInfoModeDisabled = NetBIOSConfigInfoMode("disabled")
	// DHCP server decides whether or not to use NetBIOS.
	NetBIOSConfigInfoModeEnabledViaDHCP = NetBIOSConfigInfoMode("enabledViaDHCP")
)

func (e NetBIOSConfigInfoMode) Values() []NetBIOSConfigInfoMode {
	return []NetBIOSConfigInfoMode{
		NetBIOSConfigInfoModeUnknown,
		NetBIOSConfigInfoModeEnabled,
		NetBIOSConfigInfoModeDisabled,
		NetBIOSConfigInfoModeEnabledViaDHCP,
	}
}

func (e NetBIOSConfigInfoMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NetBIOSConfigInfoMode"] = reflect.TypeOf((*NetBIOSConfigInfoMode)(nil)).Elem()
}

// This specifies how an IP address was obtained for a given interface.
//
// See RFC 4293 IpAddressOriginTC.
type NetIpConfigInfoIpAddressOrigin string

const (
	// Any other type of address configuration other than the below
	// mentioned ones will fall under this category.
	//
	// For e.g., automatic
	// address configuration for the link local address falls under
	// this type.
	NetIpConfigInfoIpAddressOriginOther = NetIpConfigInfoIpAddressOrigin("other")
	// The address is configured manually.
	//
	// The term 'static' is a synonym.
	NetIpConfigInfoIpAddressOriginManual = NetIpConfigInfoIpAddressOrigin("manual")
	// The address is configured through dhcp.
	NetIpConfigInfoIpAddressOriginDhcp = NetIpConfigInfoIpAddressOrigin("dhcp")
	// The address is obtained through stateless autoconfiguration (autoconf).
	//
	// See RFC 4862, IPv6 Stateless Address Autoconfiguration.
	NetIpConfigInfoIpAddressOriginLinklayer = NetIpConfigInfoIpAddressOrigin("linklayer")
	// The address is chosen by the system at random
	// e.g., an IPv4 address within 169.254/16, or an RFC 3041 privacy address.
	NetIpConfigInfoIpAddressOriginRandom = NetIpConfigInfoIpAddressOrigin("random")
)

func (e NetIpConfigInfoIpAddressOrigin) Values() []NetIpConfigInfoIpAddressOrigin {
	return []NetIpConfigInfoIpAddressOrigin{
		NetIpConfigInfoIpAddressOriginOther,
		NetIpConfigInfoIpAddressOriginManual,
		NetIpConfigInfoIpAddressOriginDhcp,
		NetIpConfigInfoIpAddressOriginLinklayer,
		NetIpConfigInfoIpAddressOriginRandom,
	}
}

func (e NetIpConfigInfoIpAddressOrigin) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NetIpConfigInfoIpAddressOrigin"] = reflect.TypeOf((*NetIpConfigInfoIpAddressOrigin)(nil)).Elem()
}

type NetIpConfigInfoIpAddressStatus string

const (
	// Indicates that this is a valid address.
	NetIpConfigInfoIpAddressStatusPreferred = NetIpConfigInfoIpAddressStatus("preferred")
	// Indicates that this is a valid but deprecated address
	// that should no longer be used as a source address.
	NetIpConfigInfoIpAddressStatusDeprecated = NetIpConfigInfoIpAddressStatus("deprecated")
	// Indicates that this isn't a valid.
	NetIpConfigInfoIpAddressStatusInvalid = NetIpConfigInfoIpAddressStatus("invalid")
	// Indicates that the address is not accessible because
	// interface is not operational.
	NetIpConfigInfoIpAddressStatusInaccessible = NetIpConfigInfoIpAddressStatus("inaccessible")
	// Indicates that the status cannot be determined.
	NetIpConfigInfoIpAddressStatusUnknown = NetIpConfigInfoIpAddressStatus("unknown")
	// Indicates that the uniqueness of the
	// address on the link is presently being verified.
	NetIpConfigInfoIpAddressStatusTentative = NetIpConfigInfoIpAddressStatus("tentative")
	// Indicates the address has been determined to be non-unique
	// on the link, this address will not be reachable.
	NetIpConfigInfoIpAddressStatusDuplicate = NetIpConfigInfoIpAddressStatus("duplicate")
)

func (e NetIpConfigInfoIpAddressStatus) Values() []NetIpConfigInfoIpAddressStatus {
	return []NetIpConfigInfoIpAddressStatus{
		NetIpConfigInfoIpAddressStatusPreferred,
		NetIpConfigInfoIpAddressStatusDeprecated,
		NetIpConfigInfoIpAddressStatusInvalid,
		NetIpConfigInfoIpAddressStatusInaccessible,
		NetIpConfigInfoIpAddressStatusUnknown,
		NetIpConfigInfoIpAddressStatusTentative,
		NetIpConfigInfoIpAddressStatusDuplicate,
	}
}

func (e NetIpConfigInfoIpAddressStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NetIpConfigInfoIpAddressStatus"] = reflect.TypeOf((*NetIpConfigInfoIpAddressStatus)(nil)).Elem()
}

// IP Stack keeps state on entries in IpNetToMedia table to perform
// physical address lookups for IP addresses.
//
// Here are the standard
// states per @see RFC 4293 ipNetToMediaType.
type NetIpStackInfoEntryType string

const (
	// This implementation is reporting something other than
	// what states are listed below.
	NetIpStackInfoEntryTypeOther = NetIpStackInfoEntryType("other")
	// The IP Stack has marked this entry as not useable.
	NetIpStackInfoEntryTypeInvalid = NetIpStackInfoEntryType("invalid")
	// This entry has been learned using ARP or NDP.
	NetIpStackInfoEntryTypeDynamic = NetIpStackInfoEntryType("dynamic")
	// This entry was set manually.
	NetIpStackInfoEntryTypeManual = NetIpStackInfoEntryType("manual")
)

func (e NetIpStackInfoEntryType) Values() []NetIpStackInfoEntryType {
	return []NetIpStackInfoEntryType{
		NetIpStackInfoEntryTypeOther,
		NetIpStackInfoEntryTypeInvalid,
		NetIpStackInfoEntryTypeDynamic,
		NetIpStackInfoEntryTypeManual,
	}
}

func (e NetIpStackInfoEntryType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NetIpStackInfoEntryType"] = reflect.TypeOf((*NetIpStackInfoEntryType)(nil)).Elem()
}

// The set of values used to determine ordering of default routers.
//
// See RFC 4293 ipDefaultRouterPreference.
type NetIpStackInfoPreference string

const (
	NetIpStackInfoPreferenceReserved = NetIpStackInfoPreference("reserved")
	NetIpStackInfoPreferenceLow      = NetIpStackInfoPreference("low")
	NetIpStackInfoPreferenceMedium   = NetIpStackInfoPreference("medium")
	NetIpStackInfoPreferenceHigh     = NetIpStackInfoPreference("high")
)

func (e NetIpStackInfoPreference) Values() []NetIpStackInfoPreference {
	return []NetIpStackInfoPreference{
		NetIpStackInfoPreferenceReserved,
		NetIpStackInfoPreferenceLow,
		NetIpStackInfoPreferenceMedium,
		NetIpStackInfoPreferenceHigh,
	}
}

func (e NetIpStackInfoPreference) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NetIpStackInfoPreference"] = reflect.TypeOf((*NetIpStackInfoPreference)(nil)).Elem()
}

type NotSupportedDeviceForFTDeviceType string

const (
	// vmxnet3 virtual Ethernet adapter
	NotSupportedDeviceForFTDeviceTypeVirtualVmxnet3 = NotSupportedDeviceForFTDeviceType("virtualVmxnet3")
	// paravirtualized SCSI controller
	NotSupportedDeviceForFTDeviceTypeParaVirtualSCSIController = NotSupportedDeviceForFTDeviceType("paraVirtualSCSIController")
)

func (e NotSupportedDeviceForFTDeviceType) Values() []NotSupportedDeviceForFTDeviceType {
	return []NotSupportedDeviceForFTDeviceType{
		NotSupportedDeviceForFTDeviceTypeVirtualVmxnet3,
		NotSupportedDeviceForFTDeviceTypeParaVirtualSCSIController,
	}
}

func (e NotSupportedDeviceForFTDeviceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NotSupportedDeviceForFTDeviceType"] = reflect.TypeOf((*NotSupportedDeviceForFTDeviceType)(nil)).Elem()
}

// Reasons why the number of virtual CPUs is incompatible.
type NumVirtualCpusIncompatibleReason string

const (
	// Deprecated as of vSphere API 6.0.
	//
	// The virtual machine needs to support record/replay functionality.
	NumVirtualCpusIncompatibleReasonRecordReplay = NumVirtualCpusIncompatibleReason("recordReplay")
	// The virtual machine is enabled for fault tolerance.
	NumVirtualCpusIncompatibleReasonFaultTolerance = NumVirtualCpusIncompatibleReason("faultTolerance")
)

func (e NumVirtualCpusIncompatibleReason) Values() []NumVirtualCpusIncompatibleReason {
	return []NumVirtualCpusIncompatibleReason{
		NumVirtualCpusIncompatibleReasonRecordReplay,
		NumVirtualCpusIncompatibleReasonFaultTolerance,
	}
}

func (e NumVirtualCpusIncompatibleReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NumVirtualCpusIncompatibleReason"] = reflect.TypeOf((*NumVirtualCpusIncompatibleReason)(nil)).Elem()
}

// State of interleave set
type NvdimmInterleaveSetState string

const (
	// Interleave set is invalid
	NvdimmInterleaveSetStateInvalid = NvdimmInterleaveSetState("invalid")
	// Interleave set is valid and active
	NvdimmInterleaveSetStateActive = NvdimmInterleaveSetState("active")
)

func (e NvdimmInterleaveSetState) Values() []NvdimmInterleaveSetState {
	return []NvdimmInterleaveSetState{
		NvdimmInterleaveSetStateInvalid,
		NvdimmInterleaveSetStateActive,
	}
}

func (e NvdimmInterleaveSetState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmInterleaveSetState"] = reflect.TypeOf((*NvdimmInterleaveSetState)(nil)).Elem()
}

// Overall health state for a namespace
type NvdimmNamespaceDetailsHealthStatus string

const (
	// Namespace health is normal
	NvdimmNamespaceDetailsHealthStatusNormal = NvdimmNamespaceDetailsHealthStatus("normal")
	// Namespace health is missing
	NvdimmNamespaceDetailsHealthStatusMissing = NvdimmNamespaceDetailsHealthStatus("missing")
	// Namespace health label is missing
	NvdimmNamespaceDetailsHealthStatusLabelMissing = NvdimmNamespaceDetailsHealthStatus("labelMissing")
	// Namespace health interleave broken
	NvdimmNamespaceDetailsHealthStatusInterleaveBroken = NvdimmNamespaceDetailsHealthStatus("interleaveBroken")
	// Namespace health label is inconsistent
	NvdimmNamespaceDetailsHealthStatusLabelInconsistent = NvdimmNamespaceDetailsHealthStatus("labelInconsistent")
)

func (e NvdimmNamespaceDetailsHealthStatus) Values() []NvdimmNamespaceDetailsHealthStatus {
	return []NvdimmNamespaceDetailsHealthStatus{
		NvdimmNamespaceDetailsHealthStatusNormal,
		NvdimmNamespaceDetailsHealthStatusMissing,
		NvdimmNamespaceDetailsHealthStatusLabelMissing,
		NvdimmNamespaceDetailsHealthStatusInterleaveBroken,
		NvdimmNamespaceDetailsHealthStatusLabelInconsistent,
	}
}

func (e NvdimmNamespaceDetailsHealthStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmNamespaceDetailsHealthStatus"] = reflect.TypeOf((*NvdimmNamespaceDetailsHealthStatus)(nil)).Elem()
}

// State of Namespace
type NvdimmNamespaceDetailsState string

const (
	// Namespace is invalid
	NvdimmNamespaceDetailsStateInvalid = NvdimmNamespaceDetailsState("invalid")
	// Namespace is valid but not in use
	NvdimmNamespaceDetailsStateNotInUse = NvdimmNamespaceDetailsState("notInUse")
	// Namespace is valid and is in use
	NvdimmNamespaceDetailsStateInUse = NvdimmNamespaceDetailsState("inUse")
)

func (e NvdimmNamespaceDetailsState) Values() []NvdimmNamespaceDetailsState {
	return []NvdimmNamespaceDetailsState{
		NvdimmNamespaceDetailsStateInvalid,
		NvdimmNamespaceDetailsStateNotInUse,
		NvdimmNamespaceDetailsStateInUse,
	}
}

func (e NvdimmNamespaceDetailsState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmNamespaceDetailsState"] = reflect.TypeOf((*NvdimmNamespaceDetailsState)(nil)).Elem()
}

// Overall health state for a namespace
type NvdimmNamespaceHealthStatus string

const (
	// Namespace health is normal
	NvdimmNamespaceHealthStatusNormal = NvdimmNamespaceHealthStatus("normal")
	// Namespace health is missing
	NvdimmNamespaceHealthStatusMissing = NvdimmNamespaceHealthStatus("missing")
	// Namespace health label is missing
	NvdimmNamespaceHealthStatusLabelMissing = NvdimmNamespaceHealthStatus("labelMissing")
	// Namespace health interleave broken
	NvdimmNamespaceHealthStatusInterleaveBroken = NvdimmNamespaceHealthStatus("interleaveBroken")
	// Namespace health label is inconsistent
	NvdimmNamespaceHealthStatusLabelInconsistent = NvdimmNamespaceHealthStatus("labelInconsistent")
	// Namespace health BTT is corrupt
	NvdimmNamespaceHealthStatusBttCorrupt = NvdimmNamespaceHealthStatus("bttCorrupt")
	// Namespace health encountered bad block
	NvdimmNamespaceHealthStatusBadBlockSize = NvdimmNamespaceHealthStatus("badBlockSize")
)

func (e NvdimmNamespaceHealthStatus) Values() []NvdimmNamespaceHealthStatus {
	return []NvdimmNamespaceHealthStatus{
		NvdimmNamespaceHealthStatusNormal,
		NvdimmNamespaceHealthStatusMissing,
		NvdimmNamespaceHealthStatusLabelMissing,
		NvdimmNamespaceHealthStatusInterleaveBroken,
		NvdimmNamespaceHealthStatusLabelInconsistent,
		NvdimmNamespaceHealthStatusBttCorrupt,
		NvdimmNamespaceHealthStatusBadBlockSize,
	}
}

func (e NvdimmNamespaceHealthStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmNamespaceHealthStatus"] = reflect.TypeOf((*NvdimmNamespaceHealthStatus)(nil)).Elem()
}

// State of Namespace
type NvdimmNamespaceState string

const (
	// Namespace is invalid
	NvdimmNamespaceStateInvalid = NvdimmNamespaceState("invalid")
	// Namespace is valid but not in use
	NvdimmNamespaceStateNotInUse = NvdimmNamespaceState("notInUse")
	// Namespace is valid and is in use
	NvdimmNamespaceStateInUse = NvdimmNamespaceState("inUse")
)

func (e NvdimmNamespaceState) Values() []NvdimmNamespaceState {
	return []NvdimmNamespaceState{
		NvdimmNamespaceStateInvalid,
		NvdimmNamespaceStateNotInUse,
		NvdimmNamespaceStateInUse,
	}
}

func (e NvdimmNamespaceState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmNamespaceState"] = reflect.TypeOf((*NvdimmNamespaceState)(nil)).Elem()
}

// Type of namespace.
type NvdimmNamespaceType string

const (
	// Block mode namespace
	NvdimmNamespaceTypeBlockNamespace = NvdimmNamespaceType("blockNamespace")
	// Persistent mode namespace
	NvdimmNamespaceTypePersistentNamespace = NvdimmNamespaceType("persistentNamespace")
)

func (e NvdimmNamespaceType) Values() []NvdimmNamespaceType {
	return []NvdimmNamespaceType{
		NvdimmNamespaceTypeBlockNamespace,
		NvdimmNamespaceTypePersistentNamespace,
	}
}

func (e NvdimmNamespaceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmNamespaceType"] = reflect.TypeOf((*NvdimmNamespaceType)(nil)).Elem()
}

// Overall state of NVDIMM
type NvdimmNvdimmHealthInfoState string

const (
	// NVDIMM state is normal
	NvdimmNvdimmHealthInfoStateNormal = NvdimmNvdimmHealthInfoState("normal")
	// Error in NVDIMM state.
	//
	// Potential data loss.
	NvdimmNvdimmHealthInfoStateError = NvdimmNvdimmHealthInfoState("error")
)

func (e NvdimmNvdimmHealthInfoState) Values() []NvdimmNvdimmHealthInfoState {
	return []NvdimmNvdimmHealthInfoState{
		NvdimmNvdimmHealthInfoStateNormal,
		NvdimmNvdimmHealthInfoStateError,
	}
}

func (e NvdimmNvdimmHealthInfoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmNvdimmHealthInfoState"] = reflect.TypeOf((*NvdimmNvdimmHealthInfoState)(nil)).Elem()
}

// An indicator of how a memory range is being used
type NvdimmRangeType string

const (
	// Identifies the region to be volatile
	NvdimmRangeTypeVolatileRange = NvdimmRangeType("volatileRange")
	// Identifies the region to be persistent
	NvdimmRangeTypePersistentRange = NvdimmRangeType("persistentRange")
	// NVDIMM control region
	NvdimmRangeTypeControlRange = NvdimmRangeType("controlRange")
	// NVDIMM block data window region
	NvdimmRangeTypeBlockRange = NvdimmRangeType("blockRange")
	// NVDIMM volatile virtual disk region
	NvdimmRangeTypeVolatileVirtualDiskRange = NvdimmRangeType("volatileVirtualDiskRange")
	// NVDIMM volatile virtual CD region
	NvdimmRangeTypeVolatileVirtualCDRange = NvdimmRangeType("volatileVirtualCDRange")
	// NVDIMM persistent virtual disk region
	NvdimmRangeTypePersistentVirtualDiskRange = NvdimmRangeType("persistentVirtualDiskRange")
	// NVDIMM persistent virtual CD region
	NvdimmRangeTypePersistentVirtualCDRange = NvdimmRangeType("persistentVirtualCDRange")
)

func (e NvdimmRangeType) Values() []NvdimmRangeType {
	return []NvdimmRangeType{
		NvdimmRangeTypeVolatileRange,
		NvdimmRangeTypePersistentRange,
		NvdimmRangeTypeControlRange,
		NvdimmRangeTypeBlockRange,
		NvdimmRangeTypeVolatileVirtualDiskRange,
		NvdimmRangeTypeVolatileVirtualCDRange,
		NvdimmRangeTypePersistentVirtualDiskRange,
		NvdimmRangeTypePersistentVirtualCDRange,
	}
}

func (e NvdimmRangeType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["NvdimmRangeType"] = reflect.TypeOf((*NvdimmRangeType)(nil)).Elem()
}

// Enumeration of different kinds of updates.
type ObjectUpdateKind string

const (
	// A property of the managed object changed its value.
	ObjectUpdateKindModify = ObjectUpdateKind("modify")
	// A managed object became visible to a filter for the first time.
	//
	// For instance, this can happen if a virtual machine is added to a
	// folder.
	ObjectUpdateKindEnter = ObjectUpdateKind("enter")
	// A managed object left the set of objects visible to a filter.
	//
	// For
	// instance, this can happen when a virtual machine is destroyed.
	ObjectUpdateKindLeave = ObjectUpdateKind("leave")
)

func (e ObjectUpdateKind) Values() []ObjectUpdateKind {
	return []ObjectUpdateKind{
		ObjectUpdateKindModify,
		ObjectUpdateKindEnter,
		ObjectUpdateKindLeave,
	}
}

func (e ObjectUpdateKind) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ObjectUpdateKind"] = reflect.TypeOf((*ObjectUpdateKind)(nil)).Elem()
}

// The type of an OST node.
//
// Each OST node corresponds to an element in the OVF descriptor. See `OvfConsumerOstNode`
// for a description of the different node types.
type OvfConsumerOstNodeType string

const (
	OvfConsumerOstNodeTypeEnvelope                = OvfConsumerOstNodeType("envelope")
	OvfConsumerOstNodeTypeVirtualSystem           = OvfConsumerOstNodeType("virtualSystem")
	OvfConsumerOstNodeTypeVirtualSystemCollection = OvfConsumerOstNodeType("virtualSystemCollection")
)

func (e OvfConsumerOstNodeType) Values() []OvfConsumerOstNodeType {
	return []OvfConsumerOstNodeType{
		OvfConsumerOstNodeTypeEnvelope,
		OvfConsumerOstNodeTypeVirtualSystem,
		OvfConsumerOstNodeTypeVirtualSystemCollection,
	}
}

func (e OvfConsumerOstNodeType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["OvfConsumerOstNodeType"] = reflect.TypeOf((*OvfConsumerOstNodeType)(nil)).Elem()
}

// Types of disk provisioning that can be set for the disk in the deployed OVF
// package.
type OvfCreateImportSpecParamsDiskProvisioningType string

const (
	// A sparse (allocate on demand) monolithic disk.
	//
	// Disks in this format can
	// be used with other VMware products.
	OvfCreateImportSpecParamsDiskProvisioningTypeMonolithicSparse = OvfCreateImportSpecParamsDiskProvisioningType("monolithicSparse")
	// A preallocated monolithic disk.
	//
	// Disks in this format can be used with
	// other VMware products.
	OvfCreateImportSpecParamsDiskProvisioningTypeMonolithicFlat = OvfCreateImportSpecParamsDiskProvisioningType("monolithicFlat")
	// A sparse (allocate on demand) disk with 2GB maximum extent size.
	//
	// Disks in this format can be used with other VMware products. The 2GB
	// extent size makes these disks easier to burn to dvd or use on
	// filesystems that don't support large files.
	OvfCreateImportSpecParamsDiskProvisioningTypeTwoGbMaxExtentSparse = OvfCreateImportSpecParamsDiskProvisioningType("twoGbMaxExtentSparse")
	// A preallocated disk with 2GB maximum extent size.
	//
	// Disks in this format
	// can be used with other VMware products. The 2GB extent size
	// makes these disks easier to burn to dvd or use on filesystems that
	// don't support large files.
	OvfCreateImportSpecParamsDiskProvisioningTypeTwoGbMaxExtentFlat = OvfCreateImportSpecParamsDiskProvisioningType("twoGbMaxExtentFlat")
	// Space required for thin-provisioned virtual disk is allocated and
	// zeroed on demand as the space is used.
	OvfCreateImportSpecParamsDiskProvisioningTypeThin = OvfCreateImportSpecParamsDiskProvisioningType("thin")
	// A thick disk has all space allocated at creation time
	// and the space is zeroed on demand as the space is used.
	OvfCreateImportSpecParamsDiskProvisioningTypeThick = OvfCreateImportSpecParamsDiskProvisioningType("thick")
	// A sparse (allocate on demand) format with additional space
	// optimizations.
	OvfCreateImportSpecParamsDiskProvisioningTypeSeSparse = OvfCreateImportSpecParamsDiskProvisioningType("seSparse")
	// An eager zeroed thick disk has all space allocated and wiped clean
	// of any previous contents on the physical media at creation time.
	//
	// Such disks may take longer time during creation compared to other
	// disk formats.
	OvfCreateImportSpecParamsDiskProvisioningTypeEagerZeroedThick = OvfCreateImportSpecParamsDiskProvisioningType("eagerZeroedThick")
	// Depending on the host type, Sparse is mapped to either
	// MonolithicSparse or Thin.
	OvfCreateImportSpecParamsDiskProvisioningTypeSparse = OvfCreateImportSpecParamsDiskProvisioningType("sparse")
	// Depending on the host type, Flat is mapped to either
	// MonolithicFlat or Thick.
	OvfCreateImportSpecParamsDiskProvisioningTypeFlat = OvfCreateImportSpecParamsDiskProvisioningType("flat")
)

func (e OvfCreateImportSpecParamsDiskProvisioningType) Values() []OvfCreateImportSpecParamsDiskProvisioningType {
	return []OvfCreateImportSpecParamsDiskProvisioningType{
		OvfCreateImportSpecParamsDiskProvisioningTypeMonolithicSparse,
		OvfCreateImportSpecParamsDiskProvisioningTypeMonolithicFlat,
		OvfCreateImportSpecParamsDiskProvisioningTypeTwoGbMaxExtentSparse,
		OvfCreateImportSpecParamsDiskProvisioningTypeTwoGbMaxExtentFlat,
		OvfCreateImportSpecParamsDiskProvisioningTypeThin,
		OvfCreateImportSpecParamsDiskProvisioningTypeThick,
		OvfCreateImportSpecParamsDiskProvisioningTypeSeSparse,
		OvfCreateImportSpecParamsDiskProvisioningTypeEagerZeroedThick,
		OvfCreateImportSpecParamsDiskProvisioningTypeSparse,
		OvfCreateImportSpecParamsDiskProvisioningTypeFlat,
	}
}

func (e OvfCreateImportSpecParamsDiskProvisioningType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["OvfCreateImportSpecParamsDiskProvisioningType"] = reflect.TypeOf((*OvfCreateImportSpecParamsDiskProvisioningType)(nil)).Elem()
}

// The format in which performance counter data is returned.
type PerfFormat string

const (
	// Counters returned in an array of data objects.
	PerfFormatNormal = PerfFormat("normal")
	// Counters returned in comma-separate value (CSV) format.
	PerfFormatCsv = PerfFormat("csv")
)

func (e PerfFormat) Values() []PerfFormat {
	return []PerfFormat{
		PerfFormatNormal,
		PerfFormatCsv,
	}
}

func (e PerfFormat) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PerfFormat"] = reflect.TypeOf((*PerfFormat)(nil)).Elem()
}

// Indicates the type of statistical measurement that a counter&#146;s
// value represents.
//
// Valid types are &#147;absolute&#148;,
// &#147;delta&#148;, or &#147;rate&#148;.
type PerfStatsType string

const (
	// Represents an actual value, level, or state of the counter.
	//
	// For
	// example, the &#147;uptime&#148; counter (`*system*` group)
	// represents the actual number of seconds since startup. The
	// &#147;capacity&#148; counter represents the actual configured size
	// of the specified datastore. In other words, number of samples,
	// samplingPeriod, and intervals have no bearing on an
	// &#147;absolute&#148; counter&#147;s value.
	PerfStatsTypeAbsolute = PerfStatsType("absolute")
	// Represents an amount of change for the counter during the `PerfInterval.samplingPeriod` as compared to the previous
	// `interval`.
	//
	// The first sampling interval
	PerfStatsTypeDelta = PerfStatsType("delta")
	// Represents a value that has been normalized over the `PerfInterval.samplingPeriod`, enabling values for the same
	// counter type to be compared, regardless of interval.
	//
	// For example,
	// the number of reads per second.
	PerfStatsTypeRate = PerfStatsType("rate")
)

func (e PerfStatsType) Values() []PerfStatsType {
	return []PerfStatsType{
		PerfStatsTypeAbsolute,
		PerfStatsTypeDelta,
		PerfStatsTypeRate,
	}
}

func (e PerfStatsType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PerfStatsType"] = reflect.TypeOf((*PerfStatsType)(nil)).Elem()
}

// Indicates how multiple samples of a specific counter type are
// transformed into a single statistical value.
type PerfSummaryType string

const (
	// The actual value collected or the average of all values collected
	// during the summary period.
	PerfSummaryTypeAverage = PerfSummaryType("average")
	// The maximum value of the performance counter value over the
	// summarization period.
	PerfSummaryTypeMaximum = PerfSummaryType("maximum")
	// The minimum value of the performance counter value over the
	// summarization period.
	PerfSummaryTypeMinimum = PerfSummaryType("minimum")
	// The most recent value of the performance counter over the
	// summarization period.
	PerfSummaryTypeLatest = PerfSummaryType("latest")
	// The sum of all the values of the performance counter over the
	// summarization period.
	PerfSummaryTypeSummation = PerfSummaryType("summation")
	// The counter is never rolled up.
	PerfSummaryTypeNone = PerfSummaryType("none")
)

func (e PerfSummaryType) Values() []PerfSummaryType {
	return []PerfSummaryType{
		PerfSummaryTypeAverage,
		PerfSummaryTypeMaximum,
		PerfSummaryTypeMinimum,
		PerfSummaryTypeLatest,
		PerfSummaryTypeSummation,
		PerfSummaryTypeNone,
	}
}

func (e PerfSummaryType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PerfSummaryType"] = reflect.TypeOf((*PerfSummaryType)(nil)).Elem()
}

// Indicates the unit of measure represented by a counter or statistical
// value.
type PerformanceManagerUnit string

const (
	// Percentage values in units of 1/100th of a percent.
	//
	// For example 100
	// represents 1%.
	PerformanceManagerUnitPercent = PerformanceManagerUnit("percent")
	// Kilobytes.
	PerformanceManagerUnitKiloBytes = PerformanceManagerUnit("kiloBytes")
	// Megabytes.
	PerformanceManagerUnitMegaBytes = PerformanceManagerUnit("megaBytes")
	// Megahertz.
	PerformanceManagerUnitMegaHertz = PerformanceManagerUnit("megaHertz")
	// A quantity of items, for example, the number of CPUs.
	PerformanceManagerUnitNumber = PerformanceManagerUnit("number")
	// The time in microseconds.
	PerformanceManagerUnitMicrosecond = PerformanceManagerUnit("microsecond")
	// The time in milliseconds.
	PerformanceManagerUnitMillisecond = PerformanceManagerUnit("millisecond")
	// The time in seconds.
	PerformanceManagerUnitSecond = PerformanceManagerUnit("second")
	// Kilobytes per second.
	PerformanceManagerUnitKiloBytesPerSecond = PerformanceManagerUnit("kiloBytesPerSecond")
	// Megabytes per second.
	PerformanceManagerUnitMegaBytesPerSecond = PerformanceManagerUnit("megaBytesPerSecond")
	// Watts
	PerformanceManagerUnitWatt = PerformanceManagerUnit("watt")
	// Joules
	PerformanceManagerUnitJoule = PerformanceManagerUnit("joule")
	// Terabytes.
	PerformanceManagerUnitTeraBytes = PerformanceManagerUnit("teraBytes")
	// Temperature in celsius.
	PerformanceManagerUnitCelsius = PerformanceManagerUnit("celsius")
	// The time in nanoseconds.
	PerformanceManagerUnitNanosecond = PerformanceManagerUnit("nanosecond")
)

func (e PerformanceManagerUnit) Values() []PerformanceManagerUnit {
	return []PerformanceManagerUnit{
		PerformanceManagerUnitPercent,
		PerformanceManagerUnitKiloBytes,
		PerformanceManagerUnitMegaBytes,
		PerformanceManagerUnitMegaHertz,
		PerformanceManagerUnitNumber,
		PerformanceManagerUnitMicrosecond,
		PerformanceManagerUnitMillisecond,
		PerformanceManagerUnitSecond,
		PerformanceManagerUnitKiloBytesPerSecond,
		PerformanceManagerUnitMegaBytesPerSecond,
		PerformanceManagerUnitWatt,
		PerformanceManagerUnitJoule,
		PerformanceManagerUnitTeraBytes,
		PerformanceManagerUnitCelsius,
		PerformanceManagerUnitNanosecond,
	}
}

func (e PerformanceManagerUnit) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PerformanceManagerUnit"] = reflect.TypeOf((*PerformanceManagerUnit)(nil)).Elem()
	minAPIVersionForEnumValue["PerformanceManagerUnit"] = map[string]string{
		"nanosecond": "8.0.0.1",
	}
}

type PhysicalNicResourcePoolSchedulerDisallowedReason string

const (
	// Indicates that the user has opted out the Physical NIC from resource pool
	// based scheduling.
	PhysicalNicResourcePoolSchedulerDisallowedReasonUserOptOut = PhysicalNicResourcePoolSchedulerDisallowedReason("userOptOut")
	// Indicates that the NIC device does is not capable of resource pool
	// based scheduling.
	PhysicalNicResourcePoolSchedulerDisallowedReasonHardwareUnsupported = PhysicalNicResourcePoolSchedulerDisallowedReason("hardwareUnsupported")
)

func (e PhysicalNicResourcePoolSchedulerDisallowedReason) Values() []PhysicalNicResourcePoolSchedulerDisallowedReason {
	return []PhysicalNicResourcePoolSchedulerDisallowedReason{
		PhysicalNicResourcePoolSchedulerDisallowedReasonUserOptOut,
		PhysicalNicResourcePoolSchedulerDisallowedReasonHardwareUnsupported,
	}
}

func (e PhysicalNicResourcePoolSchedulerDisallowedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PhysicalNicResourcePoolSchedulerDisallowedReason"] = reflect.TypeOf((*PhysicalNicResourcePoolSchedulerDisallowedReason)(nil)).Elem()
}

// Set of possible values for `PhysicalNic.vmDirectPathGen2SupportedMode`.
type PhysicalNicVmDirectPathGen2SupportedMode string

const (
	PhysicalNicVmDirectPathGen2SupportedModeUpt = PhysicalNicVmDirectPathGen2SupportedMode("upt")
)

func (e PhysicalNicVmDirectPathGen2SupportedMode) Values() []PhysicalNicVmDirectPathGen2SupportedMode {
	return []PhysicalNicVmDirectPathGen2SupportedMode{
		PhysicalNicVmDirectPathGen2SupportedModeUpt,
	}
}

func (e PhysicalNicVmDirectPathGen2SupportedMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PhysicalNicVmDirectPathGen2SupportedMode"] = reflect.TypeOf((*PhysicalNicVmDirectPathGen2SupportedMode)(nil)).Elem()
}

type PlaceVmsXClusterSpecPlacementType string

const (
	// Create a new VM that should be powered-on in the near future.
	PlaceVmsXClusterSpecPlacementTypeCreateAndPowerOn = PlaceVmsXClusterSpecPlacementType("createAndPowerOn")
	// Reconfigure a powered-off or a powered-on VM.
	PlaceVmsXClusterSpecPlacementTypeReconfigure = PlaceVmsXClusterSpecPlacementType("reconfigure")
	// Relocate a powered-off or a powered-on VM.
	PlaceVmsXClusterSpecPlacementTypeRelocate = PlaceVmsXClusterSpecPlacementType("relocate")
)

func (e PlaceVmsXClusterSpecPlacementType) Values() []PlaceVmsXClusterSpecPlacementType {
	return []PlaceVmsXClusterSpecPlacementType{
		PlaceVmsXClusterSpecPlacementTypeCreateAndPowerOn,
		PlaceVmsXClusterSpecPlacementTypeReconfigure,
		PlaceVmsXClusterSpecPlacementTypeRelocate,
	}
}

func (e PlaceVmsXClusterSpecPlacementType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PlaceVmsXClusterSpecPlacementType"] = reflect.TypeOf((*PlaceVmsXClusterSpecPlacementType)(nil)).Elem()
	minAPIVersionForType["PlaceVmsXClusterSpecPlacementType"] = "9.0.0.0"
}

// Rule scope determines conditions when an affinity rule is
// satisfied.
//
// The following uses affinity rule as example.
// cluster: All Vms in the rule list are placed in a single cluster.
// host: All Vms in the rule list are placed in a single host.
// storagePod: All Vms in the rule list are placed in a single storagePod.
// datastore: All Vms in the rule list are placed in a single datastore.
type PlacementAffinityRuleRuleScope string

const (
	// clusters are the scope
	PlacementAffinityRuleRuleScopeCluster = PlacementAffinityRuleRuleScope("cluster")
	// individual hosts are the scope
	PlacementAffinityRuleRuleScopeHost = PlacementAffinityRuleRuleScope("host")
	// datastore cluster is the scope
	PlacementAffinityRuleRuleScopeStoragePod = PlacementAffinityRuleRuleScope("storagePod")
	// individual datastores are the scope
	PlacementAffinityRuleRuleScopeDatastore = PlacementAffinityRuleRuleScope("datastore")
)

func (e PlacementAffinityRuleRuleScope) Values() []PlacementAffinityRuleRuleScope {
	return []PlacementAffinityRuleRuleScope{
		PlacementAffinityRuleRuleScopeCluster,
		PlacementAffinityRuleRuleScopeHost,
		PlacementAffinityRuleRuleScopeStoragePod,
		PlacementAffinityRuleRuleScopeDatastore,
	}
}

func (e PlacementAffinityRuleRuleScope) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PlacementAffinityRuleRuleScope"] = reflect.TypeOf((*PlacementAffinityRuleRuleScope)(nil)).Elem()
}

// Rule type determines how the affinity rule is to be enforced:
// affinity: Vms in the list are kept together within the rule
// scope.
//
// anti-affinity: Vms in the rule list are kept separate
// across the objects in the rule scope.
// soft rule: The enforcement is best effort.
type PlacementAffinityRuleRuleType string

const (
	// Affinity
	PlacementAffinityRuleRuleTypeAffinity = PlacementAffinityRuleRuleType("affinity")
	// Anti-Affinity
	PlacementAffinityRuleRuleTypeAntiAffinity = PlacementAffinityRuleRuleType("antiAffinity")
	// Best-effort affinity
	PlacementAffinityRuleRuleTypeSoftAffinity = PlacementAffinityRuleRuleType("softAffinity")
	// Best-effort anti-affinity
	PlacementAffinityRuleRuleTypeSoftAntiAffinity = PlacementAffinityRuleRuleType("softAntiAffinity")
)

func (e PlacementAffinityRuleRuleType) Values() []PlacementAffinityRuleRuleType {
	return []PlacementAffinityRuleRuleType{
		PlacementAffinityRuleRuleTypeAffinity,
		PlacementAffinityRuleRuleTypeAntiAffinity,
		PlacementAffinityRuleRuleTypeSoftAffinity,
		PlacementAffinityRuleRuleTypeSoftAntiAffinity,
	}
}

func (e PlacementAffinityRuleRuleType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PlacementAffinityRuleRuleType"] = reflect.TypeOf((*PlacementAffinityRuleRuleType)(nil)).Elem()
}

// Defines the type of placement
type PlacementSpecPlacementType string

const (
	// Create a new VM
	PlacementSpecPlacementTypeCreate = PlacementSpecPlacementType("create")
	// Reconfigure a VM
	PlacementSpecPlacementTypeReconfigure = PlacementSpecPlacementType("reconfigure")
	// Relocate a VM
	PlacementSpecPlacementTypeRelocate = PlacementSpecPlacementType("relocate")
	// Clone a VM
	PlacementSpecPlacementTypeClone = PlacementSpecPlacementType("clone")
)

func (e PlacementSpecPlacementType) Values() []PlacementSpecPlacementType {
	return []PlacementSpecPlacementType{
		PlacementSpecPlacementTypeCreate,
		PlacementSpecPlacementTypeReconfigure,
		PlacementSpecPlacementTypeRelocate,
		PlacementSpecPlacementTypeClone,
	}
}

func (e PlacementSpecPlacementType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PlacementSpecPlacementType"] = reflect.TypeOf((*PlacementSpecPlacementType)(nil)).Elem()
}

// The type of component connected to a port group.
type PortGroupConnecteeType string

const (
	// A virtual machine is connected to this port group.
	PortGroupConnecteeTypeVirtualMachine = PortGroupConnecteeType("virtualMachine")
	// A system management entity (service console)
	// is connected to this port group.
	PortGroupConnecteeTypeSystemManagement = PortGroupConnecteeType("systemManagement")
	// The VMkernel is connected to this port group.
	PortGroupConnecteeTypeHost = PortGroupConnecteeType("host")
	// This port group serves an entity of unspecified kind.
	PortGroupConnecteeTypeUnknown = PortGroupConnecteeType("unknown")
)

func (e PortGroupConnecteeType) Values() []PortGroupConnecteeType {
	return []PortGroupConnecteeType{
		PortGroupConnecteeTypeVirtualMachine,
		PortGroupConnecteeTypeSystemManagement,
		PortGroupConnecteeTypeHost,
		PortGroupConnecteeTypeUnknown,
	}
}

func (e PortGroupConnecteeType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PortGroupConnecteeType"] = reflect.TypeOf((*PortGroupConnecteeType)(nil)).Elem()
}

// Defines the result status values for a
// `HostProfile*.*HostProfile.ExecuteHostProfile`
// operation.
//
// The result data is contained in the
// `ProfileExecuteResult` data object.
type ProfileExecuteResultStatus string

const (
	// Profile execution was successful.
	//
	// You can use the output configuration data
	// to apply the profile to a host.
	ProfileExecuteResultStatusSuccess = ProfileExecuteResultStatus("success")
	// Additional data is required to complete the operation.
	//
	// The data requirements are defined in the list of policy options for the profile
	// (`ApplyProfile*.*ApplyProfile.policy`\[\]).
	ProfileExecuteResultStatusNeedInput = ProfileExecuteResultStatus("needInput")
	// Profile execution generated an error.
	//
	// See `ProfileExecuteResult*.*ProfileExecuteResult.error`.
	ProfileExecuteResultStatusError = ProfileExecuteResultStatus("error")
)

func (e ProfileExecuteResultStatus) Values() []ProfileExecuteResultStatus {
	return []ProfileExecuteResultStatus{
		ProfileExecuteResultStatusSuccess,
		ProfileExecuteResultStatusNeedInput,
		ProfileExecuteResultStatusError,
	}
}

func (e ProfileExecuteResultStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ProfileExecuteResultStatus"] = reflect.TypeOf((*ProfileExecuteResultStatus)(nil)).Elem()
}

// Enumerates different operations supported for comparing
// numerical values.
type ProfileNumericComparator string

const (
	ProfileNumericComparatorLessThan         = ProfileNumericComparator("lessThan")
	ProfileNumericComparatorLessThanEqual    = ProfileNumericComparator("lessThanEqual")
	ProfileNumericComparatorEqual            = ProfileNumericComparator("equal")
	ProfileNumericComparatorNotEqual         = ProfileNumericComparator("notEqual")
	ProfileNumericComparatorGreaterThanEqual = ProfileNumericComparator("greaterThanEqual")
	ProfileNumericComparatorGreaterThan      = ProfileNumericComparator("greaterThan")
)

func (e ProfileNumericComparator) Values() []ProfileNumericComparator {
	return []ProfileNumericComparator{
		ProfileNumericComparatorLessThan,
		ProfileNumericComparatorLessThanEqual,
		ProfileNumericComparatorEqual,
		ProfileNumericComparatorNotEqual,
		ProfileNumericComparatorGreaterThanEqual,
		ProfileNumericComparatorGreaterThan,
	}
}

func (e ProfileNumericComparator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ProfileNumericComparator"] = reflect.TypeOf((*ProfileNumericComparator)(nil)).Elem()
}

// The relation type to be supported.
type ProfileParameterMetadataRelationType string

const (
	// The relation to a subprofile or a parameter.
	ProfileParameterMetadataRelationTypeDynamic_relation = ProfileParameterMetadataRelationType("dynamic_relation")
	// The values from sources other than the parameter/profile or the static
	// value list are allowed.
	ProfileParameterMetadataRelationTypeExtensible_relation = ProfileParameterMetadataRelationType("extensible_relation")
	// The value list contains localization keys instead of values.
	ProfileParameterMetadataRelationTypeLocalizable_relation = ProfileParameterMetadataRelationType("localizable_relation")
	// The relation is defined by static valid value list.
	ProfileParameterMetadataRelationTypeStatic_relation = ProfileParameterMetadataRelationType("static_relation")
	// The relation is defined for validation purpose.
	ProfileParameterMetadataRelationTypeValidation_relation = ProfileParameterMetadataRelationType("validation_relation")
)

func (e ProfileParameterMetadataRelationType) Values() []ProfileParameterMetadataRelationType {
	return []ProfileParameterMetadataRelationType{
		ProfileParameterMetadataRelationTypeDynamic_relation,
		ProfileParameterMetadataRelationTypeExtensible_relation,
		ProfileParameterMetadataRelationTypeLocalizable_relation,
		ProfileParameterMetadataRelationTypeStatic_relation,
		ProfileParameterMetadataRelationTypeValidation_relation,
	}
}

func (e ProfileParameterMetadataRelationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ProfileParameterMetadataRelationType"] = reflect.TypeOf((*ProfileParameterMetadataRelationType)(nil)).Elem()
}

// Enumeration of possible changes to a property.
type PropertyChangeOp string

const (
	PropertyChangeOpAdd            = PropertyChangeOp("add")
	PropertyChangeOpRemove         = PropertyChangeOp("remove")
	PropertyChangeOpAssign         = PropertyChangeOp("assign")
	PropertyChangeOpIndirectRemove = PropertyChangeOp("indirectRemove")
)

func (e PropertyChangeOp) Values() []PropertyChangeOp {
	return []PropertyChangeOp{
		PropertyChangeOpAdd,
		PropertyChangeOpRemove,
		PropertyChangeOpAssign,
		PropertyChangeOpIndirectRemove,
	}
}

func (e PropertyChangeOp) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["PropertyChangeOp"] = reflect.TypeOf((*PropertyChangeOp)(nil)).Elem()
}

type QuarantineModeFaultFaultType string

const (
	// The cluster does not contain any non-quarantined host satisfying the
	// VM/host affinity rules for the VM.
	QuarantineModeFaultFaultTypeNoCompatibleNonQuarantinedHost = QuarantineModeFaultFaultType("NoCompatibleNonQuarantinedHost")
	// The current DRS migration priority setting disallows generating a
	// recommendation to prevent VMs on quarantined hosts.
	//
	// Thus, the
	// violation will not be corrected.
	QuarantineModeFaultFaultTypeCorrectionDisallowed = QuarantineModeFaultFaultType("CorrectionDisallowed")
	// DRS has determined that evacuation of VMs from quarantined hosts
	// impacts respecting cluster constraints or performance goals so they
	// are not evacuated.
	QuarantineModeFaultFaultTypeCorrectionImpact = QuarantineModeFaultFaultType("CorrectionImpact")
)

func (e QuarantineModeFaultFaultType) Values() []QuarantineModeFaultFaultType {
	return []QuarantineModeFaultFaultType{
		QuarantineModeFaultFaultTypeNoCompatibleNonQuarantinedHost,
		QuarantineModeFaultFaultTypeCorrectionDisallowed,
		QuarantineModeFaultFaultTypeCorrectionImpact,
	}
}

func (e QuarantineModeFaultFaultType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["QuarantineModeFaultFaultType"] = reflect.TypeOf((*QuarantineModeFaultFaultType)(nil)).Elem()
}

// Quiescing is a boolean flag in `ReplicationConfigSpec`
// and QuiesceModeType describes the supported quiesce mode
// for `VirtualMachine`.
//
// If application quiescing fails, HBR would attempt
// filesystem quiescing and if even filesystem quiescing
// fails, then we would just create a crash consistent
// instance.
type QuiesceMode string

const (
	// HBR supports application quescing for this
	// `VirtualMachine`.
	QuiesceModeApplication = QuiesceMode("application")
	// HBR supports filesystem quescing for this
	// `VirtualMachine`.
	QuiesceModeFilesystem = QuiesceMode("filesystem")
	// HBR does not support quescing for this
	// `VirtualMachine`.
	QuiesceModeNone = QuiesceMode("none")
)

func (e QuiesceMode) Values() []QuiesceMode {
	return []QuiesceMode{
		QuiesceModeApplication,
		QuiesceModeFilesystem,
		QuiesceModeNone,
	}
}

func (e QuiesceMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["QuiesceMode"] = reflect.TypeOf((*QuiesceMode)(nil)).Elem()
}

// List of defined migration reason codes:
type RecommendationReasonCode string

const (
	// Balance average CPU utilization.
	RecommendationReasonCodeFairnessCpuAvg = RecommendationReasonCode("fairnessCpuAvg")
	// Balance average memory utilization.
	RecommendationReasonCodeFairnessMemAvg = RecommendationReasonCode("fairnessMemAvg")
	// Fulfill affinity rule.
	RecommendationReasonCodeJointAffin = RecommendationReasonCode("jointAffin")
	// Fulfill anti-affinity rule.
	RecommendationReasonCodeAntiAffin = RecommendationReasonCode("antiAffin")
	// Host entering maintenance mode.
	RecommendationReasonCodeHostMaint = RecommendationReasonCode("hostMaint")
	// Host entering standby mode.
	RecommendationReasonCodeEnterStandby = RecommendationReasonCode("enterStandby")
	// balance CPU reservations
	RecommendationReasonCodeReservationCpu = RecommendationReasonCode("reservationCpu")
	// balance memory reservations
	RecommendationReasonCodeReservationMem = RecommendationReasonCode("reservationMem")
	// Power on virtual machine
	RecommendationReasonCodePowerOnVm = RecommendationReasonCode("powerOnVm")
	// Power off host for power savings
	RecommendationReasonCodePowerSaving = RecommendationReasonCode("powerSaving")
	// Power on host to increase cluster capacity
	RecommendationReasonCodeIncreaseCapacity = RecommendationReasonCode("increaseCapacity")
	// Sanity-check resource pool hierarchy
	RecommendationReasonCodeCheckResource = RecommendationReasonCode("checkResource")
	// Maintain unreserved capacity
	RecommendationReasonCodeUnreservedCapacity = RecommendationReasonCode("unreservedCapacity")
	// Fix hard VM/host affinity rule violation
	RecommendationReasonCodeVmHostHardAffinity = RecommendationReasonCode("vmHostHardAffinity")
	// Fix soft VM/host affinity rule violation
	RecommendationReasonCodeVmHostSoftAffinity = RecommendationReasonCode("vmHostSoftAffinity")
	// Balance datastore space usage.
	RecommendationReasonCodeBalanceDatastoreSpaceUsage = RecommendationReasonCode("balanceDatastoreSpaceUsage")
	// Deprecated as of vSphere8.0 U3, and there is no replacement for it.
	//
	// Balance datastore I/O workload.
	RecommendationReasonCodeBalanceDatastoreIOLoad = RecommendationReasonCode("balanceDatastoreIOLoad")
	// Deprecated as of vSphere8.0 U3, and there is no replacement for it.
	//
	// Balance datastore IOPS reservation
	RecommendationReasonCodeBalanceDatastoreIOPSReservation = RecommendationReasonCode("balanceDatastoreIOPSReservation")
	// Datastore entering maintenance mode.
	RecommendationReasonCodeDatastoreMaint = RecommendationReasonCode("datastoreMaint")
	// Fix virtual disk affinity rule violation.
	RecommendationReasonCodeVirtualDiskJointAffin = RecommendationReasonCode("virtualDiskJointAffin")
	// Fix virtual disk anti-affinity rule violation.
	RecommendationReasonCodeVirtualDiskAntiAffin = RecommendationReasonCode("virtualDiskAntiAffin")
	// Fix the issue that a datastore run out of space.
	RecommendationReasonCodeDatastoreSpaceOutage = RecommendationReasonCode("datastoreSpaceOutage")
	// Satisfy storage initial placement requests.
	RecommendationReasonCodeStoragePlacement = RecommendationReasonCode("storagePlacement")
	// Deprecated as of vSphere8.0 U3, and there is no replacement for it.
	//
	// IO load balancing was disabled internally.
	RecommendationReasonCodeIolbDisabledInternal = RecommendationReasonCode("iolbDisabledInternal")
	// Satisfy unified vmotion placement requests.
	RecommendationReasonCodeXvmotionPlacement = RecommendationReasonCode("xvmotionPlacement")
	// Fix network bandwidth reservation violation
	RecommendationReasonCodeNetworkBandwidthReservation = RecommendationReasonCode("networkBandwidthReservation")
	// Host is partially degraded.
	RecommendationReasonCodeHostInDegradation = RecommendationReasonCode("hostInDegradation")
	// Host is not degraded.
	RecommendationReasonCodeHostExitDegradation = RecommendationReasonCode("hostExitDegradation")
	// Fix maxVms constraint violation
	RecommendationReasonCodeMaxVmsConstraint = RecommendationReasonCode("maxVmsConstraint")
	// Fix ft maxVMs and maxVcpus constraint violations
	RecommendationReasonCodeFtConstraints = RecommendationReasonCode("ftConstraints")
	// Fix VM/host affinity policy violation
	RecommendationReasonCodeVmHostAffinityPolicy = RecommendationReasonCode("vmHostAffinityPolicy")
	// Fix VM/host anti-affinity policy violation
	RecommendationReasonCodeVmHostAntiAffinityPolicy = RecommendationReasonCode("vmHostAntiAffinityPolicy")
	// Fix VM-VM anti-affinity policy violations
	RecommendationReasonCodeVmAntiAffinityPolicy = RecommendationReasonCode("vmAntiAffinityPolicy")
	// `**Since:**` vSphere API Release 7.0.2.0
	RecommendationReasonCodeBalanceVsanUsage = RecommendationReasonCode("balanceVsanUsage")
	// Optimize assignable hardware resource orchestration
	RecommendationReasonCodeAhPlacementOptimization = RecommendationReasonCode("ahPlacementOptimization")
	// Upgrade virtual machine to new vmx binary
	RecommendationReasonCodeVmxUpgrade = RecommendationReasonCode("vmxUpgrade")
)

func (e RecommendationReasonCode) Values() []RecommendationReasonCode {
	return []RecommendationReasonCode{
		RecommendationReasonCodeFairnessCpuAvg,
		RecommendationReasonCodeFairnessMemAvg,
		RecommendationReasonCodeJointAffin,
		RecommendationReasonCodeAntiAffin,
		RecommendationReasonCodeHostMaint,
		RecommendationReasonCodeEnterStandby,
		RecommendationReasonCodeReservationCpu,
		RecommendationReasonCodeReservationMem,
		RecommendationReasonCodePowerOnVm,
		RecommendationReasonCodePowerSaving,
		RecommendationReasonCodeIncreaseCapacity,
		RecommendationReasonCodeCheckResource,
		RecommendationReasonCodeUnreservedCapacity,
		RecommendationReasonCodeVmHostHardAffinity,
		RecommendationReasonCodeVmHostSoftAffinity,
		RecommendationReasonCodeBalanceDatastoreSpaceUsage,
		RecommendationReasonCodeBalanceDatastoreIOLoad,
		RecommendationReasonCodeBalanceDatastoreIOPSReservation,
		RecommendationReasonCodeDatastoreMaint,
		RecommendationReasonCodeVirtualDiskJointAffin,
		RecommendationReasonCodeVirtualDiskAntiAffin,
		RecommendationReasonCodeDatastoreSpaceOutage,
		RecommendationReasonCodeStoragePlacement,
		RecommendationReasonCodeIolbDisabledInternal,
		RecommendationReasonCodeXvmotionPlacement,
		RecommendationReasonCodeNetworkBandwidthReservation,
		RecommendationReasonCodeHostInDegradation,
		RecommendationReasonCodeHostExitDegradation,
		RecommendationReasonCodeMaxVmsConstraint,
		RecommendationReasonCodeFtConstraints,
		RecommendationReasonCodeVmHostAffinityPolicy,
		RecommendationReasonCodeVmHostAntiAffinityPolicy,
		RecommendationReasonCodeVmAntiAffinityPolicy,
		RecommendationReasonCodeBalanceVsanUsage,
		RecommendationReasonCodeAhPlacementOptimization,
		RecommendationReasonCodeVmxUpgrade,
	}
}

func (e RecommendationReasonCode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["RecommendationReasonCode"] = reflect.TypeOf((*RecommendationReasonCode)(nil)).Elem()
	minAPIVersionForEnumValue["RecommendationReasonCode"] = map[string]string{
		"balanceVsanUsage":        "7.0.2.0",
		"ahPlacementOptimization": "8.0.2.0",
		"vmxUpgrade":              "8.0.3.0",
	}
}

// Pre-defined constants for possible recommendation types.
//
// Virtual Center
// uses this information to coordinate with the clients.
type RecommendationType string

const (
	RecommendationTypeV1 = RecommendationType("V1")
)

func (e RecommendationType) Values() []RecommendationType {
	return []RecommendationType{
		RecommendationTypeV1,
	}
}

func (e RecommendationType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["RecommendationType"] = reflect.TypeOf((*RecommendationType)(nil)).Elem()
}

type ReplicationDiskConfigFaultReasonForFault string

const (
	// Could not look up device by key
	ReplicationDiskConfigFaultReasonForFaultDiskNotFound = ReplicationDiskConfigFaultReasonForFault("diskNotFound")
	// Replication not supported for disk type or backend
	ReplicationDiskConfigFaultReasonForFaultDiskTypeNotSupported = ReplicationDiskConfigFaultReasonForFault("diskTypeNotSupported")
	// Invalid key value
	ReplicationDiskConfigFaultReasonForFaultInvalidDiskKey = ReplicationDiskConfigFaultReasonForFault("invalidDiskKey")
	// Invalid disk replication ID string
	ReplicationDiskConfigFaultReasonForFaultInvalidDiskReplicationId = ReplicationDiskConfigFaultReasonForFault("invalidDiskReplicationId")
	// Another disk in the VM has the same replication ID
	ReplicationDiskConfigFaultReasonForFaultDuplicateDiskReplicationId = ReplicationDiskConfigFaultReasonForFault("duplicateDiskReplicationId")
	// Invalid path (string) for the persistent file
	ReplicationDiskConfigFaultReasonForFaultInvalidPersistentFilePath = ReplicationDiskConfigFaultReasonForFault("invalidPersistentFilePath")
	// Attempting to re-configure the disk's replication ID
	ReplicationDiskConfigFaultReasonForFaultReconfigureDiskReplicationIdNotAllowed = ReplicationDiskConfigFaultReasonForFault("reconfigureDiskReplicationIdNotAllowed")
)

func (e ReplicationDiskConfigFaultReasonForFault) Values() []ReplicationDiskConfigFaultReasonForFault {
	return []ReplicationDiskConfigFaultReasonForFault{
		ReplicationDiskConfigFaultReasonForFaultDiskNotFound,
		ReplicationDiskConfigFaultReasonForFaultDiskTypeNotSupported,
		ReplicationDiskConfigFaultReasonForFaultInvalidDiskKey,
		ReplicationDiskConfigFaultReasonForFaultInvalidDiskReplicationId,
		ReplicationDiskConfigFaultReasonForFaultDuplicateDiskReplicationId,
		ReplicationDiskConfigFaultReasonForFaultInvalidPersistentFilePath,
		ReplicationDiskConfigFaultReasonForFaultReconfigureDiskReplicationIdNotAllowed,
	}
}

func (e ReplicationDiskConfigFaultReasonForFault) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ReplicationDiskConfigFaultReasonForFault"] = reflect.TypeOf((*ReplicationDiskConfigFaultReasonForFault)(nil)).Elem()
}

type ReplicationVmConfigFaultReasonForFault string

const (
	// Incompatible VM hardware version
	ReplicationVmConfigFaultReasonForFaultIncompatibleHwVersion = ReplicationVmConfigFaultReasonForFault("incompatibleHwVersion")
	// Invalid VM Replication ID string
	ReplicationVmConfigFaultReasonForFaultInvalidVmReplicationId = ReplicationVmConfigFaultReasonForFault("invalidVmReplicationId")
	// Invalid generation number in VM's configuration
	ReplicationVmConfigFaultReasonForFaultInvalidGenerationNumber = ReplicationVmConfigFaultReasonForFault("invalidGenerationNumber")
	// Invalid RPO value (out of bounds)
	ReplicationVmConfigFaultReasonForFaultOutOfBoundsRpoValue = ReplicationVmConfigFaultReasonForFault("outOfBoundsRpoValue")
	// Invalid destination IP address
	ReplicationVmConfigFaultReasonForFaultInvalidDestinationIpAddress = ReplicationVmConfigFaultReasonForFault("invalidDestinationIpAddress")
	// Invalid destination port
	ReplicationVmConfigFaultReasonForFaultInvalidDestinationPort = ReplicationVmConfigFaultReasonForFault("invalidDestinationPort")
	// Malformed extra options list
	ReplicationVmConfigFaultReasonForFaultInvalidExtraVmOptions = ReplicationVmConfigFaultReasonForFault("invalidExtraVmOptions")
	// Mismatching generation number (stale)
	ReplicationVmConfigFaultReasonForFaultStaleGenerationNumber = ReplicationVmConfigFaultReasonForFault("staleGenerationNumber")
	// Attempting to re-configure the VM replication ID
	ReplicationVmConfigFaultReasonForFaultReconfigureVmReplicationIdNotAllowed = ReplicationVmConfigFaultReasonForFault("reconfigureVmReplicationIdNotAllowed")
	// Could not retrieve the VM configuration
	ReplicationVmConfigFaultReasonForFaultCannotRetrieveVmReplicationConfiguration = ReplicationVmConfigFaultReasonForFault("cannotRetrieveVmReplicationConfiguration")
	// Attempting to re-enable replication for the VM
	ReplicationVmConfigFaultReasonForFaultReplicationAlreadyEnabled = ReplicationVmConfigFaultReasonForFault("replicationAlreadyEnabled")
	// The existing replication configuration of the VM is broken
	// (applicable to re-configuration only).
	ReplicationVmConfigFaultReasonForFaultInvalidPriorConfiguration = ReplicationVmConfigFaultReasonForFault("invalidPriorConfiguration")
	// Attempting to re-configure or disable replication for a VM
	// for which replication has not been enabled.
	ReplicationVmConfigFaultReasonForFaultReplicationNotEnabled = ReplicationVmConfigFaultReasonForFault("replicationNotEnabled")
	// Failed to commit the new replication properties for the VM.
	ReplicationVmConfigFaultReasonForFaultReplicationConfigurationFailed = ReplicationVmConfigFaultReasonForFault("replicationConfigurationFailed")
	// VM is encrypted
	ReplicationVmConfigFaultReasonForFaultEncryptedVm = ReplicationVmConfigFaultReasonForFault("encryptedVm")
	// Remote certificate thumbprint is invalid
	ReplicationVmConfigFaultReasonForFaultInvalidThumbprint = ReplicationVmConfigFaultReasonForFault("invalidThumbprint")
	// VM hardware contains devices incompatible with replication
	ReplicationVmConfigFaultReasonForFaultIncompatibleDevice = ReplicationVmConfigFaultReasonForFault("incompatibleDevice")
)

func (e ReplicationVmConfigFaultReasonForFault) Values() []ReplicationVmConfigFaultReasonForFault {
	return []ReplicationVmConfigFaultReasonForFault{
		ReplicationVmConfigFaultReasonForFaultIncompatibleHwVersion,
		ReplicationVmConfigFaultReasonForFaultInvalidVmReplicationId,
		ReplicationVmConfigFaultReasonForFaultInvalidGenerationNumber,
		ReplicationVmConfigFaultReasonForFaultOutOfBoundsRpoValue,
		ReplicationVmConfigFaultReasonForFaultInvalidDestinationIpAddress,
		ReplicationVmConfigFaultReasonForFaultInvalidDestinationPort,
		ReplicationVmConfigFaultReasonForFaultInvalidExtraVmOptions,
		ReplicationVmConfigFaultReasonForFaultStaleGenerationNumber,
		ReplicationVmConfigFaultReasonForFaultReconfigureVmReplicationIdNotAllowed,
		ReplicationVmConfigFaultReasonForFaultCannotRetrieveVmReplicationConfiguration,
		ReplicationVmConfigFaultReasonForFaultReplicationAlreadyEnabled,
		ReplicationVmConfigFaultReasonForFaultInvalidPriorConfiguration,
		ReplicationVmConfigFaultReasonForFaultReplicationNotEnabled,
		ReplicationVmConfigFaultReasonForFaultReplicationConfigurationFailed,
		ReplicationVmConfigFaultReasonForFaultEncryptedVm,
		ReplicationVmConfigFaultReasonForFaultInvalidThumbprint,
		ReplicationVmConfigFaultReasonForFaultIncompatibleDevice,
	}
}

func (e ReplicationVmConfigFaultReasonForFault) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ReplicationVmConfigFaultReasonForFault"] = reflect.TypeOf((*ReplicationVmConfigFaultReasonForFault)(nil)).Elem()
}

type ReplicationVmFaultReasonForFault string

const (
	// `VirtualMachine` is not configured for replication
	ReplicationVmFaultReasonForFaultNotConfigured = ReplicationVmFaultReasonForFault("notConfigured")
	// `VirtualMachine` is powered off (and is not undergoing
	// offline replication)
	ReplicationVmFaultReasonForFaultPoweredOff = ReplicationVmFaultReasonForFault("poweredOff")
	// `VirtualMachine` is suspended (and is not undergoing
	// offline replication)
	ReplicationVmFaultReasonForFaultSuspended = ReplicationVmFaultReasonForFault("suspended")
	// `VirtualMachine` is powered on
	ReplicationVmFaultReasonForFaultPoweredOn = ReplicationVmFaultReasonForFault("poweredOn")
	// `VirtualMachine` is in the process of creating an
	// an offline instance.
	ReplicationVmFaultReasonForFaultOfflineReplicating = ReplicationVmFaultReasonForFault("offlineReplicating")
	// `VirtualMachine` is in an invalid state
	ReplicationVmFaultReasonForFaultInvalidState = ReplicationVmFaultReasonForFault("invalidState")
	// The specified instanceId does not match the `VirtualMachine`
	// instanceId
	ReplicationVmFaultReasonForFaultInvalidInstanceId = ReplicationVmFaultReasonForFault("invalidInstanceId")
	// `VirtualMachine` is in the process of creating an
	// offline instance and we are trying to disable it.
	//
	// The first step is to close the offline disk. If closing disks
	// is not successful, throw this fault.
	ReplicationVmFaultReasonForFaultCloseDiskError = ReplicationVmFaultReasonForFault("closeDiskError")
	// `VirtualMachine` is trying to create a group already
	// owned by another VM.
	ReplicationVmFaultReasonForFaultGroupExist = ReplicationVmFaultReasonForFault("groupExist")
)

func (e ReplicationVmFaultReasonForFault) Values() []ReplicationVmFaultReasonForFault {
	return []ReplicationVmFaultReasonForFault{
		ReplicationVmFaultReasonForFaultNotConfigured,
		ReplicationVmFaultReasonForFaultPoweredOff,
		ReplicationVmFaultReasonForFaultSuspended,
		ReplicationVmFaultReasonForFaultPoweredOn,
		ReplicationVmFaultReasonForFaultOfflineReplicating,
		ReplicationVmFaultReasonForFaultInvalidState,
		ReplicationVmFaultReasonForFaultInvalidInstanceId,
		ReplicationVmFaultReasonForFaultCloseDiskError,
		ReplicationVmFaultReasonForFaultGroupExist,
	}
}

func (e ReplicationVmFaultReasonForFault) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ReplicationVmFaultReasonForFault"] = reflect.TypeOf((*ReplicationVmFaultReasonForFault)(nil)).Elem()
}

type ReplicationVmInProgressFaultActivity string

const (
	// Initial synchronization with the remote site
	ReplicationVmInProgressFaultActivityFullSync = ReplicationVmInProgressFaultActivity("fullSync")
	// Delta updates to generate a consistent instance
	ReplicationVmInProgressFaultActivityDelta = ReplicationVmInProgressFaultActivity("delta")
)

func (e ReplicationVmInProgressFaultActivity) Values() []ReplicationVmInProgressFaultActivity {
	return []ReplicationVmInProgressFaultActivity{
		ReplicationVmInProgressFaultActivityFullSync,
		ReplicationVmInProgressFaultActivityDelta,
	}
}

func (e ReplicationVmInProgressFaultActivity) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ReplicationVmInProgressFaultActivity"] = reflect.TypeOf((*ReplicationVmInProgressFaultActivity)(nil)).Elem()
}

// Describes the current state of a replicated `VirtualMachine`
type ReplicationVmState string

const (
	// The `VirtualMachine` has no current replication state.
	//
	// This is a virtual machine that is configured for replication, but is
	// powered off and not undergoing offline replication.
	ReplicationVmStateNone = ReplicationVmState("none")
	// The `VirtualMachine` replication is paused.
	ReplicationVmStatePaused = ReplicationVmState("paused")
	// One or more of the `VirtualMachine` disks is in the
	// process of an initial synchronization with the remote site.
	ReplicationVmStateSyncing = ReplicationVmState("syncing")
	// The `VirtualMachine` is being replicated but is not
	// currently in the process of having a consistent instance created.
	ReplicationVmStateIdle = ReplicationVmState("idle")
	// The `VirtualMachine` is in the process of having
	// a consistent instance created.
	ReplicationVmStateActive = ReplicationVmState("active")
	// The `VirtualMachine` is unable to replicate due to
	// errors.
	//
	// XXX Currently unused.
	ReplicationVmStateError = ReplicationVmState("error")
)

func (e ReplicationVmState) Values() []ReplicationVmState {
	return []ReplicationVmState{
		ReplicationVmStateNone,
		ReplicationVmStatePaused,
		ReplicationVmStateSyncing,
		ReplicationVmStateIdle,
		ReplicationVmStateActive,
		ReplicationVmStateError,
	}
}

func (e ReplicationVmState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ReplicationVmState"] = reflect.TypeOf((*ReplicationVmState)(nil)).Elem()
}

type ResourceConfigSpecScaleSharesBehavior string

const (
	// Do not scale shares
	ResourceConfigSpecScaleSharesBehaviorDisabled = ResourceConfigSpecScaleSharesBehavior("disabled")
	// Scale both CPU and memory shares
	ResourceConfigSpecScaleSharesBehaviorScaleCpuAndMemoryShares = ResourceConfigSpecScaleSharesBehavior("scaleCpuAndMemoryShares")
)

func (e ResourceConfigSpecScaleSharesBehavior) Values() []ResourceConfigSpecScaleSharesBehavior {
	return []ResourceConfigSpecScaleSharesBehavior{
		ResourceConfigSpecScaleSharesBehaviorDisabled,
		ResourceConfigSpecScaleSharesBehaviorScaleCpuAndMemoryShares,
	}
}

func (e ResourceConfigSpecScaleSharesBehavior) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ResourceConfigSpecScaleSharesBehavior"] = reflect.TypeOf((*ResourceConfigSpecScaleSharesBehavior)(nil)).Elem()
}

// The policy setting used to determine when to perform scheduled
// upgrades for a virtual machine.
type ScheduledHardwareUpgradeInfoHardwareUpgradePolicy string

const (
	// No scheduled upgrades.
	ScheduledHardwareUpgradeInfoHardwareUpgradePolicyNever = ScheduledHardwareUpgradeInfoHardwareUpgradePolicy("never")
	// Run scheduled upgrades only on normal guest OS shutdown.
	ScheduledHardwareUpgradeInfoHardwareUpgradePolicyOnSoftPowerOff = ScheduledHardwareUpgradeInfoHardwareUpgradePolicy("onSoftPowerOff")
	// Always run scheduled upgrades.
	ScheduledHardwareUpgradeInfoHardwareUpgradePolicyAlways = ScheduledHardwareUpgradeInfoHardwareUpgradePolicy("always")
)

func (e ScheduledHardwareUpgradeInfoHardwareUpgradePolicy) Values() []ScheduledHardwareUpgradeInfoHardwareUpgradePolicy {
	return []ScheduledHardwareUpgradeInfoHardwareUpgradePolicy{
		ScheduledHardwareUpgradeInfoHardwareUpgradePolicyNever,
		ScheduledHardwareUpgradeInfoHardwareUpgradePolicyOnSoftPowerOff,
		ScheduledHardwareUpgradeInfoHardwareUpgradePolicyAlways,
	}
}

func (e ScheduledHardwareUpgradeInfoHardwareUpgradePolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScheduledHardwareUpgradeInfoHardwareUpgradePolicy"] = reflect.TypeOf((*ScheduledHardwareUpgradeInfoHardwareUpgradePolicy)(nil)).Elem()
}

// Status for last attempt to run scheduled hardware upgrade.
type ScheduledHardwareUpgradeInfoHardwareUpgradeStatus string

const (
	// No scheduled upgrade ever happened.
	ScheduledHardwareUpgradeInfoHardwareUpgradeStatusNone = ScheduledHardwareUpgradeInfoHardwareUpgradeStatus("none")
	// Upgrade is scheduled, but was not run yet.
	ScheduledHardwareUpgradeInfoHardwareUpgradeStatusPending = ScheduledHardwareUpgradeInfoHardwareUpgradeStatus("pending")
	// Upgrade succeeded.
	ScheduledHardwareUpgradeInfoHardwareUpgradeStatusSuccess = ScheduledHardwareUpgradeInfoHardwareUpgradeStatus("success")
	// Upgrade failed.
	//
	// # For more information about the failure
	//
	// See also `ScheduledHardwareUpgradeInfo.fault`.
	ScheduledHardwareUpgradeInfoHardwareUpgradeStatusFailed = ScheduledHardwareUpgradeInfoHardwareUpgradeStatus("failed")
)

func (e ScheduledHardwareUpgradeInfoHardwareUpgradeStatus) Values() []ScheduledHardwareUpgradeInfoHardwareUpgradeStatus {
	return []ScheduledHardwareUpgradeInfoHardwareUpgradeStatus{
		ScheduledHardwareUpgradeInfoHardwareUpgradeStatusNone,
		ScheduledHardwareUpgradeInfoHardwareUpgradeStatusPending,
		ScheduledHardwareUpgradeInfoHardwareUpgradeStatusSuccess,
		ScheduledHardwareUpgradeInfoHardwareUpgradeStatusFailed,
	}
}

func (e ScheduledHardwareUpgradeInfoHardwareUpgradeStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScheduledHardwareUpgradeInfoHardwareUpgradeStatus"] = reflect.TypeOf((*ScheduledHardwareUpgradeInfoHardwareUpgradeStatus)(nil)).Elem()
}

// The types of disk drives.
type ScsiDiskType string

const (
	// 512 native sector size drive.
	ScsiDiskTypeNative512 = ScsiDiskType("native512")
	// 4K sector size drive in 512 emulation mode.
	ScsiDiskTypeEmulated512 = ScsiDiskType("emulated512")
	// 4K native sector size drive.
	ScsiDiskTypeNative4k = ScsiDiskType("native4k")
	// Software emulated 4k.
	ScsiDiskTypeSoftwareEmulated4k = ScsiDiskType("SoftwareEmulated4k")
	// Unknown type.
	ScsiDiskTypeUnknown = ScsiDiskType("unknown")
)

func (e ScsiDiskType) Values() []ScsiDiskType {
	return []ScsiDiskType{
		ScsiDiskTypeNative512,
		ScsiDiskTypeEmulated512,
		ScsiDiskTypeNative4k,
		ScsiDiskTypeSoftwareEmulated4k,
		ScsiDiskTypeUnknown,
	}
}

func (e ScsiDiskType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScsiDiskType"] = reflect.TypeOf((*ScsiDiskType)(nil)).Elem()
}

// An indicator of the utility of Descriptor in being used as an
// identifier that is stable, unique, and correlatable.
type ScsiLunDescriptorQuality string

const (
	// The Descriptor has an identifier that is useful for identification
	// and correlation across hosts.
	ScsiLunDescriptorQualityHighQuality = ScsiLunDescriptorQuality("highQuality")
	// The Descriptor has an identifier that may be used for identification
	// and correlation across hosts.
	ScsiLunDescriptorQualityMediumQuality = ScsiLunDescriptorQuality("mediumQuality")
	// The Descriptor has an identifier that should not be used for
	// identification and correlation across hosts.
	ScsiLunDescriptorQualityLowQuality = ScsiLunDescriptorQuality("lowQuality")
	// The Descriptor has an identifier that may or may not be useful for
	// identification and correlation across hosts.
	ScsiLunDescriptorQualityUnknownQuality = ScsiLunDescriptorQuality("unknownQuality")
)

func (e ScsiLunDescriptorQuality) Values() []ScsiLunDescriptorQuality {
	return []ScsiLunDescriptorQuality{
		ScsiLunDescriptorQualityHighQuality,
		ScsiLunDescriptorQualityMediumQuality,
		ScsiLunDescriptorQualityLowQuality,
		ScsiLunDescriptorQualityUnknownQuality,
	}
}

func (e ScsiLunDescriptorQuality) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScsiLunDescriptorQuality"] = reflect.TypeOf((*ScsiLunDescriptorQuality)(nil)).Elem()
}

type ScsiLunLunReservationStatus string

const (
	ScsiLunLunReservationStatusLUN_RESERVED_UNKNOWN       = ScsiLunLunReservationStatus("LUN_RESERVED_UNKNOWN")
	ScsiLunLunReservationStatusLUN_RESERVED_YES           = ScsiLunLunReservationStatus("LUN_RESERVED_YES")
	ScsiLunLunReservationStatusLUN_RESERVED_NO            = ScsiLunLunReservationStatus("LUN_RESERVED_NO")
	ScsiLunLunReservationStatusLUN_RESERVED_NOT_SUPPORTED = ScsiLunLunReservationStatus("LUN_RESERVED_NOT_SUPPORTED")
)

func (e ScsiLunLunReservationStatus) Values() []ScsiLunLunReservationStatus {
	return []ScsiLunLunReservationStatus{
		ScsiLunLunReservationStatusLUN_RESERVED_UNKNOWN,
		ScsiLunLunReservationStatusLUN_RESERVED_YES,
		ScsiLunLunReservationStatusLUN_RESERVED_NO,
		ScsiLunLunReservationStatusLUN_RESERVED_NOT_SUPPORTED,
	}
}

func (e ScsiLunLunReservationStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScsiLunLunReservationStatus"] = reflect.TypeOf((*ScsiLunLunReservationStatus)(nil)).Elem()
	minAPIVersionForType["ScsiLunLunReservationStatus"] = "8.0.3.0"
}

// The Operational state of the LUN
type ScsiLunState string

const (
	// The LUN state is unknown.
	ScsiLunStateUnknownState = ScsiLunState("unknownState")
	// The LUN is on and available.
	ScsiLunStateOk = ScsiLunState("ok")
	// The LUN is dead and/or not reachable.
	ScsiLunStateError = ScsiLunState("error")
	// The LUN is off.
	ScsiLunStateOff = ScsiLunState("off")
	// The LUN is inactive.
	ScsiLunStateQuiesced = ScsiLunState("quiesced")
	// One or more paths to the LUN are down, but I/O
	// is still possible.
	//
	// Further path failures may
	// result in lost connectivity.
	ScsiLunStateDegraded = ScsiLunState("degraded")
	// No more paths are available to the LUN.
	ScsiLunStateLostCommunication = ScsiLunState("lostCommunication")
	// All Paths have been down for the timeout condition
	// determined by a user-configurable host advanced option.
	ScsiLunStateTimeout = ScsiLunState("timeout")
)

func (e ScsiLunState) Values() []ScsiLunState {
	return []ScsiLunState{
		ScsiLunStateUnknownState,
		ScsiLunStateOk,
		ScsiLunStateError,
		ScsiLunStateOff,
		ScsiLunStateQuiesced,
		ScsiLunStateDegraded,
		ScsiLunStateLostCommunication,
		ScsiLunStateTimeout,
	}
}

func (e ScsiLunState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScsiLunState"] = reflect.TypeOf((*ScsiLunState)(nil)).Elem()
}

// The list of SCSI device types.
//
// These values correspond to values
// published in the SCSI specification.
type ScsiLunType string

const (
	ScsiLunTypeDisk                   = ScsiLunType("disk")
	ScsiLunTypeTape                   = ScsiLunType("tape")
	ScsiLunTypePrinter                = ScsiLunType("printer")
	ScsiLunTypeProcessor              = ScsiLunType("processor")
	ScsiLunTypeWorm                   = ScsiLunType("worm")
	ScsiLunTypeCdrom                  = ScsiLunType("cdrom")
	ScsiLunTypeScanner                = ScsiLunType("scanner")
	ScsiLunTypeOpticalDevice          = ScsiLunType("opticalDevice")
	ScsiLunTypeMediaChanger           = ScsiLunType("mediaChanger")
	ScsiLunTypeCommunications         = ScsiLunType("communications")
	ScsiLunTypeStorageArrayController = ScsiLunType("storageArrayController")
	ScsiLunTypeEnclosure              = ScsiLunType("enclosure")
	ScsiLunTypeUnknown                = ScsiLunType("unknown")
)

func (e ScsiLunType) Values() []ScsiLunType {
	return []ScsiLunType{
		ScsiLunTypeDisk,
		ScsiLunTypeTape,
		ScsiLunTypePrinter,
		ScsiLunTypeProcessor,
		ScsiLunTypeWorm,
		ScsiLunTypeCdrom,
		ScsiLunTypeScanner,
		ScsiLunTypeOpticalDevice,
		ScsiLunTypeMediaChanger,
		ScsiLunTypeCommunications,
		ScsiLunTypeStorageArrayController,
		ScsiLunTypeEnclosure,
		ScsiLunTypeUnknown,
	}
}

func (e ScsiLunType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScsiLunType"] = reflect.TypeOf((*ScsiLunType)(nil)).Elem()
}

// Storage array hardware acceleration support status.
//
// When a host boots, the support status is unknown.
// As a host attempts hardware-accelerated operations,
// it determines whether the storage device supports hardware acceleration
// and sets the `ScsiLun.vStorageSupport` property accordingly.
type ScsiLunVStorageSupportStatus string

const (
	// Storage device supports hardware acceleration.
	//
	// The ESX host will use the feature to offload certain
	// storage-related operations to the device.
	ScsiLunVStorageSupportStatusVStorageSupported = ScsiLunVStorageSupportStatus("vStorageSupported")
	// Storage device does not support hardware acceleration.
	//
	// The ESX host will handle all storage-related operations.
	ScsiLunVStorageSupportStatusVStorageUnsupported = ScsiLunVStorageSupportStatus("vStorageUnsupported")
	// Initial support status value.
	ScsiLunVStorageSupportStatusVStorageUnknown = ScsiLunVStorageSupportStatus("vStorageUnknown")
)

func (e ScsiLunVStorageSupportStatus) Values() []ScsiLunVStorageSupportStatus {
	return []ScsiLunVStorageSupportStatus{
		ScsiLunVStorageSupportStatusVStorageSupported,
		ScsiLunVStorageSupportStatusVStorageUnsupported,
		ScsiLunVStorageSupportStatusVStorageUnknown,
	}
}

func (e ScsiLunVStorageSupportStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ScsiLunVStorageSupportStatus"] = reflect.TypeOf((*ScsiLunVStorageSupportStatus)(nil)).Elem()
}

type SearchIndexPredicateArrayOperator string

const (
	SearchIndexPredicateArrayOperatorAllElements = SearchIndexPredicateArrayOperator("AllElements")
	SearchIndexPredicateArrayOperatorAnyElement  = SearchIndexPredicateArrayOperator("AnyElement")
)

func (e SearchIndexPredicateArrayOperator) Values() []SearchIndexPredicateArrayOperator {
	return []SearchIndexPredicateArrayOperator{
		SearchIndexPredicateArrayOperatorAllElements,
		SearchIndexPredicateArrayOperatorAnyElement,
	}
}

func (e SearchIndexPredicateArrayOperator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SearchIndexPredicateArrayOperator"] = reflect.TypeOf((*SearchIndexPredicateArrayOperator)(nil)).Elem()
}

type SearchIndexPredicateComparisonOperator string

const (
	SearchIndexPredicateComparisonOperatorEqual          = SearchIndexPredicateComparisonOperator("Equal")
	SearchIndexPredicateComparisonOperatorNotEqual       = SearchIndexPredicateComparisonOperator("NotEqual")
	SearchIndexPredicateComparisonOperatorGreater        = SearchIndexPredicateComparisonOperator("Greater")
	SearchIndexPredicateComparisonOperatorGreaterOrEqual = SearchIndexPredicateComparisonOperator("GreaterOrEqual")
	SearchIndexPredicateComparisonOperatorLess           = SearchIndexPredicateComparisonOperator("Less")
	SearchIndexPredicateComparisonOperatorLessOrEqual    = SearchIndexPredicateComparisonOperator("LessOrEqual")
	SearchIndexPredicateComparisonOperatorIn             = SearchIndexPredicateComparisonOperator("In")
	SearchIndexPredicateComparisonOperatorNotIn          = SearchIndexPredicateComparisonOperator("NotIn")
	SearchIndexPredicateComparisonOperatorLike           = SearchIndexPredicateComparisonOperator("Like")
	SearchIndexPredicateComparisonOperatorNotLike        = SearchIndexPredicateComparisonOperator("NotLike")
)

func (e SearchIndexPredicateComparisonOperator) Values() []SearchIndexPredicateComparisonOperator {
	return []SearchIndexPredicateComparisonOperator{
		SearchIndexPredicateComparisonOperatorEqual,
		SearchIndexPredicateComparisonOperatorNotEqual,
		SearchIndexPredicateComparisonOperatorGreater,
		SearchIndexPredicateComparisonOperatorGreaterOrEqual,
		SearchIndexPredicateComparisonOperatorLess,
		SearchIndexPredicateComparisonOperatorLessOrEqual,
		SearchIndexPredicateComparisonOperatorIn,
		SearchIndexPredicateComparisonOperatorNotIn,
		SearchIndexPredicateComparisonOperatorLike,
		SearchIndexPredicateComparisonOperatorNotLike,
	}
}

func (e SearchIndexPredicateComparisonOperator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SearchIndexPredicateComparisonOperator"] = reflect.TypeOf((*SearchIndexPredicateComparisonOperator)(nil)).Elem()
}

type SearchIndexQuerySpecResourceType string

const (
	SearchIndexQuerySpecResourceTypeClusterComputeResource         = SearchIndexQuerySpecResourceType("ClusterComputeResource")
	SearchIndexQuerySpecResourceTypeComputeResource                = SearchIndexQuerySpecResourceType("ComputeResource")
	SearchIndexQuerySpecResourceTypeDatacenter                     = SearchIndexQuerySpecResourceType("Datacenter")
	SearchIndexQuerySpecResourceTypeDatastore                      = SearchIndexQuerySpecResourceType("Datastore")
	SearchIndexQuerySpecResourceTypeDistributedVirtualPortgroup    = SearchIndexQuerySpecResourceType("DistributedVirtualPortgroup")
	SearchIndexQuerySpecResourceTypeDistributedVirtualSwitch       = SearchIndexQuerySpecResourceType("DistributedVirtualSwitch")
	SearchIndexQuerySpecResourceTypeFolder                         = SearchIndexQuerySpecResourceType("Folder")
	SearchIndexQuerySpecResourceTypeHostSystem                     = SearchIndexQuerySpecResourceType("HostSystem")
	SearchIndexQuerySpecResourceTypeNetwork                        = SearchIndexQuerySpecResourceType("Network")
	SearchIndexQuerySpecResourceTypeOpaqueNetwork                  = SearchIndexQuerySpecResourceType("OpaqueNetwork")
	SearchIndexQuerySpecResourceTypeResourcePool                   = SearchIndexQuerySpecResourceType("ResourcePool")
	SearchIndexQuerySpecResourceTypeServiceInstance                = SearchIndexQuerySpecResourceType("ServiceInstance")
	SearchIndexQuerySpecResourceTypeStoragePod                     = SearchIndexQuerySpecResourceType("StoragePod")
	SearchIndexQuerySpecResourceTypeVirtualApp                     = SearchIndexQuerySpecResourceType("VirtualApp")
	SearchIndexQuerySpecResourceTypeVirtualMachine                 = SearchIndexQuerySpecResourceType("VirtualMachine")
	SearchIndexQuerySpecResourceTypeVmwareDistributedVirtualSwitch = SearchIndexQuerySpecResourceType("VmwareDistributedVirtualSwitch")
)

func (e SearchIndexQuerySpecResourceType) Values() []SearchIndexQuerySpecResourceType {
	return []SearchIndexQuerySpecResourceType{
		SearchIndexQuerySpecResourceTypeClusterComputeResource,
		SearchIndexQuerySpecResourceTypeComputeResource,
		SearchIndexQuerySpecResourceTypeDatacenter,
		SearchIndexQuerySpecResourceTypeDatastore,
		SearchIndexQuerySpecResourceTypeDistributedVirtualPortgroup,
		SearchIndexQuerySpecResourceTypeDistributedVirtualSwitch,
		SearchIndexQuerySpecResourceTypeFolder,
		SearchIndexQuerySpecResourceTypeHostSystem,
		SearchIndexQuerySpecResourceTypeNetwork,
		SearchIndexQuerySpecResourceTypeOpaqueNetwork,
		SearchIndexQuerySpecResourceTypeResourcePool,
		SearchIndexQuerySpecResourceTypeServiceInstance,
		SearchIndexQuerySpecResourceTypeStoragePod,
		SearchIndexQuerySpecResourceTypeVirtualApp,
		SearchIndexQuerySpecResourceTypeVirtualMachine,
		SearchIndexQuerySpecResourceTypeVmwareDistributedVirtualSwitch,
	}
}

func (e SearchIndexQuerySpecResourceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SearchIndexQuerySpecResourceType"] = reflect.TypeOf((*SearchIndexQuerySpecResourceType)(nil)).Elem()
}

type SessionManagerGenericServiceTicketTicketType string

const (
	// Ticket used for HttpNfc access to a file or disk on a datastore
	SessionManagerGenericServiceTicketTicketTypeHttpNfcServiceTicket = SessionManagerGenericServiceTicketTicketType("HttpNfcServiceTicket")
	// Ticket used for service request on a host
	SessionManagerGenericServiceTicketTicketTypeHostServiceTicket = SessionManagerGenericServiceTicketTicketType("HostServiceTicket")
	// Ticket used for service request on a VC
	SessionManagerGenericServiceTicketTicketTypeVcServiceTicket = SessionManagerGenericServiceTicketTicketType("VcServiceTicket")
)

func (e SessionManagerGenericServiceTicketTicketType) Values() []SessionManagerGenericServiceTicketTicketType {
	return []SessionManagerGenericServiceTicketTicketType{
		SessionManagerGenericServiceTicketTicketTypeHttpNfcServiceTicket,
		SessionManagerGenericServiceTicketTicketTypeHostServiceTicket,
		SessionManagerGenericServiceTicketTicketTypeVcServiceTicket,
	}
}

func (e SessionManagerGenericServiceTicketTicketType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SessionManagerGenericServiceTicketTicketType"] = reflect.TypeOf((*SessionManagerGenericServiceTicketTicketType)(nil)).Elem()
	minAPIVersionForType["SessionManagerGenericServiceTicketTicketType"] = "7.0.2.0"
}

// HTTP request methods.
type SessionManagerHttpServiceRequestSpecMethod string

const (
	SessionManagerHttpServiceRequestSpecMethodHttpOptions = SessionManagerHttpServiceRequestSpecMethod("httpOptions")
	SessionManagerHttpServiceRequestSpecMethodHttpGet     = SessionManagerHttpServiceRequestSpecMethod("httpGet")
	SessionManagerHttpServiceRequestSpecMethodHttpHead    = SessionManagerHttpServiceRequestSpecMethod("httpHead")
	SessionManagerHttpServiceRequestSpecMethodHttpPost    = SessionManagerHttpServiceRequestSpecMethod("httpPost")
	SessionManagerHttpServiceRequestSpecMethodHttpPut     = SessionManagerHttpServiceRequestSpecMethod("httpPut")
	SessionManagerHttpServiceRequestSpecMethodHttpDelete  = SessionManagerHttpServiceRequestSpecMethod("httpDelete")
	SessionManagerHttpServiceRequestSpecMethodHttpTrace   = SessionManagerHttpServiceRequestSpecMethod("httpTrace")
	SessionManagerHttpServiceRequestSpecMethodHttpConnect = SessionManagerHttpServiceRequestSpecMethod("httpConnect")
)

func (e SessionManagerHttpServiceRequestSpecMethod) Values() []SessionManagerHttpServiceRequestSpecMethod {
	return []SessionManagerHttpServiceRequestSpecMethod{
		SessionManagerHttpServiceRequestSpecMethodHttpOptions,
		SessionManagerHttpServiceRequestSpecMethodHttpGet,
		SessionManagerHttpServiceRequestSpecMethodHttpHead,
		SessionManagerHttpServiceRequestSpecMethodHttpPost,
		SessionManagerHttpServiceRequestSpecMethodHttpPut,
		SessionManagerHttpServiceRequestSpecMethodHttpDelete,
		SessionManagerHttpServiceRequestSpecMethodHttpTrace,
		SessionManagerHttpServiceRequestSpecMethodHttpConnect,
	}
}

func (e SessionManagerHttpServiceRequestSpecMethod) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SessionManagerHttpServiceRequestSpecMethod"] = reflect.TypeOf((*SessionManagerHttpServiceRequestSpecMethod)(nil)).Elem()
}

// Simplified shares notation.
//
// These designations have different meanings for different resources.
type SharesLevel string

const (
	// For CPU: Shares = 500 \* number of virtual CPUs
	// For Memory: Shares = 5 \* virtual machine memory size in megabytes
	// For Disk: Shares = 500
	// For Network: Shares = 0.25 \* `DVSFeatureCapability.networkResourcePoolHighShareValue`
	SharesLevelLow = SharesLevel("low")
	// For CPU: Shares = 1000 \* number of virtual CPUs
	// For Memory: Shares = 10 \* virtual machine memory size in megabytes
	// For Disk: Shares = 1000
	// For Network: Shares = 0.5 \* `DVSFeatureCapability.networkResourcePoolHighShareValue`
	SharesLevelNormal = SharesLevel("normal")
	// For CPU: Shares = 2000 \* number of virtual CPUs
	// For Memory: Shares = 20 \* virtual machine memory size in megabytes
	// For Disk: Shares = 2000
	// For Network: Shares = `DVSFeatureCapability.networkResourcePoolHighShareValue`
	SharesLevelHigh = SharesLevel("high")
	// If you specify <code>custom</code> for the `SharesInfo.level` property, when there is resource contention the Server uses the `SharesInfo.shares` value to determine resource allocation.
	SharesLevelCustom = SharesLevel("custom")
)

func (e SharesLevel) Values() []SharesLevel {
	return []SharesLevel{
		SharesLevelLow,
		SharesLevelNormal,
		SharesLevelHigh,
		SharesLevelCustom,
	}
}

func (e SharesLevel) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SharesLevel"] = reflect.TypeOf((*SharesLevel)(nil)).Elem()
}

// The encoding of the resultant return data.
//
// This is a hint to the client side
// to indicate the format of the information being returned.
type SimpleCommandEncoding string

const (
	// Comma separated values
	SimpleCommandEncodingCSV = SimpleCommandEncoding("CSV")
	// Hex encoded binary data
	SimpleCommandEncodingHEX    = SimpleCommandEncoding("HEX")
	SimpleCommandEncodingSTRING = SimpleCommandEncoding("STRING")
)

func (e SimpleCommandEncoding) Values() []SimpleCommandEncoding {
	return []SimpleCommandEncoding{
		SimpleCommandEncodingCSV,
		SimpleCommandEncodingHEX,
		SimpleCommandEncodingSTRING,
	}
}

func (e SimpleCommandEncoding) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SimpleCommandEncoding"] = reflect.TypeOf((*SimpleCommandEncoding)(nil)).Elem()
}

// The available SLP discovery methods.
type SlpDiscoveryMethod string

const (
	// Use DHCP to find the SLP DAs.
	SlpDiscoveryMethodSlpDhcp = SlpDiscoveryMethod("slpDhcp")
	// Use broadcasting to find SLP DAs.
	//
	// Only DAs on the current subnet will be found.
	SlpDiscoveryMethodSlpAutoUnicast = SlpDiscoveryMethod("slpAutoUnicast")
	// Use the well known multicast address to find DAs.
	SlpDiscoveryMethodSlpAutoMulticast = SlpDiscoveryMethod("slpAutoMulticast")
	// User specified address for a DA.
	SlpDiscoveryMethodSlpManual = SlpDiscoveryMethod("slpManual")
)

func (e SlpDiscoveryMethod) Values() []SlpDiscoveryMethod {
	return []SlpDiscoveryMethod{
		SlpDiscoveryMethodSlpDhcp,
		SlpDiscoveryMethodSlpAutoUnicast,
		SlpDiscoveryMethodSlpAutoMulticast,
		SlpDiscoveryMethodSlpManual,
	}
}

func (e SlpDiscoveryMethod) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SlpDiscoveryMethod"] = reflect.TypeOf((*SlpDiscoveryMethod)(nil)).Elem()
}

// These are the constraint relationships between software packages.
type SoftwarePackageConstraint string

const (
	SoftwarePackageConstraintEquals           = SoftwarePackageConstraint("equals")
	SoftwarePackageConstraintLessThan         = SoftwarePackageConstraint("lessThan")
	SoftwarePackageConstraintLessThanEqual    = SoftwarePackageConstraint("lessThanEqual")
	SoftwarePackageConstraintGreaterThanEqual = SoftwarePackageConstraint("greaterThanEqual")
	SoftwarePackageConstraintGreaterThan      = SoftwarePackageConstraint("greaterThan")
)

func (e SoftwarePackageConstraint) Values() []SoftwarePackageConstraint {
	return []SoftwarePackageConstraint{
		SoftwarePackageConstraintEquals,
		SoftwarePackageConstraintLessThan,
		SoftwarePackageConstraintLessThanEqual,
		SoftwarePackageConstraintGreaterThanEqual,
		SoftwarePackageConstraintGreaterThan,
	}
}

func (e SoftwarePackageConstraint) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SoftwarePackageConstraint"] = reflect.TypeOf((*SoftwarePackageConstraint)(nil)).Elem()
}

type SoftwarePackageVibType string

const (
	// This package is installed into bootbank in storage.
	SoftwarePackageVibTypeBootbank = SoftwarePackageVibType("bootbank")
	// This package is installed into tools partition in storage.
	SoftwarePackageVibTypeTools = SoftwarePackageVibType("tools")
	// This package contains install related data without
	// content to install.
	SoftwarePackageVibTypeMeta = SoftwarePackageVibType("meta")
)

func (e SoftwarePackageVibType) Values() []SoftwarePackageVibType {
	return []SoftwarePackageVibType{
		SoftwarePackageVibTypeBootbank,
		SoftwarePackageVibTypeTools,
		SoftwarePackageVibTypeMeta,
	}
}

func (e SoftwarePackageVibType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["SoftwarePackageVibType"] = reflect.TypeOf((*SoftwarePackageVibType)(nil)).Elem()
}

// The operation on the target state.
type StateAlarmOperator string

const (
	// Test if the target state matches the given red or yellow states.
	StateAlarmOperatorIsEqual = StateAlarmOperator("isEqual")
	// Test if the target state does not match the given red or yellow states.
	StateAlarmOperatorIsUnequal = StateAlarmOperator("isUnequal")
)

func (e StateAlarmOperator) Values() []StateAlarmOperator {
	return []StateAlarmOperator{
		StateAlarmOperatorIsEqual,
		StateAlarmOperatorIsUnequal,
	}
}

func (e StateAlarmOperator) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["StateAlarmOperator"] = reflect.TypeOf((*StateAlarmOperator)(nil)).Elem()
}

// Storage DRS behavior.
type StorageDrsPodConfigInfoBehavior string

const (
	// Specifies that VirtualCenter should generate recommendations for
	// virtual disk migration and for placement with a datastore,
	// but should not execute the recommendations automatically.
	StorageDrsPodConfigInfoBehaviorManual = StorageDrsPodConfigInfoBehavior("manual")
	// Specifies that VirtualCenter should generate recommendations
	// for virtual disk migration and for placement with a
	// datastore.
	//
	// The recommendations for virtual disk migrations
	// will be executed automatically, but the placement
	// recommendations will be done manually.
	StorageDrsPodConfigInfoBehaviorAutomated = StorageDrsPodConfigInfoBehavior("automated")
)

func (e StorageDrsPodConfigInfoBehavior) Values() []StorageDrsPodConfigInfoBehavior {
	return []StorageDrsPodConfigInfoBehavior{
		StorageDrsPodConfigInfoBehaviorManual,
		StorageDrsPodConfigInfoBehaviorAutomated,
	}
}

func (e StorageDrsPodConfigInfoBehavior) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["StorageDrsPodConfigInfoBehavior"] = reflect.TypeOf((*StorageDrsPodConfigInfoBehavior)(nil)).Elem()
}

// Defines the two ways a space utilization threshold can be specified.
type StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode string

const (
	// Default mode: threshold as a percentage of datastore capacity
	StorageDrsSpaceLoadBalanceConfigSpaceThresholdModeUtilization = StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode("utilization")
	// Threshold as an absolute value of free space in GBs
	StorageDrsSpaceLoadBalanceConfigSpaceThresholdModeFreeSpace = StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode("freeSpace")
)

func (e StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode) Values() []StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode {
	return []StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode{
		StorageDrsSpaceLoadBalanceConfigSpaceThresholdModeUtilization,
		StorageDrsSpaceLoadBalanceConfigSpaceThresholdModeFreeSpace,
	}
}

func (e StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode"] = reflect.TypeOf((*StorageDrsSpaceLoadBalanceConfigSpaceThresholdMode)(nil)).Elem()
}

// Deprecated as of vSphere8.0 U3, and there is no replacement for it.
//
// # User specification of congestion threshold mode on a given datastore
//
// For more information, see
// `StorageIORMInfo.congestionThreshold`
type StorageIORMThresholdMode string

const (
	// Storagage IO Control will choose appropriate congestion threshold value
	// for that datastore to operate at given percentage of peak throughput.
	//
	// This is the default setting
	StorageIORMThresholdModeAutomatic = StorageIORMThresholdMode("automatic")
	// Use user specified Storage IO Control congestion threshold value
	StorageIORMThresholdModeManual = StorageIORMThresholdMode("manual")
)

func (e StorageIORMThresholdMode) Values() []StorageIORMThresholdMode {
	return []StorageIORMThresholdMode{
		StorageIORMThresholdModeAutomatic,
		StorageIORMThresholdModeManual,
	}
}

func (e StorageIORMThresholdMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["StorageIORMThresholdMode"] = reflect.TypeOf((*StorageIORMThresholdMode)(nil)).Elem()
}

// Defines the storage placement operation type.
type StoragePlacementSpecPlacementType string

const (
	// Create a VM.
	StoragePlacementSpecPlacementTypeCreate = StoragePlacementSpecPlacementType("create")
	// Reconfigure a VM.
	StoragePlacementSpecPlacementTypeReconfigure = StoragePlacementSpecPlacementType("reconfigure")
	// Relocate a VM.
	StoragePlacementSpecPlacementTypeRelocate = StoragePlacementSpecPlacementType("relocate")
	// Clone a VM.
	StoragePlacementSpecPlacementTypeClone = StoragePlacementSpecPlacementType("clone")
)

func (e StoragePlacementSpecPlacementType) Values() []StoragePlacementSpecPlacementType {
	return []StoragePlacementSpecPlacementType{
		StoragePlacementSpecPlacementTypeCreate,
		StoragePlacementSpecPlacementTypeReconfigure,
		StoragePlacementSpecPlacementTypeRelocate,
		StoragePlacementSpecPlacementTypeClone,
	}
}

func (e StoragePlacementSpecPlacementType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["StoragePlacementSpecPlacementType"] = reflect.TypeOf((*StoragePlacementSpecPlacementType)(nil)).Elem()
}

// This option specifies how to select tasks based on child relationships
// in the inventory hierarchy.
//
// If a managed entity has children, their tasks
// can be retrieved with this filter option.
type TaskFilterSpecRecursionOption string

const (
	// Returns tasks that pertain only to the specified managed entity,
	// and not its children.
	TaskFilterSpecRecursionOptionSelf = TaskFilterSpecRecursionOption("self")
	// Returns tasks pertaining to child entities only.
	//
	// Excludes
	// tasks pertaining to the specified managed entity itself.
	TaskFilterSpecRecursionOptionChildren = TaskFilterSpecRecursionOption("children")
	// Returns tasks pertaining either to the specified managed entity
	// or to its child entities.
	TaskFilterSpecRecursionOptionAll = TaskFilterSpecRecursionOption("all")
)

func (e TaskFilterSpecRecursionOption) Values() []TaskFilterSpecRecursionOption {
	return []TaskFilterSpecRecursionOption{
		TaskFilterSpecRecursionOptionSelf,
		TaskFilterSpecRecursionOptionChildren,
		TaskFilterSpecRecursionOptionAll,
	}
}

func (e TaskFilterSpecRecursionOption) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["TaskFilterSpecRecursionOption"] = reflect.TypeOf((*TaskFilterSpecRecursionOption)(nil)).Elem()
}

// This option specifies a time stamp governing the selection of tasks.
type TaskFilterSpecTimeOption string

const (
	// The time stamp when the task was created and queued.
	TaskFilterSpecTimeOptionQueuedTime = TaskFilterSpecTimeOption("queuedTime")
	// The time stamp when the task started.
	TaskFilterSpecTimeOptionStartedTime = TaskFilterSpecTimeOption("startedTime")
	// The time stamp when the task finished.
	TaskFilterSpecTimeOptionCompletedTime = TaskFilterSpecTimeOption("completedTime")
)

func (e TaskFilterSpecTimeOption) Values() []TaskFilterSpecTimeOption {
	return []TaskFilterSpecTimeOption{
		TaskFilterSpecTimeOptionQueuedTime,
		TaskFilterSpecTimeOptionStartedTime,
		TaskFilterSpecTimeOptionCompletedTime,
	}
}

func (e TaskFilterSpecTimeOption) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["TaskFilterSpecTimeOption"] = reflect.TypeOf((*TaskFilterSpecTimeOption)(nil)).Elem()
}

// List of possible states of a task.
type TaskInfoState string

const (
	// When there are too many tasks for threads to handle.
	TaskInfoStateQueued = TaskInfoState("queued")
	// When the busy thread is freed from its current task by
	// finishing the task, it picks a queued task to run.
	//
	// Then the queued tasks are marked as running.
	TaskInfoStateRunning = TaskInfoState("running")
	// When a running task has completed.
	TaskInfoStateSuccess = TaskInfoState("success")
	// When a running task has encountered an error.
	TaskInfoStateError = TaskInfoState("error")
)

func (e TaskInfoState) Values() []TaskInfoState {
	return []TaskInfoState{
		TaskInfoStateQueued,
		TaskInfoStateRunning,
		TaskInfoStateSuccess,
		TaskInfoStateError,
	}
}

func (e TaskInfoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["TaskInfoState"] = reflect.TypeOf((*TaskInfoState)(nil)).Elem()
}

type ThirdPartyLicenseAssignmentFailedReason string

const (
	// A general failure has occurred during assigning license to the 3rd party module
	ThirdPartyLicenseAssignmentFailedReasonLicenseAssignmentFailed = ThirdPartyLicenseAssignmentFailedReason("licenseAssignmentFailed")
	// The 3rd party module we are trying to license is not installed.
	ThirdPartyLicenseAssignmentFailedReasonModuleNotInstalled = ThirdPartyLicenseAssignmentFailedReason("moduleNotInstalled")
)

func (e ThirdPartyLicenseAssignmentFailedReason) Values() []ThirdPartyLicenseAssignmentFailedReason {
	return []ThirdPartyLicenseAssignmentFailedReason{
		ThirdPartyLicenseAssignmentFailedReasonLicenseAssignmentFailed,
		ThirdPartyLicenseAssignmentFailedReasonModuleNotInstalled,
	}
}

func (e ThirdPartyLicenseAssignmentFailedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ThirdPartyLicenseAssignmentFailedReason"] = reflect.TypeOf((*ThirdPartyLicenseAssignmentFailedReason)(nil)).Elem()
}

// The policy setting used to determine when tools are auto-upgraded for
// a virtual machine
type UpgradePolicy string

const (
	// No auto-upgrades for tools will be performed for this
	// virtual machine.
	//
	// Users must manually invoke the UpgradeTools
	// operation to update the tools.
	UpgradePolicyManual = UpgradePolicy("manual")
	// When the virtual machine is power-cycled, the system checks
	// for a newer version of tools when the VM comes back up.
	//
	// If it
	// is available, a tools upgrade is automatically performed on the
	// virtual machine and it is rebooted if necessary.
	UpgradePolicyUpgradeAtPowerCycle = UpgradePolicy("upgradeAtPowerCycle")
)

func (e UpgradePolicy) Values() []UpgradePolicy {
	return []UpgradePolicy{
		UpgradePolicyManual,
		UpgradePolicyUpgradeAtPowerCycle,
	}
}

func (e UpgradePolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["UpgradePolicy"] = reflect.TypeOf((*UpgradePolicy)(nil)).Elem()
}

type VAppAutoStartAction string

const (
	// No action is taken for this virtual machine.
	//
	// This virtual machine is
	// not a part of the auto-start sequence. This can be used for both auto-start
	// and auto-start settings.
	VAppAutoStartActionNone = VAppAutoStartAction("none")
	// This virtual machine is powered on when it is next in the auto-start order.
	VAppAutoStartActionPowerOn = VAppAutoStartAction("powerOn")
	// This virtual machine is powered off when it is next in the auto-stop order.
	//
	// This is the default stopAction.
	VAppAutoStartActionPowerOff = VAppAutoStartAction("powerOff")
	// The guest operating system for a virtual machine is shut down when that
	// virtual machine in next in the auto-stop order.
	VAppAutoStartActionGuestShutdown = VAppAutoStartAction("guestShutdown")
	// This virtual machine is suspended when it is next in the auto-stop order.
	VAppAutoStartActionSuspend = VAppAutoStartAction("suspend")
)

func (e VAppAutoStartAction) Values() []VAppAutoStartAction {
	return []VAppAutoStartAction{
		VAppAutoStartActionNone,
		VAppAutoStartActionPowerOn,
		VAppAutoStartActionPowerOff,
		VAppAutoStartActionGuestShutdown,
		VAppAutoStartActionSuspend,
	}
}

func (e VAppAutoStartAction) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VAppAutoStartAction"] = reflect.TypeOf((*VAppAutoStartAction)(nil)).Elem()
}

// The cloned VMs can either be provisioned the same way as the VMs
// they are a clone of, thin provisioned or thick provisioned, or
// linked clones (i.e., using delta disks).
type VAppCloneSpecProvisioningType string

const (
	// Each disk in the cloned virtual machines will have the same
	// type of disk as the source vApp.
	VAppCloneSpecProvisioningTypeSameAsSource = VAppCloneSpecProvisioningType("sameAsSource")
	// Each disk in the cloned virtual machines is allocated in full
	// size now and committed on demand.
	//
	// This is only supported on
	// VMFS-3 and newer datastores. Other types of datastores may
	// create thick disks.
	VAppCloneSpecProvisioningTypeThin = VAppCloneSpecProvisioningType("thin")
	// Each disk in the cloned virtual machines are allocated and
	// committed in full size immediately.
	VAppCloneSpecProvisioningTypeThick = VAppCloneSpecProvisioningType("thick")
)

func (e VAppCloneSpecProvisioningType) Values() []VAppCloneSpecProvisioningType {
	return []VAppCloneSpecProvisioningType{
		VAppCloneSpecProvisioningTypeSameAsSource,
		VAppCloneSpecProvisioningTypeThin,
		VAppCloneSpecProvisioningTypeThick,
	}
}

func (e VAppCloneSpecProvisioningType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VAppCloneSpecProvisioningType"] = reflect.TypeOf((*VAppCloneSpecProvisioningType)(nil)).Elem()
}

// IP allocation schemes supported by the guest.
type VAppIPAssignmentInfoAllocationSchemes string

const (
	// The vApp supports DHCP to acquire IP configuration.
	VAppIPAssignmentInfoAllocationSchemesDhcp = VAppIPAssignmentInfoAllocationSchemes("dhcp")
	// The vApp supports setting the IP configuration through the
	// properties provided in the OVF environment.
	VAppIPAssignmentInfoAllocationSchemesOvfenv = VAppIPAssignmentInfoAllocationSchemes("ovfenv")
)

func (e VAppIPAssignmentInfoAllocationSchemes) Values() []VAppIPAssignmentInfoAllocationSchemes {
	return []VAppIPAssignmentInfoAllocationSchemes{
		VAppIPAssignmentInfoAllocationSchemesDhcp,
		VAppIPAssignmentInfoAllocationSchemesOvfenv,
	}
}

func (e VAppIPAssignmentInfoAllocationSchemes) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VAppIPAssignmentInfoAllocationSchemes"] = reflect.TypeOf((*VAppIPAssignmentInfoAllocationSchemes)(nil)).Elem()
}

// IP allocation policy for a deployment.
type VAppIPAssignmentInfoIpAllocationPolicy string

const (
	// Specifies that DHCP must be used to allocate IP addresses to the vApp
	VAppIPAssignmentInfoIpAllocationPolicyDhcpPolicy = VAppIPAssignmentInfoIpAllocationPolicy("dhcpPolicy")
	// Specifies that IP allocation is done through the range managed by the
	// vSphere platform.
	//
	// The IP addresses are allocated when needed, typically at
	// power-on, and deallocated during power-off. There is no guarantee that a
	// vApp will get the same IP address when restarted.
	VAppIPAssignmentInfoIpAllocationPolicyTransientPolicy = VAppIPAssignmentInfoIpAllocationPolicy("transientPolicy")
	// Specifies that IP addresses are configured manually when the vApp is deployed
	// and will be kept until reconfigured or the vApp destroyed.
	//
	// This will ensure
	// that a vApp gets a consistent IP for its life-time.
	VAppIPAssignmentInfoIpAllocationPolicyFixedPolicy = VAppIPAssignmentInfoIpAllocationPolicy("fixedPolicy")
	// Specifies that IP allocation is done through the range managed by the VI
	// platform.
	//
	// The IP addresses are allocated at first power-on, and remain
	// allocated at power-off. This will ensure that a vApp gets a consistent
	// IP for its life-time.
	VAppIPAssignmentInfoIpAllocationPolicyFixedAllocatedPolicy = VAppIPAssignmentInfoIpAllocationPolicy("fixedAllocatedPolicy")
)

func (e VAppIPAssignmentInfoIpAllocationPolicy) Values() []VAppIPAssignmentInfoIpAllocationPolicy {
	return []VAppIPAssignmentInfoIpAllocationPolicy{
		VAppIPAssignmentInfoIpAllocationPolicyDhcpPolicy,
		VAppIPAssignmentInfoIpAllocationPolicyTransientPolicy,
		VAppIPAssignmentInfoIpAllocationPolicyFixedPolicy,
		VAppIPAssignmentInfoIpAllocationPolicyFixedAllocatedPolicy,
	}
}

func (e VAppIPAssignmentInfoIpAllocationPolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VAppIPAssignmentInfoIpAllocationPolicy"] = reflect.TypeOf((*VAppIPAssignmentInfoIpAllocationPolicy)(nil)).Elem()
}

// IP protocols supported by the guest.
type VAppIPAssignmentInfoProtocols string

const (
	// The vApp supports IPv4 protocol.
	VAppIPAssignmentInfoProtocolsIPv4 = VAppIPAssignmentInfoProtocols("IPv4")
	// The vApp supports IPv6 protocol.
	VAppIPAssignmentInfoProtocolsIPv6 = VAppIPAssignmentInfoProtocols("IPv6")
)

func (e VAppIPAssignmentInfoProtocols) Values() []VAppIPAssignmentInfoProtocols {
	return []VAppIPAssignmentInfoProtocols{
		VAppIPAssignmentInfoProtocolsIPv4,
		VAppIPAssignmentInfoProtocolsIPv6,
	}
}

func (e VAppIPAssignmentInfoProtocols) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VAppIPAssignmentInfoProtocols"] = reflect.TypeOf((*VAppIPAssignmentInfoProtocols)(nil)).Elem()
}

type VFlashModuleNotSupportedReason string

const (
	VFlashModuleNotSupportedReasonCacheModeNotSupported            = VFlashModuleNotSupportedReason("CacheModeNotSupported")
	VFlashModuleNotSupportedReasonCacheConsistencyTypeNotSupported = VFlashModuleNotSupportedReason("CacheConsistencyTypeNotSupported")
	VFlashModuleNotSupportedReasonCacheBlockSizeNotSupported       = VFlashModuleNotSupportedReason("CacheBlockSizeNotSupported")
	VFlashModuleNotSupportedReasonCacheReservationNotSupported     = VFlashModuleNotSupportedReason("CacheReservationNotSupported")
	VFlashModuleNotSupportedReasonDiskSizeNotSupported             = VFlashModuleNotSupportedReason("DiskSizeNotSupported")
)

func (e VFlashModuleNotSupportedReason) Values() []VFlashModuleNotSupportedReason {
	return []VFlashModuleNotSupportedReason{
		VFlashModuleNotSupportedReasonCacheModeNotSupported,
		VFlashModuleNotSupportedReasonCacheConsistencyTypeNotSupported,
		VFlashModuleNotSupportedReasonCacheBlockSizeNotSupported,
		VFlashModuleNotSupportedReasonCacheReservationNotSupported,
		VFlashModuleNotSupportedReasonDiskSizeNotSupported,
	}
}

func (e VFlashModuleNotSupportedReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VFlashModuleNotSupportedReason"] = reflect.TypeOf((*VFlashModuleNotSupportedReason)(nil)).Elem()
}

// Types of a host's compatibility with a designated virtual machine
// that is a candidate for VMotion.
//
// Used with queryVMotionCompatibility
// both as inputs (to designate which compatibility types to test for)
// and as outputs (to specify which compatibility types apply for
// each host).
type VMotionCompatibilityType string

const (
	// The host's CPU features are compatible with the
	// the virtual machine's requirements.
	VMotionCompatibilityTypeCpu = VMotionCompatibilityType("cpu")
	// The software platform on the host supports VMotion
	// and is compatible with the virtual machine.
	VMotionCompatibilityTypeSoftware = VMotionCompatibilityType("software")
)

func (e VMotionCompatibilityType) Values() []VMotionCompatibilityType {
	return []VMotionCompatibilityType{
		VMotionCompatibilityTypeCpu,
		VMotionCompatibilityTypeSoftware,
	}
}

func (e VMotionCompatibilityType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMotionCompatibilityType"] = reflect.TypeOf((*VMotionCompatibilityType)(nil)).Elem()
}

// The teaming health check match status.
type VMwareDVSTeamingMatchStatus string

const (
	// The value of 'loadbalance\_ip' is used in a uplink teaming policy
	// `VmwareUplinkPortTeamingPolicy.policy`
	// in the vSphere Distributed Switch, and the external physical switch
	// has the matching EtherChannel configuration.
	VMwareDVSTeamingMatchStatusIphashMatch = VMwareDVSTeamingMatchStatus("iphashMatch")
	// The value of 'loadbalance\_ip' is not used in a uplink teaming policy
	// `VmwareUplinkPortTeamingPolicy.policy`
	// in the vSphere Distributed Switch, and the external physical switch
	// does not have EtherChannel configuration.
	VMwareDVSTeamingMatchStatusNonIphashMatch = VMwareDVSTeamingMatchStatus("nonIphashMatch")
	// The value of 'loadbalance\_ip' is used in a uplink teaming policy
	// `VmwareUplinkPortTeamingPolicy.policy`
	// in the vSphere Distributed Switch, but the external physical switch
	// does not have the matching EtherChannel configuration.
	VMwareDVSTeamingMatchStatusIphashMismatch = VMwareDVSTeamingMatchStatus("iphashMismatch")
	// The value of 'loadbalance\_ip' is not used in a uplink teaming policy
	// `VmwareUplinkPortTeamingPolicy.policy`
	// in the vSphere Distributed Switch, but the external physical switch
	// has EtherChannel configuration.
	VMwareDVSTeamingMatchStatusNonIphashMismatch = VMwareDVSTeamingMatchStatus("nonIphashMismatch")
)

func (e VMwareDVSTeamingMatchStatus) Values() []VMwareDVSTeamingMatchStatus {
	return []VMwareDVSTeamingMatchStatus{
		VMwareDVSTeamingMatchStatusIphashMatch,
		VMwareDVSTeamingMatchStatusNonIphashMatch,
		VMwareDVSTeamingMatchStatusIphashMismatch,
		VMwareDVSTeamingMatchStatusNonIphashMismatch,
	}
}

func (e VMwareDVSTeamingMatchStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareDVSTeamingMatchStatus"] = reflect.TypeOf((*VMwareDVSTeamingMatchStatus)(nil)).Elem()
}

// Distributed Port Mirroring session Encapsulation types.
type VMwareDVSVspanSessionEncapType string

const (
	// Encapsulate original packets with GRE protocol
	VMwareDVSVspanSessionEncapTypeGre = VMwareDVSVspanSessionEncapType("gre")
	// Encapsulate original packets with ERSPAN Type2 protocol
	VMwareDVSVspanSessionEncapTypeErspan2 = VMwareDVSVspanSessionEncapType("erspan2")
	// Encapsulate original packets with ERSPAN Type3 protocol
	VMwareDVSVspanSessionEncapTypeErspan3 = VMwareDVSVspanSessionEncapType("erspan3")
)

func (e VMwareDVSVspanSessionEncapType) Values() []VMwareDVSVspanSessionEncapType {
	return []VMwareDVSVspanSessionEncapType{
		VMwareDVSVspanSessionEncapTypeGre,
		VMwareDVSVspanSessionEncapTypeErspan2,
		VMwareDVSVspanSessionEncapTypeErspan3,
	}
}

func (e VMwareDVSVspanSessionEncapType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareDVSVspanSessionEncapType"] = reflect.TypeOf((*VMwareDVSVspanSessionEncapType)(nil)).Elem()
}

// Distributed Port Mirroring session types.
type VMwareDVSVspanSessionType string

const (
	// Deprecated as of vSphere API 5.1.
	//
	// In mixedDestMirror session, Distributed Ports can be used as source entities,
	// and both Distributed Ports and Uplink Ports Name can be used as destination entities.
	VMwareDVSVspanSessionTypeMixedDestMirror = VMwareDVSVspanSessionType("mixedDestMirror")
	// In dvPortMirror session, Distributed Ports can be used as both source
	// and destination entities.
	VMwareDVSVspanSessionTypeDvPortMirror = VMwareDVSVspanSessionType("dvPortMirror")
	// In remoteMirrorSource session, Distributed Ports can be used as source entities,
	// and uplink ports name can be used as destination entities.
	VMwareDVSVspanSessionTypeRemoteMirrorSource = VMwareDVSVspanSessionType("remoteMirrorSource")
	// In remoteMirrorDest session, vlan Ids can be used as source entities,
	// and Distributed Ports can be used as destination entities.
	VMwareDVSVspanSessionTypeRemoteMirrorDest = VMwareDVSVspanSessionType("remoteMirrorDest")
	// In encapsulatedRemoteMirrorSource session, Distributed Ports can be used as source entities,
	// and Ip address can be used as destination entities.
	VMwareDVSVspanSessionTypeEncapsulatedRemoteMirrorSource = VMwareDVSVspanSessionType("encapsulatedRemoteMirrorSource")
)

func (e VMwareDVSVspanSessionType) Values() []VMwareDVSVspanSessionType {
	return []VMwareDVSVspanSessionType{
		VMwareDVSVspanSessionTypeMixedDestMirror,
		VMwareDVSVspanSessionTypeDvPortMirror,
		VMwareDVSVspanSessionTypeRemoteMirrorSource,
		VMwareDVSVspanSessionTypeRemoteMirrorDest,
		VMwareDVSVspanSessionTypeEncapsulatedRemoteMirrorSource,
	}
}

func (e VMwareDVSVspanSessionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareDVSVspanSessionType"] = reflect.TypeOf((*VMwareDVSVspanSessionType)(nil)).Elem()
}

// Link Aggregation Control Protocol API versions.
type VMwareDvsLacpApiVersion string

const (
	// Deprecated as of vSphere API 7.0u1.
	//
	// One Link Aggregation Control Protocol group in the switch
	VMwareDvsLacpApiVersionSingleLag = VMwareDvsLacpApiVersion("singleLag")
	// Multiple Link Aggregation Control Protocol in the switch.
	VMwareDvsLacpApiVersionMultipleLag = VMwareDvsLacpApiVersion("multipleLag")
)

func (e VMwareDvsLacpApiVersion) Values() []VMwareDvsLacpApiVersion {
	return []VMwareDvsLacpApiVersion{
		VMwareDvsLacpApiVersionSingleLag,
		VMwareDvsLacpApiVersionMultipleLag,
	}
}

func (e VMwareDvsLacpApiVersion) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareDvsLacpApiVersion"] = reflect.TypeOf((*VMwareDvsLacpApiVersion)(nil)).Elem()
}

// Load balance algorithm in a Link Aggregation Control Protocol group.
type VMwareDvsLacpLoadBalanceAlgorithm string

const (
	// Source MAC address
	VMwareDvsLacpLoadBalanceAlgorithmSrcMac = VMwareDvsLacpLoadBalanceAlgorithm("srcMac")
	// Destination MAC address
	VMwareDvsLacpLoadBalanceAlgorithmDestMac = VMwareDvsLacpLoadBalanceAlgorithm("destMac")
	// Source and destination MAC address
	VMwareDvsLacpLoadBalanceAlgorithmSrcDestMac = VMwareDvsLacpLoadBalanceAlgorithm("srcDestMac")
	// Destination IP and VLAN
	VMwareDvsLacpLoadBalanceAlgorithmDestIpVlan = VMwareDvsLacpLoadBalanceAlgorithm("destIpVlan")
	// Source IP and VLAN
	VMwareDvsLacpLoadBalanceAlgorithmSrcIpVlan = VMwareDvsLacpLoadBalanceAlgorithm("srcIpVlan")
	// Source and destination IP and VLAN
	VMwareDvsLacpLoadBalanceAlgorithmSrcDestIpVlan = VMwareDvsLacpLoadBalanceAlgorithm("srcDestIpVlan")
	// Destination TCP/UDP port number
	VMwareDvsLacpLoadBalanceAlgorithmDestTcpUdpPort = VMwareDvsLacpLoadBalanceAlgorithm("destTcpUdpPort")
	// Source TCP/UDP port number
	VMwareDvsLacpLoadBalanceAlgorithmSrcTcpUdpPort = VMwareDvsLacpLoadBalanceAlgorithm("srcTcpUdpPort")
	// Source and destination TCP/UDP port number
	VMwareDvsLacpLoadBalanceAlgorithmSrcDestTcpUdpPort = VMwareDvsLacpLoadBalanceAlgorithm("srcDestTcpUdpPort")
	// Destination IP and TCP/UDP port number
	VMwareDvsLacpLoadBalanceAlgorithmDestIpTcpUdpPort = VMwareDvsLacpLoadBalanceAlgorithm("destIpTcpUdpPort")
	// Source IP and TCP/UDP port number
	VMwareDvsLacpLoadBalanceAlgorithmSrcIpTcpUdpPort = VMwareDvsLacpLoadBalanceAlgorithm("srcIpTcpUdpPort")
	// Source and destination IP and TCP/UDP port number
	VMwareDvsLacpLoadBalanceAlgorithmSrcDestIpTcpUdpPort = VMwareDvsLacpLoadBalanceAlgorithm("srcDestIpTcpUdpPort")
	// Destination IP, TCP/UDP port number and VLAN
	VMwareDvsLacpLoadBalanceAlgorithmDestIpTcpUdpPortVlan = VMwareDvsLacpLoadBalanceAlgorithm("destIpTcpUdpPortVlan")
	// Source IP, TCP/UDP port number and VLAN
	VMwareDvsLacpLoadBalanceAlgorithmSrcIpTcpUdpPortVlan = VMwareDvsLacpLoadBalanceAlgorithm("srcIpTcpUdpPortVlan")
	// Source and destination IP,
	// source and destination TCP/UDP port number and VLAN.
	VMwareDvsLacpLoadBalanceAlgorithmSrcDestIpTcpUdpPortVlan = VMwareDvsLacpLoadBalanceAlgorithm("srcDestIpTcpUdpPortVlan")
	// Destination IP
	VMwareDvsLacpLoadBalanceAlgorithmDestIp = VMwareDvsLacpLoadBalanceAlgorithm("destIp")
	// Source IP
	VMwareDvsLacpLoadBalanceAlgorithmSrcIp = VMwareDvsLacpLoadBalanceAlgorithm("srcIp")
	// Source and Destination IP
	VMwareDvsLacpLoadBalanceAlgorithmSrcDestIp = VMwareDvsLacpLoadBalanceAlgorithm("srcDestIp")
	// VLAN only
	VMwareDvsLacpLoadBalanceAlgorithmVlan = VMwareDvsLacpLoadBalanceAlgorithm("vlan")
	// Source Virtual Port Id
	VMwareDvsLacpLoadBalanceAlgorithmSrcPortId = VMwareDvsLacpLoadBalanceAlgorithm("srcPortId")
)

func (e VMwareDvsLacpLoadBalanceAlgorithm) Values() []VMwareDvsLacpLoadBalanceAlgorithm {
	return []VMwareDvsLacpLoadBalanceAlgorithm{
		VMwareDvsLacpLoadBalanceAlgorithmSrcMac,
		VMwareDvsLacpLoadBalanceAlgorithmDestMac,
		VMwareDvsLacpLoadBalanceAlgorithmSrcDestMac,
		VMwareDvsLacpLoadBalanceAlgorithmDestIpVlan,
		VMwareDvsLacpLoadBalanceAlgorithmSrcIpVlan,
		VMwareDvsLacpLoadBalanceAlgorithmSrcDestIpVlan,
		VMwareDvsLacpLoadBalanceAlgorithmDestTcpUdpPort,
		VMwareDvsLacpLoadBalanceAlgorithmSrcTcpUdpPort,
		VMwareDvsLacpLoadBalanceAlgorithmSrcDestTcpUdpPort,
		VMwareDvsLacpLoadBalanceAlgorithmDestIpTcpUdpPort,
		VMwareDvsLacpLoadBalanceAlgorithmSrcIpTcpUdpPort,
		VMwareDvsLacpLoadBalanceAlgorithmSrcDestIpTcpUdpPort,
		VMwareDvsLacpLoadBalanceAlgorithmDestIpTcpUdpPortVlan,
		VMwareDvsLacpLoadBalanceAlgorithmSrcIpTcpUdpPortVlan,
		VMwareDvsLacpLoadBalanceAlgorithmSrcDestIpTcpUdpPortVlan,
		VMwareDvsLacpLoadBalanceAlgorithmDestIp,
		VMwareDvsLacpLoadBalanceAlgorithmSrcIp,
		VMwareDvsLacpLoadBalanceAlgorithmSrcDestIp,
		VMwareDvsLacpLoadBalanceAlgorithmVlan,
		VMwareDvsLacpLoadBalanceAlgorithmSrcPortId,
	}
}

func (e VMwareDvsLacpLoadBalanceAlgorithm) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareDvsLacpLoadBalanceAlgorithm"] = reflect.TypeOf((*VMwareDvsLacpLoadBalanceAlgorithm)(nil)).Elem()
}

// Multicast Filtering mode.
type VMwareDvsMulticastFilteringMode string

const (
	// Legacy filtering mode
	VMwareDvsMulticastFilteringModeLegacyFiltering = VMwareDvsMulticastFilteringMode("legacyFiltering")
	// IGMP/MLD snooping mode
	VMwareDvsMulticastFilteringModeSnooping = VMwareDvsMulticastFilteringMode("snooping")
)

func (e VMwareDvsMulticastFilteringMode) Values() []VMwareDvsMulticastFilteringMode {
	return []VMwareDvsMulticastFilteringMode{
		VMwareDvsMulticastFilteringModeLegacyFiltering,
		VMwareDvsMulticastFilteringModeSnooping,
	}
}

func (e VMwareDvsMulticastFilteringMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareDvsMulticastFilteringMode"] = reflect.TypeOf((*VMwareDvsMulticastFilteringMode)(nil)).Elem()
}

// Link Aggregation Control Protocol policy modes.
type VMwareUplinkLacpMode string

const (
	// Link Aggregation Control Protocol always sends frames along the configured uplinks
	VMwareUplinkLacpModeActive = VMwareUplinkLacpMode("active")
	// Link Aggregation Control Protocol acts as "speak when spoken to".
	VMwareUplinkLacpModePassive = VMwareUplinkLacpMode("passive")
)

func (e VMwareUplinkLacpMode) Values() []VMwareUplinkLacpMode {
	return []VMwareUplinkLacpMode{
		VMwareUplinkLacpModeActive,
		VMwareUplinkLacpModePassive,
	}
}

func (e VMwareUplinkLacpMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareUplinkLacpMode"] = reflect.TypeOf((*VMwareUplinkLacpMode)(nil)).Elem()
}

type VMwareUplinkLacpTimeoutMode string

const (
	// Set long timeout for vmnics in one LACP LAG.
	//
	// Device send fast LACPDUs
	VMwareUplinkLacpTimeoutModeFast = VMwareUplinkLacpTimeoutMode("fast")
	// Set short timeout for vmnics in one LACP LAG.
	//
	// Device send slow LACPDUs
	VMwareUplinkLacpTimeoutModeSlow = VMwareUplinkLacpTimeoutMode("slow")
)

func (e VMwareUplinkLacpTimeoutMode) Values() []VMwareUplinkLacpTimeoutMode {
	return []VMwareUplinkLacpTimeoutMode{
		VMwareUplinkLacpTimeoutModeFast,
		VMwareUplinkLacpTimeoutModeSlow,
	}
}

func (e VMwareUplinkLacpTimeoutMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VMwareUplinkLacpTimeoutMode"] = reflect.TypeOf((*VMwareUplinkLacpTimeoutMode)(nil)).Elem()
	minAPIVersionForType["VMwareUplinkLacpTimeoutMode"] = "7.0.2.0"
}

// Consumption type constants.
//
// Consumption type describes how the virtual storage object is connected and
// consumed for data by the clients.
type VStorageObjectConsumptionType string

const (
	// Disk type.
	VStorageObjectConsumptionTypeDisk = VStorageObjectConsumptionType("disk")
)

func (e VStorageObjectConsumptionType) Values() []VStorageObjectConsumptionType {
	return []VStorageObjectConsumptionType{
		VStorageObjectConsumptionTypeDisk,
	}
}

func (e VStorageObjectConsumptionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VStorageObjectConsumptionType"] = reflect.TypeOf((*VStorageObjectConsumptionType)(nil)).Elem()
}

// Deprecated as of vSphere API 4.0, use `CheckTestType_enum` instead.
//
// Types of tests available for validateMigration.
type ValidateMigrationTestType string

const (
	// Tests that examine only the configuration
	// of the virtual machine and its current host; the destination
	// resource pool and host or cluster are irrelevant.
	ValidateMigrationTestTypeSourceTests = ValidateMigrationTestType("sourceTests")
	// Tests that examine both the virtual
	// machine and the destination host or cluster; the destination
	// resource pool is irrelevant.
	//
	// This set excludes tests that fall
	// into the diskAccessibilityTests group.
	ValidateMigrationTestTypeCompatibilityTests = ValidateMigrationTestType("compatibilityTests")
	// Tests that check that the
	// destination host or cluster can see the datastores where the virtual
	// machine's virtual disks are currently located.
	//
	// The destination
	// resource pool is irrelevant. If you are planning to relocate the
	// virtual disks, do not use these tests; instead examine the relevant
	// datastore objects for your planned disk locations to see if they
	// are accessible to the destination host.
	ValidateMigrationTestTypeDiskAccessibilityTests = ValidateMigrationTestType("diskAccessibilityTests")
	// Tests that check that the destination resource
	// pool can support the virtual machine if it is powered on.
	//
	// The
	// destination host or cluster is relevant because it will affect the
	// amount of overhead memory required to run the virtual machine.
	ValidateMigrationTestTypeResourceTests = ValidateMigrationTestType("resourceTests")
)

func (e ValidateMigrationTestType) Values() []ValidateMigrationTestType {
	return []ValidateMigrationTestType{
		ValidateMigrationTestTypeSourceTests,
		ValidateMigrationTestTypeCompatibilityTests,
		ValidateMigrationTestTypeDiskAccessibilityTests,
		ValidateMigrationTestTypeResourceTests,
	}
}

func (e ValidateMigrationTestType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["ValidateMigrationTestType"] = reflect.TypeOf((*ValidateMigrationTestType)(nil)).Elem()
}

// VchaClusterMode enum defines the possible modes for a VCHA Cluster.
type VchaClusterMode string

const (
	// VCHA Cluster is enabled.
	//
	// State replication between the Active and
	// Passive node is enabled and automatic failover is allowed.
	VchaClusterModeEnabled = VchaClusterMode("enabled")
	// VCHA Cluster is disabled.
	//
	// State replication between the Active and
	// Passive node is disabled and automatic failover is not allowed.
	VchaClusterModeDisabled = VchaClusterMode("disabled")
	// VCHA Cluster is in maintenance mode.
	//
	// State replication between the
	// Active and Passive node is enabled but automatic failover
	// is not allowed.
	VchaClusterModeMaintenance = VchaClusterMode("maintenance")
)

func (e VchaClusterMode) Values() []VchaClusterMode {
	return []VchaClusterMode{
		VchaClusterModeEnabled,
		VchaClusterModeDisabled,
		VchaClusterModeMaintenance,
	}
}

func (e VchaClusterMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VchaClusterMode"] = reflect.TypeOf((*VchaClusterMode)(nil)).Elem()
}

// VchaClusterState enum defines the possible states for a VCHA Cluster.
type VchaClusterState string

const (
	// All three nodes in a VCHA Cluster are healthy and connected.
	//
	// State
	// replication between Active and Passive node is working and both
	// nodes are in sync.
	VchaClusterStateHealthy = VchaClusterState("healthy")
	// A VCHA Cluster is said to be in a degraded state for
	// either or all of the following reasons:
	// \- There is a node loss.
	//
	// \- State replication between the Active and Passive node fails.
	VchaClusterStateDegraded = VchaClusterState("degraded")
	// All three nodes are isolated from each other.
	VchaClusterStateIsolated = VchaClusterState("isolated")
)

func (e VchaClusterState) Values() []VchaClusterState {
	return []VchaClusterState{
		VchaClusterStateHealthy,
		VchaClusterStateDegraded,
		VchaClusterStateIsolated,
	}
}

func (e VchaClusterState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VchaClusterState"] = reflect.TypeOf((*VchaClusterState)(nil)).Elem()
}

type VchaNodeRole string

const (
	// Node is having a role of Active.
	//
	// In this role, node runs a vCenter
	// Server that serves client requests.
	VchaNodeRoleActive = VchaNodeRole("active")
	// Node is having a role of Passive.
	//
	// In this role node, runs as a standby
	// for the Active vCenter Server and receives state updates. This node
	// takes over the role of Active vCenter Server upon failover.
	VchaNodeRolePassive = VchaNodeRole("passive")
	// Node is having a role of Witness.
	//
	// In this role, node acts as a quorum
	// node for avoiding the classic split-brain problem.
	VchaNodeRoleWitness = VchaNodeRole("witness")
)

func (e VchaNodeRole) Values() []VchaNodeRole {
	return []VchaNodeRole{
		VchaNodeRoleActive,
		VchaNodeRolePassive,
		VchaNodeRoleWitness,
	}
}

func (e VchaNodeRole) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VchaNodeRole"] = reflect.TypeOf((*VchaNodeRole)(nil)).Elem()
}

// VchaNodeState enum defines possible state a node can be in a
// VCHA Cluster.
type VchaNodeState string

const (
	// Node is up and has joined the VCHA Cluster.
	VchaNodeStateUp = VchaNodeState("up")
	// Node is down and has left the VCHA Cluster.
	VchaNodeStateDown = VchaNodeState("down")
)

func (e VchaNodeState) Values() []VchaNodeState {
	return []VchaNodeState{
		VchaNodeStateUp,
		VchaNodeStateDown,
	}
}

func (e VchaNodeState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VchaNodeState"] = reflect.TypeOf((*VchaNodeState)(nil)).Elem()
}

type VchaState string

const (
	// VCHA cluster is configured.
	VchaStateConfigured = VchaState("configured")
	// VCHA cluster is not configured.
	VchaStateNotConfigured = VchaState("notConfigured")
	// VCHA cluster is in an invalid/dirty state.
	VchaStateInvalid = VchaState("invalid")
	// VC appliance has been prepared for VCHA cluster configuration.
	VchaStatePrepared = VchaState("prepared")
)

func (e VchaState) Values() []VchaState {
	return []VchaState{
		VchaStateConfigured,
		VchaStateNotConfigured,
		VchaStateInvalid,
		VchaStatePrepared,
	}
}

func (e VchaState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VchaState"] = reflect.TypeOf((*VchaState)(nil)).Elem()
}

// The VAppState type defines the set of states a vApp can be
// in.
//
// The transitory states between started and stopped is modeled explicitly,
// since the starting or stopping of a vApp is typically a time-consuming
// process that might take minutes to complete.
type VirtualAppVAppState string

const (
	// The vApp is currently powered on .
	VirtualAppVAppStateStarted = VirtualAppVAppState("started")
	// The vApp is currently powered off or suspended.
	VirtualAppVAppStateStopped = VirtualAppVAppState("stopped")
	// The vApp is in the process of starting.
	VirtualAppVAppStateStarting = VirtualAppVAppState("starting")
	// The vApp is in the process of stopping.
	VirtualAppVAppStateStopping = VirtualAppVAppState("stopping")
)

func (e VirtualAppVAppState) Values() []VirtualAppVAppState {
	return []VirtualAppVAppState{
		VirtualAppVAppStateStarted,
		VirtualAppVAppStateStopped,
		VirtualAppVAppStateStarting,
		VirtualAppVAppStateStopping,
	}
}

func (e VirtualAppVAppState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualAppVAppState"] = reflect.TypeOf((*VirtualAppVAppState)(nil)).Elem()
}

// Describes the change mode of the device.
//
// Applies only to virtual disks during VirtualDeviceSpec.Operation "add"
type VirtualDeviceConfigSpecChangeMode string

const (
	VirtualDeviceConfigSpecChangeModeFail = VirtualDeviceConfigSpecChangeMode("fail")
	VirtualDeviceConfigSpecChangeModeSkip = VirtualDeviceConfigSpecChangeMode("skip")
)

func (e VirtualDeviceConfigSpecChangeMode) Values() []VirtualDeviceConfigSpecChangeMode {
	return []VirtualDeviceConfigSpecChangeMode{
		VirtualDeviceConfigSpecChangeModeFail,
		VirtualDeviceConfigSpecChangeModeSkip,
	}
}

func (e VirtualDeviceConfigSpecChangeMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceConfigSpecChangeMode"] = reflect.TypeOf((*VirtualDeviceConfigSpecChangeMode)(nil)).Elem()
	minAPIVersionForType["VirtualDeviceConfigSpecChangeMode"] = "8.0.0.1"
}

// The type of operation being performed on the backing of a virtual device.
//
// Valid values are:
type VirtualDeviceConfigSpecFileOperation string

const (
	// Specifies the creation of the device backing; for example,
	// the creation of a virtual disk or floppy image file.
	VirtualDeviceConfigSpecFileOperationCreate = VirtualDeviceConfigSpecFileOperation("create")
	// Specifies the destruction of a device backing.
	VirtualDeviceConfigSpecFileOperationDestroy = VirtualDeviceConfigSpecFileOperation("destroy")
	// Specifies the deletion of the existing backing for a virtual device
	// and the creation of a new backing.
	VirtualDeviceConfigSpecFileOperationReplace = VirtualDeviceConfigSpecFileOperation("replace")
)

func (e VirtualDeviceConfigSpecFileOperation) Values() []VirtualDeviceConfigSpecFileOperation {
	return []VirtualDeviceConfigSpecFileOperation{
		VirtualDeviceConfigSpecFileOperationCreate,
		VirtualDeviceConfigSpecFileOperationDestroy,
		VirtualDeviceConfigSpecFileOperationReplace,
	}
}

func (e VirtualDeviceConfigSpecFileOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceConfigSpecFileOperation"] = reflect.TypeOf((*VirtualDeviceConfigSpecFileOperation)(nil)).Elem()
}

// The type of operation being performed on the specified virtual device.
//
// Valid values are:
type VirtualDeviceConfigSpecOperation string

const (
	// Specifies the addition of a virtual device to the configuration.
	VirtualDeviceConfigSpecOperationAdd = VirtualDeviceConfigSpecOperation("add")
	// Specifies the removal of a virtual device.
	VirtualDeviceConfigSpecOperationRemove = VirtualDeviceConfigSpecOperation("remove")
	// Specifies changes to the virtual device specification.
	VirtualDeviceConfigSpecOperationEdit = VirtualDeviceConfigSpecOperation("edit")
)

func (e VirtualDeviceConfigSpecOperation) Values() []VirtualDeviceConfigSpecOperation {
	return []VirtualDeviceConfigSpecOperation{
		VirtualDeviceConfigSpecOperationAdd,
		VirtualDeviceConfigSpecOperationRemove,
		VirtualDeviceConfigSpecOperationEdit,
	}
}

func (e VirtualDeviceConfigSpecOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceConfigSpecOperation"] = reflect.TypeOf((*VirtualDeviceConfigSpecOperation)(nil)).Elem()
}

// Contains information about connectable virtual devices when
// the virtual machine restores from a migration.
type VirtualDeviceConnectInfoMigrateConnectOp string

const (
	// Attempt to connect the virtual device when the virtual machine
	// restores from a migration.
	//
	// This property has no effect if it
	// is set on a device that is already connected.
	VirtualDeviceConnectInfoMigrateConnectOpConnect = VirtualDeviceConnectInfoMigrateConnectOp("connect")
	// Attempt to disconnect the virtual device when the virtual machine
	// restores from a migration.
	//
	// This property has no effect if it
	// is set on a device that is already disconnected.
	VirtualDeviceConnectInfoMigrateConnectOpDisconnect = VirtualDeviceConnectInfoMigrateConnectOp("disconnect")
	// Unset the property, which resets the device to its default state.
	//
	// Under most circumstances, a device will return to the same
	// connection state before the migration was initiated.
	VirtualDeviceConnectInfoMigrateConnectOpUnset = VirtualDeviceConnectInfoMigrateConnectOp("unset")
)

func (e VirtualDeviceConnectInfoMigrateConnectOp) Values() []VirtualDeviceConnectInfoMigrateConnectOp {
	return []VirtualDeviceConnectInfoMigrateConnectOp{
		VirtualDeviceConnectInfoMigrateConnectOpConnect,
		VirtualDeviceConnectInfoMigrateConnectOpDisconnect,
		VirtualDeviceConnectInfoMigrateConnectOpUnset,
	}
}

func (e VirtualDeviceConnectInfoMigrateConnectOp) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceConnectInfoMigrateConnectOp"] = reflect.TypeOf((*VirtualDeviceConnectInfoMigrateConnectOp)(nil)).Elem()
}

// Specifies the connectable virtual device status.
type VirtualDeviceConnectInfoStatus string

const (
	// The device is working correctly.
	VirtualDeviceConnectInfoStatusOk = VirtualDeviceConnectInfoStatus("ok")
	// The device has reported a recoverable error.
	//
	// For example,
	// attempting to connect to floppy device that is being used by
	// another virtual machine or some other program would result in
	// this status.
	VirtualDeviceConnectInfoStatusRecoverableError = VirtualDeviceConnectInfoStatus("recoverableError")
	// The device cannot be used.
	//
	// For example, attempting to connect to
	// a floppy device that does not exist would result in this status.
	VirtualDeviceConnectInfoStatusUnrecoverableError = VirtualDeviceConnectInfoStatus("unrecoverableError")
	// The device status is unknown, or it has not been requested to
	// connect when the VM is powered on.
	VirtualDeviceConnectInfoStatusUntried = VirtualDeviceConnectInfoStatus("untried")
)

func (e VirtualDeviceConnectInfoStatus) Values() []VirtualDeviceConnectInfoStatus {
	return []VirtualDeviceConnectInfoStatus{
		VirtualDeviceConnectInfoStatusOk,
		VirtualDeviceConnectInfoStatusRecoverableError,
		VirtualDeviceConnectInfoStatusUnrecoverableError,
		VirtualDeviceConnectInfoStatusUntried,
	}
}

func (e VirtualDeviceConnectInfoStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceConnectInfoStatus"] = reflect.TypeOf((*VirtualDeviceConnectInfoStatus)(nil)).Elem()
}

// All known file extensions.
//
// Valid ones are:
type VirtualDeviceFileExtension string

const (
	// CD ISO Image backings
	VirtualDeviceFileExtensionIso = VirtualDeviceFileExtension("iso")
	// Floppy File Backings
	VirtualDeviceFileExtensionFlp = VirtualDeviceFileExtension("flp")
	// virtual disks
	VirtualDeviceFileExtensionVmdk = VirtualDeviceFileExtension("vmdk")
	// legacy virtual disks
	VirtualDeviceFileExtensionDsk = VirtualDeviceFileExtension("dsk")
	// pre 3.0 virtual disks using Raw Disk Maps
	VirtualDeviceFileExtensionRdm = VirtualDeviceFileExtension("rdm")
)

func (e VirtualDeviceFileExtension) Values() []VirtualDeviceFileExtension {
	return []VirtualDeviceFileExtension{
		VirtualDeviceFileExtensionIso,
		VirtualDeviceFileExtensionFlp,
		VirtualDeviceFileExtensionVmdk,
		VirtualDeviceFileExtensionDsk,
		VirtualDeviceFileExtensionRdm,
	}
}

func (e VirtualDeviceFileExtension) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceFileExtension"] = reflect.TypeOf((*VirtualDeviceFileExtension)(nil)).Elem()
}

// The <code>VirtualDeviceURIBackingOptionDirection</code> enum type
// provides values for the direction of a network connection.
type VirtualDeviceURIBackingOptionDirection string

const (
	// Indicates that the virtual machine can listen for a connection
	// on the specified `VirtualDeviceURIBackingInfo.serviceURI`.
	VirtualDeviceURIBackingOptionDirectionServer = VirtualDeviceURIBackingOptionDirection("server")
	// Indicates that the virtual machine can initiate a connection
	// with a system on the network using the specified
	// `VirtualDeviceURIBackingInfo.serviceURI`.
	VirtualDeviceURIBackingOptionDirectionClient = VirtualDeviceURIBackingOptionDirection("client")
)

func (e VirtualDeviceURIBackingOptionDirection) Values() []VirtualDeviceURIBackingOptionDirection {
	return []VirtualDeviceURIBackingOptionDirection{
		VirtualDeviceURIBackingOptionDirectionServer,
		VirtualDeviceURIBackingOptionDirectionClient,
	}
}

func (e VirtualDeviceURIBackingOptionDirection) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDeviceURIBackingOptionDirection"] = reflect.TypeOf((*VirtualDeviceURIBackingOptionDirection)(nil)).Elem()
}

// The types of virtual disk adapters used by virtual disks
type VirtualDiskAdapterType string

const (
	// Use IDE emulation for the virtual disk
	VirtualDiskAdapterTypeIde = VirtualDiskAdapterType("ide")
	// Use BusLogic emulation for the virtual disk
	VirtualDiskAdapterTypeBusLogic = VirtualDiskAdapterType("busLogic")
	// Use LSILogic emulation for the virtual disk
	VirtualDiskAdapterTypeLsiLogic = VirtualDiskAdapterType("lsiLogic")
)

func (e VirtualDiskAdapterType) Values() []VirtualDiskAdapterType {
	return []VirtualDiskAdapterType{
		VirtualDiskAdapterTypeIde,
		VirtualDiskAdapterTypeBusLogic,
		VirtualDiskAdapterTypeLsiLogic,
	}
}

func (e VirtualDiskAdapterType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskAdapterType"] = reflect.TypeOf((*VirtualDiskAdapterType)(nil)).Elem()
}

// All known compatibility modes for raw disk mappings.
//
// Valid compatibility
// modes are:
//   - virtualMode
//   - physicalMode
type VirtualDiskCompatibilityMode string

const (
	// A disk device backed by a virtual compatibility mode raw disk mapping can
	// use disk modes.
	//
	// See also `VirtualDiskMode_enum`.
	VirtualDiskCompatibilityModeVirtualMode = VirtualDiskCompatibilityMode("virtualMode")
	// A disk device backed by a physical compatibility mode raw disk mapping cannot
	// use disk modes, and commands are passed straight through to the LUN
	// indicated by the raw disk mapping.
	VirtualDiskCompatibilityModePhysicalMode = VirtualDiskCompatibilityMode("physicalMode")
)

func (e VirtualDiskCompatibilityMode) Values() []VirtualDiskCompatibilityMode {
	return []VirtualDiskCompatibilityMode{
		VirtualDiskCompatibilityModeVirtualMode,
		VirtualDiskCompatibilityModePhysicalMode,
	}
}

func (e VirtualDiskCompatibilityMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskCompatibilityMode"] = reflect.TypeOf((*VirtualDiskCompatibilityMode)(nil)).Elem()
}

// The delta disk format constants
type VirtualDiskDeltaDiskFormat string

const (
	// redo-log based format
	VirtualDiskDeltaDiskFormatRedoLogFormat = VirtualDiskDeltaDiskFormat("redoLogFormat")
	// native snapshot format
	VirtualDiskDeltaDiskFormatNativeFormat = VirtualDiskDeltaDiskFormat("nativeFormat")
	// Flex-SE redo-log based format
	VirtualDiskDeltaDiskFormatSeSparseFormat = VirtualDiskDeltaDiskFormat("seSparseFormat")
)

func (e VirtualDiskDeltaDiskFormat) Values() []VirtualDiskDeltaDiskFormat {
	return []VirtualDiskDeltaDiskFormat{
		VirtualDiskDeltaDiskFormatRedoLogFormat,
		VirtualDiskDeltaDiskFormatNativeFormat,
		VirtualDiskDeltaDiskFormatSeSparseFormat,
	}
}

func (e VirtualDiskDeltaDiskFormat) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskDeltaDiskFormat"] = reflect.TypeOf((*VirtualDiskDeltaDiskFormat)(nil)).Elem()
}

// The delta disk format variant constants
type VirtualDiskDeltaDiskFormatVariant string

const (
	// vmfsSparse based redo-log format
	VirtualDiskDeltaDiskFormatVariantVmfsSparseVariant = VirtualDiskDeltaDiskFormatVariant("vmfsSparseVariant")
	// vsanSparse based redo-log format
	VirtualDiskDeltaDiskFormatVariantVsanSparseVariant = VirtualDiskDeltaDiskFormatVariant("vsanSparseVariant")
)

func (e VirtualDiskDeltaDiskFormatVariant) Values() []VirtualDiskDeltaDiskFormatVariant {
	return []VirtualDiskDeltaDiskFormatVariant{
		VirtualDiskDeltaDiskFormatVariantVmfsSparseVariant,
		VirtualDiskDeltaDiskFormatVariantVsanSparseVariant,
	}
}

func (e VirtualDiskDeltaDiskFormatVariant) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskDeltaDiskFormatVariant"] = reflect.TypeOf((*VirtualDiskDeltaDiskFormatVariant)(nil)).Elem()
}

// The list of known disk modes.
//
// The list of supported disk modes varies by the backing type. The "persistent"
// mode is supported by every backing type.
type VirtualDiskMode string

const (
	// Changes are immediately and permanently written to the virtual disk.
	VirtualDiskModePersistent = VirtualDiskMode("persistent")
	// Changes to virtual disk are made to a redo log and discarded at power off.
	VirtualDiskModeNonpersistent = VirtualDiskMode("nonpersistent")
	// Changes are made to a redo log, but you are given the option to commit or undo.
	VirtualDiskModeUndoable = VirtualDiskMode("undoable")
	// Same as persistent, but not affected by snapshots.
	VirtualDiskModeIndependent_persistent = VirtualDiskMode("independent_persistent")
	// Same as nonpersistent, but not affected by snapshots.
	VirtualDiskModeIndependent_nonpersistent = VirtualDiskMode("independent_nonpersistent")
	// Changes are appended to the redo log; you revoke changes by removing the undo log.
	VirtualDiskModeAppend = VirtualDiskMode("append")
)

func (e VirtualDiskMode) Values() []VirtualDiskMode {
	return []VirtualDiskMode{
		VirtualDiskModePersistent,
		VirtualDiskModeNonpersistent,
		VirtualDiskModeUndoable,
		VirtualDiskModeIndependent_persistent,
		VirtualDiskModeIndependent_nonpersistent,
		VirtualDiskModeAppend,
	}
}

func (e VirtualDiskMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskMode"] = reflect.TypeOf((*VirtualDiskMode)(nil)).Elem()
}

// Rule type determines how the virtual disks in a vm can be grouped
// together.
type VirtualDiskRuleSpecRuleType string

const (
	// Virtual disks in the list are grouped together and placed on
	// the same data store.
	VirtualDiskRuleSpecRuleTypeAffinity = VirtualDiskRuleSpecRuleType("affinity")
	// Virtual disks in the list are placed on different data stores.
	VirtualDiskRuleSpecRuleTypeAntiAffinity = VirtualDiskRuleSpecRuleType("antiAffinity")
	// SDRS will be disabled for the disks in the list.
	VirtualDiskRuleSpecRuleTypeDisabled = VirtualDiskRuleSpecRuleType("disabled")
)

func (e VirtualDiskRuleSpecRuleType) Values() []VirtualDiskRuleSpecRuleType {
	return []VirtualDiskRuleSpecRuleType{
		VirtualDiskRuleSpecRuleTypeAffinity,
		VirtualDiskRuleSpecRuleTypeAntiAffinity,
		VirtualDiskRuleSpecRuleTypeDisabled,
	}
}

func (e VirtualDiskRuleSpecRuleType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskRuleSpecRuleType"] = reflect.TypeOf((*VirtualDiskRuleSpecRuleType)(nil)).Elem()
}

// The sharing mode of the virtual disk.
//
// Setting the value to sharingMultiWriter means that multiple virtual
// machines can write to the virtual disk. This sharing mode is allowed
// only for eagerly zeroed thick virtual disks.
type VirtualDiskSharing string

const (
	// The virtual disk is not shared.
	VirtualDiskSharingSharingNone = VirtualDiskSharing("sharingNone")
	// The virtual disk is shared between multiple virtual machines.
	VirtualDiskSharingSharingMultiWriter = VirtualDiskSharing("sharingMultiWriter")
)

func (e VirtualDiskSharing) Values() []VirtualDiskSharing {
	return []VirtualDiskSharing{
		VirtualDiskSharingSharingNone,
		VirtualDiskSharingSharingMultiWriter,
	}
}

func (e VirtualDiskSharing) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskSharing"] = reflect.TypeOf((*VirtualDiskSharing)(nil)).Elem()
}

// The types of virtual disks that can be created or cloned.
type VirtualDiskType string

const (
	// A preallocated disk has all space allocated at creation time
	// and the space is zeroed on demand as the space is used.
	VirtualDiskTypePreallocated = VirtualDiskType("preallocated")
	// Space required for thin-provisioned virtual disk is allocated and
	// zeroed on demand as the space is used.
	VirtualDiskTypeThin = VirtualDiskType("thin")
	// A sparse (allocate on demand) format with additional space
	// optimizations.
	VirtualDiskTypeSeSparse = VirtualDiskType("seSparse")
	// Virtual compatibility mode raw disk mapping.
	//
	// An rdm virtual disk
	// grants access to the entire raw disk and the virtual disk can
	// participate in snapshots.
	VirtualDiskTypeRdm = VirtualDiskType("rdm")
	// Physical compatibility mode (pass-through) raw disk mapping.
	//
	// An rdmp
	// virtual disk passes SCSI commands directly to the hardware, but the
	// virtual disk cannot participate in snapshots.
	VirtualDiskTypeRdmp = VirtualDiskType("rdmp")
	// Raw device.
	VirtualDiskTypeRaw = VirtualDiskType("raw")
	// A redo log disk.
	//
	// This format is only applicable as a destination format
	// in a clone operation, and not usable for disk creation.
	VirtualDiskTypeDelta = VirtualDiskType("delta")
	// A sparse disk with 2GB maximum extent size.
	//
	// Disks in this format
	// can be used with other VMware products. The 2GB extent size
	// makes these disks easier to burn to dvd or use on filesystems that
	// don't support large files. This format is only applicable as a
	// destination format in a clone operation, and not usable for disk
	// creation.
	VirtualDiskTypeSparse2Gb = VirtualDiskType("sparse2Gb")
	// A thick disk with 2GB maximum extent size.
	//
	// Disks in this format
	// can be used with other VMware products. The 2GB extent size
	// makes these disks easier to burn to dvd or use on filesystems that
	// don't support large files. This format is only applicable as a
	// destination format in a clone operation, and not usable for disk
	// creation.
	VirtualDiskTypeThick2Gb = VirtualDiskType("thick2Gb")
	// An eager zeroed thick disk has all space allocated and wiped clean
	// of any previous contents on the physical media at creation time.
	//
	// Such disks may take longer time during creation compared to other
	// disk formats.
	VirtualDiskTypeEagerZeroedThick = VirtualDiskType("eagerZeroedThick")
	// A sparse monolithic disk.
	//
	// Disks in this format can be used with other
	// VMware products. This format is only applicable as a destination
	// format in a clone operation, and not usable for disk creation.
	VirtualDiskTypeSparseMonolithic = VirtualDiskType("sparseMonolithic")
	// A preallocated monolithic disk.
	//
	// Disks in this format can be used with
	// other VMware products. This format is only applicable as a destination
	// format in a clone operation, and not usable for disk creation.
	VirtualDiskTypeFlatMonolithic = VirtualDiskType("flatMonolithic")
	// Deprecated as of vSphere API 4.x, use `eagerZeroedThick` instead
	// for clustering application, and `preallocated` for other applications.
	//
	// A thick disk has all space allocated at creation time.
	//
	// This
	// space may contain stale data on the physical media. Thick disks
	// are primarily used for virtual machine clustering, but they are
	// generally insecure and should not be used. Due to better performance
	// and security properties, the use of the 'preallocated' format is
	// preferred over this format.
	VirtualDiskTypeThick = VirtualDiskType("thick")
)

func (e VirtualDiskType) Values() []VirtualDiskType {
	return []VirtualDiskType{
		VirtualDiskTypePreallocated,
		VirtualDiskTypeThin,
		VirtualDiskTypeSeSparse,
		VirtualDiskTypeRdm,
		VirtualDiskTypeRdmp,
		VirtualDiskTypeRaw,
		VirtualDiskTypeDelta,
		VirtualDiskTypeSparse2Gb,
		VirtualDiskTypeThick2Gb,
		VirtualDiskTypeEagerZeroedThick,
		VirtualDiskTypeSparseMonolithic,
		VirtualDiskTypeFlatMonolithic,
		VirtualDiskTypeThick,
	}
}

func (e VirtualDiskType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskType"] = reflect.TypeOf((*VirtualDiskType)(nil)).Elem()
}

// Pre-defined constants for cache consistency types
type VirtualDiskVFlashCacheConfigInfoCacheConsistencyType string

const (
	// With strong consistency, it ensures that
	// a crash will leave the cache data consistent.
	VirtualDiskVFlashCacheConfigInfoCacheConsistencyTypeStrong = VirtualDiskVFlashCacheConfigInfoCacheConsistencyType("strong")
	// Cache data consistency is not guaranteed after a crash.
	VirtualDiskVFlashCacheConfigInfoCacheConsistencyTypeWeak = VirtualDiskVFlashCacheConfigInfoCacheConsistencyType("weak")
)

func (e VirtualDiskVFlashCacheConfigInfoCacheConsistencyType) Values() []VirtualDiskVFlashCacheConfigInfoCacheConsistencyType {
	return []VirtualDiskVFlashCacheConfigInfoCacheConsistencyType{
		VirtualDiskVFlashCacheConfigInfoCacheConsistencyTypeStrong,
		VirtualDiskVFlashCacheConfigInfoCacheConsistencyTypeWeak,
	}
}

func (e VirtualDiskVFlashCacheConfigInfoCacheConsistencyType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskVFlashCacheConfigInfoCacheConsistencyType"] = reflect.TypeOf((*VirtualDiskVFlashCacheConfigInfoCacheConsistencyType)(nil)).Elem()
}

// Pre-defined constants for cache modes.
type VirtualDiskVFlashCacheConfigInfoCacheMode string

const (
	// In write-through cache mode, writes to the cache cause writes
	// to the underlying storage.
	//
	// The cache acts as a facade to the underlying
	// storage.
	VirtualDiskVFlashCacheConfigInfoCacheModeWrite_thru = VirtualDiskVFlashCacheConfigInfoCacheMode("write_thru")
	// In write-back mode, writes to the cache do not go to the underlying storage
	// right away.
	//
	// Cache holds data temporarily till it can be permanently saved or
	// otherwise modified.
	VirtualDiskVFlashCacheConfigInfoCacheModeWrite_back = VirtualDiskVFlashCacheConfigInfoCacheMode("write_back")
)

func (e VirtualDiskVFlashCacheConfigInfoCacheMode) Values() []VirtualDiskVFlashCacheConfigInfoCacheMode {
	return []VirtualDiskVFlashCacheConfigInfoCacheMode{
		VirtualDiskVFlashCacheConfigInfoCacheModeWrite_thru,
		VirtualDiskVFlashCacheConfigInfoCacheModeWrite_back,
	}
}

func (e VirtualDiskVFlashCacheConfigInfoCacheMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualDiskVFlashCacheConfigInfoCacheMode"] = reflect.TypeOf((*VirtualDiskVFlashCacheConfigInfoCacheMode)(nil)).Elem()
}

// Possible device names for legacy network backing option are listed below.
//
// Note: This is not an exhaustive list. It is possible to specify
// a specific device as well.
// For example, on ESX hosts, the device name could be specified as "vmnic\[0-9\]"
// or vmnet\_\[0-9\].
// For VMware Server Windows hosts, the device name could be specified as "vmnet\[0-9\]"
// and for VMware Server Linux hosts, the device name could be specified as "/dev/vmnet\[0-9\]"
// depending on what devices are available on that particular host.
type VirtualEthernetCardLegacyNetworkDeviceName string

const (
	VirtualEthernetCardLegacyNetworkDeviceNameBridged  = VirtualEthernetCardLegacyNetworkDeviceName("bridged")
	VirtualEthernetCardLegacyNetworkDeviceNameNat      = VirtualEthernetCardLegacyNetworkDeviceName("nat")
	VirtualEthernetCardLegacyNetworkDeviceNameHostonly = VirtualEthernetCardLegacyNetworkDeviceName("hostonly")
)

func (e VirtualEthernetCardLegacyNetworkDeviceName) Values() []VirtualEthernetCardLegacyNetworkDeviceName {
	return []VirtualEthernetCardLegacyNetworkDeviceName{
		VirtualEthernetCardLegacyNetworkDeviceNameBridged,
		VirtualEthernetCardLegacyNetworkDeviceNameNat,
		VirtualEthernetCardLegacyNetworkDeviceNameHostonly,
	}
}

func (e VirtualEthernetCardLegacyNetworkDeviceName) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualEthernetCardLegacyNetworkDeviceName"] = reflect.TypeOf((*VirtualEthernetCardLegacyNetworkDeviceName)(nil)).Elem()
}

// The enumeration of all known valid MAC address types.
type VirtualEthernetCardMacType string

const (
	// A statistically assigned MAC address.
	VirtualEthernetCardMacTypeManual = VirtualEthernetCardMacType("manual")
	// An automatically generated MAC address.
	VirtualEthernetCardMacTypeGenerated = VirtualEthernetCardMacType("generated")
	// A MAC address assigned by VirtualCenter.
	VirtualEthernetCardMacTypeAssigned = VirtualEthernetCardMacType("assigned")
)

func (e VirtualEthernetCardMacType) Values() []VirtualEthernetCardMacType {
	return []VirtualEthernetCardMacType{
		VirtualEthernetCardMacTypeManual,
		VirtualEthernetCardMacTypeGenerated,
		VirtualEthernetCardMacTypeAssigned,
	}
}

func (e VirtualEthernetCardMacType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualEthernetCardMacType"] = reflect.TypeOf((*VirtualEthernetCardMacType)(nil)).Elem()
}

type VirtualHardwareMotherboardLayout string

const (
	// Single i440BX host bridge.
	VirtualHardwareMotherboardLayoutI440bxHostBridge = VirtualHardwareMotherboardLayout("i440bxHostBridge")
	// Multiple ACPI host bridges.
	VirtualHardwareMotherboardLayoutAcpiHostBridges = VirtualHardwareMotherboardLayout("acpiHostBridges")
)

func (e VirtualHardwareMotherboardLayout) Values() []VirtualHardwareMotherboardLayout {
	return []VirtualHardwareMotherboardLayout{
		VirtualHardwareMotherboardLayoutI440bxHostBridge,
		VirtualHardwareMotherboardLayoutAcpiHostBridges,
	}
}

func (e VirtualHardwareMotherboardLayout) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualHardwareMotherboardLayout"] = reflect.TypeOf((*VirtualHardwareMotherboardLayout)(nil)).Elem()
	minAPIVersionForType["VirtualHardwareMotherboardLayout"] = "8.0.0.1"
}

// Application heartbeat status type.
type VirtualMachineAppHeartbeatStatusType string

const (
	// Heartbeat status is disabled
	VirtualMachineAppHeartbeatStatusTypeAppStatusGray = VirtualMachineAppHeartbeatStatusType("appStatusGray")
	// Heartbeat status is OK
	VirtualMachineAppHeartbeatStatusTypeAppStatusGreen = VirtualMachineAppHeartbeatStatusType("appStatusGreen")
	// Heartbeating has stopped
	VirtualMachineAppHeartbeatStatusTypeAppStatusRed = VirtualMachineAppHeartbeatStatusType("appStatusRed")
)

func (e VirtualMachineAppHeartbeatStatusType) Values() []VirtualMachineAppHeartbeatStatusType {
	return []VirtualMachineAppHeartbeatStatusType{
		VirtualMachineAppHeartbeatStatusTypeAppStatusGray,
		VirtualMachineAppHeartbeatStatusTypeAppStatusGreen,
		VirtualMachineAppHeartbeatStatusTypeAppStatusRed,
	}
}

func (e VirtualMachineAppHeartbeatStatusType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineAppHeartbeatStatusType"] = reflect.TypeOf((*VirtualMachineAppHeartbeatStatusType)(nil)).Elem()
}

type VirtualMachineBootOptionsNetworkBootProtocolType string

const (
	// PXE (or Apple NetBoot) over IPv4.
	//
	// The default.
	VirtualMachineBootOptionsNetworkBootProtocolTypeIpv4 = VirtualMachineBootOptionsNetworkBootProtocolType("ipv4")
	// PXE over IPv6.
	//
	// Only meaningful for EFI virtual machines.
	VirtualMachineBootOptionsNetworkBootProtocolTypeIpv6 = VirtualMachineBootOptionsNetworkBootProtocolType("ipv6")
)

func (e VirtualMachineBootOptionsNetworkBootProtocolType) Values() []VirtualMachineBootOptionsNetworkBootProtocolType {
	return []VirtualMachineBootOptionsNetworkBootProtocolType{
		VirtualMachineBootOptionsNetworkBootProtocolTypeIpv4,
		VirtualMachineBootOptionsNetworkBootProtocolTypeIpv6,
	}
}

func (e VirtualMachineBootOptionsNetworkBootProtocolType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineBootOptionsNetworkBootProtocolType"] = reflect.TypeOf((*VirtualMachineBootOptionsNetworkBootProtocolType)(nil)).Elem()
}

type VirtualMachineCertThumbprintHashAlgorithm string

const (
	// SHA256
	VirtualMachineCertThumbprintHashAlgorithmSha256 = VirtualMachineCertThumbprintHashAlgorithm("sha256")
)

func (e VirtualMachineCertThumbprintHashAlgorithm) Values() []VirtualMachineCertThumbprintHashAlgorithm {
	return []VirtualMachineCertThumbprintHashAlgorithm{
		VirtualMachineCertThumbprintHashAlgorithmSha256,
	}
}

func (e VirtualMachineCertThumbprintHashAlgorithm) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineCertThumbprintHashAlgorithm"] = reflect.TypeOf((*VirtualMachineCertThumbprintHashAlgorithm)(nil)).Elem()
	minAPIVersionForType["VirtualMachineCertThumbprintHashAlgorithm"] = "7.0.3.1"
}

// TPM provisioning policies used when cloning a VM with a virtual TPM
type VirtualMachineCloneSpecTpmProvisionPolicy string

const (
	// The virtual TPM is copied.
	//
	// The virtual machine clone will have access
	// to the original virtual machine's TPM secrets.
	VirtualMachineCloneSpecTpmProvisionPolicyCopy = VirtualMachineCloneSpecTpmProvisionPolicy("copy")
	// The virtual TPM is replaced with a new one.
	//
	// The virtual machine clone
	// will not have access to the original virtual machine's TPM secrets.
	VirtualMachineCloneSpecTpmProvisionPolicyReplace = VirtualMachineCloneSpecTpmProvisionPolicy("replace")
)

func (e VirtualMachineCloneSpecTpmProvisionPolicy) Values() []VirtualMachineCloneSpecTpmProvisionPolicy {
	return []VirtualMachineCloneSpecTpmProvisionPolicy{
		VirtualMachineCloneSpecTpmProvisionPolicyCopy,
		VirtualMachineCloneSpecTpmProvisionPolicyReplace,
	}
}

func (e VirtualMachineCloneSpecTpmProvisionPolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineCloneSpecTpmProvisionPolicy"] = reflect.TypeOf((*VirtualMachineCloneSpecTpmProvisionPolicy)(nil)).Elem()
	minAPIVersionForType["VirtualMachineCloneSpecTpmProvisionPolicy"] = "8.0.0.1"
}

// The NPIV WWN source type.
type VirtualMachineConfigInfoNpivWwnType string

const (
	// This set of WWNs is generated by VC server.
	VirtualMachineConfigInfoNpivWwnTypeVc = VirtualMachineConfigInfoNpivWwnType("vc")
	// This set of WWNs is generated by Host Agent.
	VirtualMachineConfigInfoNpivWwnTypeHost = VirtualMachineConfigInfoNpivWwnType("host")
	// This set of WWNs is provided by the client.
	VirtualMachineConfigInfoNpivWwnTypeExternal = VirtualMachineConfigInfoNpivWwnType("external")
)

func (e VirtualMachineConfigInfoNpivWwnType) Values() []VirtualMachineConfigInfoNpivWwnType {
	return []VirtualMachineConfigInfoNpivWwnType{
		VirtualMachineConfigInfoNpivWwnTypeVc,
		VirtualMachineConfigInfoNpivWwnTypeHost,
		VirtualMachineConfigInfoNpivWwnTypeExternal,
	}
}

func (e VirtualMachineConfigInfoNpivWwnType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineConfigInfoNpivWwnType"] = reflect.TypeOf((*VirtualMachineConfigInfoNpivWwnType)(nil)).Elem()
}

// Available choices for virtual machine swapfile placement policy.
//
// This is
// the set of legal values for the virtual machine configuration's
// `swapPlacement` property. All
// values except for "inherit" and "vmConfigured" are also valid values for
// a compute resource configuration's
// `vmSwapPlacement`
// property.
type VirtualMachineConfigInfoSwapPlacementType string

const (
	// Honor the virtual machine swapfile placement policy of the compute
	// resource that contains this virtual machine.
	VirtualMachineConfigInfoSwapPlacementTypeInherit = VirtualMachineConfigInfoSwapPlacementType("inherit")
	// Store the swapfile in the same directory as the virtual machine.
	VirtualMachineConfigInfoSwapPlacementTypeVmDirectory = VirtualMachineConfigInfoSwapPlacementType("vmDirectory")
	// Store the swapfile in the datastore specified by the
	// `localSwapDatastore`
	// property of the virtual machine's host, if that property is set and
	// indicates a datastore with sufficient free space.
	//
	// Otherwise store the
	// swapfile in the same directory as the virtual machine.
	//
	// Note: This setting may degrade VMotion performance.
	VirtualMachineConfigInfoSwapPlacementTypeHostLocal = VirtualMachineConfigInfoSwapPlacementType("hostLocal")
)

func (e VirtualMachineConfigInfoSwapPlacementType) Values() []VirtualMachineConfigInfoSwapPlacementType {
	return []VirtualMachineConfigInfoSwapPlacementType{
		VirtualMachineConfigInfoSwapPlacementTypeInherit,
		VirtualMachineConfigInfoSwapPlacementTypeVmDirectory,
		VirtualMachineConfigInfoSwapPlacementTypeHostLocal,
	}
}

func (e VirtualMachineConfigInfoSwapPlacementType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineConfigInfoSwapPlacementType"] = reflect.TypeOf((*VirtualMachineConfigInfoSwapPlacementType)(nil)).Elem()
}

// The set of valid encrypted Fault Tolerance modes for a VM.
//
// If the VM is encrypted, its encrypted Fault Tolerance mode
type VirtualMachineConfigSpecEncryptedFtModes string

const (
	// Do not use encrypted Fault Tolerance, even if available.
	VirtualMachineConfigSpecEncryptedFtModesFtEncryptionDisabled = VirtualMachineConfigSpecEncryptedFtModes("ftEncryptionDisabled")
	// Use encrypted Fault Tolerance if source and destination hosts
	// support it, fall back to unencrypted Fault Tolerance otherwise.
	//
	// This is the default option.
	VirtualMachineConfigSpecEncryptedFtModesFtEncryptionOpportunistic = VirtualMachineConfigSpecEncryptedFtModes("ftEncryptionOpportunistic")
	// Allow only encrypted Fault Tolerance.
	//
	// If either the source or
	// destination host does not support encrypted Fault Tolerance,
	// do not allow the Fault Tolerance to occur.
	VirtualMachineConfigSpecEncryptedFtModesFtEncryptionRequired = VirtualMachineConfigSpecEncryptedFtModes("ftEncryptionRequired")
)

func (e VirtualMachineConfigSpecEncryptedFtModes) Values() []VirtualMachineConfigSpecEncryptedFtModes {
	return []VirtualMachineConfigSpecEncryptedFtModes{
		VirtualMachineConfigSpecEncryptedFtModesFtEncryptionDisabled,
		VirtualMachineConfigSpecEncryptedFtModesFtEncryptionOpportunistic,
		VirtualMachineConfigSpecEncryptedFtModesFtEncryptionRequired,
	}
}

func (e VirtualMachineConfigSpecEncryptedFtModes) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineConfigSpecEncryptedFtModes"] = reflect.TypeOf((*VirtualMachineConfigSpecEncryptedFtModes)(nil)).Elem()
	minAPIVersionForType["VirtualMachineConfigSpecEncryptedFtModes"] = "7.0.2.0"
}

// The set of valid encrypted vMotion modes for a VM.
//
// If the VM is encrypted, its encrypted vMotion mode will be required.
type VirtualMachineConfigSpecEncryptedVMotionModes string

const (
	// Do not use encrypted vMotion, even if available.
	VirtualMachineConfigSpecEncryptedVMotionModesDisabled = VirtualMachineConfigSpecEncryptedVMotionModes("disabled")
	// Use encrypted vMotion if source and destination hosts support it,
	// fall back to unencrypted vMotion otherwise.
	//
	// This is the default option.
	VirtualMachineConfigSpecEncryptedVMotionModesOpportunistic = VirtualMachineConfigSpecEncryptedVMotionModes("opportunistic")
	// Allow only encrypted vMotion.
	//
	// If the source or destination host does
	// not support vMotion encryption, do not allow the vMotion to occur.
	VirtualMachineConfigSpecEncryptedVMotionModesRequired = VirtualMachineConfigSpecEncryptedVMotionModes("required")
)

func (e VirtualMachineConfigSpecEncryptedVMotionModes) Values() []VirtualMachineConfigSpecEncryptedVMotionModes {
	return []VirtualMachineConfigSpecEncryptedVMotionModes{
		VirtualMachineConfigSpecEncryptedVMotionModesDisabled,
		VirtualMachineConfigSpecEncryptedVMotionModesOpportunistic,
		VirtualMachineConfigSpecEncryptedVMotionModesRequired,
	}
}

func (e VirtualMachineConfigSpecEncryptedVMotionModes) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineConfigSpecEncryptedVMotionModes"] = reflect.TypeOf((*VirtualMachineConfigSpecEncryptedVMotionModes)(nil)).Elem()
}

// The root WWN operation mode.
type VirtualMachineConfigSpecNpivWwnOp string

const (
	// Generate a new set of WWNs and assign it to the virtual machine.
	VirtualMachineConfigSpecNpivWwnOpGenerate = VirtualMachineConfigSpecNpivWwnOp("generate")
	// Take a client-specified set of WWNs (specified in "wwn" property) and
	// assign them to the virtual machine.
	//
	// If the new WWN quntity are more
	// than existing then we will append them to the existing list of WWNs.
	VirtualMachineConfigSpecNpivWwnOpSet = VirtualMachineConfigSpecNpivWwnOp("set")
	// Remove the currently assigned WWNs from the virtual machine.
	VirtualMachineConfigSpecNpivWwnOpRemove = VirtualMachineConfigSpecNpivWwnOp("remove")
	// Generate a new set of WWNs and append them to the existing list
	VirtualMachineConfigSpecNpivWwnOpExtend = VirtualMachineConfigSpecNpivWwnOp("extend")
)

func (e VirtualMachineConfigSpecNpivWwnOp) Values() []VirtualMachineConfigSpecNpivWwnOp {
	return []VirtualMachineConfigSpecNpivWwnOp{
		VirtualMachineConfigSpecNpivWwnOpGenerate,
		VirtualMachineConfigSpecNpivWwnOpSet,
		VirtualMachineConfigSpecNpivWwnOpRemove,
		VirtualMachineConfigSpecNpivWwnOpExtend,
	}
}

func (e VirtualMachineConfigSpecNpivWwnOp) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineConfigSpecNpivWwnOp"] = reflect.TypeOf((*VirtualMachineConfigSpecNpivWwnOp)(nil)).Elem()
}

// The connectivity state of a virtual machine.
//
// When the API is provided directly by
// a server product, such as ESX Server, then the disconnected state is not
// possible. However, when accessed through VirtualCenter, the state of a virtual
// machine is set to disconnected if the hosts that manage the virtual
// machine becomes unavailable.
type VirtualMachineConnectionState string

const (
	// The server has access to the virtual machine.
	VirtualMachineConnectionStateConnected = VirtualMachineConnectionState("connected")
	// The server is currently disconnected from the virtual machine, since its
	// host is disconnected.
	//
	// See general comment for this enumerated type for more
	// details.
	VirtualMachineConnectionStateDisconnected = VirtualMachineConnectionState("disconnected")
	// The virtual machine is no longer registered on the host it is associated
	// with.
	//
	// For example, a virtual machine that is unregistered or deleted
	// directly on a host managed by VirtualCenter shows up in this state.
	VirtualMachineConnectionStateOrphaned = VirtualMachineConnectionState("orphaned")
	// One or more of the virtual machine configuration files are inaccessible.
	//
	// For
	// example, this can be due to transient disk failures. In this case, no
	// configuration can be returned for a virtual machine.
	VirtualMachineConnectionStateInaccessible = VirtualMachineConnectionState("inaccessible")
	// The virtual machine configuration format is invalid.
	//
	// Thus, it is accessible
	// on disk, but corrupted in a way that does not allow the server to read the
	// content. In this case, no configuration can be returned for a virtual
	// machine.
	VirtualMachineConnectionStateInvalid = VirtualMachineConnectionState("invalid")
)

func (e VirtualMachineConnectionState) Values() []VirtualMachineConnectionState {
	return []VirtualMachineConnectionState{
		VirtualMachineConnectionStateConnected,
		VirtualMachineConnectionStateDisconnected,
		VirtualMachineConnectionStateOrphaned,
		VirtualMachineConnectionStateInaccessible,
		VirtualMachineConnectionStateInvalid,
	}
}

func (e VirtualMachineConnectionState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineConnectionState"] = reflect.TypeOf((*VirtualMachineConnectionState)(nil)).Elem()
}

// The crypto state of a encrypted virtual machine.
type VirtualMachineCryptoState string

const (
	// The virtual machine is in unlocked state.
	VirtualMachineCryptoStateUnlocked = VirtualMachineCryptoState("unlocked")
	// The virtual machine is in locked state for the configuration key missing
	// on the ESX host where the VM is registered.
	VirtualMachineCryptoStateLocked = VirtualMachineCryptoState("locked")
)

func (e VirtualMachineCryptoState) Values() []VirtualMachineCryptoState {
	return []VirtualMachineCryptoState{
		VirtualMachineCryptoStateUnlocked,
		VirtualMachineCryptoStateLocked,
	}
}

func (e VirtualMachineCryptoState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineCryptoState"] = reflect.TypeOf((*VirtualMachineCryptoState)(nil)).Elem()
}

type VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther string

const (
	// The virtual machine's host does not support VMDirectPath Gen 2.
	//
	// See also `HostCapability.vmDirectPathGen2Supported`.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOtherVmNptIncompatibleHost = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther("vmNptIncompatibleHost")
	// The configuration or state of the attached network prevents
	// VMDirectPath Gen 2.
	//
	// Refer to
	// `vmDirectPathGen2InactiveReasonNetwork`
	// and/or
	// `vmDirectPathGen2InactiveReasonExtended`
	// in the RuntimeInfo of the DistributedVirtualPort connected to this
	// device.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOtherVmNptIncompatibleNetwork = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther("vmNptIncompatibleNetwork")
)

func (e VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther) Values() []VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther {
	return []VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther{
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOtherVmNptIncompatibleHost,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOtherVmNptIncompatibleNetwork,
	}
}

func (e VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther"] = reflect.TypeOf((*VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonOther)(nil)).Elem()
}

type VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm string

const (
	// The virtual machine's guest OS does not support
	// VMDirectPath Gen 2.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleGuest = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptIncompatibleGuest")
	// The virtual machine's guest network driver does not support
	// VMDirectPath Gen 2.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleGuestDriver = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptIncompatibleGuestDriver")
	// The device type does not support VMDirectPath Gen 2.
	//
	// See also `VirtualEthernetCardOption.vmDirectPathGen2Supported`.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleAdapterType = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptIncompatibleAdapterType")
	// The virtual machine's network adapter is disabled or
	// disconnected, and thus is not participating in VMDirectPath Gen 2.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptDisabledOrDisconnectedAdapter = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptDisabledOrDisconnectedAdapter")
	// The virtual machine's network adapter has features enabled
	// which preclude it participating in VMDirectPath Gen 2 such
	// as INT-x or PXE booting.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleAdapterFeatures = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptIncompatibleAdapterFeatures")
	// The device backing is not a DistributedVirtualPortBacking.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleBackingType = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptIncompatibleBackingType")
	// The virtual machine does not have full memory reservation
	// required to activate VMDirectPath Gen 2.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptInsufficientMemoryReservation = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptInsufficientMemoryReservation")
	// Deprecated as of vSphere API 6.0.
	//
	// The virtual machine is configured for Fault Tolerance or
	// Record &amp; Replay, which prevents VMDirectPath Gen 2.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptFaultToleranceOrRecordReplayConfigured = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptFaultToleranceOrRecordReplayConfigured")
	// Some networking feature has placed a conflicting IOChain on
	// the network adapter, which prevents VMDirectPath Gen 2.
	//
	// Examples
	// include DVFilter.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptConflictingIOChainConfigured = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptConflictingIOChainConfigured")
	// The virtual machine monitor is exercising functionality which
	// which prevents VMDirectPath Gen 2.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptMonitorBlocks = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptMonitorBlocks")
	// VMDirectPath Gen 2 is temporarily suspended while the virtual
	// machine executes an operation such as suspend.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptConflictingOperationInProgress = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptConflictingOperationInProgress")
	// VMDirectPath Gen 2 is unavailable due to an unforeseen runtime error
	// in the virtualization platform (typically resource constraints.)
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptRuntimeError = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptRuntimeError")
	// VMDirectPath Gen 2 is unavailable due to host run out of intr
	// vector in host.
	//
	// Guest can configure the vNIC to use less rx/tx
	// queues or use MSI instead of MSIX.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptOutOfIntrVector = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptOutOfIntrVector")
	// VMDirectPath Gen 2 is unavailable due to Incompatibe feature
	// VMCI is active in the current VM.
	//
	// Kill the relevant VMCI
	// application(s) and restart the VM will allow the vNIC(s) to enter
	// passthrough mode.
	VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptVMCIActive = VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm("vmNptVMCIActive")
)

func (e VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm) Values() []VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm {
	return []VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm{
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleGuest,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleGuestDriver,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleAdapterType,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptDisabledOrDisconnectedAdapter,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleAdapterFeatures,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptIncompatibleBackingType,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptInsufficientMemoryReservation,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptFaultToleranceOrRecordReplayConfigured,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptConflictingIOChainConfigured,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptMonitorBlocks,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptConflictingOperationInProgress,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptRuntimeError,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptOutOfIntrVector,
		VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVmVmNptVMCIActive,
	}
}

func (e VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm"] = reflect.TypeOf((*VirtualMachineDeviceRuntimeInfoVirtualEthernetCardRuntimeStateVmDirectPathGen2InactiveReasonVm)(nil)).Elem()
}

// The FaultToleranceState type defines a simple set of states for a
// fault tolerant virtual machine:
// disabled, starting, and enabled.
type VirtualMachineFaultToleranceState string

const (
	// This state indicates that the virtual machine has not been
	// configured for fault tolerance.
	VirtualMachineFaultToleranceStateNotConfigured = VirtualMachineFaultToleranceState("notConfigured")
	// For a virtual machine that is the primary in a fault tolerant group,
	// this state indicates that the virtual machine has at least one
	// registered secondary, but no secondary is enabled.
	//
	// For a virtual machine that is the secondary in a fault tolerant
	// group, this state indicates that the secondary is disabled.
	VirtualMachineFaultToleranceStateDisabled = VirtualMachineFaultToleranceState("disabled")
	// For a virtual machine that is the primary in a fault tolerant group,
	// this state indicates that the virtual machine is not currently
	// powered on, but has at least one enabled secondary
	// For a virtual machine that is the secondary in a fault tolerant
	// group, this state indicates that the secondary is enabled, but is
	// not currently powered on.
	VirtualMachineFaultToleranceStateEnabled = VirtualMachineFaultToleranceState("enabled")
	// For a virtual machine that is the primary in a fault tolerant group,
	// this state indicates that the virtual machine is powered on and
	// has at least one enabled secondary, but no secondary is currently
	// active.
	//
	// This state is not valid for a virtual machine that is a secondary
	// in a fault tolerant group.
	VirtualMachineFaultToleranceStateNeedSecondary = VirtualMachineFaultToleranceState("needSecondary")
	// For a virtual machine that is the primary in a fault tolerant group,
	// this state indicates that the virtual machine is powered on and has
	// at least one secondary that is synchronizing its state with the
	// primary.
	//
	// For a virtual machine that is the secondary in a fault tolerant
	// group, this state indicates that the secondary is powered on and is
	// synchronizing its state with the primary virtual machine.
	VirtualMachineFaultToleranceStateStarting = VirtualMachineFaultToleranceState("starting")
	// This state indicates that the virtual machine is running with fault
	// tolerance protection.
	VirtualMachineFaultToleranceStateRunning = VirtualMachineFaultToleranceState("running")
)

func (e VirtualMachineFaultToleranceState) Values() []VirtualMachineFaultToleranceState {
	return []VirtualMachineFaultToleranceState{
		VirtualMachineFaultToleranceStateNotConfigured,
		VirtualMachineFaultToleranceStateDisabled,
		VirtualMachineFaultToleranceStateEnabled,
		VirtualMachineFaultToleranceStateNeedSecondary,
		VirtualMachineFaultToleranceStateStarting,
		VirtualMachineFaultToleranceStateRunning,
	}
}

func (e VirtualMachineFaultToleranceState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineFaultToleranceState"] = reflect.TypeOf((*VirtualMachineFaultToleranceState)(nil)).Elem()
}

// The FaultToleranceType defines the type of fault tolerance, if any,
// the virtual machine is configured for.
type VirtualMachineFaultToleranceType string

const (
	// FT not set
	VirtualMachineFaultToleranceTypeUnset = VirtualMachineFaultToleranceType("unset")
	// Record/replay
	VirtualMachineFaultToleranceTypeRecordReplay = VirtualMachineFaultToleranceType("recordReplay")
	// Checkpointing
	VirtualMachineFaultToleranceTypeCheckpointing = VirtualMachineFaultToleranceType("checkpointing")
)

func (e VirtualMachineFaultToleranceType) Values() []VirtualMachineFaultToleranceType {
	return []VirtualMachineFaultToleranceType{
		VirtualMachineFaultToleranceTypeUnset,
		VirtualMachineFaultToleranceTypeRecordReplay,
		VirtualMachineFaultToleranceTypeCheckpointing,
	}
}

func (e VirtualMachineFaultToleranceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineFaultToleranceType"] = reflect.TypeOf((*VirtualMachineFaultToleranceType)(nil)).Elem()
}

// File-type constants.
type VirtualMachineFileLayoutExFileType string

const (
	// Config (vmx) file.
	VirtualMachineFileLayoutExFileTypeConfig = VirtualMachineFileLayoutExFileType("config")
	// Extended config (vmxf) file.
	VirtualMachineFileLayoutExFileTypeExtendedConfig = VirtualMachineFileLayoutExFileType("extendedConfig")
	// Disk descriptor (vmdk) file.
	VirtualMachineFileLayoutExFileTypeDiskDescriptor = VirtualMachineFileLayoutExFileType("diskDescriptor")
	// Disk extent (-flat/-delta/-s/-rdm/-rdmp.vmdk) file.
	VirtualMachineFileLayoutExFileTypeDiskExtent = VirtualMachineFileLayoutExFileType("diskExtent")
	// Disk digest descriptor file.
	VirtualMachineFileLayoutExFileTypeDigestDescriptor = VirtualMachineFileLayoutExFileType("digestDescriptor")
	// Disk digest extent file.
	VirtualMachineFileLayoutExFileTypeDigestExtent = VirtualMachineFileLayoutExFileType("digestExtent")
	// Host based replicated disk persistent state (psf) file.
	VirtualMachineFileLayoutExFileTypeDiskReplicationState = VirtualMachineFileLayoutExFileType("diskReplicationState")
	// Log (log) file.
	VirtualMachineFileLayoutExFileTypeLog = VirtualMachineFileLayoutExFileType("log")
	// Virtual machine statistics (stat) file.
	VirtualMachineFileLayoutExFileTypeStat = VirtualMachineFileLayoutExFileType("stat")
	// Namespace data file.
	VirtualMachineFileLayoutExFileTypeNamespaceData = VirtualMachineFileLayoutExFileType("namespaceData")
	// DataSets disk mode store (dsd) file.
	VirtualMachineFileLayoutExFileTypeDataSetsDiskModeStore = VirtualMachineFileLayoutExFileType("dataSetsDiskModeStore")
	// DataSets vm mode store (dsv) file.
	VirtualMachineFileLayoutExFileTypeDataSetsVmModeStore = VirtualMachineFileLayoutExFileType("dataSetsVmModeStore")
	// Non-volatile RAM (nvram) file.
	VirtualMachineFileLayoutExFileTypeNvram = VirtualMachineFileLayoutExFileType("nvram")
	// Snapshot data (vmsn) file.
	VirtualMachineFileLayoutExFileTypeSnapshotData = VirtualMachineFileLayoutExFileType("snapshotData")
	// Snapshot memory (vmem) file.
	VirtualMachineFileLayoutExFileTypeSnapshotMemory = VirtualMachineFileLayoutExFileType("snapshotMemory")
	// Snapshot metadata (vmsd) file.
	VirtualMachineFileLayoutExFileTypeSnapshotList = VirtualMachineFileLayoutExFileType("snapshotList")
	// Snapshot manifest metadata (-aux.xml) file.
	//
	// This file is still being created but is no longer necessary since
	// the manifest metadata is now available in the snapshot metadata
	// (vmsd) file in vSphere 5.0. This type will be deprecated when
	// vSphere 4.1 is no longer supported.
	VirtualMachineFileLayoutExFileTypeSnapshotManifestList = VirtualMachineFileLayoutExFileType("snapshotManifestList")
	// Suspend (vmss) file.
	VirtualMachineFileLayoutExFileTypeSuspend = VirtualMachineFileLayoutExFileType("suspend")
	// Suspend (vmem) file.
	VirtualMachineFileLayoutExFileTypeSuspendMemory = VirtualMachineFileLayoutExFileType("suspendMemory")
	// Swap (vswp) file.
	VirtualMachineFileLayoutExFileTypeSwap = VirtualMachineFileLayoutExFileType("swap")
	// File generated by VMware ESX kernel for a running virtual
	// machine.
	VirtualMachineFileLayoutExFileTypeUwswap = VirtualMachineFileLayoutExFileType("uwswap")
	// Core (core) file.
	VirtualMachineFileLayoutExFileTypeCore = VirtualMachineFileLayoutExFileType("core")
	// Screenshot file.
	VirtualMachineFileLayoutExFileTypeScreenshot = VirtualMachineFileLayoutExFileType("screenshot")
	// Fault Tolerance metadata file.
	VirtualMachineFileLayoutExFileTypeFtMetadata = VirtualMachineFileLayoutExFileType("ftMetadata")
	// Guest image customization file.
	VirtualMachineFileLayoutExFileTypeGuestCustomization = VirtualMachineFileLayoutExFileType("guestCustomization")
)

func (e VirtualMachineFileLayoutExFileType) Values() []VirtualMachineFileLayoutExFileType {
	return []VirtualMachineFileLayoutExFileType{
		VirtualMachineFileLayoutExFileTypeConfig,
		VirtualMachineFileLayoutExFileTypeExtendedConfig,
		VirtualMachineFileLayoutExFileTypeDiskDescriptor,
		VirtualMachineFileLayoutExFileTypeDiskExtent,
		VirtualMachineFileLayoutExFileTypeDigestDescriptor,
		VirtualMachineFileLayoutExFileTypeDigestExtent,
		VirtualMachineFileLayoutExFileTypeDiskReplicationState,
		VirtualMachineFileLayoutExFileTypeLog,
		VirtualMachineFileLayoutExFileTypeStat,
		VirtualMachineFileLayoutExFileTypeNamespaceData,
		VirtualMachineFileLayoutExFileTypeDataSetsDiskModeStore,
		VirtualMachineFileLayoutExFileTypeDataSetsVmModeStore,
		VirtualMachineFileLayoutExFileTypeNvram,
		VirtualMachineFileLayoutExFileTypeSnapshotData,
		VirtualMachineFileLayoutExFileTypeSnapshotMemory,
		VirtualMachineFileLayoutExFileTypeSnapshotList,
		VirtualMachineFileLayoutExFileTypeSnapshotManifestList,
		VirtualMachineFileLayoutExFileTypeSuspend,
		VirtualMachineFileLayoutExFileTypeSuspendMemory,
		VirtualMachineFileLayoutExFileTypeSwap,
		VirtualMachineFileLayoutExFileTypeUwswap,
		VirtualMachineFileLayoutExFileTypeCore,
		VirtualMachineFileLayoutExFileTypeScreenshot,
		VirtualMachineFileLayoutExFileTypeFtMetadata,
		VirtualMachineFileLayoutExFileTypeGuestCustomization,
	}
}

func (e VirtualMachineFileLayoutExFileType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineFileLayoutExFileType"] = reflect.TypeOf((*VirtualMachineFileLayoutExFileType)(nil)).Elem()
	minAPIVersionForEnumValue["VirtualMachineFileLayoutExFileType"] = map[string]string{
		"dataSetsDiskModeStore": "8.0.0.0",
		"dataSetsVmModeStore":   "8.0.0.0",
	}
}

// Set of possible values for `VirtualMachineFlagInfo.monitorType`.
type VirtualMachineFlagInfoMonitorType string

const (
	// Run vmx in default mode, matching the build type of vmkernel.
	VirtualMachineFlagInfoMonitorTypeRelease = VirtualMachineFlagInfoMonitorType("release")
	// Run vmx in debug mode.
	VirtualMachineFlagInfoMonitorTypeDebug = VirtualMachineFlagInfoMonitorType("debug")
	// Run vmx in stats mode.
	VirtualMachineFlagInfoMonitorTypeStats = VirtualMachineFlagInfoMonitorType("stats")
)

func (e VirtualMachineFlagInfoMonitorType) Values() []VirtualMachineFlagInfoMonitorType {
	return []VirtualMachineFlagInfoMonitorType{
		VirtualMachineFlagInfoMonitorTypeRelease,
		VirtualMachineFlagInfoMonitorTypeDebug,
		VirtualMachineFlagInfoMonitorTypeStats,
	}
}

func (e VirtualMachineFlagInfoMonitorType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineFlagInfoMonitorType"] = reflect.TypeOf((*VirtualMachineFlagInfoMonitorType)(nil)).Elem()
}

// Set of possible values for `VirtualMachineFlagInfo.virtualExecUsage`.
type VirtualMachineFlagInfoVirtualExecUsage string

const (
	// Determine automatically whether to use hardware virtualization (HV) support.
	VirtualMachineFlagInfoVirtualExecUsageHvAuto = VirtualMachineFlagInfoVirtualExecUsage("hvAuto")
	// Use hardware virtualization (HV) support if the physical hardware supports it.
	VirtualMachineFlagInfoVirtualExecUsageHvOn = VirtualMachineFlagInfoVirtualExecUsage("hvOn")
	// Do not use hardware virtualization (HV) support.
	VirtualMachineFlagInfoVirtualExecUsageHvOff = VirtualMachineFlagInfoVirtualExecUsage("hvOff")
)

func (e VirtualMachineFlagInfoVirtualExecUsage) Values() []VirtualMachineFlagInfoVirtualExecUsage {
	return []VirtualMachineFlagInfoVirtualExecUsage{
		VirtualMachineFlagInfoVirtualExecUsageHvAuto,
		VirtualMachineFlagInfoVirtualExecUsageHvOn,
		VirtualMachineFlagInfoVirtualExecUsageHvOff,
	}
}

func (e VirtualMachineFlagInfoVirtualExecUsage) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineFlagInfoVirtualExecUsage"] = reflect.TypeOf((*VirtualMachineFlagInfoVirtualExecUsage)(nil)).Elem()
}

// Set of possible values for `VirtualMachineFlagInfo.virtualMmuUsage`.
type VirtualMachineFlagInfoVirtualMmuUsage string

const (
	// Determine automatically whether to use nested page table hardware support.
	VirtualMachineFlagInfoVirtualMmuUsageAutomatic = VirtualMachineFlagInfoVirtualMmuUsage("automatic")
	// Use nested paging hardware support if the physical hardware supports it.
	VirtualMachineFlagInfoVirtualMmuUsageOn = VirtualMachineFlagInfoVirtualMmuUsage("on")
	// Do not use nested page table hardware support.
	VirtualMachineFlagInfoVirtualMmuUsageOff = VirtualMachineFlagInfoVirtualMmuUsage("off")
)

func (e VirtualMachineFlagInfoVirtualMmuUsage) Values() []VirtualMachineFlagInfoVirtualMmuUsage {
	return []VirtualMachineFlagInfoVirtualMmuUsage{
		VirtualMachineFlagInfoVirtualMmuUsageAutomatic,
		VirtualMachineFlagInfoVirtualMmuUsageOn,
		VirtualMachineFlagInfoVirtualMmuUsageOff,
	}
}

func (e VirtualMachineFlagInfoVirtualMmuUsage) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineFlagInfoVirtualMmuUsage"] = reflect.TypeOf((*VirtualMachineFlagInfoVirtualMmuUsage)(nil)).Elem()
}

// Fork child type.
//
// A child could be type of none, persistent, or
// nonpersistent.
type VirtualMachineForkConfigInfoChildType string

const (
	// The virtual machine is not a child.
	VirtualMachineForkConfigInfoChildTypeNone = VirtualMachineForkConfigInfoChildType("none")
	// The virtual machine is a persistent child.
	VirtualMachineForkConfigInfoChildTypePersistent = VirtualMachineForkConfigInfoChildType("persistent")
	// The virtual machine is a non-persistent child.
	VirtualMachineForkConfigInfoChildTypeNonpersistent = VirtualMachineForkConfigInfoChildType("nonpersistent")
)

func (e VirtualMachineForkConfigInfoChildType) Values() []VirtualMachineForkConfigInfoChildType {
	return []VirtualMachineForkConfigInfoChildType{
		VirtualMachineForkConfigInfoChildTypeNone,
		VirtualMachineForkConfigInfoChildTypePersistent,
		VirtualMachineForkConfigInfoChildTypeNonpersistent,
	}
}

func (e VirtualMachineForkConfigInfoChildType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineForkConfigInfoChildType"] = reflect.TypeOf((*VirtualMachineForkConfigInfoChildType)(nil)).Elem()
}

// Guest operating system family constants.
type VirtualMachineGuestOsFamily string

const (
	// Windows operating system
	VirtualMachineGuestOsFamilyWindowsGuest = VirtualMachineGuestOsFamily("windowsGuest")
	// Linux operating system
	VirtualMachineGuestOsFamilyLinuxGuest = VirtualMachineGuestOsFamily("linuxGuest")
	// Novell Netware
	VirtualMachineGuestOsFamilyNetwareGuest = VirtualMachineGuestOsFamily("netwareGuest")
	// Solaris operating system
	VirtualMachineGuestOsFamilySolarisGuest = VirtualMachineGuestOsFamily("solarisGuest")
	// Mac OS operating system
	VirtualMachineGuestOsFamilyDarwinGuestFamily = VirtualMachineGuestOsFamily("darwinGuestFamily")
	// Other operating systems
	VirtualMachineGuestOsFamilyOtherGuestFamily = VirtualMachineGuestOsFamily("otherGuestFamily")
)

func (e VirtualMachineGuestOsFamily) Values() []VirtualMachineGuestOsFamily {
	return []VirtualMachineGuestOsFamily{
		VirtualMachineGuestOsFamilyWindowsGuest,
		VirtualMachineGuestOsFamilyLinuxGuest,
		VirtualMachineGuestOsFamilyNetwareGuest,
		VirtualMachineGuestOsFamilySolarisGuest,
		VirtualMachineGuestOsFamilyDarwinGuestFamily,
		VirtualMachineGuestOsFamilyOtherGuestFamily,
	}
}

func (e VirtualMachineGuestOsFamily) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineGuestOsFamily"] = reflect.TypeOf((*VirtualMachineGuestOsFamily)(nil)).Elem()
}

// Guest operating system identifier.
type VirtualMachineGuestOsIdentifier string

const (
	// MS-DOS.
	VirtualMachineGuestOsIdentifierDosGuest = VirtualMachineGuestOsIdentifier("dosGuest")
	// Windows 3.1
	VirtualMachineGuestOsIdentifierWin31Guest = VirtualMachineGuestOsIdentifier("win31Guest")
	// Windows 95
	VirtualMachineGuestOsIdentifierWin95Guest = VirtualMachineGuestOsIdentifier("win95Guest")
	// Windows 98
	VirtualMachineGuestOsIdentifierWin98Guest = VirtualMachineGuestOsIdentifier("win98Guest")
	// Windows Millennium Edition
	VirtualMachineGuestOsIdentifierWinMeGuest = VirtualMachineGuestOsIdentifier("winMeGuest")
	// Windows NT 4
	VirtualMachineGuestOsIdentifierWinNTGuest = VirtualMachineGuestOsIdentifier("winNTGuest")
	// Windows 2000 Professional
	VirtualMachineGuestOsIdentifierWin2000ProGuest = VirtualMachineGuestOsIdentifier("win2000ProGuest")
	// Windows 2000 Server
	VirtualMachineGuestOsIdentifierWin2000ServGuest = VirtualMachineGuestOsIdentifier("win2000ServGuest")
	// Windows 2000 Advanced Server
	VirtualMachineGuestOsIdentifierWin2000AdvServGuest = VirtualMachineGuestOsIdentifier("win2000AdvServGuest")
	// Windows XP Home Edition
	VirtualMachineGuestOsIdentifierWinXPHomeGuest = VirtualMachineGuestOsIdentifier("winXPHomeGuest")
	// Windows XP Professional
	VirtualMachineGuestOsIdentifierWinXPProGuest = VirtualMachineGuestOsIdentifier("winXPProGuest")
	// Windows XP Professional Edition (64 bit)
	VirtualMachineGuestOsIdentifierWinXPPro64Guest = VirtualMachineGuestOsIdentifier("winXPPro64Guest")
	// Windows Server 2003, Web Edition
	VirtualMachineGuestOsIdentifierWinNetWebGuest = VirtualMachineGuestOsIdentifier("winNetWebGuest")
	// Windows Server 2003, Standard Edition
	VirtualMachineGuestOsIdentifierWinNetStandardGuest = VirtualMachineGuestOsIdentifier("winNetStandardGuest")
	// Windows Server 2003, Enterprise Edition
	VirtualMachineGuestOsIdentifierWinNetEnterpriseGuest = VirtualMachineGuestOsIdentifier("winNetEnterpriseGuest")
	// Windows Server 2003, Datacenter Edition
	VirtualMachineGuestOsIdentifierWinNetDatacenterGuest = VirtualMachineGuestOsIdentifier("winNetDatacenterGuest")
	// Windows Small Business Server 2003
	VirtualMachineGuestOsIdentifierWinNetBusinessGuest = VirtualMachineGuestOsIdentifier("winNetBusinessGuest")
	// Windows Server 2003, Standard Edition (64 bit)
	VirtualMachineGuestOsIdentifierWinNetStandard64Guest = VirtualMachineGuestOsIdentifier("winNetStandard64Guest")
	// Windows Server 2003, Enterprise Edition (64 bit)
	VirtualMachineGuestOsIdentifierWinNetEnterprise64Guest = VirtualMachineGuestOsIdentifier("winNetEnterprise64Guest")
	// Windows Longhorn
	VirtualMachineGuestOsIdentifierWinLonghornGuest = VirtualMachineGuestOsIdentifier("winLonghornGuest")
	// Windows Longhorn (64 bit)
	VirtualMachineGuestOsIdentifierWinLonghorn64Guest = VirtualMachineGuestOsIdentifier("winLonghorn64Guest")
	// Windows Server 2003, Datacenter Edition (64 bit)
	VirtualMachineGuestOsIdentifierWinNetDatacenter64Guest = VirtualMachineGuestOsIdentifier("winNetDatacenter64Guest")
	// Windows Vista
	VirtualMachineGuestOsIdentifierWinVistaGuest = VirtualMachineGuestOsIdentifier("winVistaGuest")
	// Windows Vista (64 bit)
	VirtualMachineGuestOsIdentifierWinVista64Guest = VirtualMachineGuestOsIdentifier("winVista64Guest")
	// Windows 7
	VirtualMachineGuestOsIdentifierWindows7Guest = VirtualMachineGuestOsIdentifier("windows7Guest")
	// Windows 7 (64 bit)
	VirtualMachineGuestOsIdentifierWindows7_64Guest = VirtualMachineGuestOsIdentifier("windows7_64Guest")
	// Windows Server 2008 R2 (64 bit)
	VirtualMachineGuestOsIdentifierWindows7Server64Guest = VirtualMachineGuestOsIdentifier("windows7Server64Guest")
	// Windows 8
	VirtualMachineGuestOsIdentifierWindows8Guest = VirtualMachineGuestOsIdentifier("windows8Guest")
	// Windows 8 (64 bit)
	VirtualMachineGuestOsIdentifierWindows8_64Guest = VirtualMachineGuestOsIdentifier("windows8_64Guest")
	// Windows 8 Server (64 bit)
	VirtualMachineGuestOsIdentifierWindows8Server64Guest = VirtualMachineGuestOsIdentifier("windows8Server64Guest")
	// Windows 10
	VirtualMachineGuestOsIdentifierWindows9Guest = VirtualMachineGuestOsIdentifier("windows9Guest")
	// Windows 10 (64 bit)
	VirtualMachineGuestOsIdentifierWindows9_64Guest = VirtualMachineGuestOsIdentifier("windows9_64Guest")
	// Windows 10 Server (64 bit)
	VirtualMachineGuestOsIdentifierWindows9Server64Guest = VirtualMachineGuestOsIdentifier("windows9Server64Guest")
	// Windows 11
	VirtualMachineGuestOsIdentifierWindows11_64Guest = VirtualMachineGuestOsIdentifier("windows11_64Guest")
	// Windows 12
	VirtualMachineGuestOsIdentifierWindows12_64Guest = VirtualMachineGuestOsIdentifier("windows12_64Guest")
	// Windows Hyper-V
	VirtualMachineGuestOsIdentifierWindowsHyperVGuest = VirtualMachineGuestOsIdentifier("windowsHyperVGuest")
	// Windows Server 2019
	VirtualMachineGuestOsIdentifierWindows2019srv_64Guest = VirtualMachineGuestOsIdentifier("windows2019srv_64Guest")
	// Windows Server 2022
	VirtualMachineGuestOsIdentifierWindows2019srvNext_64Guest = VirtualMachineGuestOsIdentifier("windows2019srvNext_64Guest")
	// Windows Server 2025
	VirtualMachineGuestOsIdentifierWindows2022srvNext_64Guest = VirtualMachineGuestOsIdentifier("windows2022srvNext_64Guest")
	// FreeBSD
	VirtualMachineGuestOsIdentifierFreebsdGuest = VirtualMachineGuestOsIdentifier("freebsdGuest")
	// FreeBSD x64
	VirtualMachineGuestOsIdentifierFreebsd64Guest = VirtualMachineGuestOsIdentifier("freebsd64Guest")
	// FreeBSD 11
	VirtualMachineGuestOsIdentifierFreebsd11Guest = VirtualMachineGuestOsIdentifier("freebsd11Guest")
	// FreeBSD 11 x64
	VirtualMachineGuestOsIdentifierFreebsd11_64Guest = VirtualMachineGuestOsIdentifier("freebsd11_64Guest")
	// FreeBSD 12
	VirtualMachineGuestOsIdentifierFreebsd12Guest = VirtualMachineGuestOsIdentifier("freebsd12Guest")
	// FreeBSD 12 x64
	VirtualMachineGuestOsIdentifierFreebsd12_64Guest = VirtualMachineGuestOsIdentifier("freebsd12_64Guest")
	// FreeBSD 13
	VirtualMachineGuestOsIdentifierFreebsd13Guest = VirtualMachineGuestOsIdentifier("freebsd13Guest")
	// FreeBSD 13 x64
	VirtualMachineGuestOsIdentifierFreebsd13_64Guest = VirtualMachineGuestOsIdentifier("freebsd13_64Guest")
	// FreeBSD 14
	VirtualMachineGuestOsIdentifierFreebsd14Guest = VirtualMachineGuestOsIdentifier("freebsd14Guest")
	// FreeBSD 14 x64
	VirtualMachineGuestOsIdentifierFreebsd14_64Guest = VirtualMachineGuestOsIdentifier("freebsd14_64Guest")
	// FreeBSD 15
	VirtualMachineGuestOsIdentifierFreebsd15Guest = VirtualMachineGuestOsIdentifier("freebsd15Guest")
	// FreeBSD 15 x64
	VirtualMachineGuestOsIdentifierFreebsd15_64Guest = VirtualMachineGuestOsIdentifier("freebsd15_64Guest")
	// Red Hat Linux 2.1
	VirtualMachineGuestOsIdentifierRedhatGuest = VirtualMachineGuestOsIdentifier("redhatGuest")
	// Red Hat Enterprise Linux 2
	VirtualMachineGuestOsIdentifierRhel2Guest = VirtualMachineGuestOsIdentifier("rhel2Guest")
	// Red Hat Enterprise Linux 3
	VirtualMachineGuestOsIdentifierRhel3Guest = VirtualMachineGuestOsIdentifier("rhel3Guest")
	// Red Hat Enterprise Linux 3 (64 bit)
	VirtualMachineGuestOsIdentifierRhel3_64Guest = VirtualMachineGuestOsIdentifier("rhel3_64Guest")
	// Red Hat Enterprise Linux 4
	VirtualMachineGuestOsIdentifierRhel4Guest = VirtualMachineGuestOsIdentifier("rhel4Guest")
	// Red Hat Enterprise Linux 4 (64 bit)
	VirtualMachineGuestOsIdentifierRhel4_64Guest = VirtualMachineGuestOsIdentifier("rhel4_64Guest")
	// Red Hat Enterprise Linux 5
	VirtualMachineGuestOsIdentifierRhel5Guest = VirtualMachineGuestOsIdentifier("rhel5Guest")
	// Red Hat Enterprise Linux 5 (64 bit)
	VirtualMachineGuestOsIdentifierRhel5_64Guest = VirtualMachineGuestOsIdentifier("rhel5_64Guest")
	// Red Hat Enterprise Linux 6
	VirtualMachineGuestOsIdentifierRhel6Guest = VirtualMachineGuestOsIdentifier("rhel6Guest")
	// Red Hat Enterprise Linux 6 (64 bit)
	VirtualMachineGuestOsIdentifierRhel6_64Guest = VirtualMachineGuestOsIdentifier("rhel6_64Guest")
	// Red Hat Enterprise Linux 7
	VirtualMachineGuestOsIdentifierRhel7Guest = VirtualMachineGuestOsIdentifier("rhel7Guest")
	// Red Hat Enterprise Linux 7 (64 bit)
	VirtualMachineGuestOsIdentifierRhel7_64Guest = VirtualMachineGuestOsIdentifier("rhel7_64Guest")
	// Red Hat Enterprise Linux 8 (64 bit)
	VirtualMachineGuestOsIdentifierRhel8_64Guest = VirtualMachineGuestOsIdentifier("rhel8_64Guest")
	// Red Hat Enterprise Linux 9 (64 bit)
	VirtualMachineGuestOsIdentifierRhel9_64Guest = VirtualMachineGuestOsIdentifier("rhel9_64Guest")
	// Red Hat Enterprise Linux 10 (64 bit)
	VirtualMachineGuestOsIdentifierRhel10_64Guest = VirtualMachineGuestOsIdentifier("rhel10_64Guest")
	// CentOS 4/5
	VirtualMachineGuestOsIdentifierCentosGuest = VirtualMachineGuestOsIdentifier("centosGuest")
	// CentOS 4/5 (64-bit)
	VirtualMachineGuestOsIdentifierCentos64Guest = VirtualMachineGuestOsIdentifier("centos64Guest")
	// CentOS 6
	VirtualMachineGuestOsIdentifierCentos6Guest = VirtualMachineGuestOsIdentifier("centos6Guest")
	// CentOS 6 (64-bit)
	VirtualMachineGuestOsIdentifierCentos6_64Guest = VirtualMachineGuestOsIdentifier("centos6_64Guest")
	// CentOS 7
	VirtualMachineGuestOsIdentifierCentos7Guest = VirtualMachineGuestOsIdentifier("centos7Guest")
	// CentOS 7 (64-bit)
	VirtualMachineGuestOsIdentifierCentos7_64Guest = VirtualMachineGuestOsIdentifier("centos7_64Guest")
	// CentOS 8 (64-bit)
	VirtualMachineGuestOsIdentifierCentos8_64Guest = VirtualMachineGuestOsIdentifier("centos8_64Guest")
	// CentOS 9 (64-bit)
	VirtualMachineGuestOsIdentifierCentos9_64Guest = VirtualMachineGuestOsIdentifier("centos9_64Guest")
	// Oracle Linux 4/5
	VirtualMachineGuestOsIdentifierOracleLinuxGuest = VirtualMachineGuestOsIdentifier("oracleLinuxGuest")
	// Oracle Linux 4/5 (64-bit)
	VirtualMachineGuestOsIdentifierOracleLinux64Guest = VirtualMachineGuestOsIdentifier("oracleLinux64Guest")
	// Oracle 6
	VirtualMachineGuestOsIdentifierOracleLinux6Guest = VirtualMachineGuestOsIdentifier("oracleLinux6Guest")
	// Oracle 6 (64-bit)
	VirtualMachineGuestOsIdentifierOracleLinux6_64Guest = VirtualMachineGuestOsIdentifier("oracleLinux6_64Guest")
	// Oracle 7
	VirtualMachineGuestOsIdentifierOracleLinux7Guest = VirtualMachineGuestOsIdentifier("oracleLinux7Guest")
	// Oracle 7 (64-bit)
	VirtualMachineGuestOsIdentifierOracleLinux7_64Guest = VirtualMachineGuestOsIdentifier("oracleLinux7_64Guest")
	// Oracle 8 (64-bit)
	VirtualMachineGuestOsIdentifierOracleLinux8_64Guest = VirtualMachineGuestOsIdentifier("oracleLinux8_64Guest")
	// Oracle 9 (64-bit)
	VirtualMachineGuestOsIdentifierOracleLinux9_64Guest = VirtualMachineGuestOsIdentifier("oracleLinux9_64Guest")
	// Oracle 10 (64-bit)
	VirtualMachineGuestOsIdentifierOracleLinux10_64Guest = VirtualMachineGuestOsIdentifier("oracleLinux10_64Guest")
	// Suse Linux
	VirtualMachineGuestOsIdentifierSuseGuest = VirtualMachineGuestOsIdentifier("suseGuest")
	// Suse Linux (64 bit)
	VirtualMachineGuestOsIdentifierSuse64Guest = VirtualMachineGuestOsIdentifier("suse64Guest")
	// Suse Linux Enterprise Server 9
	VirtualMachineGuestOsIdentifierSlesGuest = VirtualMachineGuestOsIdentifier("slesGuest")
	// Suse Linux Enterprise Server 9 (64 bit)
	VirtualMachineGuestOsIdentifierSles64Guest = VirtualMachineGuestOsIdentifier("sles64Guest")
	// Suse linux Enterprise Server 10
	VirtualMachineGuestOsIdentifierSles10Guest = VirtualMachineGuestOsIdentifier("sles10Guest")
	// Suse Linux Enterprise Server 10 (64 bit)
	VirtualMachineGuestOsIdentifierSles10_64Guest = VirtualMachineGuestOsIdentifier("sles10_64Guest")
	// Suse linux Enterprise Server 11
	VirtualMachineGuestOsIdentifierSles11Guest = VirtualMachineGuestOsIdentifier("sles11Guest")
	// Suse Linux Enterprise Server 11 (64 bit)
	VirtualMachineGuestOsIdentifierSles11_64Guest = VirtualMachineGuestOsIdentifier("sles11_64Guest")
	// Suse linux Enterprise Server 12
	VirtualMachineGuestOsIdentifierSles12Guest = VirtualMachineGuestOsIdentifier("sles12Guest")
	// Suse Linux Enterprise Server 12 (64 bit)
	VirtualMachineGuestOsIdentifierSles12_64Guest = VirtualMachineGuestOsIdentifier("sles12_64Guest")
	// Suse Linux Enterprise Server 15 (64 bit)
	VirtualMachineGuestOsIdentifierSles15_64Guest = VirtualMachineGuestOsIdentifier("sles15_64Guest")
	// Suse Linux Enterprise Server 16 (64 bit)
	VirtualMachineGuestOsIdentifierSles16_64Guest = VirtualMachineGuestOsIdentifier("sles16_64Guest")
	// Novell Linux Desktop 9
	VirtualMachineGuestOsIdentifierNld9Guest = VirtualMachineGuestOsIdentifier("nld9Guest")
	// Open Enterprise Server
	VirtualMachineGuestOsIdentifierOesGuest = VirtualMachineGuestOsIdentifier("oesGuest")
	// Sun Java Desktop System
	VirtualMachineGuestOsIdentifierSjdsGuest = VirtualMachineGuestOsIdentifier("sjdsGuest")
	// Mandrake Linux
	VirtualMachineGuestOsIdentifierMandrakeGuest = VirtualMachineGuestOsIdentifier("mandrakeGuest")
	// Mandriva Linux
	VirtualMachineGuestOsIdentifierMandrivaGuest = VirtualMachineGuestOsIdentifier("mandrivaGuest")
	// Mandriva Linux (64 bit)
	VirtualMachineGuestOsIdentifierMandriva64Guest = VirtualMachineGuestOsIdentifier("mandriva64Guest")
	// Turbolinux
	VirtualMachineGuestOsIdentifierTurboLinuxGuest = VirtualMachineGuestOsIdentifier("turboLinuxGuest")
	// Turbolinux (64 bit)
	VirtualMachineGuestOsIdentifierTurboLinux64Guest = VirtualMachineGuestOsIdentifier("turboLinux64Guest")
	// Ubuntu Linux
	VirtualMachineGuestOsIdentifierUbuntuGuest = VirtualMachineGuestOsIdentifier("ubuntuGuest")
	// Ubuntu Linux (64 bit)
	VirtualMachineGuestOsIdentifierUbuntu64Guest = VirtualMachineGuestOsIdentifier("ubuntu64Guest")
	// Debian GNU/Linux 4
	VirtualMachineGuestOsIdentifierDebian4Guest = VirtualMachineGuestOsIdentifier("debian4Guest")
	// Debian GNU/Linux 4 (64 bit)
	VirtualMachineGuestOsIdentifierDebian4_64Guest = VirtualMachineGuestOsIdentifier("debian4_64Guest")
	// Debian GNU/Linux 5
	VirtualMachineGuestOsIdentifierDebian5Guest = VirtualMachineGuestOsIdentifier("debian5Guest")
	// Debian GNU/Linux 5 (64 bit)
	VirtualMachineGuestOsIdentifierDebian5_64Guest = VirtualMachineGuestOsIdentifier("debian5_64Guest")
	// Debian GNU/Linux 6
	VirtualMachineGuestOsIdentifierDebian6Guest = VirtualMachineGuestOsIdentifier("debian6Guest")
	// Debian GNU/Linux 6 (64 bit)
	VirtualMachineGuestOsIdentifierDebian6_64Guest = VirtualMachineGuestOsIdentifier("debian6_64Guest")
	// Debian GNU/Linux 7
	VirtualMachineGuestOsIdentifierDebian7Guest = VirtualMachineGuestOsIdentifier("debian7Guest")
	// Debian GNU/Linux 7 (64 bit)
	VirtualMachineGuestOsIdentifierDebian7_64Guest = VirtualMachineGuestOsIdentifier("debian7_64Guest")
	// Debian GNU/Linux 8
	VirtualMachineGuestOsIdentifierDebian8Guest = VirtualMachineGuestOsIdentifier("debian8Guest")
	// Debian GNU/Linux 8 (64 bit)
	VirtualMachineGuestOsIdentifierDebian8_64Guest = VirtualMachineGuestOsIdentifier("debian8_64Guest")
	// Debian GNU/Linux 9
	VirtualMachineGuestOsIdentifierDebian9Guest = VirtualMachineGuestOsIdentifier("debian9Guest")
	// Debian GNU/Linux 9 (64 bit)
	VirtualMachineGuestOsIdentifierDebian9_64Guest = VirtualMachineGuestOsIdentifier("debian9_64Guest")
	// Debian GNU/Linux 10
	VirtualMachineGuestOsIdentifierDebian10Guest = VirtualMachineGuestOsIdentifier("debian10Guest")
	// Debian GNU/Linux 10 (64 bit)
	VirtualMachineGuestOsIdentifierDebian10_64Guest = VirtualMachineGuestOsIdentifier("debian10_64Guest")
	// Debian GNU/Linux 11
	VirtualMachineGuestOsIdentifierDebian11Guest = VirtualMachineGuestOsIdentifier("debian11Guest")
	// Debian GNU/Linux 11 (64 bit)
	VirtualMachineGuestOsIdentifierDebian11_64Guest = VirtualMachineGuestOsIdentifier("debian11_64Guest")
	// Debian GNU/Linux 12
	VirtualMachineGuestOsIdentifierDebian12Guest = VirtualMachineGuestOsIdentifier("debian12Guest")
	// Debian GNU/Linux 12 (64 bit)
	VirtualMachineGuestOsIdentifierDebian12_64Guest = VirtualMachineGuestOsIdentifier("debian12_64Guest")
	// Debian GNU/Linux 13
	VirtualMachineGuestOsIdentifierDebian13Guest = VirtualMachineGuestOsIdentifier("debian13Guest")
	// Debian GNU/Linux 13 (64 bit)
	VirtualMachineGuestOsIdentifierDebian13_64Guest = VirtualMachineGuestOsIdentifier("debian13_64Guest")
	// Asianux Server 3
	VirtualMachineGuestOsIdentifierAsianux3Guest = VirtualMachineGuestOsIdentifier("asianux3Guest")
	// Asianux Server 3 (64 bit)
	VirtualMachineGuestOsIdentifierAsianux3_64Guest = VirtualMachineGuestOsIdentifier("asianux3_64Guest")
	// Asianux Server 4
	VirtualMachineGuestOsIdentifierAsianux4Guest = VirtualMachineGuestOsIdentifier("asianux4Guest")
	// Asianux Server 4 (64 bit)
	VirtualMachineGuestOsIdentifierAsianux4_64Guest = VirtualMachineGuestOsIdentifier("asianux4_64Guest")
	// Asianux Server 5 (64 bit)
	VirtualMachineGuestOsIdentifierAsianux5_64Guest = VirtualMachineGuestOsIdentifier("asianux5_64Guest")
	// Asianux Server 7 (64 bit)
	VirtualMachineGuestOsIdentifierAsianux7_64Guest = VirtualMachineGuestOsIdentifier("asianux7_64Guest")
	// Asianux Server 8 (64 bit)
	VirtualMachineGuestOsIdentifierAsianux8_64Guest = VirtualMachineGuestOsIdentifier("asianux8_64Guest")
	// Asianux Server 9 (64 bit)
	VirtualMachineGuestOsIdentifierAsianux9_64Guest = VirtualMachineGuestOsIdentifier("asianux9_64Guest")
	// MIRACLE LINUX (64-bit)
	VirtualMachineGuestOsIdentifierMiraclelinux_64Guest = VirtualMachineGuestOsIdentifier("miraclelinux_64Guest")
	// Pardus (64-bit)
	VirtualMachineGuestOsIdentifierPardus_64Guest = VirtualMachineGuestOsIdentifier("pardus_64Guest")
	// OpenSUSE Linux
	VirtualMachineGuestOsIdentifierOpensuseGuest = VirtualMachineGuestOsIdentifier("opensuseGuest")
	// OpenSUSE Linux (64 bit)
	VirtualMachineGuestOsIdentifierOpensuse64Guest = VirtualMachineGuestOsIdentifier("opensuse64Guest")
	// Fedora Linux
	VirtualMachineGuestOsIdentifierFedoraGuest = VirtualMachineGuestOsIdentifier("fedoraGuest")
	// Fedora Linux (64 bit)
	VirtualMachineGuestOsIdentifierFedora64Guest = VirtualMachineGuestOsIdentifier("fedora64Guest")
	// CoreOS Linux (64 bit)
	VirtualMachineGuestOsIdentifierCoreos64Guest = VirtualMachineGuestOsIdentifier("coreos64Guest")
	// VMware Photon (64 bit)
	VirtualMachineGuestOsIdentifierVmwarePhoton64Guest = VirtualMachineGuestOsIdentifier("vmwarePhoton64Guest")
	// Linux 2.4x Kernel
	VirtualMachineGuestOsIdentifierOther24xLinuxGuest = VirtualMachineGuestOsIdentifier("other24xLinuxGuest")
	// Linux 2.6x Kernel
	VirtualMachineGuestOsIdentifierOther26xLinuxGuest = VirtualMachineGuestOsIdentifier("other26xLinuxGuest")
	// Linux 2.2x Kernel
	VirtualMachineGuestOsIdentifierOtherLinuxGuest = VirtualMachineGuestOsIdentifier("otherLinuxGuest")
	// Linux 3.x Kernel
	VirtualMachineGuestOsIdentifierOther3xLinuxGuest = VirtualMachineGuestOsIdentifier("other3xLinuxGuest")
	// Linux 4.x Kernel
	VirtualMachineGuestOsIdentifierOther4xLinuxGuest = VirtualMachineGuestOsIdentifier("other4xLinuxGuest")
	// Linux 5.x Kernel
	VirtualMachineGuestOsIdentifierOther5xLinuxGuest = VirtualMachineGuestOsIdentifier("other5xLinuxGuest")
	// Linux 6.x Kernel
	VirtualMachineGuestOsIdentifierOther6xLinuxGuest = VirtualMachineGuestOsIdentifier("other6xLinuxGuest")
	// Linux 7.x Kernel
	VirtualMachineGuestOsIdentifierOther7xLinuxGuest = VirtualMachineGuestOsIdentifier("other7xLinuxGuest")
	// Other Linux
	VirtualMachineGuestOsIdentifierGenericLinuxGuest = VirtualMachineGuestOsIdentifier("genericLinuxGuest")
	// Linux 2.4.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther24xLinux64Guest = VirtualMachineGuestOsIdentifier("other24xLinux64Guest")
	// Linux 2.6.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther26xLinux64Guest = VirtualMachineGuestOsIdentifier("other26xLinux64Guest")
	// Linux 3.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther3xLinux64Guest = VirtualMachineGuestOsIdentifier("other3xLinux64Guest")
	// Linux 4.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther4xLinux64Guest = VirtualMachineGuestOsIdentifier("other4xLinux64Guest")
	// Linux 5.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther5xLinux64Guest = VirtualMachineGuestOsIdentifier("other5xLinux64Guest")
	// Linux 6.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther6xLinux64Guest = VirtualMachineGuestOsIdentifier("other6xLinux64Guest")
	// Linux 7.x Kernel (64 bit)
	VirtualMachineGuestOsIdentifierOther7xLinux64Guest = VirtualMachineGuestOsIdentifier("other7xLinux64Guest")
	// Linux (64 bit)
	VirtualMachineGuestOsIdentifierOtherLinux64Guest = VirtualMachineGuestOsIdentifier("otherLinux64Guest")
	// Solaris 6
	VirtualMachineGuestOsIdentifierSolaris6Guest = VirtualMachineGuestOsIdentifier("solaris6Guest")
	// Solaris 7
	VirtualMachineGuestOsIdentifierSolaris7Guest = VirtualMachineGuestOsIdentifier("solaris7Guest")
	// Solaris 8
	VirtualMachineGuestOsIdentifierSolaris8Guest = VirtualMachineGuestOsIdentifier("solaris8Guest")
	// Solaris 9
	VirtualMachineGuestOsIdentifierSolaris9Guest = VirtualMachineGuestOsIdentifier("solaris9Guest")
	// Solaris 10 (32 bit)
	VirtualMachineGuestOsIdentifierSolaris10Guest = VirtualMachineGuestOsIdentifier("solaris10Guest")
	// Solaris 10 (64 bit)
	VirtualMachineGuestOsIdentifierSolaris10_64Guest = VirtualMachineGuestOsIdentifier("solaris10_64Guest")
	// Solaris 11 (64 bit)
	VirtualMachineGuestOsIdentifierSolaris11_64Guest = VirtualMachineGuestOsIdentifier("solaris11_64Guest")
	// FusionOS (64 bit)
	VirtualMachineGuestOsIdentifierFusionos_64Guest = VirtualMachineGuestOsIdentifier("fusionos_64Guest")
	// ProLinux (64 bit)
	VirtualMachineGuestOsIdentifierProlinux_64Guest = VirtualMachineGuestOsIdentifier("prolinux_64Guest")
	// Kylinlinux (64 bit)
	VirtualMachineGuestOsIdentifierKylinlinux_64Guest = VirtualMachineGuestOsIdentifier("kylinlinux_64Guest")
	// OS/2
	VirtualMachineGuestOsIdentifierOs2Guest = VirtualMachineGuestOsIdentifier("os2Guest")
	// eComStation 1.x
	VirtualMachineGuestOsIdentifierEComStationGuest = VirtualMachineGuestOsIdentifier("eComStationGuest")
	// eComStation 2.0
	VirtualMachineGuestOsIdentifierEComStation2Guest = VirtualMachineGuestOsIdentifier("eComStation2Guest")
	// Novell NetWare 4
	VirtualMachineGuestOsIdentifierNetware4Guest = VirtualMachineGuestOsIdentifier("netware4Guest")
	// Novell NetWare 5.1
	VirtualMachineGuestOsIdentifierNetware5Guest = VirtualMachineGuestOsIdentifier("netware5Guest")
	// Novell NetWare 6.x
	VirtualMachineGuestOsIdentifierNetware6Guest = VirtualMachineGuestOsIdentifier("netware6Guest")
	// SCO OpenServer 5
	VirtualMachineGuestOsIdentifierOpenServer5Guest = VirtualMachineGuestOsIdentifier("openServer5Guest")
	// SCO OpenServer 6
	VirtualMachineGuestOsIdentifierOpenServer6Guest = VirtualMachineGuestOsIdentifier("openServer6Guest")
	// SCO UnixWare 7
	VirtualMachineGuestOsIdentifierUnixWare7Guest = VirtualMachineGuestOsIdentifier("unixWare7Guest")
	// Mac OS 10.5
	VirtualMachineGuestOsIdentifierDarwinGuest = VirtualMachineGuestOsIdentifier("darwinGuest")
	// Mac OS 10.5 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin64Guest = VirtualMachineGuestOsIdentifier("darwin64Guest")
	// Mac OS 10.6
	VirtualMachineGuestOsIdentifierDarwin10Guest = VirtualMachineGuestOsIdentifier("darwin10Guest")
	// Mac OS 10.6 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin10_64Guest = VirtualMachineGuestOsIdentifier("darwin10_64Guest")
	// Mac OS 10.7
	VirtualMachineGuestOsIdentifierDarwin11Guest = VirtualMachineGuestOsIdentifier("darwin11Guest")
	// Mac OS 10.7 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin11_64Guest = VirtualMachineGuestOsIdentifier("darwin11_64Guest")
	// Mac OS 10.8 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin12_64Guest = VirtualMachineGuestOsIdentifier("darwin12_64Guest")
	// Mac OS 10.9 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin13_64Guest = VirtualMachineGuestOsIdentifier("darwin13_64Guest")
	// Mac OS 10.10 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin14_64Guest = VirtualMachineGuestOsIdentifier("darwin14_64Guest")
	// Mac OS 10.11 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin15_64Guest = VirtualMachineGuestOsIdentifier("darwin15_64Guest")
	// Mac OS 10.12 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin16_64Guest = VirtualMachineGuestOsIdentifier("darwin16_64Guest")
	// macOS 10.13 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin17_64Guest = VirtualMachineGuestOsIdentifier("darwin17_64Guest")
	// macOS 10.14 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin18_64Guest = VirtualMachineGuestOsIdentifier("darwin18_64Guest")
	// macOS 10.15 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin19_64Guest = VirtualMachineGuestOsIdentifier("darwin19_64Guest")
	// macOS 11 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin20_64Guest = VirtualMachineGuestOsIdentifier("darwin20_64Guest")
	// macOS 12 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin21_64Guest = VirtualMachineGuestOsIdentifier("darwin21_64Guest")
	// macOS 13 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin22_64Guest = VirtualMachineGuestOsIdentifier("darwin22_64Guest")
	// macOS 14 (64 bit)
	VirtualMachineGuestOsIdentifierDarwin23_64Guest = VirtualMachineGuestOsIdentifier("darwin23_64Guest")
	// VMware ESX 4
	VirtualMachineGuestOsIdentifierVmkernelGuest = VirtualMachineGuestOsIdentifier("vmkernelGuest")
	// VMware ESX 5
	VirtualMachineGuestOsIdentifierVmkernel5Guest = VirtualMachineGuestOsIdentifier("vmkernel5Guest")
	// VMware ESX 6
	VirtualMachineGuestOsIdentifierVmkernel6Guest = VirtualMachineGuestOsIdentifier("vmkernel6Guest")
	// VMware ESXi 6.5 AND ESXi 6.7.
	VirtualMachineGuestOsIdentifierVmkernel65Guest = VirtualMachineGuestOsIdentifier("vmkernel65Guest")
	// VMware ESX 7
	VirtualMachineGuestOsIdentifierVmkernel7Guest = VirtualMachineGuestOsIdentifier("vmkernel7Guest")
	// VMware ESX 8
	VirtualMachineGuestOsIdentifierVmkernel8Guest = VirtualMachineGuestOsIdentifier("vmkernel8Guest")
	// VMware ESX 9
	VirtualMachineGuestOsIdentifierVmkernel9Guest = VirtualMachineGuestOsIdentifier("vmkernel9Guest")
	// Amazon Linux 2 (64 bit)
	VirtualMachineGuestOsIdentifierAmazonlinux2_64Guest = VirtualMachineGuestOsIdentifier("amazonlinux2_64Guest")
	// Amazon Linux 3 (64 bit)
	VirtualMachineGuestOsIdentifierAmazonlinux3_64Guest = VirtualMachineGuestOsIdentifier("amazonlinux3_64Guest")
	// CRX Pod 1
	VirtualMachineGuestOsIdentifierCrxPod1Guest = VirtualMachineGuestOsIdentifier("crxPod1Guest")
	// CRX Sys 1
	VirtualMachineGuestOsIdentifierCrxSys1Guest = VirtualMachineGuestOsIdentifier("crxSys1Guest")
	// Rocky Linux (64-bit)
	VirtualMachineGuestOsIdentifierRockylinux_64Guest = VirtualMachineGuestOsIdentifier("rockylinux_64Guest")
	// AlmaLinux (64-bit)
	VirtualMachineGuestOsIdentifierAlmalinux_64Guest = VirtualMachineGuestOsIdentifier("almalinux_64Guest")
	// Other Operating System
	VirtualMachineGuestOsIdentifierOtherGuest = VirtualMachineGuestOsIdentifier("otherGuest")
	// Other Operating System (64 bit)
	VirtualMachineGuestOsIdentifierOtherGuest64 = VirtualMachineGuestOsIdentifier("otherGuest64")
)

func (e VirtualMachineGuestOsIdentifier) Values() []VirtualMachineGuestOsIdentifier {
	return []VirtualMachineGuestOsIdentifier{
		VirtualMachineGuestOsIdentifierDosGuest,
		VirtualMachineGuestOsIdentifierWin31Guest,
		VirtualMachineGuestOsIdentifierWin95Guest,
		VirtualMachineGuestOsIdentifierWin98Guest,
		VirtualMachineGuestOsIdentifierWinMeGuest,
		VirtualMachineGuestOsIdentifierWinNTGuest,
		VirtualMachineGuestOsIdentifierWin2000ProGuest,
		VirtualMachineGuestOsIdentifierWin2000ServGuest,
		VirtualMachineGuestOsIdentifierWin2000AdvServGuest,
		VirtualMachineGuestOsIdentifierWinXPHomeGuest,
		VirtualMachineGuestOsIdentifierWinXPProGuest,
		VirtualMachineGuestOsIdentifierWinXPPro64Guest,
		VirtualMachineGuestOsIdentifierWinNetWebGuest,
		VirtualMachineGuestOsIdentifierWinNetStandardGuest,
		VirtualMachineGuestOsIdentifierWinNetEnterpriseGuest,
		VirtualMachineGuestOsIdentifierWinNetDatacenterGuest,
		VirtualMachineGuestOsIdentifierWinNetBusinessGuest,
		VirtualMachineGuestOsIdentifierWinNetStandard64Guest,
		VirtualMachineGuestOsIdentifierWinNetEnterprise64Guest,
		VirtualMachineGuestOsIdentifierWinLonghornGuest,
		VirtualMachineGuestOsIdentifierWinLonghorn64Guest,
		VirtualMachineGuestOsIdentifierWinNetDatacenter64Guest,
		VirtualMachineGuestOsIdentifierWinVistaGuest,
		VirtualMachineGuestOsIdentifierWinVista64Guest,
		VirtualMachineGuestOsIdentifierWindows7Guest,
		VirtualMachineGuestOsIdentifierWindows7_64Guest,
		VirtualMachineGuestOsIdentifierWindows7Server64Guest,
		VirtualMachineGuestOsIdentifierWindows8Guest,
		VirtualMachineGuestOsIdentifierWindows8_64Guest,
		VirtualMachineGuestOsIdentifierWindows8Server64Guest,
		VirtualMachineGuestOsIdentifierWindows9Guest,
		VirtualMachineGuestOsIdentifierWindows9_64Guest,
		VirtualMachineGuestOsIdentifierWindows9Server64Guest,
		VirtualMachineGuestOsIdentifierWindows11_64Guest,
		VirtualMachineGuestOsIdentifierWindows12_64Guest,
		VirtualMachineGuestOsIdentifierWindowsHyperVGuest,
		VirtualMachineGuestOsIdentifierWindows2019srv_64Guest,
		VirtualMachineGuestOsIdentifierWindows2019srvNext_64Guest,
		VirtualMachineGuestOsIdentifierWindows2022srvNext_64Guest,
		VirtualMachineGuestOsIdentifierFreebsdGuest,
		VirtualMachineGuestOsIdentifierFreebsd64Guest,
		VirtualMachineGuestOsIdentifierFreebsd11Guest,
		VirtualMachineGuestOsIdentifierFreebsd11_64Guest,
		VirtualMachineGuestOsIdentifierFreebsd12Guest,
		VirtualMachineGuestOsIdentifierFreebsd12_64Guest,
		VirtualMachineGuestOsIdentifierFreebsd13Guest,
		VirtualMachineGuestOsIdentifierFreebsd13_64Guest,
		VirtualMachineGuestOsIdentifierFreebsd14Guest,
		VirtualMachineGuestOsIdentifierFreebsd14_64Guest,
		VirtualMachineGuestOsIdentifierFreebsd15Guest,
		VirtualMachineGuestOsIdentifierFreebsd15_64Guest,
		VirtualMachineGuestOsIdentifierRedhatGuest,
		VirtualMachineGuestOsIdentifierRhel2Guest,
		VirtualMachineGuestOsIdentifierRhel3Guest,
		VirtualMachineGuestOsIdentifierRhel3_64Guest,
		VirtualMachineGuestOsIdentifierRhel4Guest,
		VirtualMachineGuestOsIdentifierRhel4_64Guest,
		VirtualMachineGuestOsIdentifierRhel5Guest,
		VirtualMachineGuestOsIdentifierRhel5_64Guest,
		VirtualMachineGuestOsIdentifierRhel6Guest,
		VirtualMachineGuestOsIdentifierRhel6_64Guest,
		VirtualMachineGuestOsIdentifierRhel7Guest,
		VirtualMachineGuestOsIdentifierRhel7_64Guest,
		VirtualMachineGuestOsIdentifierRhel8_64Guest,
		VirtualMachineGuestOsIdentifierRhel9_64Guest,
		VirtualMachineGuestOsIdentifierRhel10_64Guest,
		VirtualMachineGuestOsIdentifierCentosGuest,
		VirtualMachineGuestOsIdentifierCentos64Guest,
		VirtualMachineGuestOsIdentifierCentos6Guest,
		VirtualMachineGuestOsIdentifierCentos6_64Guest,
		VirtualMachineGuestOsIdentifierCentos7Guest,
		VirtualMachineGuestOsIdentifierCentos7_64Guest,
		VirtualMachineGuestOsIdentifierCentos8_64Guest,
		VirtualMachineGuestOsIdentifierCentos9_64Guest,
		VirtualMachineGuestOsIdentifierOracleLinuxGuest,
		VirtualMachineGuestOsIdentifierOracleLinux64Guest,
		VirtualMachineGuestOsIdentifierOracleLinux6Guest,
		VirtualMachineGuestOsIdentifierOracleLinux6_64Guest,
		VirtualMachineGuestOsIdentifierOracleLinux7Guest,
		VirtualMachineGuestOsIdentifierOracleLinux7_64Guest,
		VirtualMachineGuestOsIdentifierOracleLinux8_64Guest,
		VirtualMachineGuestOsIdentifierOracleLinux9_64Guest,
		VirtualMachineGuestOsIdentifierOracleLinux10_64Guest,
		VirtualMachineGuestOsIdentifierSuseGuest,
		VirtualMachineGuestOsIdentifierSuse64Guest,
		VirtualMachineGuestOsIdentifierSlesGuest,
		VirtualMachineGuestOsIdentifierSles64Guest,
		VirtualMachineGuestOsIdentifierSles10Guest,
		VirtualMachineGuestOsIdentifierSles10_64Guest,
		VirtualMachineGuestOsIdentifierSles11Guest,
		VirtualMachineGuestOsIdentifierSles11_64Guest,
		VirtualMachineGuestOsIdentifierSles12Guest,
		VirtualMachineGuestOsIdentifierSles12_64Guest,
		VirtualMachineGuestOsIdentifierSles15_64Guest,
		VirtualMachineGuestOsIdentifierSles16_64Guest,
		VirtualMachineGuestOsIdentifierNld9Guest,
		VirtualMachineGuestOsIdentifierOesGuest,
		VirtualMachineGuestOsIdentifierSjdsGuest,
		VirtualMachineGuestOsIdentifierMandrakeGuest,
		VirtualMachineGuestOsIdentifierMandrivaGuest,
		VirtualMachineGuestOsIdentifierMandriva64Guest,
		VirtualMachineGuestOsIdentifierTurboLinuxGuest,
		VirtualMachineGuestOsIdentifierTurboLinux64Guest,
		VirtualMachineGuestOsIdentifierUbuntuGuest,
		VirtualMachineGuestOsIdentifierUbuntu64Guest,
		VirtualMachineGuestOsIdentifierDebian4Guest,
		VirtualMachineGuestOsIdentifierDebian4_64Guest,
		VirtualMachineGuestOsIdentifierDebian5Guest,
		VirtualMachineGuestOsIdentifierDebian5_64Guest,
		VirtualMachineGuestOsIdentifierDebian6Guest,
		VirtualMachineGuestOsIdentifierDebian6_64Guest,
		VirtualMachineGuestOsIdentifierDebian7Guest,
		VirtualMachineGuestOsIdentifierDebian7_64Guest,
		VirtualMachineGuestOsIdentifierDebian8Guest,
		VirtualMachineGuestOsIdentifierDebian8_64Guest,
		VirtualMachineGuestOsIdentifierDebian9Guest,
		VirtualMachineGuestOsIdentifierDebian9_64Guest,
		VirtualMachineGuestOsIdentifierDebian10Guest,
		VirtualMachineGuestOsIdentifierDebian10_64Guest,
		VirtualMachineGuestOsIdentifierDebian11Guest,
		VirtualMachineGuestOsIdentifierDebian11_64Guest,
		VirtualMachineGuestOsIdentifierDebian12Guest,
		VirtualMachineGuestOsIdentifierDebian12_64Guest,
		VirtualMachineGuestOsIdentifierDebian13Guest,
		VirtualMachineGuestOsIdentifierDebian13_64Guest,
		VirtualMachineGuestOsIdentifierAsianux3Guest,
		VirtualMachineGuestOsIdentifierAsianux3_64Guest,
		VirtualMachineGuestOsIdentifierAsianux4Guest,
		VirtualMachineGuestOsIdentifierAsianux4_64Guest,
		VirtualMachineGuestOsIdentifierAsianux5_64Guest,
		VirtualMachineGuestOsIdentifierAsianux7_64Guest,
		VirtualMachineGuestOsIdentifierAsianux8_64Guest,
		VirtualMachineGuestOsIdentifierAsianux9_64Guest,
		VirtualMachineGuestOsIdentifierMiraclelinux_64Guest,
		VirtualMachineGuestOsIdentifierPardus_64Guest,
		VirtualMachineGuestOsIdentifierOpensuseGuest,
		VirtualMachineGuestOsIdentifierOpensuse64Guest,
		VirtualMachineGuestOsIdentifierFedoraGuest,
		VirtualMachineGuestOsIdentifierFedora64Guest,
		VirtualMachineGuestOsIdentifierCoreos64Guest,
		VirtualMachineGuestOsIdentifierVmwarePhoton64Guest,
		VirtualMachineGuestOsIdentifierOther24xLinuxGuest,
		VirtualMachineGuestOsIdentifierOther26xLinuxGuest,
		VirtualMachineGuestOsIdentifierOtherLinuxGuest,
		VirtualMachineGuestOsIdentifierOther3xLinuxGuest,
		VirtualMachineGuestOsIdentifierOther4xLinuxGuest,
		VirtualMachineGuestOsIdentifierOther5xLinuxGuest,
		VirtualMachineGuestOsIdentifierOther6xLinuxGuest,
		VirtualMachineGuestOsIdentifierOther7xLinuxGuest,
		VirtualMachineGuestOsIdentifierGenericLinuxGuest,
		VirtualMachineGuestOsIdentifierOther24xLinux64Guest,
		VirtualMachineGuestOsIdentifierOther26xLinux64Guest,
		VirtualMachineGuestOsIdentifierOther3xLinux64Guest,
		VirtualMachineGuestOsIdentifierOther4xLinux64Guest,
		VirtualMachineGuestOsIdentifierOther5xLinux64Guest,
		VirtualMachineGuestOsIdentifierOther6xLinux64Guest,
		VirtualMachineGuestOsIdentifierOther7xLinux64Guest,
		VirtualMachineGuestOsIdentifierOtherLinux64Guest,
		VirtualMachineGuestOsIdentifierSolaris6Guest,
		VirtualMachineGuestOsIdentifierSolaris7Guest,
		VirtualMachineGuestOsIdentifierSolaris8Guest,
		VirtualMachineGuestOsIdentifierSolaris9Guest,
		VirtualMachineGuestOsIdentifierSolaris10Guest,
		VirtualMachineGuestOsIdentifierSolaris10_64Guest,
		VirtualMachineGuestOsIdentifierSolaris11_64Guest,
		VirtualMachineGuestOsIdentifierFusionos_64Guest,
		VirtualMachineGuestOsIdentifierProlinux_64Guest,
		VirtualMachineGuestOsIdentifierKylinlinux_64Guest,
		VirtualMachineGuestOsIdentifierOs2Guest,
		VirtualMachineGuestOsIdentifierEComStationGuest,
		VirtualMachineGuestOsIdentifierEComStation2Guest,
		VirtualMachineGuestOsIdentifierNetware4Guest,
		VirtualMachineGuestOsIdentifierNetware5Guest,
		VirtualMachineGuestOsIdentifierNetware6Guest,
		VirtualMachineGuestOsIdentifierOpenServer5Guest,
		VirtualMachineGuestOsIdentifierOpenServer6Guest,
		VirtualMachineGuestOsIdentifierUnixWare7Guest,
		VirtualMachineGuestOsIdentifierDarwinGuest,
		VirtualMachineGuestOsIdentifierDarwin64Guest,
		VirtualMachineGuestOsIdentifierDarwin10Guest,
		VirtualMachineGuestOsIdentifierDarwin10_64Guest,
		VirtualMachineGuestOsIdentifierDarwin11Guest,
		VirtualMachineGuestOsIdentifierDarwin11_64Guest,
		VirtualMachineGuestOsIdentifierDarwin12_64Guest,
		VirtualMachineGuestOsIdentifierDarwin13_64Guest,
		VirtualMachineGuestOsIdentifierDarwin14_64Guest,
		VirtualMachineGuestOsIdentifierDarwin15_64Guest,
		VirtualMachineGuestOsIdentifierDarwin16_64Guest,
		VirtualMachineGuestOsIdentifierDarwin17_64Guest,
		VirtualMachineGuestOsIdentifierDarwin18_64Guest,
		VirtualMachineGuestOsIdentifierDarwin19_64Guest,
		VirtualMachineGuestOsIdentifierDarwin20_64Guest,
		VirtualMachineGuestOsIdentifierDarwin21_64Guest,
		VirtualMachineGuestOsIdentifierDarwin22_64Guest,
		VirtualMachineGuestOsIdentifierDarwin23_64Guest,
		VirtualMachineGuestOsIdentifierVmkernelGuest,
		VirtualMachineGuestOsIdentifierVmkernel5Guest,
		VirtualMachineGuestOsIdentifierVmkernel6Guest,
		VirtualMachineGuestOsIdentifierVmkernel65Guest,
		VirtualMachineGuestOsIdentifierVmkernel7Guest,
		VirtualMachineGuestOsIdentifierVmkernel8Guest,
		VirtualMachineGuestOsIdentifierVmkernel9Guest,
		VirtualMachineGuestOsIdentifierAmazonlinux2_64Guest,
		VirtualMachineGuestOsIdentifierAmazonlinux3_64Guest,
		VirtualMachineGuestOsIdentifierCrxPod1Guest,
		VirtualMachineGuestOsIdentifierCrxSys1Guest,
		VirtualMachineGuestOsIdentifierRockylinux_64Guest,
		VirtualMachineGuestOsIdentifierAlmalinux_64Guest,
		VirtualMachineGuestOsIdentifierOtherGuest,
		VirtualMachineGuestOsIdentifierOtherGuest64,
	}
}

func (e VirtualMachineGuestOsIdentifier) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineGuestOsIdentifier"] = reflect.TypeOf((*VirtualMachineGuestOsIdentifier)(nil)).Elem()
	minAPIVersionForEnumValue["VirtualMachineGuestOsIdentifier"] = map[string]string{
		"windows11_64Guest":          "8.0.0.1",
		"windows12_64Guest":          "8.0.0.1",
		"windows2019srvNext_64Guest": "7.0.1.0",
		"windows2022srvNext_64Guest": "8.0.0.1",
		"freebsd13Guest":             "7.0.1.0",
		"freebsd13_64Guest":          "7.0.1.0",
		"freebsd14Guest":             "8.0.0.1",
		"freebsd14_64Guest":          "8.0.0.1",
		"freebsd15Guest":             "9.0.0.0",
		"freebsd15_64Guest":          "9.0.0.0",
		"rhel9_64Guest":              "7.0.1.0",
		"rhel10_64Guest":             "9.0.0.0",
		"centos9_64Guest":            "7.0.1.0",
		"oracleLinux9_64Guest":       "7.0.1.0",
		"oracleLinux10_64Guest":      "9.0.0.0",
		"sles16_64Guest":             "7.0.1.0",
		"debian12Guest":              "8.0.0.1",
		"debian12_64Guest":           "8.0.0.1",
		"debian13Guest":              "9.0.0.0",
		"debian13_64Guest":           "9.0.0.0",
		"asianux9_64Guest":           "7.0.1.0",
		"miraclelinux_64Guest":       "9.0.0.0",
		"pardus_64Guest":             "9.0.0.0",
		"other5xLinuxGuest":          "7.0.1.0",
		"other6xLinuxGuest":          "8.0.0.1",
		"other7xLinuxGuest":          "9.0.0.0",
		"other5xLinux64Guest":        "7.0.1.0",
		"other6xLinux64Guest":        "8.0.0.1",
		"other7xLinux64Guest":        "9.0.0.0",
		"fusionos_64Guest":           "9.0.0.0",
		"prolinux_64Guest":           "9.0.0.0",
		"kylinlinux_64Guest":         "9.0.0.0",
		"darwin20_64Guest":           "7.0.1.0",
		"darwin21_64Guest":           "7.0.1.0",
		"darwin22_64Guest":           "8.0.0.1",
		"darwin23_64Guest":           "8.0.0.1",
		"vmkernel8Guest":             "8.0.0.1",
		"vmkernel9Guest":             "9.0.0.0",
		"amazonlinux3_64Guest":       "7.0.1.0",
		"crxSys1Guest":               "8.0.3.0",
		"rockylinux_64Guest":         "8.0.0.1",
		"almalinux_64Guest":          "8.0.0.1",
	}
}

// The possible hints that the guest could display about current tasks
// inside the guest.
type VirtualMachineGuestState string

const (
	VirtualMachineGuestStateRunning      = VirtualMachineGuestState("running")
	VirtualMachineGuestStateShuttingDown = VirtualMachineGuestState("shuttingDown")
	VirtualMachineGuestStateResetting    = VirtualMachineGuestState("resetting")
	VirtualMachineGuestStateStandby      = VirtualMachineGuestState("standby")
	VirtualMachineGuestStateNotRunning   = VirtualMachineGuestState("notRunning")
	VirtualMachineGuestStateUnknown      = VirtualMachineGuestState("unknown")
)

func (e VirtualMachineGuestState) Values() []VirtualMachineGuestState {
	return []VirtualMachineGuestState{
		VirtualMachineGuestStateRunning,
		VirtualMachineGuestStateShuttingDown,
		VirtualMachineGuestStateResetting,
		VirtualMachineGuestStateStandby,
		VirtualMachineGuestStateNotRunning,
		VirtualMachineGuestStateUnknown,
	}
}

func (e VirtualMachineGuestState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineGuestState"] = reflect.TypeOf((*VirtualMachineGuestState)(nil)).Elem()
}

// Deprecated as of vSphere API 6.7.
//
// Set of possible values for `VirtualMachineFlagInfo.htSharing`.
type VirtualMachineHtSharing string

const (
	// VCPUs may freely share cores at any time with any other
	// VCPUs (default for all virtual machines on a hyperthreaded
	// system).
	VirtualMachineHtSharingAny = VirtualMachineHtSharing("any")
	// VCPUs should not share cores with each other or with VCPUs
	// from other virtual machines.
	//
	// That is, each VCPU from this
	// virtual machine should always get a whole core to itself,
	// with the other logical CPU on that core being placed into
	// the "halted" state.
	VirtualMachineHtSharingNone = VirtualMachineHtSharing("none")
	// Similar to "none", in that VCPUs from this virtual machine
	// will not be allowed to share cores with VCPUs from other
	// virtual machines.
	//
	// However, other VCPUs from the same virtual
	// machine will be allowed to share cores together. This
	// configuration option is only permitted for SMP virtual
	// machines. If applied to a uniprocessor virtual machine, it
	// will be converted to the "none" sharing option.
	VirtualMachineHtSharingInternal = VirtualMachineHtSharing("internal")
)

func (e VirtualMachineHtSharing) Values() []VirtualMachineHtSharing {
	return []VirtualMachineHtSharing{
		VirtualMachineHtSharingAny,
		VirtualMachineHtSharingNone,
		VirtualMachineHtSharingInternal,
	}
}

func (e VirtualMachineHtSharing) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineHtSharing"] = reflect.TypeOf((*VirtualMachineHtSharing)(nil)).Elem()
}

// Means for allocating additional memory for virtual machines.
type VirtualMachineMemoryAllocationPolicy string

const (
	// Fit all virtual machine memory into reserved host memory.
	VirtualMachineMemoryAllocationPolicySwapNone = VirtualMachineMemoryAllocationPolicy("swapNone")
	// Allow some virtual machine memory to be swapped.
	VirtualMachineMemoryAllocationPolicySwapSome = VirtualMachineMemoryAllocationPolicy("swapSome")
	// Allow most virtual machine memory to be swapped.
	VirtualMachineMemoryAllocationPolicySwapMost = VirtualMachineMemoryAllocationPolicy("swapMost")
)

func (e VirtualMachineMemoryAllocationPolicy) Values() []VirtualMachineMemoryAllocationPolicy {
	return []VirtualMachineMemoryAllocationPolicy{
		VirtualMachineMemoryAllocationPolicySwapNone,
		VirtualMachineMemoryAllocationPolicySwapSome,
		VirtualMachineMemoryAllocationPolicySwapMost,
	}
}

func (e VirtualMachineMemoryAllocationPolicy) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineMemoryAllocationPolicy"] = reflect.TypeOf((*VirtualMachineMemoryAllocationPolicy)(nil)).Elem()
}

// This enum represents the set of legal operations
type VirtualMachineMetadataManagerVmMetadataOp string

const (
	// Create or update the Metadata for the specified VM
	VirtualMachineMetadataManagerVmMetadataOpUpdate = VirtualMachineMetadataManagerVmMetadataOp("Update")
	// Remove the Metadata for the specified VM
	VirtualMachineMetadataManagerVmMetadataOpRemove = VirtualMachineMetadataManagerVmMetadataOp("Remove")
)

func (e VirtualMachineMetadataManagerVmMetadataOp) Values() []VirtualMachineMetadataManagerVmMetadataOp {
	return []VirtualMachineMetadataManagerVmMetadataOp{
		VirtualMachineMetadataManagerVmMetadataOpUpdate,
		VirtualMachineMetadataManagerVmMetadataOpRemove,
	}
}

func (e VirtualMachineMetadataManagerVmMetadataOp) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineMetadataManagerVmMetadataOp"] = reflect.TypeOf((*VirtualMachineMetadataManagerVmMetadataOp)(nil)).Elem()
}

// This enum contains a list of valid owner values for
// the name field
type VirtualMachineMetadataManagerVmMetadataOwnerOwner string

const (
	VirtualMachineMetadataManagerVmMetadataOwnerOwnerComVmwareVsphereHA = VirtualMachineMetadataManagerVmMetadataOwnerOwner("ComVmwareVsphereHA")
)

func (e VirtualMachineMetadataManagerVmMetadataOwnerOwner) Values() []VirtualMachineMetadataManagerVmMetadataOwnerOwner {
	return []VirtualMachineMetadataManagerVmMetadataOwnerOwner{
		VirtualMachineMetadataManagerVmMetadataOwnerOwnerComVmwareVsphereHA,
	}
}

func (e VirtualMachineMetadataManagerVmMetadataOwnerOwner) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineMetadataManagerVmMetadataOwnerOwner"] = reflect.TypeOf((*VirtualMachineMetadataManagerVmMetadataOwnerOwner)(nil)).Elem()
}

// MovePriority is an enumeration of values that indicate the priority of the task
// that moves a virtual machine from one host to another or one storage location
// to another.
//
// Note this priority can affect both the source and target hosts.
type VirtualMachineMovePriority string

const (
	// The task of moving this virtual machine is low priority.
	VirtualMachineMovePriorityLowPriority = VirtualMachineMovePriority("lowPriority")
	// The task of moving this virtual machine is high priority.
	VirtualMachineMovePriorityHighPriority = VirtualMachineMovePriority("highPriority")
	// The task of moving this virtual machine is the default priority.
	VirtualMachineMovePriorityDefaultPriority = VirtualMachineMovePriority("defaultPriority")
)

func (e VirtualMachineMovePriority) Values() []VirtualMachineMovePriority {
	return []VirtualMachineMovePriority{
		VirtualMachineMovePriorityLowPriority,
		VirtualMachineMovePriorityHighPriority,
		VirtualMachineMovePriorityDefaultPriority,
	}
}

func (e VirtualMachineMovePriority) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineMovePriority"] = reflect.TypeOf((*VirtualMachineMovePriority)(nil)).Elem()
}

// The NeedSecondaryReason type defines all reasons a virtual machine is
// in the needSecondary Fault Tolerance state following a failure.
type VirtualMachineNeedSecondaryReason string

const (
	// Initializing FT
	VirtualMachineNeedSecondaryReasonInitializing = VirtualMachineNeedSecondaryReason("initializing")
	// Divergence
	VirtualMachineNeedSecondaryReasonDivergence = VirtualMachineNeedSecondaryReason("divergence")
	// Lose connection to secondary
	VirtualMachineNeedSecondaryReasonLostConnection = VirtualMachineNeedSecondaryReason("lostConnection")
	// Partial hardware failure
	VirtualMachineNeedSecondaryReasonPartialHardwareFailure = VirtualMachineNeedSecondaryReason("partialHardwareFailure")
	// Terminated by user
	VirtualMachineNeedSecondaryReasonUserAction = VirtualMachineNeedSecondaryReason("userAction")
	// Checkpoint error
	VirtualMachineNeedSecondaryReasonCheckpointError = VirtualMachineNeedSecondaryReason("checkpointError")
	// All other reasons
	VirtualMachineNeedSecondaryReasonOther = VirtualMachineNeedSecondaryReason("other")
)

func (e VirtualMachineNeedSecondaryReason) Values() []VirtualMachineNeedSecondaryReason {
	return []VirtualMachineNeedSecondaryReason{
		VirtualMachineNeedSecondaryReasonInitializing,
		VirtualMachineNeedSecondaryReasonDivergence,
		VirtualMachineNeedSecondaryReasonLostConnection,
		VirtualMachineNeedSecondaryReasonPartialHardwareFailure,
		VirtualMachineNeedSecondaryReasonUserAction,
		VirtualMachineNeedSecondaryReasonCheckpointError,
		VirtualMachineNeedSecondaryReasonOther,
	}
}

func (e VirtualMachineNeedSecondaryReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineNeedSecondaryReason"] = reflect.TypeOf((*VirtualMachineNeedSecondaryReason)(nil)).Elem()
}

// Set of possible values for `VirtualMachineFlagInfo.snapshotPowerOffBehavior`.
type VirtualMachinePowerOffBehavior string

const (
	// Just power off the virtual machine.
	VirtualMachinePowerOffBehaviorPowerOff = VirtualMachinePowerOffBehavior("powerOff")
	// Revert to the snapshot.
	VirtualMachinePowerOffBehaviorRevert = VirtualMachinePowerOffBehavior("revert")
	// Prompt the user for instructions at power-off time.
	VirtualMachinePowerOffBehaviorPrompt = VirtualMachinePowerOffBehavior("prompt")
	// Take a new snapshot.
	VirtualMachinePowerOffBehaviorTake = VirtualMachinePowerOffBehavior("take")
)

func (e VirtualMachinePowerOffBehavior) Values() []VirtualMachinePowerOffBehavior {
	return []VirtualMachinePowerOffBehavior{
		VirtualMachinePowerOffBehaviorPowerOff,
		VirtualMachinePowerOffBehaviorRevert,
		VirtualMachinePowerOffBehaviorPrompt,
		VirtualMachinePowerOffBehaviorTake,
	}
}

func (e VirtualMachinePowerOffBehavior) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachinePowerOffBehavior"] = reflect.TypeOf((*VirtualMachinePowerOffBehavior)(nil)).Elem()
}

// The list of possible default power operations available for the virtual machine
type VirtualMachinePowerOpType string

const (
	VirtualMachinePowerOpTypeSoft   = VirtualMachinePowerOpType("soft")
	VirtualMachinePowerOpTypeHard   = VirtualMachinePowerOpType("hard")
	VirtualMachinePowerOpTypePreset = VirtualMachinePowerOpType("preset")
)

func (e VirtualMachinePowerOpType) Values() []VirtualMachinePowerOpType {
	return []VirtualMachinePowerOpType{
		VirtualMachinePowerOpTypeSoft,
		VirtualMachinePowerOpTypeHard,
		VirtualMachinePowerOpTypePreset,
	}
}

func (e VirtualMachinePowerOpType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachinePowerOpType"] = reflect.TypeOf((*VirtualMachinePowerOpType)(nil)).Elem()
}

// The PowerState type defines a simple set of states for a virtual machine:
// poweredOn, poweredOff, and suspended.
//
// This type does not model substates,
// such as when a task is running to change the virtual machine state.
// If the virtual machine is in a state with a task in progress, it
// transitions to a new state when the task completes. For example, a virtual
// machine continues to be in the poweredOn state while a suspend task
// is running, and changes to the suspended state once the task finishes.
//
// As a consequence of this approach, clients interested in monitoring
// the status of a virtual machine should typically track the
// `activeTask` data object in addition to the
// `powerState` object.
type VirtualMachinePowerState string

const (
	// The virtual machine is currently powered off.
	VirtualMachinePowerStatePoweredOff = VirtualMachinePowerState("poweredOff")
	// The virtual machine is currently powered on.
	VirtualMachinePowerStatePoweredOn = VirtualMachinePowerState("poweredOn")
	// The virtual machine is currently suspended.
	VirtualMachinePowerStateSuspended = VirtualMachinePowerState("suspended")
)

func (e VirtualMachinePowerState) Values() []VirtualMachinePowerState {
	return []VirtualMachinePowerState{
		VirtualMachinePowerStatePoweredOff,
		VirtualMachinePowerStatePoweredOn,
		VirtualMachinePowerStateSuspended,
	}
}

func (e VirtualMachinePowerState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachinePowerState"] = reflect.TypeOf((*VirtualMachinePowerState)(nil)).Elem()
}

// Deprecated as of vSphere API 6.0.
//
// The RecordReplayState type defines a simple set of record and replay
// states for a virtual machine.
type VirtualMachineRecordReplayState string

const (
	// The virtual machine is recording.
	VirtualMachineRecordReplayStateRecording = VirtualMachineRecordReplayState("recording")
	// The virtual machine is replaying.
	VirtualMachineRecordReplayStateReplaying = VirtualMachineRecordReplayState("replaying")
	// The virtual machine is currently not participating
	// in record or replay.
	VirtualMachineRecordReplayStateInactive = VirtualMachineRecordReplayState("inactive")
)

func (e VirtualMachineRecordReplayState) Values() []VirtualMachineRecordReplayState {
	return []VirtualMachineRecordReplayState{
		VirtualMachineRecordReplayStateRecording,
		VirtualMachineRecordReplayStateReplaying,
		VirtualMachineRecordReplayStateInactive,
	}
}

func (e VirtualMachineRecordReplayState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineRecordReplayState"] = reflect.TypeOf((*VirtualMachineRecordReplayState)(nil)).Elem()
}

// Specifies how a virtual disk is moved or copied to a
// datastore.
//
// In all cases after the move or copy the virtual machine's current running point
// will be placed on the target datastore. The current running point is defined
// as the disk backing which the virtual machine is currently
// writing to. This end state can be achieved in multiple
// ways, and the supported options are described in this
// enumeration.
//
// These options are only relevant when the backing of the
// specified disk is a *file backing*.
//
// Since disk backings may become shared as the result of
// either a *clone operation* or
// a *relocate operation*,
// `VirtualMachine.PromoteDisks_Task` has been provided as
// a way to unshare such disk backings.
//
// See also `VirtualDiskSparseVer1BackingInfo.parent`, `VirtualDiskSparseVer2BackingInfo.parent`, `VirtualDiskFlatVer1BackingInfo.parent`, `VirtualDiskFlatVer2BackingInfo.parent`, `VirtualDiskRawDiskMappingVer1BackingInfo.parent`, `VirtualMachineRelocateSpec.diskMoveType`, `VirtualMachineRelocateSpecDiskLocator.diskMoveType`.
type VirtualMachineRelocateDiskMoveOptions string

const (
	// All of the virtual disk's backings should be moved to the new datastore.
	//
	// If a disk backing is not the child-most backing of this virtual machine,
	// and there exists a read-only disk backing with the same content ID
	// on the target datastore, then this disk backing may not be copied. Instead
	// it is acceptable to attach to the read-only disk backing at the target
	// datastore. A read-only disk backing is defined as a virtual disk
	// backing which no virtual machine is currently writing to.
	//
	// See also `VirtualDiskSparseVer1BackingInfo.contentId`, `VirtualDiskSparseVer2BackingInfo.contentId`, `VirtualDiskFlatVer1BackingInfo.contentId`, `VirtualDiskFlatVer2BackingInfo.contentId`, `VirtualDiskRawDiskMappingVer1BackingInfo.contentId`.
	VirtualMachineRelocateDiskMoveOptionsMoveAllDiskBackingsAndAllowSharing = VirtualMachineRelocateDiskMoveOptions("moveAllDiskBackingsAndAllowSharing")
	// All of the virtual disk's backings should be moved to the new datastore.
	//
	// It is not acceptable to attach to a disk backing with the same content ID
	// on the destination datastore. During a *clone operation* any delta disk backings will be consolidated.
	VirtualMachineRelocateDiskMoveOptionsMoveAllDiskBackingsAndDisallowSharing = VirtualMachineRelocateDiskMoveOptions("moveAllDiskBackingsAndDisallowSharing")
	// Move only the child-most disk backing.
	//
	// Any parent disk backings should
	// be left in their current locations.
	//
	// This option only differs from `moveAllDiskBackingsAndAllowSharing` and
	// `moveAllDiskBackingsAndDisallowSharing` when the virtual
	// disk has a parent backing.
	//
	// Note that in the case of a *clone operation*,
	// this means that the parent disks will now be shared. This is safe as any
	// parent disks are always read-only.
	// Note that in the case of a `VirtualMachine.RelocateVM_Task` operation,
	// only the virtual disks in the current virtual machine configuration are moved.
	VirtualMachineRelocateDiskMoveOptionsMoveChildMostDiskBacking = VirtualMachineRelocateDiskMoveOptions("moveChildMostDiskBacking")
	// Create a new child disk backing on the destination datastore.
	//
	// None of the
	// virtual disk's existing files should be moved from their current locations.
	//
	// Note that in the case of a *clone operation*,
	// this means that the original virtual machine's disks are now all being shared.
	// This is only safe if the clone was taken from a snapshot point, because
	// snapshot points are always read-only. Thus for a clone this
	// option is only valid *when cloning from a snapshot*.
	// createNewChildDiskBacking is not a supported operation for
	// `VirtualMachine.RelocateVM_Task` operations unless all disks are moving.
	VirtualMachineRelocateDiskMoveOptionsCreateNewChildDiskBacking = VirtualMachineRelocateDiskMoveOptions("createNewChildDiskBacking")
	// All of the virtual disk's backings should be moved to the new datastore.
	//
	// During a *clone operation* or a
	// `VirtualMachine.MigrateVM_Task`, any delta disk backings will be
	// consolidated.
	VirtualMachineRelocateDiskMoveOptionsMoveAllDiskBackingsAndConsolidate = VirtualMachineRelocateDiskMoveOptions("moveAllDiskBackingsAndConsolidate")
)

func (e VirtualMachineRelocateDiskMoveOptions) Values() []VirtualMachineRelocateDiskMoveOptions {
	return []VirtualMachineRelocateDiskMoveOptions{
		VirtualMachineRelocateDiskMoveOptionsMoveAllDiskBackingsAndAllowSharing,
		VirtualMachineRelocateDiskMoveOptionsMoveAllDiskBackingsAndDisallowSharing,
		VirtualMachineRelocateDiskMoveOptionsMoveChildMostDiskBacking,
		VirtualMachineRelocateDiskMoveOptionsCreateNewChildDiskBacking,
		VirtualMachineRelocateDiskMoveOptionsMoveAllDiskBackingsAndConsolidate,
	}
}

func (e VirtualMachineRelocateDiskMoveOptions) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineRelocateDiskMoveOptions"] = reflect.TypeOf((*VirtualMachineRelocateDiskMoveOptions)(nil)).Elem()
}

// Deprecated as of vSphere API 5.0.
//
// The set of transformations that can be performed on the virtual disks
// as part of the copy.
type VirtualMachineRelocateTransformation string

const (
	VirtualMachineRelocateTransformationFlat   = VirtualMachineRelocateTransformation("flat")
	VirtualMachineRelocateTransformationSparse = VirtualMachineRelocateTransformation("sparse")
)

func (e VirtualMachineRelocateTransformation) Values() []VirtualMachineRelocateTransformation {
	return []VirtualMachineRelocateTransformation{
		VirtualMachineRelocateTransformationFlat,
		VirtualMachineRelocateTransformationSparse,
	}
}

func (e VirtualMachineRelocateTransformation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineRelocateTransformation"] = reflect.TypeOf((*VirtualMachineRelocateTransformation)(nil)).Elem()
}

// Possible SCSI classes.
type VirtualMachineScsiPassthroughType string

const (
	VirtualMachineScsiPassthroughTypeDisk      = VirtualMachineScsiPassthroughType("disk")
	VirtualMachineScsiPassthroughTypeTape      = VirtualMachineScsiPassthroughType("tape")
	VirtualMachineScsiPassthroughTypePrinter   = VirtualMachineScsiPassthroughType("printer")
	VirtualMachineScsiPassthroughTypeProcessor = VirtualMachineScsiPassthroughType("processor")
	VirtualMachineScsiPassthroughTypeWorm      = VirtualMachineScsiPassthroughType("worm")
	VirtualMachineScsiPassthroughTypeCdrom     = VirtualMachineScsiPassthroughType("cdrom")
	VirtualMachineScsiPassthroughTypeScanner   = VirtualMachineScsiPassthroughType("scanner")
	VirtualMachineScsiPassthroughTypeOptical   = VirtualMachineScsiPassthroughType("optical")
	VirtualMachineScsiPassthroughTypeMedia     = VirtualMachineScsiPassthroughType("media")
	VirtualMachineScsiPassthroughTypeCom       = VirtualMachineScsiPassthroughType("com")
	VirtualMachineScsiPassthroughTypeRaid      = VirtualMachineScsiPassthroughType("raid")
	VirtualMachineScsiPassthroughTypeUnknown   = VirtualMachineScsiPassthroughType("unknown")
)

func (e VirtualMachineScsiPassthroughType) Values() []VirtualMachineScsiPassthroughType {
	return []VirtualMachineScsiPassthroughType{
		VirtualMachineScsiPassthroughTypeDisk,
		VirtualMachineScsiPassthroughTypeTape,
		VirtualMachineScsiPassthroughTypePrinter,
		VirtualMachineScsiPassthroughTypeProcessor,
		VirtualMachineScsiPassthroughTypeWorm,
		VirtualMachineScsiPassthroughTypeCdrom,
		VirtualMachineScsiPassthroughTypeScanner,
		VirtualMachineScsiPassthroughTypeOptical,
		VirtualMachineScsiPassthroughTypeMedia,
		VirtualMachineScsiPassthroughTypeCom,
		VirtualMachineScsiPassthroughTypeRaid,
		VirtualMachineScsiPassthroughTypeUnknown,
	}
}

func (e VirtualMachineScsiPassthroughType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineScsiPassthroughType"] = reflect.TypeOf((*VirtualMachineScsiPassthroughType)(nil)).Elem()
}

// Flexible Launch Enclave (FLC) modes.
type VirtualMachineSgxInfoFlcModes string

const (
	// FLC is available in the guest.
	//
	// The "launch Enclave MSRs" are locked and
	// initialized with the provided public key hash.
	VirtualMachineSgxInfoFlcModesLocked = VirtualMachineSgxInfoFlcModes("locked")
	// FLC is available in the guest.
	//
	// The "launch enclave MSRs" are writeable
	// and initialized with Intel's public key hash.
	VirtualMachineSgxInfoFlcModesUnlocked = VirtualMachineSgxInfoFlcModes("unlocked")
)

func (e VirtualMachineSgxInfoFlcModes) Values() []VirtualMachineSgxInfoFlcModes {
	return []VirtualMachineSgxInfoFlcModes{
		VirtualMachineSgxInfoFlcModesLocked,
		VirtualMachineSgxInfoFlcModesUnlocked,
	}
}

func (e VirtualMachineSgxInfoFlcModes) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineSgxInfoFlcModes"] = reflect.TypeOf((*VirtualMachineSgxInfoFlcModes)(nil)).Elem()
}

// The list of possible standby actions that the virtual machine can take
// for S1 ACPI.
type VirtualMachineStandbyActionType string

const (
	VirtualMachineStandbyActionTypeCheckpoint     = VirtualMachineStandbyActionType("checkpoint")
	VirtualMachineStandbyActionTypePowerOnSuspend = VirtualMachineStandbyActionType("powerOnSuspend")
)

func (e VirtualMachineStandbyActionType) Values() []VirtualMachineStandbyActionType {
	return []VirtualMachineStandbyActionType{
		VirtualMachineStandbyActionTypeCheckpoint,
		VirtualMachineStandbyActionTypePowerOnSuspend,
	}
}

func (e VirtualMachineStandbyActionType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineStandbyActionType"] = reflect.TypeOf((*VirtualMachineStandbyActionType)(nil)).Elem()
}

// Describes how widely the endpoint is available in a cluster.
//
// Note that these fields are not necessarily mutual-exclusive.
type VirtualMachineTargetInfoConfigurationTag string

const (
	// Indicates that this device is part of the cluster compliant
	// specification.
	VirtualMachineTargetInfoConfigurationTagCompliant = VirtualMachineTargetInfoConfigurationTag("compliant")
	// Indicates that this is available for all hosts in the cluster.
	VirtualMachineTargetInfoConfigurationTagClusterWide = VirtualMachineTargetInfoConfigurationTag("clusterWide")
)

func (e VirtualMachineTargetInfoConfigurationTag) Values() []VirtualMachineTargetInfoConfigurationTag {
	return []VirtualMachineTargetInfoConfigurationTag{
		VirtualMachineTargetInfoConfigurationTagCompliant,
		VirtualMachineTargetInfoConfigurationTagClusterWide,
	}
}

func (e VirtualMachineTargetInfoConfigurationTag) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineTargetInfoConfigurationTag"] = reflect.TypeOf((*VirtualMachineTargetInfoConfigurationTag)(nil)).Elem()
}

// The virtual machine ticket type.
type VirtualMachineTicketType string

const (
	// Deprecated as of vSphere API 8.0. Use `webmks` instead.
	//
	// Remote mouse-keyboard-screen ticket.
	VirtualMachineTicketTypeMks = VirtualMachineTicketType("mks")
	// Deprecated as of vSphere 8.0 API. Use `webRemoteDevice`
	// instead.
	//
	// Remote device ticket.
	VirtualMachineTicketTypeDevice = VirtualMachineTicketType("device")
	// Deprecated as of vSphere 6.6.3 API. Use
	// `GuestOperationsManager` instead.
	//
	// Guest operation ticket.
	VirtualMachineTicketTypeGuestControl = VirtualMachineTicketType("guestControl")
	// Mouse-keyboard-screen over WebSocket ticket.
	//
	// MKS protocol is VNC (a.k.a. RFB) protocol with
	// VMware extensions; the protocol gracefully degrades
	// to standard VNC if extensions are not available.
	// wss://{Ticket.host}/ticket/{Ticket.ticket}
	VirtualMachineTicketTypeWebmks = VirtualMachineTicketType("webmks")
	// Guest Integrity over WebSocket ticket.
	//
	// This ticket grants the client read-only access to guest integrity
	// messages and alerts.
	VirtualMachineTicketTypeGuestIntegrity = VirtualMachineTicketType("guestIntegrity")
	// Remote device over WebSocket ticket.
	VirtualMachineTicketTypeWebRemoteDevice = VirtualMachineTicketType("webRemoteDevice")
)

func (e VirtualMachineTicketType) Values() []VirtualMachineTicketType {
	return []VirtualMachineTicketType{
		VirtualMachineTicketTypeMks,
		VirtualMachineTicketTypeDevice,
		VirtualMachineTicketTypeGuestControl,
		VirtualMachineTicketTypeWebmks,
		VirtualMachineTicketTypeGuestIntegrity,
		VirtualMachineTicketTypeWebRemoteDevice,
	}
}

func (e VirtualMachineTicketType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineTicketType"] = reflect.TypeOf((*VirtualMachineTicketType)(nil)).Elem()
}

// The installation type of tools in the VM.
type VirtualMachineToolsInstallType string

const (
	// Installation type is not known.
	//
	// Most likely tools have been
	// installed by OSPs or open-vm-tools, but a version that does
	// not report its install type or an install type that we do
	// not recognize.
	VirtualMachineToolsInstallTypeGuestToolsTypeUnknown = VirtualMachineToolsInstallType("guestToolsTypeUnknown")
	// MSI is the installation type used for VMware Tools on Windows.
	VirtualMachineToolsInstallTypeGuestToolsTypeMSI = VirtualMachineToolsInstallType("guestToolsTypeMSI")
	// Tools have been installed by the tar installer.
	VirtualMachineToolsInstallTypeGuestToolsTypeTar = VirtualMachineToolsInstallType("guestToolsTypeTar")
	// OSPs are RPM or Debian packages tailored for the OS in the VM.
	//
	// See http://packages.vmware.com
	VirtualMachineToolsInstallTypeGuestToolsTypeOSP = VirtualMachineToolsInstallType("guestToolsTypeOSP")
	// open-vm-tools are the open-source version of VMware Tools, may have
	// been packaged by the OS vendor.
	VirtualMachineToolsInstallTypeGuestToolsTypeOpenVMTools = VirtualMachineToolsInstallType("guestToolsTypeOpenVMTools")
)

func (e VirtualMachineToolsInstallType) Values() []VirtualMachineToolsInstallType {
	return []VirtualMachineToolsInstallType{
		VirtualMachineToolsInstallTypeGuestToolsTypeUnknown,
		VirtualMachineToolsInstallTypeGuestToolsTypeMSI,
		VirtualMachineToolsInstallTypeGuestToolsTypeTar,
		VirtualMachineToolsInstallTypeGuestToolsTypeOSP,
		VirtualMachineToolsInstallTypeGuestToolsTypeOpenVMTools,
	}
}

func (e VirtualMachineToolsInstallType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineToolsInstallType"] = reflect.TypeOf((*VirtualMachineToolsInstallType)(nil)).Elem()
}

// Current running status of VMware Tools running in the guest
// operating system.
type VirtualMachineToolsRunningStatus string

const (
	// VMware Tools is not running.
	VirtualMachineToolsRunningStatusGuestToolsNotRunning = VirtualMachineToolsRunningStatus("guestToolsNotRunning")
	// VMware Tools is running.
	VirtualMachineToolsRunningStatusGuestToolsRunning = VirtualMachineToolsRunningStatus("guestToolsRunning")
	// VMware Tools is starting.
	VirtualMachineToolsRunningStatusGuestToolsExecutingScripts = VirtualMachineToolsRunningStatus("guestToolsExecutingScripts")
)

func (e VirtualMachineToolsRunningStatus) Values() []VirtualMachineToolsRunningStatus {
	return []VirtualMachineToolsRunningStatus{
		VirtualMachineToolsRunningStatusGuestToolsNotRunning,
		VirtualMachineToolsRunningStatusGuestToolsRunning,
		VirtualMachineToolsRunningStatusGuestToolsExecutingScripts,
	}
}

func (e VirtualMachineToolsRunningStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineToolsRunningStatus"] = reflect.TypeOf((*VirtualMachineToolsRunningStatus)(nil)).Elem()
}

// Deprecated as of vSphere API 4.0 use `VirtualMachineToolsVersionStatus_enum`
// and `VirtualMachineToolsRunningStatus_enum`.
//
// Current status of VMware Tools running in the guest operating system.
type VirtualMachineToolsStatus string

const (
	// VMware Tools has never been installed
	// or has not run in the virtual machine.
	VirtualMachineToolsStatusToolsNotInstalled = VirtualMachineToolsStatus("toolsNotInstalled")
	// VMware Tools is not running.
	VirtualMachineToolsStatusToolsNotRunning = VirtualMachineToolsStatus("toolsNotRunning")
	// VMware Tools is running, but the version is not current.
	VirtualMachineToolsStatusToolsOld = VirtualMachineToolsStatus("toolsOld")
	// VMware Tools is running and the version is current.
	VirtualMachineToolsStatusToolsOk = VirtualMachineToolsStatus("toolsOk")
)

func (e VirtualMachineToolsStatus) Values() []VirtualMachineToolsStatus {
	return []VirtualMachineToolsStatus{
		VirtualMachineToolsStatusToolsNotInstalled,
		VirtualMachineToolsStatusToolsNotRunning,
		VirtualMachineToolsStatusToolsOld,
		VirtualMachineToolsStatusToolsOk,
	}
}

func (e VirtualMachineToolsStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineToolsStatus"] = reflect.TypeOf((*VirtualMachineToolsStatus)(nil)).Elem()
}

// Current version status of VMware Tools installed in the guest operating
// system.
type VirtualMachineToolsVersionStatus string

const (
	// VMware Tools has never been installed.
	VirtualMachineToolsVersionStatusGuestToolsNotInstalled = VirtualMachineToolsVersionStatus("guestToolsNotInstalled")
	// Deprecated as of vSphere API 5.1 value is not reported by
	// toolsVersionStatus2, instead more detailed status is reported.
	//
	// VMware Tools is installed, but the version is not current.
	VirtualMachineToolsVersionStatusGuestToolsNeedUpgrade = VirtualMachineToolsVersionStatus("guestToolsNeedUpgrade")
	// VMware Tools is installed, and the version is current.
	VirtualMachineToolsVersionStatusGuestToolsCurrent = VirtualMachineToolsVersionStatus("guestToolsCurrent")
	// VMware Tools is installed, but it is not managed by VMWare.
	VirtualMachineToolsVersionStatusGuestToolsUnmanaged = VirtualMachineToolsVersionStatus("guestToolsUnmanaged")
	// VMware Tools is installed, but the version is too old.
	VirtualMachineToolsVersionStatusGuestToolsTooOld = VirtualMachineToolsVersionStatus("guestToolsTooOld")
	// VMware Tools is installed, supported, but a newer version is available.
	VirtualMachineToolsVersionStatusGuestToolsSupportedOld = VirtualMachineToolsVersionStatus("guestToolsSupportedOld")
	// VMware Tools is installed, supported, and newer
	// than the version available on the host.
	VirtualMachineToolsVersionStatusGuestToolsSupportedNew = VirtualMachineToolsVersionStatus("guestToolsSupportedNew")
	// VMware Tools is installed, and the version is known to be
	// too new to work correctly with this virtual machine.
	VirtualMachineToolsVersionStatusGuestToolsTooNew = VirtualMachineToolsVersionStatus("guestToolsTooNew")
	// VMware Tools is installed, but the installed version is
	// known to have a grave bug and should be immediately upgraded.
	VirtualMachineToolsVersionStatusGuestToolsBlacklisted = VirtualMachineToolsVersionStatus("guestToolsBlacklisted")
)

func (e VirtualMachineToolsVersionStatus) Values() []VirtualMachineToolsVersionStatus {
	return []VirtualMachineToolsVersionStatus{
		VirtualMachineToolsVersionStatusGuestToolsNotInstalled,
		VirtualMachineToolsVersionStatusGuestToolsNeedUpgrade,
		VirtualMachineToolsVersionStatusGuestToolsCurrent,
		VirtualMachineToolsVersionStatusGuestToolsUnmanaged,
		VirtualMachineToolsVersionStatusGuestToolsTooOld,
		VirtualMachineToolsVersionStatusGuestToolsSupportedOld,
		VirtualMachineToolsVersionStatusGuestToolsSupportedNew,
		VirtualMachineToolsVersionStatusGuestToolsTooNew,
		VirtualMachineToolsVersionStatusGuestToolsBlacklisted,
	}
}

func (e VirtualMachineToolsVersionStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineToolsVersionStatus"] = reflect.TypeOf((*VirtualMachineToolsVersionStatus)(nil)).Elem()
}

// Device class family.
type VirtualMachineUsbInfoFamily string

const (
	// Audio capable device.
	VirtualMachineUsbInfoFamilyAudio = VirtualMachineUsbInfoFamily("audio")
	// Human interface device.
	VirtualMachineUsbInfoFamilyHid = VirtualMachineUsbInfoFamily("hid")
	// Bootable human interface device, this is a subset of HID devices.
	VirtualMachineUsbInfoFamilyHid_bootable = VirtualMachineUsbInfoFamily("hid_bootable")
	// Physical interface device.
	VirtualMachineUsbInfoFamilyPhysical = VirtualMachineUsbInfoFamily("physical")
	// Communication device.
	VirtualMachineUsbInfoFamilyCommunication = VirtualMachineUsbInfoFamily("communication")
	// Still imaging device.
	VirtualMachineUsbInfoFamilyImaging = VirtualMachineUsbInfoFamily("imaging")
	// Printer device.
	VirtualMachineUsbInfoFamilyPrinter = VirtualMachineUsbInfoFamily("printer")
	// Mass storage device.
	VirtualMachineUsbInfoFamilyStorage = VirtualMachineUsbInfoFamily("storage")
	// USB hubs.
	VirtualMachineUsbInfoFamilyHub = VirtualMachineUsbInfoFamily("hub")
	// Smart card device.
	VirtualMachineUsbInfoFamilySmart_card = VirtualMachineUsbInfoFamily("smart_card")
	// Content security device.
	VirtualMachineUsbInfoFamilySecurity = VirtualMachineUsbInfoFamily("security")
	// Video device.
	VirtualMachineUsbInfoFamilyVideo = VirtualMachineUsbInfoFamily("video")
	// Wireless controller.
	VirtualMachineUsbInfoFamilyWireless = VirtualMachineUsbInfoFamily("wireless")
	// Standard bluetooth adapter that uses HCI protocol,
	// this is a subset of wireless controllers.
	VirtualMachineUsbInfoFamilyBluetooth = VirtualMachineUsbInfoFamily("bluetooth")
	// Wireless device related to the Wireless USB standard,
	// this is a subset of wireless controllers,
	VirtualMachineUsbInfoFamilyWusb = VirtualMachineUsbInfoFamily("wusb")
	// Palm PDA, and Microsoft ActiveSync PDA.
	VirtualMachineUsbInfoFamilyPda = VirtualMachineUsbInfoFamily("pda")
	// Device that has an interface using a vendor-specific protocol.
	VirtualMachineUsbInfoFamilyVendor_specific = VirtualMachineUsbInfoFamily("vendor_specific")
	// Other miscellaneous device.
	VirtualMachineUsbInfoFamilyOther = VirtualMachineUsbInfoFamily("other")
	// There was an error in determining this device's classes
	// accurately.
	VirtualMachineUsbInfoFamilyUnknownFamily = VirtualMachineUsbInfoFamily("unknownFamily")
)

func (e VirtualMachineUsbInfoFamily) Values() []VirtualMachineUsbInfoFamily {
	return []VirtualMachineUsbInfoFamily{
		VirtualMachineUsbInfoFamilyAudio,
		VirtualMachineUsbInfoFamilyHid,
		VirtualMachineUsbInfoFamilyHid_bootable,
		VirtualMachineUsbInfoFamilyPhysical,
		VirtualMachineUsbInfoFamilyCommunication,
		VirtualMachineUsbInfoFamilyImaging,
		VirtualMachineUsbInfoFamilyPrinter,
		VirtualMachineUsbInfoFamilyStorage,
		VirtualMachineUsbInfoFamilyHub,
		VirtualMachineUsbInfoFamilySmart_card,
		VirtualMachineUsbInfoFamilySecurity,
		VirtualMachineUsbInfoFamilyVideo,
		VirtualMachineUsbInfoFamilyWireless,
		VirtualMachineUsbInfoFamilyBluetooth,
		VirtualMachineUsbInfoFamilyWusb,
		VirtualMachineUsbInfoFamilyPda,
		VirtualMachineUsbInfoFamilyVendor_specific,
		VirtualMachineUsbInfoFamilyOther,
		VirtualMachineUsbInfoFamilyUnknownFamily,
	}
}

func (e VirtualMachineUsbInfoFamily) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineUsbInfoFamily"] = reflect.TypeOf((*VirtualMachineUsbInfoFamily)(nil)).Elem()
}

// Device speed.
type VirtualMachineUsbInfoSpeed string

const (
	// This device operates at low speed (1.5Mb/s).
	VirtualMachineUsbInfoSpeedLow = VirtualMachineUsbInfoSpeed("low")
	// This device operates at full speed (12Mb/s).
	VirtualMachineUsbInfoSpeedFull = VirtualMachineUsbInfoSpeed("full")
	// This device can operate at high speed (480Mb/s)
	VirtualMachineUsbInfoSpeedHigh = VirtualMachineUsbInfoSpeed("high")
	// This device can operate at super speed (4.8Gb/s)
	VirtualMachineUsbInfoSpeedSuperSpeed = VirtualMachineUsbInfoSpeed("superSpeed")
	// This device can operate at super speed plus (10Gb/s)
	VirtualMachineUsbInfoSpeedSuperSpeedPlus = VirtualMachineUsbInfoSpeed("superSpeedPlus")
	// This device can operate at super speed gen 2x2 (20Gb/s)
	VirtualMachineUsbInfoSpeedSuperSpeed20Gbps = VirtualMachineUsbInfoSpeed("superSpeed20Gbps")
	// This device's speed is unknown.
	VirtualMachineUsbInfoSpeedUnknownSpeed = VirtualMachineUsbInfoSpeed("unknownSpeed")
)

func (e VirtualMachineUsbInfoSpeed) Values() []VirtualMachineUsbInfoSpeed {
	return []VirtualMachineUsbInfoSpeed{
		VirtualMachineUsbInfoSpeedLow,
		VirtualMachineUsbInfoSpeedFull,
		VirtualMachineUsbInfoSpeedHigh,
		VirtualMachineUsbInfoSpeedSuperSpeed,
		VirtualMachineUsbInfoSpeedSuperSpeedPlus,
		VirtualMachineUsbInfoSpeedSuperSpeed20Gbps,
		VirtualMachineUsbInfoSpeedUnknownSpeed,
	}
}

func (e VirtualMachineUsbInfoSpeed) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineUsbInfoSpeed"] = reflect.TypeOf((*VirtualMachineUsbInfoSpeed)(nil)).Elem()
	minAPIVersionForEnumValue["VirtualMachineUsbInfoSpeed"] = map[string]string{
		"superSpeed20Gbps": "7.0.3.2",
	}
}

// Set of possible values for action field in FilterSpec.
//
// Determines whether traffic is allowed or denied.
type VirtualMachineVMCIDeviceAction string

const (
	// Allow communication.
	VirtualMachineVMCIDeviceActionAllow = VirtualMachineVMCIDeviceAction("allow")
	// Deny communication.
	VirtualMachineVMCIDeviceActionDeny = VirtualMachineVMCIDeviceAction("deny")
)

func (e VirtualMachineVMCIDeviceAction) Values() []VirtualMachineVMCIDeviceAction {
	return []VirtualMachineVMCIDeviceAction{
		VirtualMachineVMCIDeviceActionAllow,
		VirtualMachineVMCIDeviceActionDeny,
	}
}

func (e VirtualMachineVMCIDeviceAction) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVMCIDeviceAction"] = reflect.TypeOf((*VirtualMachineVMCIDeviceAction)(nil)).Elem()
}

// Set of possible values for direction field in FilterSpec.
type VirtualMachineVMCIDeviceDirection string

const (
	// from host to guest
	VirtualMachineVMCIDeviceDirectionGuest = VirtualMachineVMCIDeviceDirection("guest")
	// from guest to host
	VirtualMachineVMCIDeviceDirectionHost = VirtualMachineVMCIDeviceDirection("host")
	// all of the above
	VirtualMachineVMCIDeviceDirectionAnyDirection = VirtualMachineVMCIDeviceDirection("anyDirection")
)

func (e VirtualMachineVMCIDeviceDirection) Values() []VirtualMachineVMCIDeviceDirection {
	return []VirtualMachineVMCIDeviceDirection{
		VirtualMachineVMCIDeviceDirectionGuest,
		VirtualMachineVMCIDeviceDirectionHost,
		VirtualMachineVMCIDeviceDirectionAnyDirection,
	}
}

func (e VirtualMachineVMCIDeviceDirection) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVMCIDeviceDirection"] = reflect.TypeOf((*VirtualMachineVMCIDeviceDirection)(nil)).Elem()
}

// Set of possible values for protocol field in FilterSpec.
type VirtualMachineVMCIDeviceProtocol string

const (
	// VMCI hypervisor datagram send op.
	//
	// Direction code is not applicable to this one.
	VirtualMachineVMCIDeviceProtocolHypervisor = VirtualMachineVMCIDeviceProtocol("hypervisor")
	// VMCI doorbell notification
	VirtualMachineVMCIDeviceProtocolDoorbell = VirtualMachineVMCIDeviceProtocol("doorbell")
	// VMCI queue pair alloc operation.
	//
	// Direction code not applicable to this one.
	VirtualMachineVMCIDeviceProtocolQueuepair = VirtualMachineVMCIDeviceProtocol("queuepair")
	// VMCI and VMCI Socket datagram send op.
	//
	// Since VMCI Socket datagrams map ports directly to resources,
	// there is no need to distinguish between the two.
	VirtualMachineVMCIDeviceProtocolDatagram = VirtualMachineVMCIDeviceProtocol("datagram")
	// VMCI Stream Socket connect op.
	VirtualMachineVMCIDeviceProtocolStream = VirtualMachineVMCIDeviceProtocol("stream")
	// All of the above.
	VirtualMachineVMCIDeviceProtocolAnyProtocol = VirtualMachineVMCIDeviceProtocol("anyProtocol")
)

func (e VirtualMachineVMCIDeviceProtocol) Values() []VirtualMachineVMCIDeviceProtocol {
	return []VirtualMachineVMCIDeviceProtocol{
		VirtualMachineVMCIDeviceProtocolHypervisor,
		VirtualMachineVMCIDeviceProtocolDoorbell,
		VirtualMachineVMCIDeviceProtocolQueuepair,
		VirtualMachineVMCIDeviceProtocolDatagram,
		VirtualMachineVMCIDeviceProtocolStream,
		VirtualMachineVMCIDeviceProtocolAnyProtocol,
	}
}

func (e VirtualMachineVMCIDeviceProtocol) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVMCIDeviceProtocol"] = reflect.TypeOf((*VirtualMachineVMCIDeviceProtocol)(nil)).Elem()
}

type VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType string

const (
	VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypePciPassthru = VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType("pciPassthru")
	VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypeNvidiaVgpu  = VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType("nvidiaVgpu")
	VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypeSriovNic    = VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType("sriovNic")
	VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypeDvx         = VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType("dvx")
)

func (e VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType) Values() []VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType {
	return []VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType{
		VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypePciPassthru,
		VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypeNvidiaVgpu,
		VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypeSriovNic,
		VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentTypeDvx,
	}
}

func (e VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType"] = reflect.TypeOf((*VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType)(nil)).Elem()
	minAPIVersionForType["VirtualMachineVendorDeviceGroupInfoComponentDeviceInfoComponentType"] = "8.0.0.1"
}

type VirtualMachineVgpuProfileInfoProfileClass string

const (
	VirtualMachineVgpuProfileInfoProfileClassCompute = VirtualMachineVgpuProfileInfoProfileClass("compute")
	VirtualMachineVgpuProfileInfoProfileClassQuadro  = VirtualMachineVgpuProfileInfoProfileClass("quadro")
)

func (e VirtualMachineVgpuProfileInfoProfileClass) Values() []VirtualMachineVgpuProfileInfoProfileClass {
	return []VirtualMachineVgpuProfileInfoProfileClass{
		VirtualMachineVgpuProfileInfoProfileClassCompute,
		VirtualMachineVgpuProfileInfoProfileClassQuadro,
	}
}

func (e VirtualMachineVgpuProfileInfoProfileClass) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVgpuProfileInfoProfileClass"] = reflect.TypeOf((*VirtualMachineVgpuProfileInfoProfileClass)(nil)).Elem()
	minAPIVersionForType["VirtualMachineVgpuProfileInfoProfileClass"] = "7.0.3.0"
}

type VirtualMachineVgpuProfileInfoProfileSharing string

const (
	// Time-sliced
	VirtualMachineVgpuProfileInfoProfileSharingTimeSliced = VirtualMachineVgpuProfileInfoProfileSharing("timeSliced")
	// Multi-instance GPU partitioning
	VirtualMachineVgpuProfileInfoProfileSharingMig = VirtualMachineVgpuProfileInfoProfileSharing("mig")
)

func (e VirtualMachineVgpuProfileInfoProfileSharing) Values() []VirtualMachineVgpuProfileInfoProfileSharing {
	return []VirtualMachineVgpuProfileInfoProfileSharing{
		VirtualMachineVgpuProfileInfoProfileSharingTimeSliced,
		VirtualMachineVgpuProfileInfoProfileSharingMig,
	}
}

func (e VirtualMachineVgpuProfileInfoProfileSharing) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVgpuProfileInfoProfileSharing"] = reflect.TypeOf((*VirtualMachineVgpuProfileInfoProfileSharing)(nil)).Elem()
	minAPIVersionForType["VirtualMachineVgpuProfileInfoProfileSharing"] = "7.0.3.0"
}

// Set of possible values for `VirtualMachineVideoCard.use3dRenderer`.
type VirtualMachineVideoCardUse3dRenderer string

const (
	// Determine automatically whether to render 3D with software or hardware.
	VirtualMachineVideoCardUse3dRendererAutomatic = VirtualMachineVideoCardUse3dRenderer("automatic")
	// Render 3D with software.
	VirtualMachineVideoCardUse3dRendererSoftware = VirtualMachineVideoCardUse3dRenderer("software")
	// Render 3D with graphics hardware.
	VirtualMachineVideoCardUse3dRendererHardware = VirtualMachineVideoCardUse3dRenderer("hardware")
)

func (e VirtualMachineVideoCardUse3dRenderer) Values() []VirtualMachineVideoCardUse3dRenderer {
	return []VirtualMachineVideoCardUse3dRenderer{
		VirtualMachineVideoCardUse3dRendererAutomatic,
		VirtualMachineVideoCardUse3dRendererSoftware,
		VirtualMachineVideoCardUse3dRendererHardware,
	}
}

func (e VirtualMachineVideoCardUse3dRenderer) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVideoCardUse3dRenderer"] = reflect.TypeOf((*VirtualMachineVideoCardUse3dRenderer)(nil)).Elem()
}

type VirtualMachineVirtualDeviceSwapDeviceSwapStatus string

const (
	// No operation active.
	VirtualMachineVirtualDeviceSwapDeviceSwapStatusNone = VirtualMachineVirtualDeviceSwapDeviceSwapStatus("none")
	// Device swap will be performed on next restart.
	VirtualMachineVirtualDeviceSwapDeviceSwapStatusScheduled = VirtualMachineVirtualDeviceSwapDeviceSwapStatus("scheduled")
	// Device swap is in progress.
	VirtualMachineVirtualDeviceSwapDeviceSwapStatusInprogress = VirtualMachineVirtualDeviceSwapDeviceSwapStatus("inprogress")
	// Device swap failed.
	VirtualMachineVirtualDeviceSwapDeviceSwapStatusFailed = VirtualMachineVirtualDeviceSwapDeviceSwapStatus("failed")
	// Device swap successfully completed.
	VirtualMachineVirtualDeviceSwapDeviceSwapStatusCompleted = VirtualMachineVirtualDeviceSwapDeviceSwapStatus("completed")
)

func (e VirtualMachineVirtualDeviceSwapDeviceSwapStatus) Values() []VirtualMachineVirtualDeviceSwapDeviceSwapStatus {
	return []VirtualMachineVirtualDeviceSwapDeviceSwapStatus{
		VirtualMachineVirtualDeviceSwapDeviceSwapStatusNone,
		VirtualMachineVirtualDeviceSwapDeviceSwapStatusScheduled,
		VirtualMachineVirtualDeviceSwapDeviceSwapStatusInprogress,
		VirtualMachineVirtualDeviceSwapDeviceSwapStatusFailed,
		VirtualMachineVirtualDeviceSwapDeviceSwapStatusCompleted,
	}
}

func (e VirtualMachineVirtualDeviceSwapDeviceSwapStatus) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVirtualDeviceSwapDeviceSwapStatus"] = reflect.TypeOf((*VirtualMachineVirtualDeviceSwapDeviceSwapStatus)(nil)).Elem()
	minAPIVersionForType["VirtualMachineVirtualDeviceSwapDeviceSwapStatus"] = "8.0.0.1"
}

type VirtualMachineVirtualPMemSnapshotMode string

const (
	// The data on virtual NVDIMMs are not affected by snapshot reverts.
	//
	// Writes to virtual NVDIMMs after a snapshot is taken cannot be
	// reverted to the snapshotted state.
	VirtualMachineVirtualPMemSnapshotModeIndependent_persistent = VirtualMachineVirtualPMemSnapshotMode("independent_persistent")
	// Virtual NVDIMMs are erased and recreated upon snapshot reverts.
	VirtualMachineVirtualPMemSnapshotModeIndependent_eraseonrevert = VirtualMachineVirtualPMemSnapshotMode("independent_eraseonrevert")
)

func (e VirtualMachineVirtualPMemSnapshotMode) Values() []VirtualMachineVirtualPMemSnapshotMode {
	return []VirtualMachineVirtualPMemSnapshotMode{
		VirtualMachineVirtualPMemSnapshotModeIndependent_persistent,
		VirtualMachineVirtualPMemSnapshotModeIndependent_eraseonrevert,
	}
}

func (e VirtualMachineVirtualPMemSnapshotMode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineVirtualPMemSnapshotMode"] = reflect.TypeOf((*VirtualMachineVirtualPMemSnapshotMode)(nil)).Elem()
	minAPIVersionForType["VirtualMachineVirtualPMemSnapshotMode"] = "7.0.3.0"
}

// The VSS Snapshot Context
// VSS\_SNAPSHOT\_CONTEXT values not listed below are not implemented.
type VirtualMachineWindowsQuiesceSpecVssBackupContext string

const (
	// The context value indicates auto selection of VSS snapshot context.
	//
	// The ctx\_backup may make Windows VSS-aware applications quiescing during
	// backup. The ctx\_auto makes VMTools select ctx\_file\_share\_backup context
	// if ctx\_backup is not available.
	VirtualMachineWindowsQuiesceSpecVssBackupContextCtx_auto = VirtualMachineWindowsQuiesceSpecVssBackupContext("ctx_auto")
	// Indicate VSS\_CTX\_BACKUP.
	VirtualMachineWindowsQuiesceSpecVssBackupContextCtx_backup = VirtualMachineWindowsQuiesceSpecVssBackupContext("ctx_backup")
	// Indicate VSS\_CTX\_FILE\_SHARE\_BACKUP.
	VirtualMachineWindowsQuiesceSpecVssBackupContextCtx_file_share_backup = VirtualMachineWindowsQuiesceSpecVssBackupContext("ctx_file_share_backup")
)

func (e VirtualMachineWindowsQuiesceSpecVssBackupContext) Values() []VirtualMachineWindowsQuiesceSpecVssBackupContext {
	return []VirtualMachineWindowsQuiesceSpecVssBackupContext{
		VirtualMachineWindowsQuiesceSpecVssBackupContextCtx_auto,
		VirtualMachineWindowsQuiesceSpecVssBackupContextCtx_backup,
		VirtualMachineWindowsQuiesceSpecVssBackupContextCtx_file_share_backup,
	}
}

func (e VirtualMachineWindowsQuiesceSpecVssBackupContext) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualMachineWindowsQuiesceSpecVssBackupContext"] = reflect.TypeOf((*VirtualMachineWindowsQuiesceSpecVssBackupContext)(nil)).Elem()
}

type VirtualNVMEControllerSharing string

const (
	VirtualNVMEControllerSharingNoSharing       = VirtualNVMEControllerSharing("noSharing")
	VirtualNVMEControllerSharingPhysicalSharing = VirtualNVMEControllerSharing("physicalSharing")
)

func (e VirtualNVMEControllerSharing) Values() []VirtualNVMEControllerSharing {
	return []VirtualNVMEControllerSharing{
		VirtualNVMEControllerSharingNoSharing,
		VirtualNVMEControllerSharingPhysicalSharing,
	}
}

func (e VirtualNVMEControllerSharing) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualNVMEControllerSharing"] = reflect.TypeOf((*VirtualNVMEControllerSharing)(nil)).Elem()
	minAPIVersionForType["VirtualNVMEControllerSharing"] = "8.0.2.0"
}

// The valid choices for host pointing devices are:
type VirtualPointingDeviceHostChoice string

const (
	// Automatically detects the host mouse type.
	VirtualPointingDeviceHostChoiceAutodetect = VirtualPointingDeviceHostChoice("autodetect")
	// The Microsoft IntelliMouse Explorer.
	VirtualPointingDeviceHostChoiceIntellimouseExplorer = VirtualPointingDeviceHostChoice("intellimouseExplorer")
	// The Microsoft Intellimouse with a PS2 connection.
	VirtualPointingDeviceHostChoiceIntellimousePs2 = VirtualPointingDeviceHostChoice("intellimousePs2")
	// The Logitech MouseMan.
	VirtualPointingDeviceHostChoiceLogitechMouseman = VirtualPointingDeviceHostChoice("logitechMouseman")
	// The Microsoft Serial Mouse.
	VirtualPointingDeviceHostChoiceMicrosoft_serial = VirtualPointingDeviceHostChoice("microsoft_serial")
	// The Mouse Systems Mouse.
	VirtualPointingDeviceHostChoiceMouseSystems = VirtualPointingDeviceHostChoice("mouseSystems")
	// The Logitech MouseMan Serial Bus Mouse.
	VirtualPointingDeviceHostChoiceMousemanSerial = VirtualPointingDeviceHostChoice("mousemanSerial")
	// A generic mouse with a PS2 connection.
	VirtualPointingDeviceHostChoicePs2 = VirtualPointingDeviceHostChoice("ps2")
)

func (e VirtualPointingDeviceHostChoice) Values() []VirtualPointingDeviceHostChoice {
	return []VirtualPointingDeviceHostChoice{
		VirtualPointingDeviceHostChoiceAutodetect,
		VirtualPointingDeviceHostChoiceIntellimouseExplorer,
		VirtualPointingDeviceHostChoiceIntellimousePs2,
		VirtualPointingDeviceHostChoiceLogitechMouseman,
		VirtualPointingDeviceHostChoiceMicrosoft_serial,
		VirtualPointingDeviceHostChoiceMouseSystems,
		VirtualPointingDeviceHostChoiceMousemanSerial,
		VirtualPointingDeviceHostChoicePs2,
	}
}

func (e VirtualPointingDeviceHostChoice) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualPointingDeviceHostChoice"] = reflect.TypeOf((*VirtualPointingDeviceHostChoice)(nil)).Elem()
}

// Sharing describes three possible ways of sharing the SCSI bus:
// One of these values is assigned to the sharedBus object to determine
// if or how the SCSI bus is shared.
type VirtualSCSISharing string

const (
	// The virtual SCSI bus is not shared.
	VirtualSCSISharingNoSharing = VirtualSCSISharing("noSharing")
	// The virtual SCSI bus is shared between two or more virtual machines.
	//
	// In this case, no physical machine is involved.
	VirtualSCSISharingVirtualSharing = VirtualSCSISharing("virtualSharing")
	// The virtual SCSI bus is shared between two or more virtual machines
	// residing on different physical hosts.
	VirtualSCSISharingPhysicalSharing = VirtualSCSISharing("physicalSharing")
)

func (e VirtualSCSISharing) Values() []VirtualSCSISharing {
	return []VirtualSCSISharing{
		VirtualSCSISharingNoSharing,
		VirtualSCSISharingVirtualSharing,
		VirtualSCSISharingPhysicalSharing,
	}
}

func (e VirtualSCSISharing) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualSCSISharing"] = reflect.TypeOf((*VirtualSCSISharing)(nil)).Elem()
}

// The <code>`VirtualSerialPortEndPoint_enum` enum defines
// endpoint values for virtual serial port pipe backing.
//
// When you use serial port pipe backing to connect a virtual machine
// to another process, you must define the endpoints.
// See the <code>`VirtualSerialPortPipeBackingInfo.endpoint`</code>
// property for the virtual serial port pipe backing information data object.
//
// The possible endpoint values are:
//   - client
//   - server
//
// For the supported choices, see the
// <code>`VirtualSerialPortPipeBackingOption.endpoint`</code>
// property for the virtual serial port pipe backing option data object.
type VirtualSerialPortEndPoint string

const (
	VirtualSerialPortEndPointClient = VirtualSerialPortEndPoint("client")
	VirtualSerialPortEndPointServer = VirtualSerialPortEndPoint("server")
)

func (e VirtualSerialPortEndPoint) Values() []VirtualSerialPortEndPoint {
	return []VirtualSerialPortEndPoint{
		VirtualSerialPortEndPointClient,
		VirtualSerialPortEndPointServer,
	}
}

func (e VirtualSerialPortEndPoint) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualSerialPortEndPoint"] = reflect.TypeOf((*VirtualSerialPortEndPoint)(nil)).Elem()
}

// TSO (TCP Segmentation Offload) and LRO (Large Receive Offload)
// are both offloading techniques that improve network performance
// by reducing CPU overhead associated with packet segmentation
// and aggregation, respectively.
//
// They are commonly used in modern
// networking environments to optimize data transmission and
// reception processes. This is the type of disable offload on a
// network adapter.
type VirtualVmxnet3StrictLatencyConfigDisableOffload string

const (
	// Do not disable.
	VirtualVmxnet3StrictLatencyConfigDisableOffloadNONE = VirtualVmxnet3StrictLatencyConfigDisableOffload("NONE")
	// Disable TCP Segmentation Offload (TSO).
	VirtualVmxnet3StrictLatencyConfigDisableOffloadTSO = VirtualVmxnet3StrictLatencyConfigDisableOffload("TSO")
	// Disable Large Receive Offload (LRO).
	VirtualVmxnet3StrictLatencyConfigDisableOffloadLRO = VirtualVmxnet3StrictLatencyConfigDisableOffload("LRO")
	// Disable both TSO and LRO.
	VirtualVmxnet3StrictLatencyConfigDisableOffloadTSO_LRO = VirtualVmxnet3StrictLatencyConfigDisableOffload("TSO_LRO")
)

func (e VirtualVmxnet3StrictLatencyConfigDisableOffload) Values() []VirtualVmxnet3StrictLatencyConfigDisableOffload {
	return []VirtualVmxnet3StrictLatencyConfigDisableOffload{
		VirtualVmxnet3StrictLatencyConfigDisableOffloadNONE,
		VirtualVmxnet3StrictLatencyConfigDisableOffloadTSO,
		VirtualVmxnet3StrictLatencyConfigDisableOffloadLRO,
		VirtualVmxnet3StrictLatencyConfigDisableOffloadTSO_LRO,
	}
}

func (e VirtualVmxnet3StrictLatencyConfigDisableOffload) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualVmxnet3StrictLatencyConfigDisableOffload"] = reflect.TypeOf((*VirtualVmxnet3StrictLatencyConfigDisableOffload)(nil)).Elem()
}

// The enumeration of all known valid VRDMA device protocols.
type VirtualVmxnet3VrdmaOptionDeviceProtocols string

const (
	// A RoCEv1 device.
	VirtualVmxnet3VrdmaOptionDeviceProtocolsRocev1 = VirtualVmxnet3VrdmaOptionDeviceProtocols("rocev1")
	// A RoCEv2 device.
	VirtualVmxnet3VrdmaOptionDeviceProtocolsRocev2 = VirtualVmxnet3VrdmaOptionDeviceProtocols("rocev2")
)

func (e VirtualVmxnet3VrdmaOptionDeviceProtocols) Values() []VirtualVmxnet3VrdmaOptionDeviceProtocols {
	return []VirtualVmxnet3VrdmaOptionDeviceProtocols{
		VirtualVmxnet3VrdmaOptionDeviceProtocolsRocev1,
		VirtualVmxnet3VrdmaOptionDeviceProtocolsRocev2,
	}
}

func (e VirtualVmxnet3VrdmaOptionDeviceProtocols) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VirtualVmxnet3VrdmaOptionDeviceProtocols"] = reflect.TypeOf((*VirtualVmxnet3VrdmaOptionDeviceProtocols)(nil)).Elem()
}

type VmDasBeingResetEventReasonCode string

const (
	// vmtools heartbeat failure
	VmDasBeingResetEventReasonCodeVmtoolsHeartbeatFailure = VmDasBeingResetEventReasonCode("vmtoolsHeartbeatFailure")
	// application heartbeat failure
	VmDasBeingResetEventReasonCodeAppHeartbeatFailure = VmDasBeingResetEventReasonCode("appHeartbeatFailure")
	// immediate reset request
	VmDasBeingResetEventReasonCodeAppImmediateResetRequest = VmDasBeingResetEventReasonCode("appImmediateResetRequest")
	// reset issued by VMCP when APD cleared
	VmDasBeingResetEventReasonCodeVmcpResetApdCleared = VmDasBeingResetEventReasonCode("vmcpResetApdCleared")
)

func (e VmDasBeingResetEventReasonCode) Values() []VmDasBeingResetEventReasonCode {
	return []VmDasBeingResetEventReasonCode{
		VmDasBeingResetEventReasonCodeVmtoolsHeartbeatFailure,
		VmDasBeingResetEventReasonCodeAppHeartbeatFailure,
		VmDasBeingResetEventReasonCodeAppImmediateResetRequest,
		VmDasBeingResetEventReasonCodeVmcpResetApdCleared,
	}
}

func (e VmDasBeingResetEventReasonCode) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmDasBeingResetEventReasonCode"] = reflect.TypeOf((*VmDasBeingResetEventReasonCode)(nil)).Elem()
}

// The reason for the failure.
type VmFailedStartingSecondaryEventFailureReason string

const (
	// Remote host is incompatible for secondary virtual machine.
	//
	// For instance, the host doesn't have access to the virtual machine's
	// network or datastore.
	VmFailedStartingSecondaryEventFailureReasonIncompatibleHost = VmFailedStartingSecondaryEventFailureReason("incompatibleHost")
	// Login to remote host failed.
	VmFailedStartingSecondaryEventFailureReasonLoginFailed = VmFailedStartingSecondaryEventFailureReason("loginFailed")
	// Registration of the secondary virtual machine
	// on the remote host failed.
	VmFailedStartingSecondaryEventFailureReasonRegisterVmFailed = VmFailedStartingSecondaryEventFailureReason("registerVmFailed")
	// Migration failed.
	VmFailedStartingSecondaryEventFailureReasonMigrateFailed = VmFailedStartingSecondaryEventFailureReason("migrateFailed")
)

func (e VmFailedStartingSecondaryEventFailureReason) Values() []VmFailedStartingSecondaryEventFailureReason {
	return []VmFailedStartingSecondaryEventFailureReason{
		VmFailedStartingSecondaryEventFailureReasonIncompatibleHost,
		VmFailedStartingSecondaryEventFailureReasonLoginFailed,
		VmFailedStartingSecondaryEventFailureReasonRegisterVmFailed,
		VmFailedStartingSecondaryEventFailureReasonMigrateFailed,
	}
}

func (e VmFailedStartingSecondaryEventFailureReason) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmFailedStartingSecondaryEventFailureReason"] = reflect.TypeOf((*VmFailedStartingSecondaryEventFailureReason)(nil)).Elem()
}

type VmFaultToleranceConfigIssueReasonForIssue string

const (
	// HA is not enabled on the cluster
	VmFaultToleranceConfigIssueReasonForIssueHaNotEnabled = VmFaultToleranceConfigIssueReasonForIssue("haNotEnabled")
	// There is already a secondary virtual machine for the primary
	// virtual machine
	VmFaultToleranceConfigIssueReasonForIssueMoreThanOneSecondary = VmFaultToleranceConfigIssueReasonForIssue("moreThanOneSecondary")
	// Deprecated as of vSphere API 6.0.
	//
	// The virtual machine does not support record/replay.
	//
	// Vm::Capability.RecordReplaySupported is false.
	VmFaultToleranceConfigIssueReasonForIssueRecordReplayNotSupported = VmFaultToleranceConfigIssueReasonForIssue("recordReplayNotSupported")
	// Deprecated as of vSphere API 6.0.
	//
	// It is not possible to turn on Fault Tolerance on this powered-on VM.
	//
	// The support for record/replay should be enabled or Fault Tolerance
	// turned on, when this VM is powered off.
	VmFaultToleranceConfigIssueReasonForIssueReplayNotSupported = VmFaultToleranceConfigIssueReasonForIssue("replayNotSupported")
	// The virtual machine is a template
	VmFaultToleranceConfigIssueReasonForIssueTemplateVm = VmFaultToleranceConfigIssueReasonForIssue("templateVm")
	// The virtual machine has more than one virtual CPU
	VmFaultToleranceConfigIssueReasonForIssueMultipleVCPU = VmFaultToleranceConfigIssueReasonForIssue("multipleVCPU")
	// The host is not active
	VmFaultToleranceConfigIssueReasonForIssueHostInactive = VmFaultToleranceConfigIssueReasonForIssue("hostInactive")
	// The host ftSupported flag is not set because of hardware issues
	VmFaultToleranceConfigIssueReasonForIssueFtUnsupportedHardware = VmFaultToleranceConfigIssueReasonForIssue("ftUnsupportedHardware")
	// The host ftSupported flag is not set because of it is a
	// VMware Server 2.0
	VmFaultToleranceConfigIssueReasonForIssueFtUnsupportedProduct = VmFaultToleranceConfigIssueReasonForIssue("ftUnsupportedProduct")
	// No VMotion license or VMotion nic is not configured on the host
	VmFaultToleranceConfigIssueReasonForIssueMissingVMotionNic = VmFaultToleranceConfigIssueReasonForIssue("missingVMotionNic")
	// FT logging nic is not configured on the host
	VmFaultToleranceConfigIssueReasonForIssueMissingFTLoggingNic = VmFaultToleranceConfigIssueReasonForIssue("missingFTLoggingNic")
	// The virtual machine has thin provisioned disks
	VmFaultToleranceConfigIssueReasonForIssueThinDisk = VmFaultToleranceConfigIssueReasonForIssue("thinDisk")
	// The "check host certificate" flag is not set
	VmFaultToleranceConfigIssueReasonForIssueVerifySSLCertificateFlagNotSet = VmFaultToleranceConfigIssueReasonForIssue("verifySSLCertificateFlagNotSet")
	// The virtual machine has one or more snapshots
	VmFaultToleranceConfigIssueReasonForIssueHasSnapshots = VmFaultToleranceConfigIssueReasonForIssue("hasSnapshots")
	// No configuration information is available for the virtual machine
	VmFaultToleranceConfigIssueReasonForIssueNoConfig = VmFaultToleranceConfigIssueReasonForIssue("noConfig")
	// The virtual machine is a fault tolerance secondary virtual machine
	VmFaultToleranceConfigIssueReasonForIssueFtSecondaryVm = VmFaultToleranceConfigIssueReasonForIssue("ftSecondaryVm")
	// The virtual machine has one or more disks on local datastore
	VmFaultToleranceConfigIssueReasonForIssueHasLocalDisk = VmFaultToleranceConfigIssueReasonForIssue("hasLocalDisk")
	// The virtual machine is an ESX agent VM
	VmFaultToleranceConfigIssueReasonForIssueEsxAgentVm = VmFaultToleranceConfigIssueReasonForIssue("esxAgentVm")
	// The virtual machine video device has 3D enabled
	VmFaultToleranceConfigIssueReasonForIssueVideo3dEnabled     = VmFaultToleranceConfigIssueReasonForIssue("video3dEnabled")
	VmFaultToleranceConfigIssueReasonForIssueHasUnsupportedDisk = VmFaultToleranceConfigIssueReasonForIssue("hasUnsupportedDisk")
	// FT logging nic does not have desired bandwidth
	VmFaultToleranceConfigIssueReasonForIssueInsufficientBandwidth = VmFaultToleranceConfigIssueReasonForIssue("insufficientBandwidth")
	// The host does not support fault tolerant VM with nested HV or VBS
	// enabled.
	VmFaultToleranceConfigIssueReasonForIssueHasNestedHVConfiguration = VmFaultToleranceConfigIssueReasonForIssue("hasNestedHVConfiguration")
	// The virtual machine has a vFlash memory device or/and disks with
	// vFlash cache configured.
	VmFaultToleranceConfigIssueReasonForIssueHasVFlashConfiguration = VmFaultToleranceConfigIssueReasonForIssue("hasVFlashConfiguration")
	// VMware product installed on the host does not support
	// fault tolerance
	VmFaultToleranceConfigIssueReasonForIssueUnsupportedProduct = VmFaultToleranceConfigIssueReasonForIssue("unsupportedProduct")
	// Host CPU does not support hardware virtualization
	VmFaultToleranceConfigIssueReasonForIssueCpuHvUnsupported = VmFaultToleranceConfigIssueReasonForIssue("cpuHvUnsupported")
	// Host CPU does not support hardware MMU virtualization
	VmFaultToleranceConfigIssueReasonForIssueCpuHwmmuUnsupported = VmFaultToleranceConfigIssueReasonForIssue("cpuHwmmuUnsupported")
	// Host CPU is compatible for replay-based FT, but hardware
	// virtualization has been disabled in the BIOS.
	VmFaultToleranceConfigIssueReasonForIssueCpuHvDisabled = VmFaultToleranceConfigIssueReasonForIssue("cpuHvDisabled")
	// The virtual machine firmware is of type EFI
	VmFaultToleranceConfigIssueReasonForIssueHasEFIFirmware = VmFaultToleranceConfigIssueReasonForIssue("hasEFIFirmware")
	// The host does not support fault tolerance virtual machines
	// with the specified number of virtual CPUs.
	VmFaultToleranceConfigIssueReasonForIssueTooManyVCPUs = VmFaultToleranceConfigIssueReasonForIssue("tooManyVCPUs")
	// The host does not support fault tolerance virtual machines
	// with the specified amount of memory.
	VmFaultToleranceConfigIssueReasonForIssueTooMuchMemory = VmFaultToleranceConfigIssueReasonForIssue("tooMuchMemory")
	// No VMotion license
	VmFaultToleranceConfigIssueReasonForIssueVMotionNotLicensed = VmFaultToleranceConfigIssueReasonForIssue("vMotionNotLicensed")
	// Host does not have proper FT license
	VmFaultToleranceConfigIssueReasonForIssueFtNotLicensed = VmFaultToleranceConfigIssueReasonForIssue("ftNotLicensed")
	// Host does not have HA agent running properly
	VmFaultToleranceConfigIssueReasonForIssueHaAgentIssue = VmFaultToleranceConfigIssueReasonForIssue("haAgentIssue")
	// The VM has unsupported storage policy
	VmFaultToleranceConfigIssueReasonForIssueUnsupportedSPBM = VmFaultToleranceConfigIssueReasonForIssue("unsupportedSPBM")
	// The virtual machine has virtual disk in linked-clone mode
	VmFaultToleranceConfigIssueReasonForIssueHasLinkedCloneDisk = VmFaultToleranceConfigIssueReasonForIssue("hasLinkedCloneDisk")
	// Virtual Machine with Pmem HA Failover is not supported
	VmFaultToleranceConfigIssueReasonForIssueUnsupportedPMemHAFailOver = VmFaultToleranceConfigIssueReasonForIssue("unsupportedPMemHAFailOver")
	// Virtual Machine with encrypted virtual disk is not supported.
	VmFaultToleranceConfigIssueReasonForIssueUnsupportedEncryptedDisk = VmFaultToleranceConfigIssueReasonForIssue("unsupportedEncryptedDisk")
	// The virtual machine does not allow to enable or disable FT Metro
	// Cluster while FT is turned on.
	VmFaultToleranceConfigIssueReasonForIssueFtMetroClusterNotEditable = VmFaultToleranceConfigIssueReasonForIssue("ftMetroClusterNotEditable")
	// Cannot turn on vSphere Fault Tolerance on a FT Metro Cluster enabled VM
	// with no Host Group configured.
	VmFaultToleranceConfigIssueReasonForIssueNoHostGroupConfigured = VmFaultToleranceConfigIssueReasonForIssue("noHostGroupConfigured")
)

func (e VmFaultToleranceConfigIssueReasonForIssue) Values() []VmFaultToleranceConfigIssueReasonForIssue {
	return []VmFaultToleranceConfigIssueReasonForIssue{
		VmFaultToleranceConfigIssueReasonForIssueHaNotEnabled,
		VmFaultToleranceConfigIssueReasonForIssueMoreThanOneSecondary,
		VmFaultToleranceConfigIssueReasonForIssueRecordReplayNotSupported,
		VmFaultToleranceConfigIssueReasonForIssueReplayNotSupported,
		VmFaultToleranceConfigIssueReasonForIssueTemplateVm,
		VmFaultToleranceConfigIssueReasonForIssueMultipleVCPU,
		VmFaultToleranceConfigIssueReasonForIssueHostInactive,
		VmFaultToleranceConfigIssueReasonForIssueFtUnsupportedHardware,
		VmFaultToleranceConfigIssueReasonForIssueFtUnsupportedProduct,
		VmFaultToleranceConfigIssueReasonForIssueMissingVMotionNic,
		VmFaultToleranceConfigIssueReasonForIssueMissingFTLoggingNic,
		VmFaultToleranceConfigIssueReasonForIssueThinDisk,
		VmFaultToleranceConfigIssueReasonForIssueVerifySSLCertificateFlagNotSet,
		VmFaultToleranceConfigIssueReasonForIssueHasSnapshots,
		VmFaultToleranceConfigIssueReasonForIssueNoConfig,
		VmFaultToleranceConfigIssueReasonForIssueFtSecondaryVm,
		VmFaultToleranceConfigIssueReasonForIssueHasLocalDisk,
		VmFaultToleranceConfigIssueReasonForIssueEsxAgentVm,
		VmFaultToleranceConfigIssueReasonForIssueVideo3dEnabled,
		VmFaultToleranceConfigIssueReasonForIssueHasUnsupportedDisk,
		VmFaultToleranceConfigIssueReasonForIssueInsufficientBandwidth,
		VmFaultToleranceConfigIssueReasonForIssueHasNestedHVConfiguration,
		VmFaultToleranceConfigIssueReasonForIssueHasVFlashConfiguration,
		VmFaultToleranceConfigIssueReasonForIssueUnsupportedProduct,
		VmFaultToleranceConfigIssueReasonForIssueCpuHvUnsupported,
		VmFaultToleranceConfigIssueReasonForIssueCpuHwmmuUnsupported,
		VmFaultToleranceConfigIssueReasonForIssueCpuHvDisabled,
		VmFaultToleranceConfigIssueReasonForIssueHasEFIFirmware,
		VmFaultToleranceConfigIssueReasonForIssueTooManyVCPUs,
		VmFaultToleranceConfigIssueReasonForIssueTooMuchMemory,
		VmFaultToleranceConfigIssueReasonForIssueVMotionNotLicensed,
		VmFaultToleranceConfigIssueReasonForIssueFtNotLicensed,
		VmFaultToleranceConfigIssueReasonForIssueHaAgentIssue,
		VmFaultToleranceConfigIssueReasonForIssueUnsupportedSPBM,
		VmFaultToleranceConfigIssueReasonForIssueHasLinkedCloneDisk,
		VmFaultToleranceConfigIssueReasonForIssueUnsupportedPMemHAFailOver,
		VmFaultToleranceConfigIssueReasonForIssueUnsupportedEncryptedDisk,
		VmFaultToleranceConfigIssueReasonForIssueFtMetroClusterNotEditable,
		VmFaultToleranceConfigIssueReasonForIssueNoHostGroupConfigured,
	}
}

func (e VmFaultToleranceConfigIssueReasonForIssue) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmFaultToleranceConfigIssueReasonForIssue"] = reflect.TypeOf((*VmFaultToleranceConfigIssueReasonForIssue)(nil)).Elem()
	minAPIVersionForEnumValue["VmFaultToleranceConfigIssueReasonForIssue"] = map[string]string{
		"vMotionNotLicensed":        "8.0.3.0",
		"ftNotLicensed":             "8.0.3.0",
		"haAgentIssue":              "8.0.3.0",
		"unsupportedSPBM":           "8.0.3.0",
		"hasLinkedCloneDisk":        "8.0.3.0",
		"unsupportedPMemHAFailOver": "7.0.2.0",
		"unsupportedEncryptedDisk":  "8.0.3.0",
		"ftMetroClusterNotEditable": "8.0.3.0",
		"noHostGroupConfigured":     "8.0.3.0",
	}
}

type VmFaultToleranceInvalidFileBackingDeviceType string

const (
	// virtual floppy
	VmFaultToleranceInvalidFileBackingDeviceTypeVirtualFloppy = VmFaultToleranceInvalidFileBackingDeviceType("virtualFloppy")
	// virtual Cdrom
	VmFaultToleranceInvalidFileBackingDeviceTypeVirtualCdrom = VmFaultToleranceInvalidFileBackingDeviceType("virtualCdrom")
	// virtual serial port
	VmFaultToleranceInvalidFileBackingDeviceTypeVirtualSerialPort = VmFaultToleranceInvalidFileBackingDeviceType("virtualSerialPort")
	// virtual parallel port
	VmFaultToleranceInvalidFileBackingDeviceTypeVirtualParallelPort = VmFaultToleranceInvalidFileBackingDeviceType("virtualParallelPort")
	// virtual disk
	VmFaultToleranceInvalidFileBackingDeviceTypeVirtualDisk = VmFaultToleranceInvalidFileBackingDeviceType("virtualDisk")
)

func (e VmFaultToleranceInvalidFileBackingDeviceType) Values() []VmFaultToleranceInvalidFileBackingDeviceType {
	return []VmFaultToleranceInvalidFileBackingDeviceType{
		VmFaultToleranceInvalidFileBackingDeviceTypeVirtualFloppy,
		VmFaultToleranceInvalidFileBackingDeviceTypeVirtualCdrom,
		VmFaultToleranceInvalidFileBackingDeviceTypeVirtualSerialPort,
		VmFaultToleranceInvalidFileBackingDeviceTypeVirtualParallelPort,
		VmFaultToleranceInvalidFileBackingDeviceTypeVirtualDisk,
	}
}

func (e VmFaultToleranceInvalidFileBackingDeviceType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmFaultToleranceInvalidFileBackingDeviceType"] = reflect.TypeOf((*VmFaultToleranceInvalidFileBackingDeviceType)(nil)).Elem()
}

// Specifies the strictness of a placement policy to be enforced while
// placing a VM at different stages of a VM's lifecycle.
//
// This field may not apply to all types of placement policies derived from
type VmPlacementPolicyVmPlacementPolicyStrictness string

const (
	// A VmPlacementPolicy with this strictness is enforced on a best-effort
	// basis whenever a VM linked with this policy (via that VM's
	// `VirtualMachineConfigSpec.vmPlacementPolicies` or
	// `VirtualMachineRelocateSpec.vmPlacementPolicies`) needs to be placed.
	//
	// Below is a detailed explanation:
	// If an operation requires specifying a VM's `VirtualMachineConfigSpec` or
	// `VirtualMachineRelocateSpec` and there is a VmPlacementPolicy specified in
	// that `VirtualMachineConfigSpec.vmPlacementPolicies` or
	// `VirtualMachineRelocateSpec.vmPlacementPolicies` with this
	// VmPlacementPolicyStrictness, then it means the following:
	//
	// (1) This VmPlacementPolicy will be considered as "preferred". This
	// means that if a VM with this VmPlacementPolicy cannot be successfully
	// placed on any host due to this policy, then the policy will be dropped
	// and a placement recommendation can still be generated even if it
	// results in violating that policy. This is denoted by the
	// "PreferredDuringPlacement" part of this strictness value.
	//
	// (2) This VmPlacementPolicy will be enforced for that operation as well
	// as beyond that when that VM is in execution. This essentially means
	// that this VmPlacementPolicy will be effectively converted into a
	// vSphere compute-policy and that compute-policy will be enforced on a
	// "preferred" basis whenever that VM needs to be placed thereafter.
	// This is denoted by the "PreferredDuringExecution" part of this
	// strictness value.
	VmPlacementPolicyVmPlacementPolicyStrictnessPreferredDuringPlacementPreferredDuringExecution = VmPlacementPolicyVmPlacementPolicyStrictness("PreferredDuringPlacementPreferredDuringExecution")
	// A VmPlacementPolicy with this strictness is enforced on a strict
	// basis while placing the VM for the operation where this policy has
	// been specified via `VirtualMachineConfigSpec.vmPlacementPolicies` or
	// `VirtualMachineRelocateSpec.vmPlacementPolicies`).
	//
	// After that, the same policy
	// will be enforced on a best-effort basis.
	//
	// Below is a detailed explanation:
	// If an operation requires specifying a VM's `VirtualMachineConfigSpec` or
	// `VirtualMachineRelocateSpec` and there is a VmPlacementPolicy specified in
	// that `VirtualMachineConfigSpec.vmPlacementPolicies` or
	// `VirtualMachineRelocateSpec.vmPlacementPolicies` with this
	// VmPlacementPolicyStrictness, then it means the following:
	//
	// (1) This VmPlacementPolicy will be considered as "required" while
	// computing the placement for that operation. This means that if a VM
	// with this VmPlacementPolicy cannot be successfully placed on any host
	// due to this policy, then the policy will still be honored and no
	// placement recommendation will be generated for that operation. The
	// policy must be satisfied to find a successful placement target for
	// the VM for that operation. This is denoted by the
	// "RequiredDuringPlacement" part of this strictness value.
	//
	// (2) This VmPlacementPolicy will be enforced for that operation as well
	// as beyond that when that VM is in execution. This essentially means
	// that this VmPlacementPolicy will be effectively converted into a
	// vSphere compute-policy and that compute-policy will be enforced on a
	// "preferred" basis whenever that VM needs to be placed thereafter.
	// This is denoted by the "PreferredDuringExecution" part of this
	// strictness value.
	VmPlacementPolicyVmPlacementPolicyStrictnessRequiredDuringPlacementPreferredDuringExecution = VmPlacementPolicyVmPlacementPolicyStrictness("RequiredDuringPlacementPreferredDuringExecution")
)

func (e VmPlacementPolicyVmPlacementPolicyStrictness) Values() []VmPlacementPolicyVmPlacementPolicyStrictness {
	return []VmPlacementPolicyVmPlacementPolicyStrictness{
		VmPlacementPolicyVmPlacementPolicyStrictnessPreferredDuringPlacementPreferredDuringExecution,
		VmPlacementPolicyVmPlacementPolicyStrictnessRequiredDuringPlacementPreferredDuringExecution,
	}
}

func (e VmPlacementPolicyVmPlacementPolicyStrictness) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmPlacementPolicyVmPlacementPolicyStrictness"] = reflect.TypeOf((*VmPlacementPolicyVmPlacementPolicyStrictness)(nil)).Elem()
	minAPIVersionForType["VmPlacementPolicyVmPlacementPolicyStrictness"] = "9.1.0.0"
}

// Defines the infrastructure topology for which a VM placement policy
// should be enforced.
//
// For example, for any policy that defines affinity or anti-affinity
// between VMs, the topology defines the granularity of the infrastructure
// at which the affinity or anti-affinity needs to be enforced.
// If 2 VMs are anti-affined, then:
// \- Topology of host means those 2 VMs should be placed on 2 different hosts.
// \- Topology of zone means those 2 VMs should be placed in 2 different zones.
//
// Note:
// \- This field may not apply to all types of placement policies derived from
type VmPlacementPolicyVmPlacementPolicyTopology string

const (
	// Any VM placement policy with this `VmPlacementPolicyVmPlacementPolicyTopology_enum` will
	// be enforced at the granularity of ESXi host.
	//
	// For example, a VM-VM affinity policy with this
	// `VmPlacementPolicyVmPlacementPolicyTopology_enum` would imply that the associated VMs
	// need to be placed on the same ESXi host.
	VmPlacementPolicyVmPlacementPolicyTopologyHost = VmPlacementPolicyVmPlacementPolicyTopology("Host")
	// Any VM placement policy with this `VmPlacementPolicyVmPlacementPolicyTopology_enum` will be
	// enforced at the granularity of a vCenter compute cluster.
	//
	// For example, a VM-VM affinity policy with this
	// `VmPlacementPolicyVmPlacementPolicyTopology_enum` would imply that the associated VMs
	// need to be placed in the same vCenter compute cluster.
	VmPlacementPolicyVmPlacementPolicyTopologyClusterComputeResource = VmPlacementPolicyVmPlacementPolicyTopology("ClusterComputeResource")
	// Any VM placement policy with this `VmPlacementPolicyVmPlacementPolicyTopology_enum` will be
	// enforced at the granularity of vSphere Zone.
	//
	// For example, a VM-VM affinity policy with this
	// `VmPlacementPolicyVmPlacementPolicyTopology_enum` would imply that the associated VMs
	// need to be placed in the same vSphere Zone.
	VmPlacementPolicyVmPlacementPolicyTopologyVSphereZone = VmPlacementPolicyVmPlacementPolicyTopology("VSphereZone")
)

func (e VmPlacementPolicyVmPlacementPolicyTopology) Values() []VmPlacementPolicyVmPlacementPolicyTopology {
	return []VmPlacementPolicyVmPlacementPolicyTopology{
		VmPlacementPolicyVmPlacementPolicyTopologyHost,
		VmPlacementPolicyVmPlacementPolicyTopologyClusterComputeResource,
		VmPlacementPolicyVmPlacementPolicyTopologyVSphereZone,
	}
}

func (e VmPlacementPolicyVmPlacementPolicyTopology) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmPlacementPolicyVmPlacementPolicyTopology"] = reflect.TypeOf((*VmPlacementPolicyVmPlacementPolicyTopology)(nil)).Elem()
	minAPIVersionForType["VmPlacementPolicyVmPlacementPolicyTopology"] = "9.1.0.0"
}

type VmShutdownOnIsolationEventOperation string

const (
	// The virtual machine was shut down
	VmShutdownOnIsolationEventOperationShutdown = VmShutdownOnIsolationEventOperation("shutdown")
	// The virtual machine was powered off because shut down failed
	VmShutdownOnIsolationEventOperationPoweredOff = VmShutdownOnIsolationEventOperation("poweredOff")
)

func (e VmShutdownOnIsolationEventOperation) Values() []VmShutdownOnIsolationEventOperation {
	return []VmShutdownOnIsolationEventOperation{
		VmShutdownOnIsolationEventOperationShutdown,
		VmShutdownOnIsolationEventOperationPoweredOff,
	}
}

func (e VmShutdownOnIsolationEventOperation) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmShutdownOnIsolationEventOperation"] = reflect.TypeOf((*VmShutdownOnIsolationEventOperation)(nil)).Elem()
}

// The PVLAN port types.
type VmwareDistributedVirtualSwitchPvlanPortType string

const (
	// The port can communicate with all other ports within the same PVLAN,
	// including the isolated and community ports .
	VmwareDistributedVirtualSwitchPvlanPortTypePromiscuous = VmwareDistributedVirtualSwitchPvlanPortType("promiscuous")
	// The port can only communicate with the promiscuous ports within the
	// same PVLAN, any other traffics are blocked.
	VmwareDistributedVirtualSwitchPvlanPortTypeIsolated = VmwareDistributedVirtualSwitchPvlanPortType("isolated")
	// The ports communicates with other community ports and with
	// promiscuous ports within the same PVLAN.
	//
	// any other traffics are
	// blocked.
	VmwareDistributedVirtualSwitchPvlanPortTypeCommunity = VmwareDistributedVirtualSwitchPvlanPortType("community")
)

func (e VmwareDistributedVirtualSwitchPvlanPortType) Values() []VmwareDistributedVirtualSwitchPvlanPortType {
	return []VmwareDistributedVirtualSwitchPvlanPortType{
		VmwareDistributedVirtualSwitchPvlanPortTypePromiscuous,
		VmwareDistributedVirtualSwitchPvlanPortTypeIsolated,
		VmwareDistributedVirtualSwitchPvlanPortTypeCommunity,
	}
}

func (e VmwareDistributedVirtualSwitchPvlanPortType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VmwareDistributedVirtualSwitchPvlanPortType"] = reflect.TypeOf((*VmwareDistributedVirtualSwitchPvlanPortType)(nil)).Elem()
}

// The list of disk issues.
type VsanDiskIssueType string

const (
	VsanDiskIssueTypeNonExist      = VsanDiskIssueType("nonExist")
	VsanDiskIssueTypeStampMismatch = VsanDiskIssueType("stampMismatch")
	VsanDiskIssueTypeUnknown       = VsanDiskIssueType("unknown")
)

func (e VsanDiskIssueType) Values() []VsanDiskIssueType {
	return []VsanDiskIssueType{
		VsanDiskIssueTypeNonExist,
		VsanDiskIssueTypeStampMismatch,
		VsanDiskIssueTypeUnknown,
	}
}

func (e VsanDiskIssueType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VsanDiskIssueType"] = reflect.TypeOf((*VsanDiskIssueType)(nil)).Elem()
}

// The action to take with regard to storage objects upon decommissioning
// a host from use with the VSAN service.
type VsanHostDecommissionModeObjectAction string

const (
	// No special action should take place regarding VSAN data.
	VsanHostDecommissionModeObjectActionNoAction = VsanHostDecommissionModeObjectAction("noAction")
	// VSAN data reconfiguration should be performed to ensure storage
	// object accessibility.
	VsanHostDecommissionModeObjectActionEnsureObjectAccessibility = VsanHostDecommissionModeObjectAction("ensureObjectAccessibility")
	// VSAN data evacuation should be performed such that all storage
	// object data is removed from the host.
	VsanHostDecommissionModeObjectActionEvacuateAllData = VsanHostDecommissionModeObjectAction("evacuateAllData")
)

func (e VsanHostDecommissionModeObjectAction) Values() []VsanHostDecommissionModeObjectAction {
	return []VsanHostDecommissionModeObjectAction{
		VsanHostDecommissionModeObjectActionNoAction,
		VsanHostDecommissionModeObjectActionEnsureObjectAccessibility,
		VsanHostDecommissionModeObjectActionEvacuateAllData,
	}
}

func (e VsanHostDecommissionModeObjectAction) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VsanHostDecommissionModeObjectAction"] = reflect.TypeOf((*VsanHostDecommissionModeObjectAction)(nil)).Elem()
}

// Values used for indicating a disk's status for use by the VSAN service.
//
// See also `VsanHostDiskResult.state`.
type VsanHostDiskResultState string

const (
	// Disk is currently in use by the VSAN service.
	//
	// A disk may be considered in use by the VSAN service regardless of
	// whether the VSAN service is enabled. As long as a disk is in use
	// by VSAN, it is reserved exclusively for VSAN and may not be used
	// for other purposes.
	//
	// See also `VsanHostDiskResult.error`.
	VsanHostDiskResultStateInUse = VsanHostDiskResultState("inUse")
	// Disk is considered eligible for use by the VSAN service,
	// but is not currently in use.
	VsanHostDiskResultStateEligible = VsanHostDiskResultState("eligible")
	// Disk is considered ineligible for use by the VSAN service,
	// and is not currently in use.
	//
	// See also `VsanHostDiskResult.error`.
	VsanHostDiskResultStateIneligible = VsanHostDiskResultState("ineligible")
)

func (e VsanHostDiskResultState) Values() []VsanHostDiskResultState {
	return []VsanHostDiskResultState{
		VsanHostDiskResultStateInUse,
		VsanHostDiskResultStateEligible,
		VsanHostDiskResultStateIneligible,
	}
}

func (e VsanHostDiskResultState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VsanHostDiskResultState"] = reflect.TypeOf((*VsanHostDiskResultState)(nil)).Elem()
}

// A `VsanHostHealthState_enum` represents the state of a participating
// host in the VSAN service.
//
// See also `VsanHostClusterStatus`.
type VsanHostHealthState string

const (
	// Node health is unknown.
	VsanHostHealthStateUnknown = VsanHostHealthState("unknown")
	// Node is considered healthy.
	VsanHostHealthStateHealthy = VsanHostHealthState("healthy")
	// Node is considered unhealthy.
	VsanHostHealthStateUnhealthy = VsanHostHealthState("unhealthy")
)

func (e VsanHostHealthState) Values() []VsanHostHealthState {
	return []VsanHostHealthState{
		VsanHostHealthStateUnknown,
		VsanHostHealthStateHealthy,
		VsanHostHealthStateUnhealthy,
	}
}

func (e VsanHostHealthState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VsanHostHealthState"] = reflect.TypeOf((*VsanHostHealthState)(nil)).Elem()
}

// A `VsanHostNodeState_enum` represents the state of participation of a host
// in the VSAN service.
//
// See also `VsanHostClusterStatus`, `VsanHostClusterStatusState`.
type VsanHostNodeState string

const (
	// The node is enabled for the VSAN service but has some configuration
	// error which prevents participation.
	VsanHostNodeStateError = VsanHostNodeState("error")
	// The node is disabled for the VSAN service.
	VsanHostNodeStateDisabled = VsanHostNodeState("disabled")
	// The node is enabled for the VSAN service and is serving as an agent.
	VsanHostNodeStateAgent = VsanHostNodeState("agent")
	// The node is enabled for the VSAN service and is serving as the master.
	VsanHostNodeStateMaster = VsanHostNodeState("master")
	// The node is enabled for the VSAN service and is serving as the backup.
	VsanHostNodeStateBackup = VsanHostNodeState("backup")
	// The node is starting the VSAN service; this state is considered
	// transitory.
	VsanHostNodeStateStarting = VsanHostNodeState("starting")
	// The node is stopping the VSAN service; this state is considered
	// transitory.
	VsanHostNodeStateStopping = VsanHostNodeState("stopping")
	// The node is entering maintenance mode; this state is considered
	// transitory.
	//
	// See also `HostSystem.EnterMaintenanceMode_Task`.
	VsanHostNodeStateEnteringMaintenanceMode = VsanHostNodeState("enteringMaintenanceMode")
	// The node is exiting maintenance mode; this state is considered
	// transitory.
	//
	// See also `HostSystem.ExitMaintenanceMode_Task`.
	VsanHostNodeStateExitingMaintenanceMode = VsanHostNodeState("exitingMaintenanceMode")
	// The node is being decommissioned from the VSAN service; this state is
	// considered transitory.
	VsanHostNodeStateDecommissioning = VsanHostNodeState("decommissioning")
)

func (e VsanHostNodeState) Values() []VsanHostNodeState {
	return []VsanHostNodeState{
		VsanHostNodeStateError,
		VsanHostNodeStateDisabled,
		VsanHostNodeStateAgent,
		VsanHostNodeStateMaster,
		VsanHostNodeStateBackup,
		VsanHostNodeStateStarting,
		VsanHostNodeStateStopping,
		VsanHostNodeStateEnteringMaintenanceMode,
		VsanHostNodeStateExitingMaintenanceMode,
		VsanHostNodeStateDecommissioning,
	}
}

func (e VsanHostNodeState) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VsanHostNodeState"] = reflect.TypeOf((*VsanHostNodeState)(nil)).Elem()
}

// Type of disk group operation performed.
type VsanUpgradeSystemUpgradeHistoryDiskGroupOpType string

const (
	// Disk group is being (re-)added.
	VsanUpgradeSystemUpgradeHistoryDiskGroupOpTypeAdd = VsanUpgradeSystemUpgradeHistoryDiskGroupOpType("add")
	// Disk group is being removed.
	VsanUpgradeSystemUpgradeHistoryDiskGroupOpTypeRemove = VsanUpgradeSystemUpgradeHistoryDiskGroupOpType("remove")
)

func (e VsanUpgradeSystemUpgradeHistoryDiskGroupOpType) Values() []VsanUpgradeSystemUpgradeHistoryDiskGroupOpType {
	return []VsanUpgradeSystemUpgradeHistoryDiskGroupOpType{
		VsanUpgradeSystemUpgradeHistoryDiskGroupOpTypeAdd,
		VsanUpgradeSystemUpgradeHistoryDiskGroupOpTypeRemove,
	}
}

func (e VsanUpgradeSystemUpgradeHistoryDiskGroupOpType) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["VsanUpgradeSystemUpgradeHistoryDiskGroupOpType"] = reflect.TypeOf((*VsanUpgradeSystemUpgradeHistoryDiskGroupOpType)(nil)).Elem()
}

type WeekOfMonth string

const (
	WeekOfMonthFirst  = WeekOfMonth("first")
	WeekOfMonthSecond = WeekOfMonth("second")
	WeekOfMonthThird  = WeekOfMonth("third")
	WeekOfMonthFourth = WeekOfMonth("fourth")
	WeekOfMonthLast   = WeekOfMonth("last")
)

func (e WeekOfMonth) Values() []WeekOfMonth {
	return []WeekOfMonth{
		WeekOfMonthFirst,
		WeekOfMonthSecond,
		WeekOfMonthThird,
		WeekOfMonthFourth,
		WeekOfMonthLast,
	}
}

func (e WeekOfMonth) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["WeekOfMonth"] = reflect.TypeOf((*WeekOfMonth)(nil)).Elem()
}

type WillLoseHAProtectionResolution string

const (
	// storage vmotion resolution
	WillLoseHAProtectionResolutionSvmotion = WillLoseHAProtectionResolution("svmotion")
	// relocate resolution
	WillLoseHAProtectionResolutionRelocate = WillLoseHAProtectionResolution("relocate")
)

func (e WillLoseHAProtectionResolution) Values() []WillLoseHAProtectionResolution {
	return []WillLoseHAProtectionResolution{
		WillLoseHAProtectionResolutionSvmotion,
		WillLoseHAProtectionResolutionRelocate,
	}
}

func (e WillLoseHAProtectionResolution) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["WillLoseHAProtectionResolution"] = reflect.TypeOf((*WillLoseHAProtectionResolution)(nil)).Elem()
}

type VslmDiskInfoFlag string

const (
	VslmDiskInfoFlagId                      = VslmDiskInfoFlag("id")
	VslmDiskInfoFlagDescriptorVersion       = VslmDiskInfoFlag("descriptorVersion")
	VslmDiskInfoFlagBackingObjectId         = VslmDiskInfoFlag("backingObjectId")
	VslmDiskInfoFlagPath                    = VslmDiskInfoFlag("path")
	VslmDiskInfoFlagParentPath              = VslmDiskInfoFlag("parentPath")
	VslmDiskInfoFlagName                    = VslmDiskInfoFlag("name")
	VslmDiskInfoFlagDeviceName              = VslmDiskInfoFlag("deviceName")
	VslmDiskInfoFlagCapacity                = VslmDiskInfoFlag("capacity")
	VslmDiskInfoFlagAllocated               = VslmDiskInfoFlag("allocated")
	VslmDiskInfoFlagType                    = VslmDiskInfoFlag("type")
	VslmDiskInfoFlagConsumers               = VslmDiskInfoFlag("consumers")
	VslmDiskInfoFlagTentativeState          = VslmDiskInfoFlag("tentativeState")
	VslmDiskInfoFlagCreateTime              = VslmDiskInfoFlag("createTime")
	VslmDiskInfoFlagIoFilter                = VslmDiskInfoFlag("ioFilter")
	VslmDiskInfoFlagControlFlags            = VslmDiskInfoFlag("controlFlags")
	VslmDiskInfoFlagKeepAfterVmDelete       = VslmDiskInfoFlag("keepAfterVmDelete")
	VslmDiskInfoFlagRelocationDisabled      = VslmDiskInfoFlag("relocationDisabled")
	VslmDiskInfoFlagKeyId                   = VslmDiskInfoFlag("keyId")
	VslmDiskInfoFlagKeyProviderId           = VslmDiskInfoFlag("keyProviderId")
	VslmDiskInfoFlagNativeSnapshotSupported = VslmDiskInfoFlag("nativeSnapshotSupported")
	VslmDiskInfoFlagCbtEnabled              = VslmDiskInfoFlag("cbtEnabled")
	VslmDiskInfoFlagVirtualDiskFormat       = VslmDiskInfoFlag("virtualDiskFormat")
	VslmDiskInfoFlagSharedFileBacking       = VslmDiskInfoFlag("sharedFileBacking")
	VslmDiskInfoFlagLinkedCloneDetails      = VslmDiskInfoFlag("linkedCloneDetails")
)

func (e VslmDiskInfoFlag) Values() []VslmDiskInfoFlag {
	return []VslmDiskInfoFlag{
		VslmDiskInfoFlagId,
		VslmDiskInfoFlagDescriptorVersion,
		VslmDiskInfoFlagBackingObjectId,
		VslmDiskInfoFlagPath,
		VslmDiskInfoFlagParentPath,
		VslmDiskInfoFlagName,
		VslmDiskInfoFlagDeviceName,
		VslmDiskInfoFlagCapacity,
		VslmDiskInfoFlagAllocated,
		VslmDiskInfoFlagType,
		VslmDiskInfoFlagConsumers,
		VslmDiskInfoFlagTentativeState,
		VslmDiskInfoFlagCreateTime,
		VslmDiskInfoFlagIoFilter,
		VslmDiskInfoFlagControlFlags,
		VslmDiskInfoFlagKeepAfterVmDelete,
		VslmDiskInfoFlagRelocationDisabled,
		VslmDiskInfoFlagKeyId,
		VslmDiskInfoFlagKeyProviderId,
		VslmDiskInfoFlagNativeSnapshotSupported,
		VslmDiskInfoFlagCbtEnabled,
		VslmDiskInfoFlagVirtualDiskFormat,
		VslmDiskInfoFlagSharedFileBacking,
		VslmDiskInfoFlagLinkedCloneDetails,
	}
}

func (e VslmDiskInfoFlag) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["vslmDiskInfoFlag"] = reflect.TypeOf((*VslmDiskInfoFlag)(nil)).Elem()
}

type VslmVStorageObjectControlFlag string

const (
	VslmVStorageObjectControlFlagKeepAfterDeleteVm          = VslmVStorageObjectControlFlag("keepAfterDeleteVm")
	VslmVStorageObjectControlFlagDisableRelocation          = VslmVStorageObjectControlFlag("disableRelocation")
	VslmVStorageObjectControlFlagEnableChangedBlockTracking = VslmVStorageObjectControlFlag("enableChangedBlockTracking")
)

func (e VslmVStorageObjectControlFlag) Values() []VslmVStorageObjectControlFlag {
	return []VslmVStorageObjectControlFlag{
		VslmVStorageObjectControlFlagKeepAfterDeleteVm,
		VslmVStorageObjectControlFlagDisableRelocation,
		VslmVStorageObjectControlFlagEnableChangedBlockTracking,
	}
}

func (e VslmVStorageObjectControlFlag) Strings() []string {
	return EnumValuesAsStrings(e.Values())
}

func init() {
	t["vslmVStorageObjectControlFlag"] = reflect.TypeOf((*VslmVStorageObjectControlFlag)(nil)).Elem()
}
