openapi: 3.2.0 info: description: 'Cisco Intersight is a management platform delivered as a service with embedded analytics for your Cisco and 3rd party IT infrastructure. This platform offers an intelligent level of management that enables IT organizations to analyze, simplify, and automate their environments in more advanced ways than the prior generations of tools. Cisco Intersight provides an integrated and intuitive management experience for resources in the traditional data center as well as at the edge. With flexible deployment options to address complex security needs, getting started with Intersight is quick and easy. Cisco Intersight has deep integration with Cisco UCS and HyperFlex systems allowing for remote deployment, configuration, and ongoing maintenance. The model-based deployment works for a single system in a remote location or hundreds of systems in a data center and enables rapid, standardized configuration and deployment. It also streamlines maintaining those systems whether you are working with small or very large configurations. The Intersight OpenAPI document defines the complete set of properties that are returned in the HTTP response. From that perspective, a client can expect that no additional properties are returned, unless these properties are explicitly defined in the OpenAPI document. However, when a client uses an older version of the Intersight OpenAPI document, the server may send additional properties because the software is more recent than the client. In that case, the client may receive properties that it does not know about. Some generated SDKs perform a strict validation of the HTTP response body against the OpenAPI document. This document was created on 2026-08-07T06:46:04Z.' version: 1.0.11-20260807064027971 title: Cisco Intersight Fabric Console API license: name: Apache License, Version 2.0 url: https://www.apache.org/licenses/LICENSE-2.0.html contact: name: Intersight API support url: https://intersight.com/help email: intersight@cisco.com x-provenance: method: harvested authored_by: Cisco Intersight harvested_by: API Evangelist harvested_on: '2026-08-19' first_party: true provider_published: true source_host: cdn.intersight.com note: Cisco publishes the full Intersight OpenAPI 3.0.2 anonymously from its CDN (27.5MB master document; 3,963 operations / 2,448 paths / 5,612 schemas) plus 11 per-service documents covering 100% of the master's paths. Byte-identity reconfirmed 2026-08-19 by SHA-256. Note intersight.com itself is a soft-404 farm — the contract is on the CDN, not the app host. x-evidence: - type: source url: https://cdn.intersight.com/components/an-apidocs/1.0.11-20260807064027971/model/intersight-openapi-v3-1.0.11-20260807064027971.json - type: source url: https://intersight.com/apidocs/apirefs/ servers: - url: https://{server} variables: server: default: intersight.com description: The Intersight URL for the cloud-based infrastructure management APIs. tags: - name: console paths: /api/v1/console/ConsoleConfigs: get: tags: - console summary: Read a 'console.ConsoleConfig' resource. operationId: GetConsoleConsoleConfigList security: - cookieAuth: [] - http_signature: [] - oAuth2: - PRIVSET.Account Administrator - PRIVSET.Read-Only - PRIVSET.Read-only Fabric Interconnects - PRIVSET.Read-only networking - PRIVSET.View Network Switches - PRIVSET.View SAN Switches - READ.console.ConsoleConfig - ROLE.Account Administrator - ROLE.Read-Only parameters: - $ref: '#/components/parameters/filterParam' - $ref: '#/components/parameters/orderbyParam' - $ref: '#/components/parameters/topParam' - $ref: '#/components/parameters/skipParam' - $ref: '#/components/parameters/selectParam' - $ref: '#/components/parameters/expandParam' - $ref: '#/components/parameters/applyParam' - $ref: '#/components/parameters/countParam' - $ref: '#/components/parameters/inlinecountParam' - $ref: '#/components/parameters/atParam' - $ref: '#/components/parameters/tagsParam' responses: '200': description: List of 'console.ConsoleConfig' resources for the given filter criteria headers: Set-Cookie: $ref: '#/components/headers/Set-Cookie' x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' Content-Disposition: $ref: '#/components/headers/Content-Disposition' Content-Length: $ref: '#/components/headers/Content-Length' content: application/json: schema: $ref: '#/components/schemas/console.ConsoleConfig.Response' text/csv: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/CsvFile application/vnd.openxmlformats-officedocument.spreadsheetml.sheet: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/ExcelFile '400': $ref: '#/components/responses/http_status_400' '401': $ref: '#/components/responses/http_status_401' '403': $ref: '#/components/responses/http_status_403' '404': $ref: '#/components/responses/http_status_404' default: $ref: '#/components/responses/default' /api/v1/console/ConsoleConfigs/{Moid}: get: tags: - console summary: Read a 'console.ConsoleConfig' resource. operationId: GetConsoleConsoleConfigByMoid security: - cookieAuth: [] - http_signature: [] - oAuth2: - PRIVSET.Account Administrator - PRIVSET.Read-Only - PRIVSET.Read-only Fabric Interconnects - PRIVSET.Read-only networking - PRIVSET.View Network Switches - PRIVSET.View SAN Switches - READ.console.ConsoleConfig - ROLE.Account Administrator - ROLE.Read-Only parameters: - $ref: '#/components/parameters/moidParam' - $ref: '#/components/parameters/selectParam' - $ref: '#/components/parameters/expandParam' - $ref: '#/components/parameters/atParam' responses: '200': description: An instance of the 'console.ConsoleConfig' resource. headers: Set-Cookie: $ref: '#/components/headers/Set-Cookie' x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' Content-Disposition: $ref: '#/components/headers/Content-Disposition' Content-Length: $ref: '#/components/headers/Content-Length' content: application/json: schema: $ref: '#/components/schemas/console.ConsoleConfig' text/csv: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/CsvFile application/vnd.openxmlformats-officedocument.spreadsheetml.sheet: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/ExcelFile links: GetConsoleConsoleConfigByMoid: operationId: GetConsoleConsoleConfigByMoid parameters: Moid: $response.body#/Moid description: The 'Moid' value returned in the response can be used as the 'Moid' parameter in 'GET /api/v1/console/ConsoleConfigs/{Moid}'. GetIamAccountByMoid: $ref: '#/components/links/GetIamAccountByMoid' GetIamDomainGroupByMoid: $ref: '#/components/links/GetIamDomainGroupByMoid' '400': $ref: '#/components/responses/http_status_400' '401': $ref: '#/components/responses/http_status_401' '403': $ref: '#/components/responses/http_status_403' '404': $ref: '#/components/responses/http_status_404' default: $ref: '#/components/responses/default' components: headers: x-starship-traceid: description: A value that uniquely identifies a HTTP request and its response. schema: type: string Set-Cookie: description: Cookie authentication key for use with the `cookieAuth` apiKey authentication. schema: type: string example: X-Starship-Token=abcde12345; Path=/ Content-Length: description: Indicates the size of the entity-body, in bytes, sent to the recipient. schema: type: integer Content-Disposition: description: If not present, indicates the response content is expected to be displayed inline in the browser, that is, as a Web page or as part of a Web page. If present, indicates the response content is expected to be an attachment, that is downloaded and saved locally. schema: type: string schemas: port.SubGroup.Relationship: description: A relationship to the 'port.SubGroup' resource, or the expanded 'port.SubGroup' resource, or the 'null' value. x-one-of-name: port.SubGroup.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/port.SubGroup' discriminator: propertyName: ClassId network.VpcMember: title: Network:Vpc Member description: Concrete class for VPC configured on a network device. x-allOf-name: network.VpcMember allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.VpcMember', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.VpcMember default: network.VpcMember x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.VpcMember default: network.VpcMember x-enum-as-string: true OperationalState: description: Operational state of the virtual port channel. type: string readOnly: true x-omitempty: true PortChannel: description: Name of the virtual port channel. type: string readOnly: true x-omitempty: true PortChannelId: description: Port channel identity of the virtual port channel. type: integer format: int64 readOnly: true x-omitempty: true VpcDomainId: description: Identity of the virtual port channel. type: integer format: int64 readOnly: true x-omitempty: true VpcMemberId: description: Identity of the virtual port channel. type: integer format: int64 readOnly: true x-omitempty: true EtherPortChannel: $ref: '#/components/schemas/ether.PortChannel.Relationship' description: 'A reference to a etherPortChannel resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.LicenseFile: title: Network:License File description: Displays license information. x-allOf-name: network.LicenseFile allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.LicenseFile', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.LicenseFile default: network.LicenseFile x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.LicenseFile default: network.LicenseFile x-enum-as-string: true ExpiryDate: description: The expiry date of the license feature. type: string x-omitempty: true FeatureName: description: The name of the license feature. type: string x-omitempty: true FileId: description: The file Id of the license file. type: string x-omitempty: true HostId: description: The identifier to identify license host Id. type: string x-omitempty: true Vendor: description: The vendor of the license. type: string x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.Fan: title: Equipment:Fan description: 'The equipment.Fan object represents an individual cooling fan within a larger piece of equipment, such as a fan module, chassis, or Fabric Extender (FEX). #### Purpose The Fan object is designed to provide granular inventory and monitoring for a single fan. It captures the fan''s identity (fanId), its operational state (operState), and any specific health issues (operReason). This level of detail is crucial for precise thermal management and fault detection within a system. #### Key Concepts - **Granular Component Monitoring:** Allows for the tracking of the status of each individual fan in a system. - **Health and State Reporting:** Provides the current operState (e.g., "ok", "fail") and detailed health reasons, such as speed or temperature threshold conditions. - **Unique Identification:** Identified by a fanId and moduleId, which specify its position within its parent fan module. - **Hierarchical Context:** Exists as a child of an equipment.FanModule or equipment.FEX, linking it to its physical housing and the larger system.' x-allOf-name: equipment.Fan allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.Fan', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.Fan default: equipment.Fan x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.Fan default: equipment.Fan x-enum-as-string: true Description: description: This field is to provide description for the fan. type: string readOnly: true x-omitempty: true FanId: description: This field acts as the identifier for this particular Fan, within the Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true FanModuleId: description: This field is used to identify the Fan Module to which this Fan belongs. type: integer format: int64 readOnly: true x-omitempty: true ModuleId: description: Fan module Identifier for the fan. type: integer format: int64 readOnly: true x-omitempty: true Name: description: The name of the pluggable Fan. type: string readOnly: true x-omitempty: true NrThresholdMinRpmSpeed: description: This field identifies the Non Recoverable Threshold Minimum Revolutions Per Minute Speed for this Fan Unit. type: integer format: int64 readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of the fan. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: This field is used to indicate this fan unit's operational state. type: string readOnly: true x-omitempty: true PartNumber: description: This field identifies the Part Number for this Fan Unit. type: string readOnly: true x-omitempty: true Pid: description: This field identifies the Product ID for the fans. type: string readOnly: true x-omitempty: true Sku: description: This field identifies the Stockkeeping Unit for this Fan Unit. type: string readOnly: true x-omitempty: true TrayId: description: Tray identifier for the fan module. type: integer format: int64 readOnly: true x-omitempty: true Vid: description: This field identifies the Vendor ID for this Fan Unit. type: string readOnly: true x-omitempty: true EquipmentFanModule: $ref: '#/components/schemas/equipment.FanModule.Relationship' description: 'A reference to a equipmentFanModule resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentFex: $ref: '#/components/schemas/equipment.Fex.Relationship' description: 'A reference to a equipmentFex resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.LicenseFile.Relationship: description: A relationship to the 'network.LicenseFile' resource, or the expanded 'network.LicenseFile' resource, or the 'null' value. x-one-of-name: network.LicenseFile.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.LicenseFile' discriminator: propertyName: ClassId equipment.Fex: title: Equipment:Fex description: 'The equipment.FEX object represents a Fabric Extender (FEX), a device that acts as a remote line card for a parent Fabric Interconnect. It multiplexes traffic from servers and other endpoints to the main switch. #### Purpose The FEX object is the primary inventory and management entity for a Fabric Extender. This provides a comprehensive view of the FEX''s identity, its connection status to the parent switch, and its contained hardware components, such as power supplies, fans, and host-facing ports. #### Key Concepts - **Remote Line Card Model:** Represents the FEX as an extension of a parent network.Element (Fabric Interconnect). - **Hierarchical Inventory:** Serves as a container for its own hardware components, including equipment.Psu, equipment.Fan, and ether.HostPort objects. - **Connectivity and Health:** Tracks its connectionPath and connectionStatus to the parent switch, and reports its overall operState and any specific health issues (operReason). - **Lifecycle Management:** The discoveryState property tracks its progress through the discovery and inventory process.' x-allOf-name: equipment.Fex allOf: - $ref: '#/components/schemas/equipment.IoCardBase' - type: object description: Definition of the list of properties defined in 'equipment.Fex', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.Fex default: equipment.Fex x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.Fex default: equipment.Fex x-enum-as-string: true ConnectionPath: description: Switch Id to which the FEX is connected to. The value can be A or B or AB in case of active-active topology. type: string readOnly: true x-omitempty: true DiscoveryState: description: Discovery state of IO card or fabric extender. type: string x-omitempty: true Fans: description: An array of relationships to equipmentFan resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Fan.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Ioms: description: An array of relationships to equipmentIoCard resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.IoCard.Relationship' readOnly: true LocatorLed: $ref: '#/components/schemas/equipment.LocatorLed.Relationship' description: 'A reference to a equipmentLocatorLed resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' Psus: description: An array of relationships to equipmentPsu resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Psu.Relationship' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true fc.PortChannel: title: Fc:Port Channel description: Fibre Channel (FC) port channels in a Fabric Interconnect are logical links that aggregate multiple physical Fibre Channel (FC) ports into a single virtual connection. This configuration is primarily used to enhance the bandwidth and redundancy of storage network connections within a data center. x-allOf-name: fc.PortChannel allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface - type: object description: Definition of the list of properties defined in 'fc.PortChannel', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - fc.PortChannel default: fc.PortChannel x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - fc.PortChannel default: fc.PortChannel x-enum-as-string: true AdminSpeed: description: Administrator configured Speed applied on the port channel. type: string x-omitempty: true AdminState: description: Administratively configured state (enabled/disabled) for this portchannel. type: string readOnly: true x-omitempty: true Mode: description: Mode information N_proxy, F or E associated to the Fibre Channel portchannel. type: string readOnly: true x-omitempty: true Name: description: Name of the port channel. type: string readOnly: true x-omitempty: true OperSpeed: description: Operational speed of this port-channel. type: string readOnly: true x-omitempty: true OperState: description: Operational state of this port-channel. type: string readOnly: true x-omitempty: true OperStateQual: description: Reason for this port-channel's Operational state. type: string x-omitempty: true PortChannelId: description: Unique identifier for this port-channel on the FI. type: integer format: int64 readOnly: true x-omitempty: true Role: description: This port-channel's configured role (fcUplink, fcStorage, etc.). type: string x-omitempty: true SwitchId: description: Switch Identifier that is local to a cluster. type: string readOnly: true x-omitempty: true UserLabel: description: The user defined label assigned to the port. type: string readOnly: true x-omitempty: true Vsan: description: Virtual San that is associated to the port-channel. type: integer format: int64 readOnly: true x-omitempty: true Wwn: description: World Wide Name of the port channel. type: string readOnly: true x-omitempty: true EquipmentSwitchCard: $ref: '#/components/schemas/equipment.SwitchCard.Relationship' description: 'A reference to a equipmentSwitchCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' FcNeighbor: description: An array of relationships to fcNeighbor resources. type: - array - 'null' items: $ref: '#/components/schemas/fc.Neighbor.Relationship' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ether.HostPort.Relationship: description: A relationship to the 'ether.HostPort' resource, or the expanded 'ether.HostPort' resource, or the 'null' value. x-one-of-name: ether.HostPort.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/ether.HostPort' discriminator: propertyName: ClassId equipment.PsuControl: title: Equipment:Psu Control description: 'The equipment.PsuControl object represents the overall power state and redundancy configuration of the Power Supply Units (PSUs) within a chassis. #### Purpose The primary function of this object is to provide a consolidated view of the chassis''s power redundancy status. It reports on the collective state of the PSUs, including the overall redundancy mode (redundancy), the input and output power states, and any system-level power-related health issues. #### Key Concepts - **System-Level Power State:** Aggregates the status of all PSUs in a chassis into a single management object. - **Redundancy Monitoring:** The redundancy and clusterState properties are key indicators of the chassis''s power fault tolerance (e.g., N+1, non-redundant). - **Health Aggregation:** The operReason property provides details on chassis-wide power issues, such as a loss of redundancy (PsuRedundancyLostCritical). - **Chassis-Specific:** It is a child of an equipment.Chassis, providing a summary of the power subsystem for that specific enclosure.' x-allOf-name: equipment.PsuControl allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.PsuControl', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.PsuControl default: equipment.PsuControl x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.PsuControl default: equipment.PsuControl x-enum-as-string: true ClusterState: description: This field identifies the cluster state of the psu redundancy. type: string readOnly: true x-omitempty: true InputPowerState: description: This field identifies the input power state of the psus. type: string readOnly: true x-omitempty: true Name: description: This field identifies the name of psu control object. type: string readOnly: true x-omitempty: true OperQualifier: description: This field identifies the operational qualifier for the psu redundancy. type: string readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of the chassis power state. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: This field identifies the operational state of the psu redundancy. type: string readOnly: true x-omitempty: true OutputPowerState: description: This field identifies the output power state of the psus. type: string readOnly: true x-omitempty: true Redundancy: description: This field identifies the redundancy state of the psus. type: string readOnly: true x-omitempty: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true port.Group.Relationship: description: A relationship to the 'port.Group' resource, or the expanded 'port.Group' resource, or the 'null' value. x-one-of-name: port.Group.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/port.Group' discriminator: propertyName: ClassId equipment.Chassis.Relationship: description: A relationship to the 'equipment.Chassis' resource, or the expanded 'equipment.Chassis' resource, or the 'null' value. x-one-of-name: equipment.Chassis.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Chassis' discriminator: propertyName: ClassId equipment.PsuControl.Relationship: description: A relationship to the 'equipment.PsuControl' resource, or the expanded 'equipment.PsuControl' resource, or the 'null' value. x-one-of-name: equipment.PsuControl.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.PsuControl' discriminator: propertyName: ClassId fc.Neighbor: title: Fc:Neighbor description: Concrete class for switch and N port virtualization neighbors present in various interfaces of a switch. x-allOf-name: fc.Neighbor allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'fc.Neighbor', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - fc.Neighbor default: fc.Neighbor x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - fc.Neighbor default: fc.Neighbor x-enum-as-string: true PeerDeviceCapability: description: 'This field defines if neighbor is a switch, storage or an NPV device. * `Switch` - Switch type neighbors of an interface. * `NPV` - N Port Virtualization neighbors of an interface. * `Storage` - Storage type neighbors of an interface.' type: string enum: - Switch - NPV - Storage default: Switch readOnly: true x-omitempty: true PeerInterface: description: Interface through which the relationship is established. type: string readOnly: true x-omitempty: true PeerIpAddress: description: IP address of the peer switch. type: string readOnly: true x-omitempty: true PeerPortWwn: description: World Wide Name of the neighbor port. type: string readOnly: true x-omitempty: true PeerSwitchName: description: Device Id of the neighbor switch. type: string readOnly: true x-omitempty: true PeerWwn: description: World Wide Name of the neighbor switch. type: string readOnly: true x-omitempty: true Vendor: description: Vendor name for the neighboring storage device. Available only for Storage neighbors. type: string readOnly: true x-omitempty: true Vsan: description: VSAN associated with this neighbor port. type: integer format: int64 readOnly: true x-omitempty: true FcPhysicalPort: $ref: '#/components/schemas/fc.PhysicalPort.Relationship' description: 'A reference to a fcPhysicalPort resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true FcPortChannel: $ref: '#/components/schemas/fc.PortChannel.Relationship' description: 'A reference to a fcPortChannel resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.FcZoneInfo.Relationship: description: A relationship to the 'network.FcZoneInfo' resource, or the expanded 'network.FcZoneInfo' resource, or the 'null' value. x-one-of-name: network.FcZoneInfo.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.FcZoneInfo' discriminator: propertyName: ClassId network.SupervisorCard: title: Network:Supervisor Card description: Concrete class for supervisor card. x-allOf-name: network.SupervisorCard allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'network.SupervisorCard', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.SupervisorCard default: network.SupervisorCard x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.SupervisorCard default: network.SupervisorCard x-enum-as-string: true Description: description: The description of the supervisor card. type: string readOnly: true x-omitempty: true HardwareVersion: description: The hardware version of the supervisor card. type: string readOnly: true x-omitempty: true Name: description: The name of the supervisor card like Supervisor Card-1. type: string readOnly: true x-omitempty: true NumberOfPorts: description: The number of ports on the supervisor card. type: integer format: int64 readOnly: true x-omitempty: true OperReason: description: The health issue of the supervisor card. type: string readOnly: true x-omitempty: true OperState: description: The operational status of the supervisor card. type: string readOnly: true x-omitempty: true PartNumber: description: The part number of the supervisor card. type: string readOnly: true x-omitempty: true PowerState: description: The power state of the supervisor card. type: string readOnly: true x-omitempty: true Status: description: The status of the supervisor card. type: string readOnly: true x-omitempty: true SupervisorId: description: The identifier for the supervisor card. type: string readOnly: true x-omitempty: true Type: description: The type of the supervisor card. type: string readOnly: true x-omitempty: true FcPorts: description: An array of relationships to fcPhysicalPort resources. type: - array - 'null' items: $ref: '#/components/schemas/fc.PhysicalPort.Relationship' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true fc.PhysicalPort.Relationship: description: A relationship to the 'fc.PhysicalPort' resource, or the expanded 'fc.PhysicalPort' resource, or the 'null' value. x-one-of-name: fc.PhysicalPort.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/fc.PhysicalPort' discriminator: propertyName: ClassId equipment.ChassisOperationsDetails: title: Equipment:Chassis Operations Details description: The status of completed and in-progress chassis operations. x-allOf-name: equipment.ChassisOperationsDetails allOf: - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.BaseComplexType - type: object description: Definition of the list of properties defined in 'equipment.ChassisOperationsDetails', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.ChassisOperationsDetails default: equipment.ChassisOperationsDetails x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.ChassisOperationsDetails default: equipment.ChassisOperationsDetails x-enum-as-string: true ConfigState: description: The configured state of the settings in the target chassis. The value is any one of Applied, Applying or Failed. Applied - The state denotes that the settings are applied successfully in the target chassis. Applying - The state denotes that the settings are being applied in the target chassis. Failed - The state denotes that the settings could not be applied in the target chassis. type: string readOnly: true x-omitempty: true WorkflowType: description: The workflow type of the chassis operation workflow. This can be used to distinguish different chassis operations. type: string readOnly: true x-omitempty: true network.VlanPortInfo.Relationship: description: A relationship to the 'network.VlanPortInfo' resource, or the expanded 'network.VlanPortInfo' resource, or the 'null' value. x-one-of-name: network.VlanPortInfo.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.VlanPortInfo' discriminator: propertyName: ClassId equipment.Fru: title: Equipment:Fru description: 'The equipment.Fru object represents a Field-Replaceable Unit (FRU). It is a special object used to track the history and state changes of hardware components that have been inserted, removed, or replaced. #### Purpose The primary purpose of the Fru object is to provide an audit trail for hardware maintenance actions. When a component is replaced, the previousFru relationship on the new component''s inventory object will point to a Fru object that contains the vendor, model, and serial number of the old part. It is essential for asset tracking and troubleshooting issues related to hardware changes. #### Key Concepts - **Hardware Change Tracking:** Records the identity of a component that has been physically replaced or removed. - **Action Logging:** The action property specifies what happened to the FRU, with states like Inserted, Removed, or ReplacedWithAlarm. - **Historical Data:** Preserves the identity information of the old component, which would otherwise be lost after a replacement. - **Alarm Integration:** The ReplacedWithAlarm action is used to trigger alarms when a hardware replacement is detected, prompting administrative review and action.' x-allOf-name: equipment.Fru allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.Fru', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.Fru default: equipment.Fru x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.Fru default: equipment.Fru x-enum-as-string: true Action: description: 'This field identifies the action performed on a component. * `None` - No action performed on the FRU. * `Inserted` - A new FRU is inserted or added. * `Removed` - The previous FRU is removed. * `Replaced` - The previous FRU is replaced with a new FRU. * `ReplacedWithAlarm` - The previous FRU is replaced with a new FRU and a alarm is raised.' type: string enum: - None - Inserted - Removed - Replaced - ReplacedWithAlarm default: None x-omitempty: true CurrentFru: $ref: '#/components/schemas/equipment.Base.Relationship' description: 'A reference to a equipmentBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.FanControl: title: Equipment:Fan Control description: This represents the states of Fan equipment. x-allOf-name: equipment.FanControl allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.FanControl', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.FanControl default: equipment.FanControl x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.FanControl default: equipment.FanControl x-enum-as-string: true Mode: description: 'This field identifies the Fan Control Mode on the endpoint. * `Balanced` - Value of Fan Speed is Balanced. * `LowPower` - Value of Fan Speed is LowPower. * `HighPower` - Value of Fan Speed is HighPower. * `MaximumPower` - Value of Fan Speed is MaximumPower. * `MaximumCooling` - Value of Fan Speed is MaximumCooling. * `Acoustic` - Value of Fan Speed is Acoustic.' type: string enum: - Balanced - LowPower - HighPower - MaximumPower - MaximumCooling - Acoustic default: Balanced readOnly: true x-omitempty: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.FanModule: title: Equipment:Fan Module description: 'The equipment.FanModule object represents a physical, often hot-swappable, module that houses one or more individual fans. These modules are key components for cooling in chassis, servers, and network switches. #### Purpose The FanModule object serves as a container and management point for a group of fans. This provides inventory details for the module itself (model, serial, etc.) and reports on its overall operational state. It also acts as the parent for the individual equipment.Fan objects it contains. #### Key Concepts - **Component Aggregation:** Groups multiple individual fans into a single, field-replaceable unit (FRU). - **Hierarchical Inventory:** Acts as a parent container for a collection of equipment.Fan objects, providing a structured view of the cooling system. - **Health and Status Monitoring:** Reports its own operState and provides a summary of its health through the operReason property. - **Location Identification:** Identified by a moduleId and trayId, which specify its physical location within the parent equipment (e.g., a chassis or an I/O module).' x-allOf-name: equipment.FanModule allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.FanModule', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.FanModule default: equipment.FanModule x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.FanModule default: equipment.FanModule x-enum-as-string: true Description: description: This field is to provide description for the fan module. type: string readOnly: true x-omitempty: true ModuleId: description: This field acts as the identifier for this particular Module, within the Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true Name: description: The name of the pluggable FanModule. type: string readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of the fan module. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: This field is used to indicate this fan module's operational state. type: string readOnly: true x-omitempty: true PartNumber: description: This field identifies the Part Number for this Fan Module. type: string readOnly: true x-omitempty: true Pid: description: This field identifies the Product ID for the fan module. type: string readOnly: true x-omitempty: true Sku: description: This field identifies the Stockkeeping Unit for this Fan Module. type: string readOnly: true x-omitempty: true Status: description: This field is to abstract the status of the fan module. type: string readOnly: true x-omitempty: true TrayId: description: Tray identifier for the fan module. type: integer format: int64 readOnly: true x-omitempty: true Vid: description: This field identifies the Vendor ID for this Fan Module. type: string readOnly: true x-omitempty: true ComputeRackUnit: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.RackUnit.Relationship description: 'A reference to a computeRackUnit resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentExpanderModule: $ref: '#/components/schemas/equipment.ExpanderModule.Relationship' description: 'A reference to a equipmentExpanderModule resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentIoCard: $ref: '#/components/schemas/equipment.IoCard.Relationship' description: 'A reference to a equipmentIoCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' EquipmentRackEnclosure: $ref: '#/components/schemas/equipment.RackEnclosure.Relationship' description: 'A reference to a equipmentRackEnclosure resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Fans: description: An array of relationships to equipmentFan resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Fan.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ether.MacsecOperData: title: Ether:Macsec Oper Data description: Configuration information for the MacSecPolicy configured on an Ethernet uplink port or uplink port channel. x-allOf-name: ether.MacsecOperData allOf: - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.BaseComplexType - type: object description: Definition of the list of properties defined in 'ether.MacsecOperData', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - ether.MacsecOperData default: ether.MacsecOperData x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - ether.MacsecOperData default: ether.MacsecOperData x-enum-as-string: true AuthMode: description: The authentication mode used for MACsec encryption. type: string readOnly: true x-omitempty: true CipherSuite: description: Cipher suite to be used for MACsec encryption. type: string readOnly: true x-omitempty: true ConfidentialityOffset: description: The MACsec confidentiality offset specifies the number of bytes starting from the frame header. MACsec encrypts only the bytes after the offset in a frame. type: string readOnly: true x-omitempty: true KeyServer: description: The value indicates that the device is acting as a key server, responsible for distributing encryption keys to other devices in the MACsec-enabled session. type: string readOnly: true x-omitempty: true SessionState: description: The state of the MACsec session. type: string readOnly: true x-omitempty: true StateReason: description: The reason for the MACsec session state. type: string readOnly: true x-omitempty: true equipment.IoCard.Relationship: description: A relationship to the 'equipment.IoCard' resource, or the expanded 'equipment.IoCard' resource, or the 'null' value. x-one-of-name: equipment.IoCard.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.IoCard' discriminator: propertyName: ClassId console.ConsoleConfig.Response: description: "The response body of a HTTP GET request for the 'console.ConsoleConfig' resource.\nThe value may be one of the following types.\n1. When 'tag' is specified in the URL query, the response schema\n is a summary of the tag usage.\n1. When '$apply' is specified in the URL query, the response schema\n is dynamically-generated schema based on the $apply value.\n1. When '$count' is specified in the URL query, the response is\n a simple object providing the count of the resources.\n1. In all other cases, the response is a list of 'console.ConsoleConfig' resources." x-one-of-name: console.ConsoleConfig.Response oneOf: - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.DocumentCount - $ref: '#/components/schemas/console.ConsoleConfig.List' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.AggregateTransform - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.TagSummary discriminator: propertyName: ObjectType equipment.SwitchCard.Relationship: description: A relationship to the 'equipment.SwitchCard' resource, or the expanded 'equipment.SwitchCard' resource, or the 'null' value. x-one-of-name: equipment.SwitchCard.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.SwitchCard' discriminator: propertyName: ClassId port.SubGroup: title: Port:Sub Group description: Holder for multiple ports within a portGroup. SubGroup represents a break-out port group on the Fabric Interconnect. x-allOf-name: port.SubGroup allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'port.SubGroup', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - port.SubGroup default: port.SubGroup x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - port.SubGroup default: port.SubGroup x-enum-as-string: true AggregatePortId: description: Breakout port member in the Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true SlotId: description: Switch expansion slot module identifier. type: integer format: int64 readOnly: true x-omitempty: true Transport: description: Type of port sub-group. Values are Eth or Fc. type: string readOnly: true x-omitempty: true EquipmentIoCardBase: $ref: '#/components/schemas/equipment.IoCardBase.Relationship' description: 'A reference to a equipmentIoCardBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EtherHostPorts: description: An array of relationships to etherHostPort resources. type: - array - 'null' items: $ref: '#/components/schemas/ether.HostPort.Relationship' readOnly: true EthernetPorts: description: An array of relationships to etherPhysicalPort resources. type: - array - 'null' items: $ref: '#/components/schemas/ether.PhysicalPort.Relationship' readOnly: true FcPorts: description: An array of relationships to fcPhysicalPort resources. type: - array - 'null' items: $ref: '#/components/schemas/fc.PhysicalPort.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortGroup: $ref: '#/components/schemas/port.Group.Relationship' description: 'A reference to a portGroup resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.Vrf: title: Network:Vrf description: Concrete class for virtual routing and forwarding. x-allOf-name: network.Vrf allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.Vrf', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.Vrf default: network.Vrf x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.Vrf default: network.Vrf x-enum-as-string: true AdminState: description: This field identifies the adminState of the given component. type: string x-omitempty: true Name: description: This field identifies the name of the given component. type: string x-omitempty: true VrfId: description: This field identifies the id of the given component. type: string x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' port.MacBinding.Relationship: description: A relationship to the 'port.MacBinding' resource, or the expanded 'port.MacBinding' resource, or the 'null' value. x-one-of-name: port.MacBinding.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/port.MacBinding' discriminator: propertyName: ClassId network.DiscoveredNeighbor.Relationship: description: A relationship to the 'network.DiscoveredNeighbor' resource, or the expanded 'network.DiscoveredNeighbor' resource, or the 'null' value. x-one-of-name: network.DiscoveredNeighbor.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.DiscoveredNeighbor' discriminator: propertyName: ClassId port.InterfaceBase: title: Port:Interface Base description: Abstract Interface Base class for a virtual interface card/Fex Network Port. x-allOf-name: port.InterfaceBase allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'port.InterfaceBase', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - adapter.ExtEthInterface - adapter.HostEthInterface - ether.LanPort - ether.NetworkPort x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - adapter.ExtEthInterface - adapter.HostEthInterface - ether.LanPort - ether.NetworkPort x-enum-as-string: true OperState: description: Operational state of an Interface. type: string x-omitempty: true AcknowledgedPeerInterface: $ref: '#/components/schemas/ether.PhysicalPortBase.Relationship' description: 'A reference to a etherPhysicalPortBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' PeerInterface: $ref: '#/components/schemas/ether.PhysicalPortBase.Relationship' description: 'A reference to a etherPhysicalPortBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' fc.PhysicalPort: title: Fc:Physical Port description: The physical interface on the Fabric Interconnect to which a Fibre Channel (FC) target can be connected to within a data center. x-allOf-name: fc.PhysicalPort allOf: - $ref: '#/components/schemas/port.Physical' - type: object description: Definition of the list of properties defined in 'fc.PhysicalPort', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - fc.PhysicalPort default: fc.PhysicalPort x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - fc.PhysicalPort default: fc.PhysicalPort x-enum-as-string: true AdminSpeed: description: Administrator configured Speed applied on the port. type: string readOnly: true x-omitempty: true AdminState: description: Administratively configured state (enabled/disabled) for this port. type: string readOnly: true x-omitempty: true AggregatePortId: description: Breakout port member in the Fabric Interconnect. type: integer format: int64 default: 0 readOnly: true x-omitempty: true B2bCredit: description: Buffer to Buffer credits of FC port. type: integer format: int64 readOnly: true x-omitempty: true MaxSpeed: description: Maximum Speed with which the port operates. type: string readOnly: true x-omitempty: true Mode: description: Mode information N_proxy, F or E associated to the Fibre Channel port. type: string readOnly: true x-omitempty: true Name: description: Name of the physical port of FC. type: string readOnly: true x-omitempty: true OperSpeed: description: Operational Speed with which the port operates. type: string readOnly: true x-omitempty: true PeerDn: description: PeerDn for fibre channel physical port. type: string readOnly: true x-omitempty: true PortChannelId: description: Port channel id of FC port channel created on FI switch. type: integer format: int64 readOnly: true x-omitempty: true TransceiverType: description: Transceiver type of a Fibre Channel port. type: string readOnly: true x-omitempty: true UserLabel: description: The user defined label assigned to the port. type: string readOnly: true x-omitempty: true Vsan: description: Virtual San that is associated to the port. type: integer format: int64 readOnly: true x-omitempty: true Wwn: description: World Wide Name of a Fibre Channel port. type: string readOnly: true x-omitempty: true EquipmentSwitchCard: $ref: '#/components/schemas/equipment.SwitchCard.Relationship' description: 'A reference to a equipmentSwitchCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' FcNeighbor: $ref: '#/components/schemas/fc.Neighbor.Relationship' description: 'A reference to a fcNeighbor resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkSupervisorCard: $ref: '#/components/schemas/network.SupervisorCard.Relationship' description: 'A reference to a networkSupervisorCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortGroup: $ref: '#/components/schemas/port.Group.Relationship' description: 'A reference to a portGroup resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortSubGroup: $ref: '#/components/schemas/port.SubGroup.Relationship' description: 'A reference to a portSubGroup resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.Vethernet.Relationship: description: A relationship to the 'network.Vethernet' resource, or the expanded 'network.Vethernet' resource, or the 'null' value. x-one-of-name: network.Vethernet.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.Vethernet' discriminator: propertyName: ClassId console.ConsoleConfig.List: title: List of 'console.ConsoleConfig' resources description: This resource list is returned as a response to a HTTP GET request that does not include a specific resource identifier. allOf: - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.BaseResponse - type: object properties: Count: description: 'The total number of ''console.ConsoleConfig'' resources matching the request, accross all pages. The ''Count'' attribute is included when the HTTP GET request includes the ''$inlinecount'' parameter.' type: integer format: int32 Results: description: The array of 'console.ConsoleConfig' resources matching the request. type: - array - 'null' items: $ref: '#/components/schemas/console.ConsoleConfig' port.MacBinding: title: Port:Mac Binding description: Establishes relationship between the ports and connected end points based on LLDP TLVs. x-allOf-name: port.MacBinding allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'port.MacBinding', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - port.MacBinding default: port.MacBinding x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - port.MacBinding default: port.MacBinding x-enum-as-string: true AggregatePortId: description: Aggregate Port ID of the local Switch Interface. type: integer format: int64 x-omitempty: true ChassisId: description: Chassis/FEX device idetifier that is local to a cluster. type: integer format: int64 x-omitempty: true ChassisModel: description: Chassis/Rack Model that is associated with the Switch/FEX interface. type: string x-omitempty: true ChassisSerial: description: Chassis/Rack Serial that is associated with the Switch/FEX interface. type: string x-omitempty: true ChassisVendor: description: Chassis/Rack Vendor that is associated with the Switch/FEX interface. type: string x-omitempty: true DeviceMac: description: Device ID value that is advertised and available as a part of LLDP TLV. type: string x-omitempty: true ModuleMode: description: IOM/SIOC/Adapter Mode that is associated with the Switch/FEX interface. type: integer format: int64 x-omitempty: true ModuleModel: description: IOM/SIOC/Adapter Model that is associated with the Switch/FEX interface. type: string x-omitempty: true ModulePortId: description: Uplink port identifier of the VIC that is associated with the Switch/FEX interface. type: integer format: int64 x-omitempty: true ModuleSerial: description: IOM/SIOC/Adapter Serial that is associated with the Switch/FEX interface. type: string x-omitempty: true ModuleSide: description: IOM/SIOC/Adapter Side that is associated with the Switch/FEX interface. type: integer format: int64 x-omitempty: true ModuleSlot: description: IOM/SIOC/Adapter Slot that is associated with the Switch/FEX interface. type: integer format: int64 x-omitempty: true ModuleVendor: description: IOM/SIOC/Adapter Vendor that is associated with the Switch/FEX interface. type: string x-omitempty: true PortId: description: Port ID of the local Switch Interface. type: integer format: int64 x-omitempty: true PortMac: description: Port ID value that is advertised and available as a part of LLDP TLV. type: string x-omitempty: true SlotId: description: Slot ID of the local Switch slot Interface. type: integer format: int64 x-omitempty: true SwitchId: description: Switch Identifier that is local to a cluster. type: integer format: int64 x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.IoCard: title: Equipment:Io Card description: 'The equipment.IoCard (IOM) object represents an I/O Module, a critical component in a blade chassis that multiplexes and forwards network traffic between the blade servers and the upstream Fabric Interconnects. #### Purpose The IoCard object is the primary inventory and management entity for an IOM. This provides a comprehensive view of the module''s identity, operational state, health, and its connection path to the parent Fabric Interconnect. It also serves as a container for its own sub-components, such as fan modules. #### Key Concepts - **Chassis Network Hub:** Models the central networking component within a chassis that connects servers to the fabric. - **Connectivity and Pathing:** The connectionPath property (e.g., "A" or "B") and its relationship to a network.Element define its role and connection to the fabric. - **Health Monitoring:** Reports its overall operState and specific health issues (operReason), such as temperature warnings or low memory conditions. - **Hierarchical Inventory:** Acts as a parent container for its own components, like equipment.FanModule, and for the host-facing ports that connect to the servers.' x-allOf-name: equipment.IoCard allOf: - $ref: '#/components/schemas/equipment.IoCardBase' - type: object description: Definition of the list of properties defined in 'equipment.IoCard', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.IoCard default: equipment.IoCard x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.IoCard default: equipment.IoCard x-enum-as-string: true ConnectionPath: description: Switch Id to which the IOM is connected to. The value can be A or B. type: string readOnly: true x-omitempty: true DcSupported: description: IOM device connector support. type: boolean readOnly: true x-omitempty: true InbandIpAddresses: type: - array - 'null' items: description: The list of Inband Ip addresses for the CMC. $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.IpAddress readOnly: true x-omitempty: true OutOfBandIpAddresses: type: - array - 'null' items: description: The list of Outband Ip addresses for the CMC. $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.IpAddress readOnly: true x-omitempty: true Side: description: Location of IOM within a chassis. The value can be left or right. type: string readOnly: true x-omitempty: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentFex: $ref: '#/components/schemas/equipment.Fex.Relationship' description: 'A reference to a equipmentFex resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true FanModules: description: An array of relationships to equipmentFanModule resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.FanModule.Relationship' InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PhysicalDeviceRegistration: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.FcZoneInfo: title: Network:Fc Zone Info description: FC Zone information of a Fabric Interconnect. x-allOf-name: network.FcZoneInfo allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.FcZoneInfo', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.FcZoneInfo default: network.FcZoneInfo x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.FcZoneInfo default: network.FcZoneInfo x-enum-as-string: true UserZoneCount: description: The number of Fibre Channel user zones defined on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true UserZoneLimit: description: The maximum number of Fibre Channel user zones allowed on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true ZoneCount: description: The number of Fibre Channel zones defined on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true ZoneLimit: description: The maximum number of Fibre Channel zones allowed on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.DiscoveredNeighbor: title: Network:Discovered Neighbor description: L2 neighbor (LLDP and CDP) available on the switch. x-allOf-name: network.DiscoveredNeighbor allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.DiscoveredNeighbor', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.DiscoveredNeighbor default: network.DiscoveredNeighbor x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.DiscoveredNeighbor default: network.DiscoveredNeighbor x-enum-as-string: true DeviceId: description: Device identifier of the switch. type: string readOnly: true x-omitempty: true ManagementAddress: description: The management address of the switch. type: string readOnly: true x-omitempty: true NeighborCapability: description: System capabilities of the neighboring device. type: string readOnly: true x-omitempty: true NeighborDescription: description: The software description of the neighboring device. type: string readOnly: true x-omitempty: true NeighborDeviceCapability: type: - array - 'null' items: description: Capabilities of the neighboring device. type: string readOnly: true x-omitempty: true NeighborDeviceId: description: Device identifier of the neighboring device. type: string readOnly: true x-omitempty: true NeighborInterface: description: Neighboring device interface. type: string readOnly: true x-omitempty: true NeighborModel: description: Model of the neighbor device. type: string readOnly: true x-omitempty: true NeighborNativeVlan: description: Native VLAN of the neighbor device. type: string readOnly: true x-omitempty: true NeighborPortId: description: PortID of the neighbor device configured. type: string readOnly: true x-omitempty: true NeighborSerial: description: Serial number of the neighbor device. type: string readOnly: true x-omitempty: true NeighborType: description: Type of the neighbor device. type: string readOnly: true x-omitempty: true NeighborVendor: description: Vendor of the neighbor device. type: string readOnly: true x-omitempty: true NeighborVersion: description: Version of the neighbor device. type: string readOnly: true x-omitempty: true SwitchPortId: description: Name of the local interface. type: string readOnly: true x-omitempty: true CdpNeighbor: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true LldpNeighbor: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PhysicalPort: $ref: '#/components/schemas/ether.PhysicalPort.Relationship' description: 'A reference to a etherPhysicalPort resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.Sensor: title: Equipment:Sensor description: 'The equipment.Sensor object represents a hardware sensor on a network device that monitors a specific environmental or operational metric, such as temperature, voltage, or fan speed. #### Purpose The primary purpose of the Sensor object is to provide inventory and real-time status for the various sensors within a network device. It reports the sensor''s name and its current alarmStatus (e.g., "normal", "minor", "major", "failed"). It is fundamental for health monitoring and proactive fault detection. #### Key Concepts - **Health Monitoring:** Provides the status of individual hardware sensors, which is a key input for the overall health status of a device. - **Threshold-Based Alarms:** The alarmStatus reflects whether the sensor''s readings have crossed predefined thresholds (minor or major), which can trigger alarms. - **Granular Inventory:** Allows for a detailed inventory of all monitoring points within a device. - **Device-Specific:** It is a child of a network.Element, providing sensor data for a specific switch.' x-allOf-name: equipment.Sensor allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'equipment.Sensor', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.Sensor default: equipment.Sensor x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.Sensor default: equipment.Sensor x-enum-as-string: true AlarmStatus: description: 'The alarm status of the sensor. * `absent` - The sensor is absent on the device. * `failed` - The sensor in the device has failed. * `normal` - The sensor status is normal. * `minor` - The sensor has crossed minor threshold. * `major` - The sensor has crossed major threshold. * `bad-asic` - The sensor is in bad-asic state.' type: string enum: - absent - failed - normal - minor - major - bad-asic default: absent readOnly: true x-omitempty: true Name: description: The name or description of the sensor. type: string readOnly: true x-omitempty: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.Vethernet: title: Network:Vethernet description: Vethernet configured on a Fabric Interconnect. x-allOf-name: network.Vethernet allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.Vethernet', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.Vethernet default: network.Vethernet x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.Vethernet default: network.Vethernet x-enum-as-string: true BoundInterfaceDn: description: Port or portchannel interface configured for vitual ethernet interface. type: string readOnly: true x-omitempty: true Burst: description: Burst defined on QoS policy. type: integer format: int64 readOnly: true x-omitempty: true Description: description: Description for the vNIC. type: string readOnly: true x-omitempty: true OperReason: description: Operational Reason of the virtual etherent interface on the Fabric Interconnect. When the operational state is down, Operreason indicates the reason why the vNIC is not operational. Some common reasons are admindown, error disabled. type: string readOnly: true x-omitempty: true OperState: description: 'The operational state of the Active Vethernet peer of a vNIC in Intersight Managed Mode. This state is updated by events from Fabric Interconnect or by periodic updates from Fabric Interconnect. When a Fabric Interconnect is not connected to Intersight or if the Fabric Interconnect is powered down, this property will not be updated. * `unknown` - The operational state of the Vethernet is not known. * `adminDown` - The operational state of the Vethernet is admin down. * `up` - The operational state of the Vethernet is Up. * `down` - The operational state of the Vethernet is Down. * `noLicense` - The operational state of the Vethernet is no license. * `linkUp` - The operational state of the Vethernet is link up. * `hardwareFailure` - The operational state of the Vethernet is hardware failure. * `softwareFailure` - The operational state of the Vethernet is software failure. * `errorDisabled` - The operational state of the Vethernet is error disabled. * `linkDown` - The operational state of the Vethernet is link down. * `sfpNotPresent` - The operational state of the Vethernet is SFP not present. * `udldAggrDown` - The operational state of the Vethernet is UDLD aggregate down.' type: string enum: - unknown - adminDown - up - down - noLicense - linkUp - hardwareFailure - softwareFailure - errorDisabled - linkDown - sfpNotPresent - udldAggrDown default: unknown readOnly: true x-omitempty: true PinnedInterfaceDn: description: Uplink port or portchannel interface pinned to a vitual ethernet interface. type: string readOnly: true x-omitempty: true Ratelimit: description: Rate limit defined on QoS policy. type: integer format: int64 readOnly: true x-omitempty: true VethId: description: Vethernet Identifier on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true AdapterHostEthInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/adapter.HostEthInterface.Relationship description: 'A reference to a adapterHostEthInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true BoundInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface.Relationship description: 'A reference to a inventoryInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PinnedInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface.Relationship description: 'A reference to a inventoryInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.SecureRouterInfo: title: Network:Secure Router Info description: Information about secure routers detected, discovered and configured. x-allOf-name: network.SecureRouterInfo allOf: - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.BaseComplexType - type: object description: Definition of the list of properties defined in 'network.SecureRouterInfo', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.SecureRouterInfo default: network.SecureRouterInfo x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.SecureRouterInfo default: network.SecureRouterInfo x-enum-as-string: true ConfigMismatch: description: Indicates if there is a configuration mismatch between the detected and configured slots for secure routers. type: boolean readOnly: true x-omitempty: true ConfiguredInSlots: description: The slots in which secure router roles are configured. type: string readOnly: true x-omitempty: true DetectedInSlots: description: The slots in which secure routers are detected. type: string readOnly: true x-omitempty: true DiscoveredInSlots: description: The slots in which secure routers are discovered. type: string readOnly: true x-omitempty: true equipment.ExpanderModule.Relationship: description: A relationship to the 'equipment.ExpanderModule' resource, or the expanded 'equipment.ExpanderModule' resource, or the 'null' value. x-one-of-name: equipment.ExpanderModule.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.ExpanderModule' discriminator: propertyName: ClassId equipment.SwitchCard: title: Equipment:Switch Card description: 'The equipment.SwitchCard object represents a physical module, either fixed or removable, within a Fabric Interconnect or network switch. This can be a main supervisor card or a line card that provides network ports. #### Purpose The SwitchCard object serves as a primary inventory entity for the major modules within a switch. It captures the card''s identity (model, serial), its operational state, and its physical location (slotId). It also acts as a container for the network interfaces this provides, such as port.Group, ether.PortChannel, and fc.PhysicalPort objects. #### Key Concepts - **Modular Switch Inventory:** Models the physical cards that make up a modular switch or Fabric Interconnect. - **Hierarchical Port Container:** Acts as the parent for all physical and logical ports that reside on the card, providing a structured view of the switch''s interfaces. - **Health and Status:** The state and status properties report on the operational health of the card itself. - **Switching Mode Configuration:** Reports the configured ethernetSwitchingMode and fcSwitchingMode (End-Host or Switch), which defines the fundamental behavior of the Fabric Interconnect.' x-allOf-name: equipment.SwitchCard allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.SwitchCard', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.SwitchCard default: equipment.SwitchCard x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.SwitchCard default: equipment.SwitchCard x-enum-as-string: true BaseMac: description: The starting (base) MAC address of the switch hardware like "d0-e0-42-87-39-00". type: string x-omitempty: true Description: description: Detailed description of this switch hardware. type: string readOnly: true x-omitempty: true EndMac: description: The ending MAC address of the switch hardware like "d0-e0-42-87-39-5f". type: string x-omitempty: true EthernetSwitchingMode: description: 'The user configured Ethernet switching mode for this switch (End-Host or Switch). * `end-host` - In end-host mode, the fabric interconnects appear to the upstream devices as end hosts with multiple links.In this mode, the switch does not run Spanning Tree Protocol and avoids loops by following a set of rules for traffic forwarding.In case of ethernet switching mode - Ethernet end-host mode is also known as Ethernet host virtualizer. * `switch` - In switch mode, the switch runs Spanning Tree Protocol to avoid loops, and broadcast and multicast packets are handled in the traditional way.This is the traditional switch mode.' type: string enum: - end-host - switch default: end-host readOnly: true x-omitempty: true FcSwitchingMode: description: 'The user configured FC switching mode for this switch (End-Host or Switch). * `end-host` - In end-host mode, the fabric interconnects appear to the upstream devices as end hosts with multiple links.In this mode, the switch does not run Spanning Tree Protocol and avoids loops by following a set of rules for traffic forwarding.In case of ethernet switching mode - Ethernet end-host mode is also known as Ethernet host virtualizer. * `switch` - In switch mode, the switch runs Spanning Tree Protocol to avoid loops, and broadcast and multicast packets are handled in the traditional way.This is the traditional switch mode.' type: string enum: - end-host - switch default: end-host readOnly: true x-omitempty: true HwVersion: description: The Hardware version of the switch hardware. type: string x-omitempty: true JumboFrameEnabled: description: Jumbo Frame configuration for the switch. type: boolean default: true readOnly: true x-omitempty: true Name: description: The name of the switch card like Line Card-1. type: string x-omitempty: true NumPorts: description: Number of ports present in this switch hardware. type: integer format: int64 readOnly: true x-omitempty: true OutOfBandIpAddress: description: Field specifies this Switch's Out-of-band IP address. type: string readOnly: true x-omitempty: true OutOfBandIpGateway: description: Field specifies this Switch's default gateway for the out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpMask: description: Field specifies the Netmask for this Switch's Out-of-band IP address. type: string x-omitempty: true OutOfBandMac: description: The MAC address of the Switch's out-of-band management interface. type: string readOnly: true x-omitempty: true PartNumber: description: The part number of the switch hardware. type: string x-omitempty: true PowerState: description: 'Power state of the switch hardware. * `unknown` - The power state of the switch hardware is unknown. * `off` - The power state of the switch hardware is off. * `on` - The power state of the switch hardware is on. * `deny` - The power state of the switch hardware is deny. * `multi-boot-fail` - The power state of the switch hardware is multi-boot-fail.' type: string enum: - unknown - 'off' - 'on' - deny - multi-boot-fail default: unknown x-omitempty: true SlotId: description: Slot identifier of the SwitchCard within the Switch. type: integer format: int64 readOnly: true x-omitempty: true State: description: Operational state of the switch hardware. type: string readOnly: true x-omitempty: true Status: description: 'The connection status of the switch hardware like up/down. * `Down` - Connection status of the switch card is down. * `Up` - Connection status of the switch card is up.' type: string enum: - Down - Up default: Down x-omitempty: true StpMode: description: 'Spanning Tree Protocol configuration for the switch. * `Disabled` - Spanning Tree Protocol (STP) is disabled. * `STP` - Spanning Tree Protocol (STP) is enabled and operating in STP. * `RSTP` - Spanning Tree Protocol (STP) is enabled and operating in RSTP mode. * `MSTP` - Spanning Tree Protocol (STP) is enabled and operating in MSTP mode. * `PVST+` - Spanning Tree Protocol (STP) is enabled and operating in PVST mode. * `RPVST+` - Spanning Tree Protocol (STP) is enabled and operating in RPVST mode.' type: string enum: - Disabled - STP - RSTP - MSTP - PVST+ - RPVST+ default: Disabled readOnly: true x-omitempty: true SwitchId: description: Switch Identifier that is local to a cluster. type: string readOnly: true x-omitempty: true Thermal: description: 'The Thermal status of the fabric interconnect. * `unknown` - The default state of the sensor (in case no data is received). * `ok` - State of the sensor indicating the sensor''s temperature range is okay. * `upper-non-recoverable` - State of the sensor indicating that the temperature is extremely high above normal range. * `upper-critical` - State of the sensor indicating that the temperature is above normal range. * `upper-non-critical` - State of the sensor indicating that the temperature is a little above the normal range. * `lower-non-critical` - State of the sensor indicating that the temperature is a little below the normal range. * `lower-critical` - State of the sensor indicating that the temperature is below normal range. * `lower-non-recoverable` - State of the sensor indicating that the temperature is extremely below normal range.' type: string enum: - unknown - ok - upper-non-recoverable - upper-critical - upper-non-critical - lower-non-critical - lower-critical - lower-non-recoverable default: unknown x-omitempty: true Type: description: Type of the switch card based on the capability like 4 Gbps or 2 Gbps type etc. type: string x-omitempty: true FcPortChannels: description: An array of relationships to fcPortChannel resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/fc.PortChannel.Relationship FcPorts: description: An array of relationships to fcPhysicalPort resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/fc.PhysicalPort.Relationship HostPorts: description: An array of relationships to etherHostPort resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/ether.HostPort.Relationship InterSwitchPort: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/ether.InterSwitchPort.Relationship description: 'A reference to a etherInterSwitchPort resource. When the $expand query parameter is specified, the referenced resource is returned inline.' InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortChannels: description: An array of relationships to etherPortChannel resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/ether.PortChannel.Relationship PortGroups: description: An array of relationships to portGroup resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/port.Group.Relationship readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ether.PhysicalPortBase.Relationship: description: A relationship to the 'ether.PhysicalPortBase' resource, or the expanded 'ether.PhysicalPortBase' resource, or the 'null' value. x-one-of-name: ether.PhysicalPortBase.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/ether.PhysicalPortBase' discriminator: propertyName: ClassId ether.PhysicalPort.Relationship: description: A relationship to the 'ether.PhysicalPort' resource, or the expanded 'ether.PhysicalPort' resource, or the 'null' value. x-one-of-name: ether.PhysicalPort.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/ether.PhysicalPort' discriminator: propertyName: ClassId port.Group: title: Port:Group description: Holder for multiple ports. A switch card will have one or more port groups. x-allOf-name: port.Group allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'port.Group', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - port.Group default: port.Group x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - port.Group default: port.Group x-enum-as-string: true Transport: description: Type of port group. Values are Eth or Fc. type: string readOnly: true x-omitempty: true EquipmentSharedIoModule: $ref: '#/components/schemas/equipment.SharedIoModule.Relationship' description: 'A reference to a equipmentSharedIoModule resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentSwitchCard: $ref: '#/components/schemas/equipment.SwitchCard.Relationship' description: 'A reference to a equipmentSwitchCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EthernetPorts: description: An array of relationships to etherPhysicalPort resources. type: - array - 'null' items: $ref: '#/components/schemas/ether.PhysicalPort.Relationship' readOnly: true FcPorts: description: An array of relationships to fcPhysicalPort resources. type: - array - 'null' items: $ref: '#/components/schemas/fc.PhysicalPort.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true SubGroups: description: An array of relationships to portSubGroup resources. type: - array - 'null' items: $ref: '#/components/schemas/port.SubGroup.Relationship' readOnly: true equipment.Psu: title: Equipment:Psu description: 'The equipment.Psu object represents a Power Supply Unit, a fundamental component responsible for providing electrical power to a server, chassis, or network switch. #### Purpose The Psu object is used to inventory and monitor the state of an individual power supply. It captures key identity information (model, serial, part number), its operational state (operState), and detailed health information. It is critical for power management, redundancy monitoring, and fault detection. #### Key Concepts - **Power Component Inventory:** Provides a detailed record of each PSU in a system. - **Health and Status Monitoring:** Reports its operState and a collection of operReason values that give specific details on issues like temperature thresholds, input voltage problems, or output current faults. - **Redundancy Management:** The spareStatus property can indicate if the PSU is acting as a spare in a redundant configuration. - **Hierarchical Context:** Exists as a child of the equipment it powers, such as an equipment.Chassis, compute.RackUnit, or network.Element.' x-allOf-name: equipment.Psu allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.Psu', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.Psu default: equipment.Psu x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.Psu default: equipment.Psu x-enum-as-string: true Description: description: This field is to provide description for the power supply unit. type: string readOnly: true x-omitempty: true Name: description: This field is to provide name for the power supply unit. type: string readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of the Power supply unit. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: This field identifies the psu operational state. type: string readOnly: true x-omitempty: true PartNumber: description: This field identifies the Part Number for this Power Supply Unit. type: string readOnly: true x-omitempty: true Pid: description: This field identifies the Product ID for the Power Supply. type: string readOnly: true x-omitempty: true PsuFwVersion: description: This field identifies the Firmware Version of the Power Supply. type: string readOnly: true x-omitempty: true PsuId: description: This represents power supply unit identifier in chassis/server. type: integer format: int64 readOnly: true x-omitempty: true PsuInputSrc: description: This field identifies the input source for the Power Supply. type: string readOnly: true x-omitempty: true PsuType: description: This field identifies the type of the Power Supply. type: string readOnly: true x-omitempty: true PsuWattage: description: This field identifies the Wattage of the Power Supply. type: string readOnly: true x-omitempty: true Sku: description: This field identifies the Stockkeeping Unit for this Power Supply. type: string readOnly: true x-omitempty: true SpareStatus: description: 'This field identifies whether the power supply unit is spare or not. * `` - Spare status for power supply unit is not applicable or not available. * `Spare` - Power supply unit is spare. * `Not Spare` - Power supply unit is not spare.' type: string enum: - '' - Spare - Not Spare default: '' readOnly: true x-omitempty: true Vid: description: This field identifies the Vendor ID for this Power Supply Unit. type: string readOnly: true x-omitempty: true Voltage: description: This field is used to indicate the voltage state for this Power Supply. type: string readOnly: true x-omitempty: true ComputeRackUnit: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.RackUnit.Relationship description: 'A reference to a computeRackUnit resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentFex: $ref: '#/components/schemas/equipment.Fex.Relationship' description: 'A reference to a equipmentFex resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentRackEnclosure: $ref: '#/components/schemas/equipment.RackEnclosure.Relationship' description: 'A reference to a equipmentRackEnclosure resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true FirmwareRunningFirmwares: description: An array of relationships to firmwareRunningFirmware resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/firmware.RunningFirmware.Relationship readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.VpcPeer: title: Network:Vpc Peer description: Concrete class for VPC peer configured on a network device. x-allOf-name: network.VpcPeer allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.VpcPeer', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.VpcPeer default: network.VpcPeer x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.VpcPeer default: network.VpcPeer x-enum-as-string: true OperationalState: description: Operational state of the virtual port channel. type: string readOnly: true x-omitempty: true PortChannel: description: Name of the virtual port channel. type: string readOnly: true x-omitempty: true PortChannelId: description: Port channel identity of the virtual port channel. type: integer format: int64 readOnly: true x-omitempty: true VpcDomainId: description: Identity of the virtual port channel. type: integer format: int64 readOnly: true x-omitempty: true VpcPeerId: description: Identity of the virtual port channel. type: integer format: int64 readOnly: true x-omitempty: true EtherPortChannel: $ref: '#/components/schemas/ether.PortChannel.Relationship' description: 'A reference to a etherPortChannel resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ether.PhysicalPort: title: Ether:Physical Port description: Physical ethernet port present on a FI. x-allOf-name: ether.PhysicalPort allOf: - $ref: '#/components/schemas/ether.PhysicalPortBase' - type: object description: Definition of the list of properties defined in 'ether.PhysicalPort', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - ether.PhysicalPort default: ether.PhysicalPort x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - ether.PhysicalPort default: ether.PhysicalPort x-enum-as-string: true AdminSpeed: description: Administratively configured speed for this port. type: string readOnly: true x-omitempty: true AdminState: description: Administratively configured state (enabled/disabled) for this port. type: string readOnly: true x-omitempty: true AggregatePortId: description: Breakout port member in the Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true LicenseGrace: description: The number of days this port's license has been in Grace Period for. type: string readOnly: true x-omitempty: true LicenseState: description: The state of the port's licensing. type: string readOnly: true x-omitempty: true MacsecOperData: description: Configuration information for the MacSecPolicy configured on an Ethernet uplink port or uplink port channel. $ref: '#/components/schemas/ether.MacsecOperData' readOnly: true x-omitempty: true Name: description: Name of the Physical Port. type: string readOnly: true x-omitempty: true UserLabel: description: The user defined label assigned to the port. type: string readOnly: true x-omitempty: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortGroup: $ref: '#/components/schemas/port.Group.Relationship' description: 'A reference to a portGroup resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortSubGroup: $ref: '#/components/schemas/port.SubGroup.Relationship' description: 'A reference to a portSubGroup resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.SharedIoModule: title: Equipment:Shared Io Module description: "The equipment.SharedIoModule object represents a shared I/O module (SIOM), which is an adapter-like component typically found in a System I/O Controller (SIOC) for Cisco S-Series storage servers. This provides the data path from the server to the Fabric Interconnects.\n#### Purpose\n \nThe SharedIoModule object is used to inventory and manage the SIOM. It captures the module's identity, its operational state (operState), and its connectivity status (reachability) to the A and B sides of the fabric. It acts as a container for the network ports (port.Group objects).\n#### Key Concepts\n- **Storage Server Connectivity:** Models the specific I/O adapter used in S-Series servers.\n- **Redundancy and Reachability:** The reachability property indicates its connection status to both Fabric Interconnects, which is key for monitoring high availability.\n- **Hierarchical Inventory:** Serves as a parent for port.Group objects and is itself a child of an equipment.SystemIoController.\n- **Configuration State:** The configState property tracks its configuration status within the system." x-allOf-name: equipment.SharedIoModule allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.SharedIoModule', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.SharedIoModule default: equipment.SharedIoModule x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.SharedIoModule default: equipment.SharedIoModule x-enum-as-string: true ConfigState: description: This field identifies the configuration state for this SIOM Unit. type: string readOnly: true x-omitempty: true Discovery: description: This field identifies the discovery state of SIOM. type: string readOnly: true x-omitempty: true MacOfSharedIomAside: description: This field identifies the MAC of IOM-A side. type: string readOnly: true x-omitempty: true MacOfSharedIomBside: description: This field identifies the MAC of IOM-B side. type: string readOnly: true x-omitempty: true OperState: description: This field identifies the SIOM operational state. type: string readOnly: true x-omitempty: true PartNumber: description: This field identifies the Part Number for this SIOM Unit. type: string readOnly: true x-omitempty: true Reachability: description: This field identifies the reachability to FI-A and B side. type: string readOnly: true x-omitempty: true UsrLbl: description: User label configured for the SIOM. type: string readOnly: true x-omitempty: true Vid: description: This field identifies the vendor id for this SIOM Unit. type: string readOnly: true x-omitempty: true Controller: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/management.Controller.Relationship description: 'A reference to a managementController resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentSystemIoController: $ref: '#/components/schemas/equipment.SystemIoController.Relationship' description: 'A reference to a equipmentSystemIoController resource. When the $expand query parameter is specified, the referenced resource is returned inline.' InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PortGroups: description: An array of relationships to portGroup resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/port.Group.Relationship readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.InterfaceList.Relationship: description: A relationship to the 'network.InterfaceList' resource, or the expanded 'network.InterfaceList' resource, or the 'null' value. x-one-of-name: network.InterfaceList.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.InterfaceList' discriminator: propertyName: ClassId equipment.ChassisController.Relationship: description: A relationship to the 'equipment.ChassisController' resource, or the expanded 'equipment.ChassisController' resource, or the 'null' value. x-one-of-name: equipment.ChassisController.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.ChassisController' discriminator: propertyName: ClassId network.Dns.Relationship: description: A relationship to the 'network.Dns' resource, or the expanded 'network.Dns' resource, or the 'null' value. x-one-of-name: network.Dns.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.Dns' discriminator: propertyName: ClassId equipment.LocatorLed.Relationship: description: A relationship to the 'equipment.LocatorLed' resource, or the expanded 'equipment.LocatorLed' resource, or the 'null' value. x-one-of-name: equipment.LocatorLed.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.LocatorLed' discriminator: propertyName: ClassId fc.Neighbor.Relationship: description: A relationship to the 'fc.Neighbor' resource, or the expanded 'fc.Neighbor' resource, or the 'null' value. x-one-of-name: fc.Neighbor.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/fc.Neighbor' discriminator: propertyName: ClassId network.FeatureControl: title: Network:Feature Control description: List of features available on a switch along with the index and admin state. These features will allow the user to perform certain set of actions on the switch and get a view of the status of the sub-set feature names. x-allOf-name: network.FeatureControl allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.FeatureControl', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.FeatureControl default: network.FeatureControl x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.FeatureControl default: network.FeatureControl x-enum-as-string: true AdminState: description: The admin state of the feature. type: string readOnly: true x-omitempty: true Instance: description: The number of instances of the feature. type: integer format: int64 readOnly: true x-omitempty: true Name: description: The name to identify the feature. type: string readOnly: true x-omitempty: true OperationalState: description: The operational state of the feature. type: string readOnly: true x-omitempty: true StatusMsg: description: The status message to capture admin state detailed information. type: string readOnly: true x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.Chassis: title: Equipment:Chassis description: 'The equipment.Chassis object represents a physical chassis, a modular enclosure that houses and provides power, cooling, and connectivity for multiple blade servers and I/O modules (IOMs). #### Purpose The Chassis object serves as the primary inventory and management entity for a server chassis. It acts as a top-level container for all the components within it, including compute.Blade servers, equipment.IoCard modules, equipment.Psu power supply units, and equipment.FanModule fan modules. This provides a comprehensive, queryable view of the chassis''s identity, health, and contained hardware. #### Key Concepts - **Centralized Enclosure Management:** Aggregates all components of a chassis into a single, manageable entity. - **Hierarchical Inventory:** Provides a structured parent-child relationship to all its contained components, such as blades, IOMs, PSUs, and fans. - **Health and Status Monitoring:** Reports on the overall operState of the chassis and provides a summary of alarms (alarmSummary) and fault conditions (faultSummary). - **Location and Identity:** Uniquely identified by a chassisId and serial number, and provides its name and user-assigned label for easy identification.' x-allOf-name: equipment.Chassis allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.Chassis', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.Chassis default: equipment.Chassis x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.Chassis default: equipment.Chassis x-enum-as-string: true AlarmSummary: description: The summary of alarm counts based on the severity types (Critical or Warning). $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.AlarmSummary x-omitempty: true ChassisId: description: The assigned identifier for a chassis. type: integer format: int64 readOnly: true x-omitempty: true ChassisProfile: description: The distinguished name of the chassis profile to which the chassis is associated to. It is applicable only for chassis which are managed via UCSM. type: string readOnly: true x-omitempty: true ConnectionPath: description: This field identifies the connectivity path for the chassis enclosure. type: string readOnly: true x-omitempty: true ConnectionStatus: description: This field identifies the connectivity status for the chassis enclosure. type: string readOnly: true x-omitempty: true Description: description: This field is to provide description for chassis model. type: string readOnly: true x-omitempty: true FaultSummary: description: This field summarizes the faults on the chassis enclosure. deprecated: true x-sunset: '2027-03-01' type: integer format: int64 readOnly: true x-omitempty: true LocationDetails: description: Location details associated with the managed object. When a Target object is assigned to a location the details of the associated location are copied into the Target and other related objects in the LocationDetails property. $ref: intersight-hyperflex-v3-1.0.11-20260807064027971.json#/components/schemas/comm.GeoLocationDetails readOnly: true x-omitempty: true ManagementMode: description: 'The management mode of the blade server chassis. * `IntersightStandalone` - Intersight Standalone mode of operation. * `UCSM` - Unified Computing System Manager mode of operation. * `Intersight` - Intersight managed mode of operation.' type: string enum: - IntersightStandalone - UCSM - Intersight default: IntersightStandalone readOnly: true x-omitempty: true Name: description: This field identifies the name for the chassis enclosure. type: string readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of the FEX or IO Card. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: This field identifies the Chassis Operational State. type: string readOnly: true x-omitempty: true Operations: type: - array - 'null' items: description: The status of completed and in-progress chassis operations. $ref: '#/components/schemas/equipment.ChassisOperationsDetails' readOnly: true x-omitempty: true PackageVersion: description: Bundle version which the XFM and PSU firmware belongs to. type: string readOnly: true x-omitempty: true PartNumber: description: Part Number identifier for the chassis enclosure. type: string readOnly: true x-omitempty: true Pid: description: This field identifies the Product ID for the chassis enclosure. type: string readOnly: true x-omitempty: true PlatformType: description: The platform type that the chassis is a part of. type: string readOnly: true x-omitempty: true ProductName: description: This field identifies the Product Name for the chassis enclosure. type: string readOnly: true x-omitempty: true Sku: description: This field identifies the Stock Keeping Unit for the chassis enclosure. type: string readOnly: true x-omitempty: true UserLabel: description: The user defined label assigned to the chassis. type: string pattern: ^[ !#$%&\(\)\*\+,\-\./:;\?@\[\]_\{\|\}~a-zA-Z0-9]*$ minLength: 0 maxLength: 64 x-omitempty: true Vid: description: This field identifies the Vendor ID for the chassis enclosure. type: string readOnly: true x-omitempty: true AssignedLocation: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.GeoLocation.Relationship description: 'A reference to a assetGeoLocation resource. When the $expand query parameter is specified, the referenced resource is returned inline.' Blades: description: An array of relationships to computeBlade resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.Blade.Relationship readOnly: true ExpanderModules: description: An array of relationships to equipmentExpanderModule resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.ExpanderModule.Relationship' readOnly: true FanControl: $ref: '#/components/schemas/equipment.FanControl.Relationship' description: 'A reference to a equipmentFanControl resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Fanmodules: description: An array of relationships to equipmentFanModule resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.FanModule.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Ioms: description: An array of relationships to equipmentIoCard resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.IoCard.Relationship' readOnly: true LocatorLed: $ref: '#/components/schemas/equipment.LocatorLed.Relationship' description: 'A reference to a equipmentLocatorLed resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ManagementInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/management.Interface.Relationship description: 'A reference to a managementInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElements: description: An array of relationships to networkElement resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship readOnly: true PciNodes: description: An array of relationships to pciNode resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/pci.Node.Relationship readOnly: true PowerControlState: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/power.ControlState.Relationship description: 'A reference to a powerControlState resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PsuControl: $ref: '#/components/schemas/equipment.PsuControl.Relationship' description: 'A reference to a equipmentPsuControl resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Psus: description: An array of relationships to equipmentPsu resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Psu.Relationship' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Sasexpanders: description: An array of relationships to storageSasExpander resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/storage.SasExpander.Relationship readOnly: true SecureRouters: description: An array of relationships to networkSecureRouter resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.SecureRouter.Relationship readOnly: true Siocs: description: An array of relationships to equipmentSystemIoController resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.SystemIoController.Relationship' readOnly: true StorageEnclosures: description: An array of relationships to storageEnclosure resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/storage.Enclosure.Relationship readOnly: true VirtualDriveContainer: description: An array of relationships to storageVirtualDriveContainer resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/storage.VirtualDriveContainer.Relationship readOnly: true network.VpcDomain: title: Network:Vpc Domain description: Concrete class for VPC domain configured on a network device. VPC (Virtual Port Channel) domain is used to connect two different switches logically to a single switch. x-allOf-name: network.VpcDomain allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.VpcDomain', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.VpcDomain default: network.VpcDomain x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.VpcDomain default: network.VpcDomain x-enum-as-string: true AutoRecoveryStatus: description: Auto recovery status of the virtual port channel domain. type: string readOnly: true x-omitempty: true ConsistencyStatus: description: Consistency status of the virtual port channel domain. type: string readOnly: true x-omitempty: true DualActiveExcludedVlans: description: Dual Active Excluded VLANs of the virtual port channel domain. type: integer format: int64 readOnly: true x-omitempty: true KeepAliveStatus: description: Keep alive status of the virtual port channel domain. type: string readOnly: true x-omitempty: true PeerStatus: description: Peer status of the virtual port channel domain. type: string readOnly: true x-omitempty: true Role: description: Role of the virtual port channel domain. type: string readOnly: true x-omitempty: true VpcDomainId: description: Identity of the virtual port channel domain. type: integer format: int64 readOnly: true x-omitempty: true VpcsConfiguredCount: description: Number of VPCs configured on the virtual port channel domain. type: integer format: int64 readOnly: true x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.IoCardBase: title: Equipment:Io Card Base description: Abstract class for hif and nif ports collection that can be extended by chassis/febric extender. x-allOf-name: equipment.IoCardBase allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.IoCardBase', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - equipment.Fex - equipment.IoCard x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - equipment.Fex - equipment.IoCard x-enum-as-string: true ConnectionStatus: description: Connectivity Status of FEX/IOM to Switch - A or B or AB. type: string x-omitempty: true Description: description: This field is to provide description for the iocard module model. type: string readOnly: true x-omitempty: true ModuleId: description: Module Identifier for the IO module. type: integer format: int64 readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of the FEX or IO Card. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: Operational state of IO card or fabric extender. type: string readOnly: true x-omitempty: true PartNumber: description: Part Number identifier for the IO module. type: string readOnly: true x-omitempty: true Pid: description: This field identifies the Product ID for the IO module. type: string readOnly: true x-omitempty: true ProductName: description: This field identifies the Product Name for the iocard module model. type: string readOnly: true x-omitempty: true Sku: description: This field identifies the Stock Keeping Unit for the IO card module. type: string readOnly: true x-omitempty: true Version: description: This field identifies the version of the IO card module. type: string readOnly: true x-omitempty: true Vid: description: This field identifies the Vendor ID for the IO card module. type: string readOnly: true x-omitempty: true HostPorts: description: An array of relationships to etherHostPort resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/ether.HostPort.Relationship MgmtController: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/management.Controller.Relationship description: 'A reference to a managementController resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkPorts: description: An array of relationships to etherNetworkPort resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/ether.NetworkPort.Relationship SubGroup: description: An array of relationships to portSubGroup resources. type: - array - 'null' items: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/port.SubGroup.Relationship readOnly: true equipment.Fex.Relationship: description: A relationship to the 'equipment.Fex' resource, or the expanded 'equipment.Fex' resource, or the 'null' value. x-one-of-name: equipment.Fex.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Fex' discriminator: propertyName: ClassId network.Vrf.Relationship: description: A relationship to the 'network.Vrf' resource, or the expanded 'network.Vrf' resource, or the 'null' value. x-one-of-name: network.Vrf.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.Vrf' discriminator: propertyName: ClassId network.VpcDomain.Relationship: description: A relationship to the 'network.VpcDomain' resource, or the expanded 'network.VpcDomain' resource, or the 'null' value. x-one-of-name: network.VpcDomain.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.VpcDomain' discriminator: propertyName: ClassId equipment.Sensor.Relationship: description: A relationship to the 'equipment.Sensor' resource, or the expanded 'equipment.Sensor' resource, or the 'null' value. x-one-of-name: equipment.Sensor.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Sensor' discriminator: propertyName: ClassId equipment.Fan.Relationship: description: A relationship to the 'equipment.Fan' resource, or the expanded 'equipment.Fan' resource, or the 'null' value. x-one-of-name: equipment.Fan.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Fan' discriminator: propertyName: ClassId equipment.RackEnclosure.Relationship: description: A relationship to the 'equipment.RackEnclosure' resource, or the expanded 'equipment.RackEnclosure' resource, or the 'null' value. x-one-of-name: equipment.RackEnclosure.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.RackEnclosure' discriminator: propertyName: ClassId equipment.SharedIoModule.Relationship: description: A relationship to the 'equipment.SharedIoModule' resource, or the expanded 'equipment.SharedIoModule' resource, or the 'null' value. x-one-of-name: equipment.SharedIoModule.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.SharedIoModule' discriminator: propertyName: ClassId ether.PortChannel.Relationship: description: A relationship to the 'ether.PortChannel' resource, or the expanded 'ether.PortChannel' resource, or the 'null' value. x-one-of-name: ether.PortChannel.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/ether.PortChannel' discriminator: propertyName: ClassId port.InterfaceBase.Relationship: description: A relationship to the 'port.InterfaceBase' resource, or the expanded 'port.InterfaceBase' resource, or the 'null' value. x-one-of-name: port.InterfaceBase.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/port.InterfaceBase' discriminator: propertyName: ClassId equipment.FanControl.Relationship: description: A relationship to the 'equipment.FanControl' resource, or the expanded 'equipment.FanControl' resource, or the 'null' value. x-one-of-name: equipment.FanControl.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.FanControl' discriminator: propertyName: ClassId network.Vfc: title: Network:Vfc description: Vfc configured on a Fabric Interconnect. x-allOf-name: network.Vfc allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.Vfc', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.Vfc default: network.Vfc x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.Vfc default: network.Vfc x-enum-as-string: true BoundInterfaceDn: description: Port or PortChannel interface configured for Vfcs virtual etherent interface. type: string readOnly: true x-omitempty: true Burst: description: Burst defined on QoS policy. type: integer format: int64 readOnly: true x-omitempty: true Description: description: Description for the vHBA. type: string readOnly: true x-omitempty: true OperReason: description: Operational Reason of the Vfcs Vethernet on the Fabric Interconnect. When the operational state is down, Operreason indicates the reason why the vHBA is not operational. Some common reasons are admindown, error disabled. type: string readOnly: true x-omitempty: true OperState: description: 'The operational state of the Vfcs Vethernet peer of a vNIC in Intersight Managed Mode. This state is updated by events from Fabric Interconnect or by periodic updates from Fabric Interconnect. When a Fabric Interconnect is not connected to Intersight or if the Fabric Interconnect is powered down, this property will not be updated. * `unknown` - The operational state of the Vethernet is not known. * `adminDown` - The operational state of the Vethernet is admin down. * `up` - The operational state of the Vethernet is Up. * `down` - The operational state of the Vethernet is Down. * `noLicense` - The operational state of the Vethernet is no license. * `linkUp` - The operational state of the Vethernet is link up. * `hardwareFailure` - The operational state of the Vethernet is hardware failure. * `softwareFailure` - The operational state of the Vethernet is software failure. * `errorDisabled` - The operational state of the Vethernet is error disabled. * `linkDown` - The operational state of the Vethernet is link down. * `sfpNotPresent` - The operational state of the Vethernet is SFP not present. * `udldAggrDown` - The operational state of the Vethernet is UDLD aggregate down.' type: string enum: - unknown - adminDown - up - down - noLicense - linkUp - hardwareFailure - softwareFailure - errorDisabled - linkDown - sfpNotPresent - udldAggrDown default: unknown readOnly: true x-omitempty: true PinnedInterfaceDn: description: Uplink port or portchannel pinned to a Vfc. type: string readOnly: true x-omitempty: true Ratelimit: description: Rate limit defined on QoS policy. type: integer format: int64 readOnly: true x-omitempty: true VfcId: description: Vfc Identifier on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true AdapterHostFcInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/adapter.HostFcInterface.Relationship description: 'A reference to a adapterHostFcInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true BoundInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface.Relationship description: 'A reference to a inventoryInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PinnedInterface: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface.Relationship description: 'A reference to a inventoryInterface resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ether.PhysicalPortBase: title: Ether:Physical Port Base description: Abstract class for ether physical port and host port. x-allOf-name: ether.PhysicalPortBase allOf: - $ref: '#/components/schemas/port.Physical' - type: object description: Definition of the list of properties defined in 'ether.PhysicalPortBase', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - ether.HostPort - ether.PhysicalPort x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - ether.HostPort - ether.PhysicalPort x-enum-as-string: true AccessVlan: description: Access VLAN for this port. type: string readOnly: true x-omitempty: true AdminFec: description: 'Administratively configured FEC mode for this port. * `` - Default value for FEC state. * `Not Supported` - FEC is not supported on this port. * `Disabled` - FEC is disabled on this port. * `Auto` - FEC mode is automatically negotiated between link partners. * `Cl74` - FEC is configured to use the IEEE Clause 74 (FireCode) standard. * `RS-IEEE(Cl108)` - FEC is configured to use the IEEE Clause 108 (Reed-Solomon) standard. * `KP` - FEC is configured to use the KP (Backplane Ethernet) FEC mode.' type: string enum: - '' - Not Supported - Disabled - Auto - Cl74 - RS-IEEE(Cl108) - KP default: '' readOnly: true x-omitempty: true AllowedVlans: description: Allowed VLANs on this port. type: string readOnly: true x-omitempty: true MacAddress: description: Mac Address of a port in the Fabric Interconnect. type: string readOnly: true x-omitempty: true Mode: description: Operating mode of this port. type: string readOnly: true x-omitempty: true NativeVlan: description: Native VLAN for this port. type: string readOnly: true x-omitempty: true OperFec: description: 'Operational FEC mode for this port. * `` - Default value for FEC state. * `Not Supported` - FEC is not supported on this port. * `Disabled` - FEC is disabled on this port. * `Auto` - FEC mode is automatically negotiated between link partners. * `Cl74` - FEC is configured to use the IEEE Clause 74 (FireCode) standard. * `RS-IEEE(Cl108)` - FEC is configured to use the IEEE Clause 108 (Reed-Solomon) standard. * `KP` - FEC is configured to use the KP (Backplane Ethernet) FEC mode.' type: string enum: - '' - Not Supported - Disabled - Auto - Cl74 - RS-IEEE(Cl108) - KP default: '' readOnly: true x-omitempty: true OperSpeed: description: Current Operational speed for this port. type: string readOnly: true x-omitempty: true OperVlans: description: Operational VLANs on this port. type: string readOnly: true x-omitempty: true PeerDn: description: PeerDn for ethernet physical port. type: string readOnly: true x-omitempty: true PortChannelId: description: Port channel id for port channel created on FI switch. type: integer format: int64 readOnly: true x-omitempty: true PortName: description: Switch physical port name. type: string readOnly: true x-omitempty: true PortType: description: Defines the transport type for this port (ethernet OR fc). type: string readOnly: true x-omitempty: true TransceiverType: description: Transceiver model attached to a port in the Fabric Interconnect. type: string readOnly: true x-omitempty: true AcknowledgedPeerInterface: $ref: '#/components/schemas/port.InterfaceBase.Relationship' description: 'A reference to a portInterfaceBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' PeerInterface: $ref: '#/components/schemas/port.InterfaceBase.Relationship' description: 'A reference to a portInterfaceBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' equipment.Psu.Relationship: description: A relationship to the 'equipment.Psu' resource, or the expanded 'equipment.Psu' resource, or the 'null' value. x-one-of-name: equipment.Psu.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Psu' discriminator: propertyName: ClassId network.Element.Relationship: description: A relationship to the 'network.Element' resource, or the expanded 'network.Element' resource, or the 'null' value. x-one-of-name: network.Element.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.Element' discriminator: propertyName: ClassId network.Dns: title: Network:Dns description: Concrete class for list of DNS servers configured on the nexus end point. x-allOf-name: network.Dns allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.Dns', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.Dns default: network.Dns x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.Dns default: network.Dns x-enum-as-string: true AdditionalDomains: type: - array - 'null' items: description: Additional domain server list configured for VRF. type: string readOnly: true x-omitempty: true DefaultDomain: description: Default domain configured for VRF. type: string readOnly: true x-omitempty: true NameServers: type: - array - 'null' items: description: Name server list configured for VRF. type: string readOnly: true x-omitempty: true VrfName: description: Name of the VRF configured for the DNS. type: string readOnly: true x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.SystemIoController: title: Equipment:System Io Controller description: 'The equipment.SystemIoController (SIOC) object represents an I/O controller on a chassis, specifically designed to provide the data path for Cisco S-Series storage servers. #### Purpose The SystemIoController object is the primary inventory and management entity for a SIOC. It models the controller that connects an S-Series server to the fabric. It captures the SIOC''s identity, its operational state (operState), and its connection path to the Fabric Interconnects. It also serves as the container for the equipment.SharedIoModule (SIOM) that it houses. #### Key Concepts - **Storage Server I/O:** Represents the specialized I/O component for S-Series servers. - **Hierarchical Inventory:** Acts as the parent container for the equipment.SharedIoModule and the chassis management controller (management.Controller) associated with it. - **Connectivity Status:** The connectionPath and connectionStatus properties track its link to the upstream fabric. - **Chassis Component:** It is a child of an equipment.Chassis, defining its location within the storage server chassis.' x-allOf-name: equipment.SystemIoController allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.SystemIoController', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.SystemIoController default: equipment.SystemIoController x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.SystemIoController default: equipment.SystemIoController x-enum-as-string: true ChassisId: description: The assigned identifier for a chassis. type: string readOnly: true x-omitempty: true ConnectionPath: description: Connection Path identifies the data path available between IOModule and FI. type: string readOnly: true x-omitempty: true ConnectionStatus: description: Connection status identifies the status of data path. type: string readOnly: true x-omitempty: true Description: description: This field gives a brief information on systemIOController. type: string readOnly: true x-omitempty: true ManagingInstance: description: This field identifies the CIMC that manages the controller. type: string readOnly: true x-omitempty: true OperState: description: This field identifies the SIOC operational state. type: string readOnly: true x-omitempty: true PartNumber: description: Part Number identifier for the IO module. type: string readOnly: true x-omitempty: true Pid: description: This field identifies the Product ID for systemIOController. type: string readOnly: true x-omitempty: true SystemIoControllerId: description: This represents system I/O Controller identifier. type: integer format: int64 readOnly: true x-omitempty: true Cmc: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/management.Controller.Relationship description: 'A reference to a managementController resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true SharedIoModule: $ref: '#/components/schemas/equipment.SharedIoModule.Relationship' description: 'A reference to a equipmentSharedIoModule resource. When the $expand query parameter is specified, the referenced resource is returned inline.' fc.PortChannel.Relationship: description: A relationship to the 'fc.PortChannel' resource, or the expanded 'fc.PortChannel' resource, or the 'null' value. x-one-of-name: fc.PortChannel.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/fc.PortChannel' discriminator: propertyName: ClassId equipment.IoCardBase.Relationship: description: A relationship to the 'equipment.IoCardBase' resource, or the expanded 'equipment.IoCardBase' resource, or the 'null' value. x-one-of-name: equipment.IoCardBase.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.IoCardBase' discriminator: propertyName: ClassId equipment.FanModule.Relationship: description: A relationship to the 'equipment.FanModule' resource, or the expanded 'equipment.FanModule' resource, or the 'null' value. x-one-of-name: equipment.FanModule.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.FanModule' discriminator: propertyName: ClassId equipment.SharedAdapterUnit.Relationship: description: A relationship to the 'equipment.SharedAdapterUnit' resource, or the expanded 'equipment.SharedAdapterUnit' resource, or the 'null' value. x-one-of-name: equipment.SharedAdapterUnit.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.SharedAdapterUnit' discriminator: propertyName: ClassId network.SupervisorCard.Relationship: description: A relationship to the 'network.SupervisorCard' resource, or the expanded 'network.SupervisorCard' resource, or the 'null' value. x-one-of-name: network.SupervisorCard.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.SupervisorCard' discriminator: propertyName: ClassId network.InterfaceList: title: Network:Interface List description: List of interfaces available on the switch to describe the available port inventory information. x-allOf-name: network.InterfaceList allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.InterfaceList', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.InterfaceList default: network.InterfaceList x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.InterfaceList default: network.InterfaceList x-enum-as-string: true AdminState: description: Admin state of the interface list. type: string readOnly: true x-omitempty: true AllowedVlans: description: Allowed VLANs of the interface list. type: string readOnly: true x-omitempty: true Description: description: Description of the interface list. type: string readOnly: true x-omitempty: true DisplayName: description: Display name of the interface list. type: string readOnly: true x-omitempty: true IpAddress: description: IP address of the interface list. type: string readOnly: true x-omitempty: true IpSubnet: description: IP subnet of the interface list. type: integer format: int64 readOnly: true x-omitempty: true Mac: description: MAC address of the interface list. type: string readOnly: true x-omitempty: true Mtu: description: Maximum transmission unit of the interface list. type: integer format: int64 readOnly: true x-omitempty: true Name: description: Name of the interface list. type: string readOnly: true x-omitempty: true OperState: description: Operational state of the interface list. type: string readOnly: true x-omitempty: true PortChannelId: description: Port channel id for port channel created on FI switch. type: integer format: int64 readOnly: true x-omitempty: true PortSubType: description: Interface types supported in Network device like Subinterfaces, Breakout Interfaces. type: string readOnly: true x-omitempty: true PortType: description: Port type of interface list. type: string readOnly: true x-omitempty: true SlotId: description: Slot id of the interface list. type: string readOnly: true x-omitempty: true Speed: description: Port speed of the interface list. type: string readOnly: true x-omitempty: true SpeedGroup: description: Speed Group of the interface list. type: string readOnly: true x-omitempty: true Vlan: description: VLAN of the interface list. type: string readOnly: true x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.Base.Relationship: description: A relationship to the 'equipment.Base' resource, or the expanded 'equipment.Base' resource, or the 'null' value. x-one-of-name: equipment.Base.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Base' discriminator: propertyName: ClassId equipment.ChassisController: title: Equipment:Chassis Controller description: Chassis Controller represents the controller embedded within a network element that manages a chassis. x-allOf-name: equipment.ChassisController allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.ChassisController', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.ChassisController default: equipment.ChassisController x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.ChassisController default: equipment.ChassisController x-enum-as-string: true EquipmentType: description: 'The type of chassis controller. * `Unknown` - Chassis Controller equipment type is unknown. * `ECMC` - Chassis Controller equipment type is ECMC.' type: string enum: - Unknown - ECMC default: Unknown readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of chassis controller. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: Operational state of chassis controller. type: string readOnly: true x-omitempty: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.FeatureControl.Relationship: description: A relationship to the 'network.FeatureControl' resource, or the expanded 'network.FeatureControl' resource, or the 'null' value. x-one-of-name: network.FeatureControl.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.FeatureControl' discriminator: propertyName: ClassId equipment.SystemIoController.Relationship: description: A relationship to the 'equipment.SystemIoController' resource, or the expanded 'equipment.SystemIoController' resource, or the 'null' value. x-one-of-name: equipment.SystemIoController.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.SystemIoController' discriminator: propertyName: ClassId ether.PortChannel: title: Ether:Port Channel description: Ethernet port channels in a Fabric Interconnect are logical interfaces created by aggregating multiple physical Ethernet ports. This configuration enhances bandwidth, provides load balancing, and offers redundancy for network connections. x-allOf-name: ether.PortChannel allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface - type: object description: Definition of the list of properties defined in 'ether.PortChannel', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - ether.PortChannel default: ether.PortChannel x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - ether.PortChannel default: ether.PortChannel x-enum-as-string: true AccessVlan: description: Access VLANs for this port-channel, on this FI. type: string readOnly: true x-omitempty: true AdminState: description: Administratively configured state (enabled/disabled) for this port-channel. type: string readOnly: true x-omitempty: true AllowedVlans: description: Allowed VLANs on this port-channel, on this FI. type: string readOnly: true x-omitempty: true BandWidth: description: Bandwidth of this port-channel. type: string readOnly: true x-omitempty: true Description: description: Description of this port-channel. type: string readOnly: true x-omitempty: true IpAddress: description: IP address of this port-channel. type: string readOnly: true x-omitempty: true IpAddressMask: description: IP address mask of this port-channel. type: integer format: int64 readOnly: true x-omitempty: true Ipv6SubnetCidr: description: IPv6 subnet in CIDR notation of this port-channel. Ex. 2000::/8. type: string readOnly: true x-omitempty: true MacAddress: description: MAC address of this port-channel. type: string readOnly: true x-omitempty: true Mode: description: Operating mode of this port-channel. type: string readOnly: true x-omitempty: true Mtu: description: Maximum transmission unit of this port-channel. type: integer format: int64 readOnly: true x-omitempty: true Name: description: Name of the port channel. type: string readOnly: true x-omitempty: true NativeVlan: description: Native VLAN for this port-channel, on this FI. type: string readOnly: true x-omitempty: true OperSpeed: description: Operational speed of this port-channel. type: string readOnly: true x-omitempty: true OperState: description: Operational state of this port-channel. type: string readOnly: true x-omitempty: true OperStateQual: description: Reason for this port-channel's Operational state. type: string readOnly: true x-omitempty: true OperVlans: description: Operational VLANs on this port. type: string readOnly: true x-omitempty: true PortChannelId: description: Unique identifier for this port-channel on the FI. type: integer format: int64 readOnly: true x-omitempty: true Role: description: This port-channel's configured role (uplink, server, etc.). type: string readOnly: true x-omitempty: true Status: description: Detailed status of this port-channel. type: string readOnly: true x-omitempty: true SwitchId: description: Switch Identifier that is local to a cluster. type: string readOnly: true x-omitempty: true UserLabel: description: The user defined label assigned to the port channel. type: string readOnly: true x-omitempty: true EquipmentSwitchCard: $ref: '#/components/schemas/equipment.SwitchCard.Relationship' description: 'A reference to a equipmentSwitchCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.Element: title: Network:Element description: The Cisco UCS Fabric Interconnect module within a domain supporting a range of models including the 6400, 6500 series etc. x-allOf-name: network.Element allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'network.Element', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.Element default: network.Element x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.Element default: network.Element x-enum-as-string: true AdminEvacState: description: 'Administratively configured state of Fabric Evacuation feature, for this switch. * `` - Evacuation state of the switch is unknown. * `enabled` - Evacuation state of the switch is enabled. * `disabled` - Evacuation state of the switch is disabled. * `applying` - Evacuation state of the switch when evacuation is in progress. * `on` - Evacuation state of the switch is enabled. * `off` - Evacuation state of the switch is disabled. * `N/A` - Evacuation state of the switch is not applicable.' type: string enum: - '' - enabled - disabled - applying - 'on' - 'off' - N/A default: '' readOnly: true x-omitempty: true AdminInbandInterfaceState: description: The administrative state of the network Element inband management interface. type: string readOnly: true x-omitempty: true AlarmSummary: description: The summary of alarm counts based on the severity types (Critical or Warning). $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.AlarmSummary x-omitempty: true AvailableMemory: description: Available memory (un-used) on this switch platform. type: string readOnly: true x-omitempty: true CdpEnabled: description: Cisco Discovery Protocol configuration for the switch. type: boolean default: false readOnly: true x-omitempty: true Chassis: description: Chassis IP of the switch. type: string x-omitempty: true ConfModTs: description: Configuration modified timestamp of the switch. type: string x-omitempty: true ConfModTsBackup: description: Configuration modified backup timestamp of the switch. type: string x-omitempty: true ConfigRestoreState: description: Indicates if the network Element is in a config restore state. type: boolean default: false readOnly: true x-omitempty: true ConnectionStatus: description: Connection status of the switch. type: string x-omitempty: true DefaultDomain: description: The default domain name configured on the switch. type: string pattern: ^$|^[a-zA-Z0-9]+([-.]{1}[a-zA-Z0-9]+)*$ minLength: 0 maxLength: 255 x-omitempty: true EthernetMode: description: The user configured Ethernet operational mode for this switch (End-Host or Switching). deprecated: true x-sunset: '2027-03-01' type: string readOnly: true x-omitempty: true EthernetSwitchingMode: description: 'The user configured Ethernet operational mode for this switch (End-Host or Switching). * `end-host` - In end-host mode, the fabric interconnects appear to the upstream devices as end hosts with multiple links.In this mode, the switch does not run Spanning Tree Protocol and avoids loops by following a set of rules for traffic forwarding.In case of ethernet switching mode - Ethernet end-host mode is also known as Ethernet host virtualizer. * `switch` - In switch mode, the switch runs Spanning Tree Protocol to avoid loops, and broadcast and multicast packets are handled in the traditional way.This is the traditional switch mode.' type: string enum: - end-host - switch default: end-host readOnly: true x-omitempty: true FaultSummary: description: The fault summary of the network Element out-of-band management interface. deprecated: true x-sunset: '2027-03-01' type: integer format: int64 x-omitempty: true FcMode: description: The user configured FC operational mode for this switch (End-Host or Switching). deprecated: true x-sunset: '2027-03-01' type: string readOnly: true x-omitempty: true FcSwitchingMode: description: 'The user configured FC operational mode for this switch (End-Host or Switching). * `end-host` - In end-host mode, the fabric interconnects appear to the upstream devices as end hosts with multiple links.In this mode, the switch does not run Spanning Tree Protocol and avoids loops by following a set of rules for traffic forwarding.In case of ethernet switching mode - Ethernet end-host mode is also known as Ethernet host virtualizer. * `switch` - In switch mode, the switch runs Spanning Tree Protocol to avoid loops, and broadcast and multicast packets are handled in the traditional way.This is the traditional switch mode.' type: string enum: - end-host - switch default: end-host readOnly: true x-omitempty: true FpgaUpgradeNeeded: description: The flag to check vulnerability with secure boot technology. type: boolean readOnly: true x-omitempty: true InbandIpAddress: description: The IP address of the network Element inband management interface. type: string readOnly: true x-omitempty: true InbandIpGateway: description: The default gateway of the network Element inband management interface. type: string readOnly: true x-omitempty: true InbandIpMask: description: The network mask of the network Element inband management interface. type: string readOnly: true x-omitempty: true InbandIpv6Address: description: The IPv6 address of the network Element inband management interface. type: string x-omitempty: true InbandIpv6Gateway: description: The default IPv6 gateway of the network Element inband management interface. type: string x-omitempty: true InbandIpv6Prefix: description: The network mask of the network Element inband management interface. type: string x-omitempty: true InbandMac: description: The MAC address of the network Element inband management interface. type: string x-omitempty: true InbandVlan: description: The VLAN ID of the network Element inband management interface. type: integer format: int64 readOnly: true x-omitempty: true InterClusterLinkState: description: 'The intercluster link state of the switch. * `Unknown` - The operational state of the link is not known. * `Up` - The operational state of the link is up. * `Down` - The operational state of the link is down. * `Degraded` - The link is operational but degraded. This state is applicable to port channels when any one of the member links is down.' type: string enum: - Unknown - Up - Down - Degraded default: Unknown readOnly: true x-omitempty: true JumboFrameEnabled: description: Jumbo Frame configuration for the switch. type: boolean default: true readOnly: true x-omitempty: true LldpEnabled: description: Link Layer Discovery Protocol configuration for the switch. type: boolean default: false readOnly: true x-omitempty: true LocationDetails: description: Location details associated with the managed object. When a Target object is assigned to a location the details of the associated location are copied into the Target and other related objects in the LocationDetails property. $ref: intersight-hyperflex-v3-1.0.11-20260807064027971.json#/components/schemas/comm.GeoLocationDetails readOnly: true x-omitempty: true ManagementMode: description: 'The management mode of the fabric interconnect. * `IntersightStandalone` - Intersight Standalone mode of operation. * `UCSM` - Unified Computing System Manager mode of operation. * `Intersight` - Intersight managed mode of operation.' type: string enum: - IntersightStandalone - UCSM - Intersight default: IntersightStandalone x-omitempty: true OperEvacState: description: 'Operational state of the Fabric Evacuation feature, for this switch. * `` - Evacuation state of the switch is unknown. * `enabled` - Evacuation state of the switch is enabled. * `disabled` - Evacuation state of the switch is disabled. * `applying` - Evacuation state of the switch when evacuation is in progress. * `on` - Evacuation state of the switch is enabled. * `off` - Evacuation state of the switch is disabled. * `N/A` - Evacuation state of the switch is not applicable.' type: string enum: - '' - enabled - disabled - applying - 'on' - 'off' - N/A default: '' readOnly: true x-omitempty: true Operability: description: The switch's current overall operational/health state. type: string readOnly: true x-omitempty: true OutOfBandIpAddress: description: The IP address of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpGateway: description: The default gateway of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpMask: description: The network mask of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpv4Address: description: The IPv4 address of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpv4Gateway: description: The default IPv4 gateway of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpv4Mask: description: The network mask of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpv6Address: description: The IPv6 address of the network Element out-of-band management interface. type: string x-omitempty: true OutOfBandIpv6Error: description: Any error message related to IPv6 configuration on the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true OutOfBandIpv6Gateway: description: The default IPv6 gateway of the network Element out-of-band management interface. type: string x-omitempty: true OutOfBandIpv6Mode: description: 'The IPv6 address configuration mode of the network Element out-of-band management interface. * `` - The IPv6 address mode is not available or not applicable. * `slaac` - IPv6 address is configured via Stateless Address Autoconfiguration (SLAAC). * `static` - IPv6 address is statically configured. * `disabled` - IPv6 is disabled on the out-of-band management interface.' type: string enum: - '' - slaac - static - disabled default: '' readOnly: true x-omitempty: true OutOfBandIpv6Prefix: description: The network mask of the network Element out-of-band management interface. type: string x-omitempty: true OutOfBandIpv6Redirects: description: 'The IPv6 ICMPv6 redirects configuration on the network Element out-of-band management interface. * `` - The IPv6 redirects configuration is not available or not applicable. * `enabled` - IPv6 ICMPv6 redirects are enabled on the management interface. * `disabled` - IPv6 ICMPv6 redirects are disabled on the management interface.' type: string enum: - '' - enabled - disabled default: '' readOnly: true x-omitempty: true OutOfBandIpv6SlaacIidMode: description: 'The SLAAC Interface Identifier (IID) mode for the network Element out-of-band management IPv6 address. * `` - The SLAAC IID mode is not available or not applicable. * `eui64` - The SLAAC IID is derived from the MAC address using the EUI-64 method. * `opaque` - The SLAAC IID is generated using an opaque identifier for privacy.' type: string enum: - '' - eui64 - opaque default: '' readOnly: true x-omitempty: true OutOfBandIpv6Status: description: 'The status of the IPv6 configuration on the network Element out-of-band management interface. * `` - The IPv6 address status is not available or not applicable. * `active` - The IPv6 address is active and in use. * `tentative` - The IPv6 address is in tentative state (Duplicate Address Detection in progress). * `duplicate` - The IPv6 address is a duplicate (DAD failed). * `deprecated` - The IPv6 address is deprecated (preferred lifetime expired). * `disabled` - The IPv6 address is disabled. * `waiting` - SLAAC is configured but waiting for a Router Advertisement to assign an address. * `error` - An error occurred during IPv6 address configuration. * `unknown` - The IPv6 address status is unknown.' type: string enum: - '' - active - tentative - duplicate - deprecated - disabled - waiting - error - unknown default: '' readOnly: true x-omitempty: true OutOfBandMac: description: The MAC address of the network Element out-of-band management interface. type: string readOnly: true x-omitempty: true PartNumber: description: Part number of the switch. type: string x-omitempty: true PeerFirmwareOutOfSync: description: The flag to indicate the firmware of peer Fabric Interconnect is out of sync. type: boolean readOnly: true x-omitempty: true ReservedVlanStartId: description: The reserved VLAN start ID of the Network Element. A block of 128 VLANs are reserved for internal use and cannot be used for carrying network traffic. type: integer format: int64 readOnly: true x-omitempty: true RouterMac: description: This MAC address will be the source MAC address for NetFlow packets. type: string readOnly: true x-omitempty: true SecureRouterInfo: description: Information about secure routers detected, discovered and configured. $ref: '#/components/schemas/network.SecureRouterInfo' readOnly: true x-omitempty: true SlotId: description: The Slot Id of the network Element when embedded inside a chassis. type: integer format: int64 readOnly: true x-omitempty: true Status: description: The status of the switch. type: string x-omitempty: true StpMode: description: 'Spanning Tree Protocol configuration for the switch. * `Disabled` - Spanning Tree Protocol (STP) is disabled. * `STP` - Spanning Tree Protocol (STP) is enabled and operating in STP. * `RSTP` - Spanning Tree Protocol (STP) is enabled and operating in RSTP mode. * `MSTP` - Spanning Tree Protocol (STP) is enabled and operating in MSTP mode. * `PVST+` - Spanning Tree Protocol (STP) is enabled and operating in PVST mode. * `RPVST+` - Spanning Tree Protocol (STP) is enabled and operating in RPVST mode.' type: string enum: - Disabled - STP - RSTP - MSTP - PVST+ - RPVST+ default: Disabled readOnly: true x-omitempty: true SwitchId: description: The Switch Id of the network Element. type: string readOnly: true x-omitempty: true SwitchProfileName: description: The name of switch profile associated with the switch. type: string readOnly: true x-omitempty: true SwitchType: description: 'The Switch type that the network element is a part of. * `FabricInterconnect` - The default Switch type of UCSM and IMM mode devices. * `NexusDevice` - Switch type of Nexus devices. * `MDSDevice` - Switch type of Nexus MDS devices. * `EdgeChassisManagementController` - Switch type of Edge Chassis Management Controller.' type: string enum: - FabricInterconnect - NexusDevice - MDSDevice - EdgeChassisManagementController default: FabricInterconnect readOnly: true x-omitempty: true SwitchWwn: description: World Wide Name of the switch. type: string readOnly: true x-omitempty: true SystemUpTime: description: System up time of the switch. type: string x-omitempty: true Thermal: description: 'The Thermal status of the fabric interconnect. * `unknown` - The default state of the sensor (in case no data is received). * `ok` - State of the sensor indicating the sensor''s temperature range is okay. * `upper-non-recoverable` - State of the sensor indicating that the temperature is extremely high above normal range. * `upper-critical` - State of the sensor indicating that the temperature is above normal range. * `upper-non-critical` - State of the sensor indicating that the temperature is a little above the normal range. * `lower-non-critical` - State of the sensor indicating that the temperature is a little below the normal range. * `lower-critical` - State of the sensor indicating that the temperature is below normal range. * `lower-non-recoverable` - State of the sensor indicating that the temperature is extremely below normal range.' type: string enum: - unknown - ok - upper-non-recoverable - upper-critical - upper-non-critical - lower-non-critical - lower-critical - lower-non-recoverable default: unknown x-omitempty: true TotalMemory: description: Total available memory on this switch platform. type: integer format: int64 readOnly: true x-omitempty: true UserLabel: description: The user defined label assigned to the switch. type: string pattern: ^[ !#$%&\(\)\*\+,\-\./:;\?@\[\]_\{\|\}~a-zA-Z0-9]*$ minLength: 0 maxLength: 64 x-omitempty: true Version: description: Firmware version of the switch. type: string x-omitempty: true AssignedLocation: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.GeoLocation.Relationship description: 'A reference to a assetGeoLocation resource. When the $expand query parameter is specified, the referenced resource is returned inline.' Cards: description: An array of relationships to equipmentSwitchCard resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.SwitchCard.Relationship' readOnly: true CdpNeighbor: description: An array of relationships to networkDiscoveredNeighbor resources. type: - array - 'null' items: $ref: '#/components/schemas/network.DiscoveredNeighbor.Relationship' readOnly: true ChassisController: $ref: '#/components/schemas/equipment.ChassisController.Relationship' description: 'A reference to a equipmentChassisController resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Console: description: An array of relationships to consoleConsoleConfig resources. type: - array - 'null' items: $ref: '#/components/schemas/console.ConsoleConfig.Relationship' readOnly: true Dns: description: An array of relationships to networkDns resources. type: - array - 'null' items: $ref: '#/components/schemas/network.Dns.Relationship' readOnly: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EtherPortChannels: description: An array of relationships to etherPortChannel resources. type: - array - 'null' items: $ref: '#/components/schemas/ether.PortChannel.Relationship' readOnly: true Fanmodules: description: An array of relationships to equipmentFanModule resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.FanModule.Relationship' readOnly: true FcPortChannels: description: An array of relationships to fcPortChannel resources. type: - array - 'null' items: $ref: '#/components/schemas/fc.PortChannel.Relationship' readOnly: true FeatureControl: description: An array of relationships to networkFeatureControl resources. type: - array - 'null' items: $ref: '#/components/schemas/network.FeatureControl.Relationship' readOnly: true InterfaceList: description: An array of relationships to networkInterfaceList resources. type: - array - 'null' items: $ref: '#/components/schemas/network.InterfaceList.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true LicenseFile: description: An array of relationships to networkLicenseFile resources. type: - array - 'null' items: $ref: '#/components/schemas/network.LicenseFile.Relationship' readOnly: true LldpNeighbor: description: An array of relationships to networkDiscoveredNeighbor resources. type: - array - 'null' items: $ref: '#/components/schemas/network.DiscoveredNeighbor.Relationship' readOnly: true LocatorLed: $ref: '#/components/schemas/equipment.LocatorLed.Relationship' description: 'A reference to a equipmentLocatorLed resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ManagementController: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/management.Controller.Relationship description: 'A reference to a managementController resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ManagementEntity: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/management.Entity.Relationship description: 'A reference to a managementEntity resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkFcZoneInfo: $ref: '#/components/schemas/network.FcZoneInfo.Relationship' description: 'A reference to a networkFcZoneInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkVlanPortInfo: $ref: '#/components/schemas/network.VlanPortInfo.Relationship' description: 'A reference to a networkVlanPortInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NtpServer: description: An array of relationships to ntpNtpServer resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/ntp.NtpServer.Relationship readOnly: true PortMacBindings: description: An array of relationships to portMacBinding resources. type: - array - 'null' items: $ref: '#/components/schemas/port.MacBinding.Relationship' readOnly: true ProcessorUnit: description: An array of relationships to processorUnit resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/processor.Unit.Relationship Psus: description: An array of relationships to equipmentPsu resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Psu.Relationship' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Sensors: description: An array of relationships to equipmentSensor resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Sensor.Relationship' readOnly: true StorageItems: description: An array of relationships to storageItem resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/storage.Item.Relationship readOnly: true SupervisorCard: description: An array of relationships to networkSupervisorCard resources. type: - array - 'null' items: $ref: '#/components/schemas/network.SupervisorCard.Relationship' TopSystem: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/top.System.Relationship description: 'A reference to a topSystem resource. When the $expand query parameter is specified, the referenced resource is returned inline.' UcsmRunningFirmware: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/firmware.RunningFirmware.Relationship description: 'A reference to a firmwareRunningFirmware resource. When the $expand query parameter is specified, the referenced resource is returned inline.' Veths: description: An array of relationships to networkVethernet resources. type: - array - 'null' items: $ref: '#/components/schemas/network.Vethernet.Relationship' readOnly: true Vfcs: description: An array of relationships to networkVfc resources. type: - array - 'null' items: $ref: '#/components/schemas/network.Vfc.Relationship' readOnly: true VpcDomain: $ref: '#/components/schemas/network.VpcDomain.Relationship' description: 'A reference to a networkVpcDomain resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true VpcMember: description: An array of relationships to networkVpcMember resources. type: - array - 'null' items: $ref: '#/components/schemas/network.VpcMember.Relationship' readOnly: true VpcPeer: description: An array of relationships to networkVpcPeer resources. type: - array - 'null' items: $ref: '#/components/schemas/network.VpcPeer.Relationship' readOnly: true Vrf: description: An array of relationships to networkVrf resources. type: - array - 'null' items: $ref: '#/components/schemas/network.Vrf.Relationship' readOnly: true port.Physical: title: Port:Physical description: Abstract super class for all ports. x-allOf-name: port.Physical allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Interface - type: object description: Definition of the list of properties defined in 'port.Physical', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - ether.HostPort - ether.InterSwitchPort - ether.PhysicalPort - fc.PhysicalPort x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - ether.HostPort - ether.InterSwitchPort - ether.PhysicalPort - fc.PhysicalPort x-enum-as-string: true OperState: description: Operational state of this port (enabled/disabled). type: string readOnly: true x-omitempty: true OperStateQual: description: Reason for this port's Operational state. type: string readOnly: true x-omitempty: true PortId: description: Switch physical port identifier. type: integer format: int64 readOnly: true x-omitempty: true Role: description: The role assigned to this port. type: string readOnly: true x-omitempty: true SlotId: description: Switch expansion slot module identifier. type: integer format: int64 readOnly: true x-omitempty: true SwitchId: description: Switch Identifier that is local to a cluster. type: string readOnly: true x-omitempty: true equipment.RackEnclosureSlot: title: Equipment:Rack Enclosure Slot description: 'The equipment.RackEnclosureSlot object represents a physical slot within a rack enclosure that is designed to hold a rack-mounted server. #### Purpose The main function of this object is to model the individual server slots within a larger rack enclosure. It establishes the link between a physical slot and the compute.RackUnit that occupies it. It is essential for accurately representing the physical topology of the enclosure and its contained servers. #### Key Concepts - **Physical Slot Representation:** Models a single server bay within a rack enclosure. - **Server-to-Slot Mapping:** The relationship to a compute.RackUnit and the rackUnitDn property create the explicit link between the server and its physical location. - **Location Identification:** The rackId property (equivalent to the server ID) and its parent equipment.RackEnclosure uniquely identify the slot''s position. - **Hierarchical Structure:** Exists as a child of an equipment.RackEnclosure, forming part of the overall enclosure inventory.' x-allOf-name: equipment.RackEnclosureSlot allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.RackEnclosureSlot', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.RackEnclosureSlot default: equipment.RackEnclosureSlot x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.RackEnclosureSlot default: equipment.RackEnclosureSlot x-enum-as-string: true RackId: description: Server ID which is part of Rack Enclosure Slot. type: integer format: int64 readOnly: true x-omitempty: true RackUnitDn: description: Server DN which is part of Rack Enclosure Slot. type: string readOnly: true x-omitempty: true EquipmentRackEnclosure: $ref: '#/components/schemas/equipment.RackEnclosure.Relationship' description: 'A reference to a equipmentRackEnclosure resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RackUnit: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.RackUnit.Relationship description: 'A reference to a computeRackUnit resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true console.ConsoleConfig: title: Console:Console Config description: 'The console.ConsoleConfig object represents the configuration of a terminal console port on a network device. This provides inventory details for the asynchronous serial line settings. #### Purpose The primary purpose of this object is to provide a read-only inventory of the serial console port''s communication parameters. This includes settings like speed (baud rate), dataBits, stopBits, and parity. This information is crucial for administrators who need to establish a direct serial connection for out-of-band management or troubleshooting. #### Key Concepts - **Serial Port Inventory:** Captures the complete set of configuration parameters for a device''s console port. - **Connectivity Parameters:** Provides the exact settings required for a terminal client to successfully connect to the device. - **Read-Only State:** Reflects the current configuration on the device, serving as a source of truth for its console settings. - **Device-Specific:** Associated with a specific network element, providing the console configuration for that particular device.' x-allOf-name: console.ConsoleConfig allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'console.ConsoleConfig', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - console.ConsoleConfig default: console.ConsoleConfig x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - console.ConsoleConfig default: console.ConsoleConfig x-enum-as-string: true DataBits: description: The databits numbers in console. type: integer format: int64 x-omitempty: true Parity: description: 'The parity bit of the console. * `none` - If Parity is none, parity checking is not performed and the parity bit is not transmitted. * `odd` - If Parity is odd, the number of mark bits (1s) in the data is counted, and the parity bit is asserted or unasserted to obtain an odd number of mark bits. * `even` - If Parity is even, the number of mark bits in the data is counted, and the parity bit is asserted or unasserted to obtain an even number of mark bits. * `mark` - If Parity is mark, the parity bit is asserted. * `space` - If Parity is space, the parity bit is unasserted.' type: string enum: - none - odd - even - mark - space default: none x-omitempty: true Speed: description: The speed of the console. type: integer format: int64 x-omitempty: true StopBits: description: The stopbits of async line in console. type: integer format: int64 x-omitempty: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' console.ConsoleConfig.Relationship: description: A relationship to the 'console.ConsoleConfig' resource, or the expanded 'console.ConsoleConfig' resource, or the 'null' value. x-one-of-name: console.ConsoleConfig.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/console.ConsoleConfig' discriminator: propertyName: ClassId equipment.Base: title: Equipment:Base description: Abstract base class for all equipments which have a vendor /model / serial. x-allOf-name: equipment.Base allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'equipment.Base', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - adapter.HostFcInterface - adapter.HostIscsiInterface - adapter.Unit - adapter.UnitExpander - bios.BootDevice - bios.SystemBootOrder - bios.Unit - boot.CddDevice - boot.HddDevice - boot.IscsiDevice - boot.NvmeDevice - boot.PchStorageDevice - boot.PxeDevice - boot.SanDevice - boot.SdDevice - boot.UefiShellDevice - boot.UsbDevice - boot.VmediaDevice - catalystsdwan.VedgeDevice - catalystsdwan.WanEdgeDevice - compute.Blade - compute.Board - compute.RackUnit - equipment.Chassis - equipment.ChassisController - equipment.EnclosureElement - equipment.ExpanderModule - equipment.Fan - equipment.FanControl - equipment.FanModule - equipment.Fex - equipment.Fru - equipment.HybridDriveSlot - equipment.Interconnect - equipment.IoCard - equipment.IoExpander - equipment.Psu - equipment.PsuControl - equipment.RackEnclosure - equipment.RackEnclosureSlot - equipment.Riser - equipment.SharedAdapterUnit - equipment.SharedGraphicsCard - equipment.SharedIoModule - equipment.SwitchCard - equipment.SystemIoController - equipment.Tpm - equipment.Transceiver - graphics.Card - graphics.Controller - memory.Array - memory.PersistentMemoryUnit - memory.Unit - meraki.Device - network.Element - network.SecureRouter - network.SupervisorCard - pci.CoprocessorCard - pci.Device - pci.Link - pci.Node - pci.Slot - pci.Switch - processor.Unit - security.Unit - storage.BatteryBackupUnit - storage.Controller - storage.DiskSlot - storage.Enclosure - storage.EnclosureDisk - storage.FlexFlashController - storage.FlexFlashControllerProps - storage.FlexFlashPhysicalDrive - storage.FlexFlashVirtualDrive - storage.FlexUtilPhysicalDrive - storage.HitachiArray - storage.HitachiController - storage.HitachiDisk - storage.NetAppBaseDisk - storage.NetAppCluster - storage.NetAppNode - storage.PhysicalDisk - storage.PhysicalDiskExtension - storage.PureArray - storage.PureController - storage.PureDisk - storage.PureFlashBladeSystem - storage.SasExpander - storage.VirtualDrive - storage.VirtualDriveContainer x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property. The enum values provides the list of concrete types that can be instantiated from this abstract type.' enum: - adapter.HostFcInterface - adapter.HostIscsiInterface - adapter.Unit - adapter.UnitExpander - bios.BootDevice - bios.SystemBootOrder - bios.Unit - boot.CddDevice - boot.HddDevice - boot.IscsiDevice - boot.NvmeDevice - boot.PchStorageDevice - boot.PxeDevice - boot.SanDevice - boot.SdDevice - boot.UefiShellDevice - boot.UsbDevice - boot.VmediaDevice - catalystsdwan.VedgeDevice - catalystsdwan.WanEdgeDevice - compute.Blade - compute.Board - compute.RackUnit - equipment.Chassis - equipment.ChassisController - equipment.EnclosureElement - equipment.ExpanderModule - equipment.Fan - equipment.FanControl - equipment.FanModule - equipment.Fex - equipment.Fru - equipment.HybridDriveSlot - equipment.Interconnect - equipment.IoCard - equipment.IoExpander - equipment.Psu - equipment.PsuControl - equipment.RackEnclosure - equipment.RackEnclosureSlot - equipment.Riser - equipment.SharedAdapterUnit - equipment.SharedGraphicsCard - equipment.SharedIoModule - equipment.SwitchCard - equipment.SystemIoController - equipment.Tpm - equipment.Transceiver - graphics.Card - graphics.Controller - memory.Array - memory.PersistentMemoryUnit - memory.Unit - meraki.Device - network.Element - network.SecureRouter - network.SupervisorCard - pci.CoprocessorCard - pci.Device - pci.Link - pci.Node - pci.Slot - pci.Switch - processor.Unit - security.Unit - storage.BatteryBackupUnit - storage.Controller - storage.DiskSlot - storage.Enclosure - storage.EnclosureDisk - storage.FlexFlashController - storage.FlexFlashControllerProps - storage.FlexFlashPhysicalDrive - storage.FlexFlashVirtualDrive - storage.FlexUtilPhysicalDrive - storage.HitachiArray - storage.HitachiController - storage.HitachiDisk - storage.NetAppBaseDisk - storage.NetAppCluster - storage.NetAppNode - storage.PhysicalDisk - storage.PhysicalDiskExtension - storage.PureArray - storage.PureController - storage.PureDisk - storage.PureFlashBladeSystem - storage.SasExpander - storage.VirtualDrive - storage.VirtualDriveContainer x-enum-as-string: true IsUpgraded: description: This field indicates the compute status of the catalog values for the associated component or hardware. type: boolean default: false readOnly: true x-omitempty: true Model: description: This field displays the model number of the associated component or hardware. type: string readOnly: true x-omitempty: true Presence: description: This field indicates the presence (equipped) or absence (absent) of the associated component or hardware. type: string readOnly: true x-omitempty: true Revision: description: This field displays the revised version of the associated component or hardware (if any). type: string readOnly: true x-omitempty: true Serial: description: This field displays the serial number of the associated component or hardware. type: string readOnly: true x-omitempty: true Vendor: description: This field displays the vendor information of the associated component or hardware. type: string readOnly: true x-omitempty: true PreviousFru: $ref: '#/components/schemas/equipment.Fru.Relationship' description: 'A reference to a equipmentFru resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.Vfc.Relationship: description: A relationship to the 'network.Vfc' resource, or the expanded 'network.Vfc' resource, or the 'null' value. x-one-of-name: network.Vfc.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.Vfc' discriminator: propertyName: ClassId equipment.RackEnclosure: title: Equipment:Rack Enclosure description: 'The equipment.RackEnclosure object represents a physical enclosure that houses multiple rack-mounted servers, providing shared infrastructure like power and cooling. #### Purpose The RackEnclosure object serves as a container and management entity for a group of rack servers that are part of a single physical unit. This provides a way to inventory the enclosure itself and acts as a parent for the components it contains, such as equipment.RackEnclosureSlot objects, equipment.Psu units, and equipment.FanModule modules. #### Key Concepts - **Server Aggregation:** Groups multiple rack servers into a single managed enclosure. - **Hierarchical Inventory:** Provides a structured parent-child relationship to its contained slots, PSUs, and fan modules. - **Unique Identification:** Identified by a system-assigned enclosureId. - **Shared Infrastructure Model:** Represents the shared resources (power, cooling) that are common to all servers within the enclosure.' x-allOf-name: equipment.RackEnclosure allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.RackEnclosure', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.RackEnclosure default: equipment.RackEnclosure x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.RackEnclosure default: equipment.RackEnclosure x-enum-as-string: true EnclosureId: description: This represents the Enclosure Identifier for Rack servers. type: integer format: int64 readOnly: true x-omitempty: true Fanmodules: description: An array of relationships to equipmentFanModule resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.FanModule.Relationship' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Psus: description: An array of relationships to equipmentPsu resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.Psu.Relationship' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true Slots: description: An array of relationships to equipmentRackEnclosureSlot resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.RackEnclosureSlot.Relationship' readOnly: true equipment.LocatorLed: title: Equipment:Locator Led description: 'The equipment.LocatorLed object represents the physical locator LED (Light Emitting Diode) on a piece of equipment, such as a server, chassis, or Fabric Interconnect. #### Purpose The main function of this object is to inventory and control the state of a locator LED. The locator LED is a visual indicator used by data center technicians to physically identify a specific piece of hardware among many others in a rack. It allows an administrator to remotely turn the LED on or off. #### Key Concepts - **Physical Identification:** Provides a mechanism to visually identify hardware in a data center. - **State Control:** While the operState property is read-only in the inventory model, it is the target of actions that change the LED''s state (typically "on" or "off"). - **Visual Feedback:** The color property reports the color of the LED, which is often blue. - **Broad Applicability:** Can be associated with various types of equipment, including compute.RackUnit, compute.Blade, equipment.Chassis, and network.Element.' x-allOf-name: equipment.LocatorLed allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'equipment.LocatorLed', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.LocatorLed default: equipment.LocatorLed x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.LocatorLed default: equipment.LocatorLed x-enum-as-string: true Color: description: Color of the locatorled available on an equipment. type: string readOnly: true x-omitempty: true OperState: description: Identifies the operational state of locatorled. type: string readOnly: true x-omitempty: true ComputeBlade: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.Blade.Relationship description: 'A reference to a computeBlade resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true ComputeRackUnit: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/compute.RackUnit.Relationship description: 'A reference to a computeRackUnit resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true EquipmentFex: $ref: '#/components/schemas/equipment.Fex.Relationship' description: 'A reference to a equipmentFex resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.Element.Relationship description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkSecureRouter: $ref: intersight-fabric-v3-1.0.11-20260807064027971.json#/components/schemas/network.SecureRouter.Relationship description: 'A reference to a networkSecureRouter resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PciNode: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/pci.Node.Relationship description: 'A reference to a pciNode resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true StoragePhysicalDisk: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/storage.PhysicalDisk.Relationship description: 'A reference to a storagePhysicalDisk resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.Fru.Relationship: description: A relationship to the 'equipment.Fru' resource, or the expanded 'equipment.Fru' resource, or the 'null' value. x-one-of-name: equipment.Fru.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.Fru' discriminator: propertyName: ClassId equipment.RackEnclosureSlot.Relationship: description: A relationship to the 'equipment.RackEnclosureSlot' resource, or the expanded 'equipment.RackEnclosureSlot' resource, or the 'null' value. x-one-of-name: equipment.RackEnclosureSlot.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/equipment.RackEnclosureSlot' discriminator: propertyName: ClassId ether.HostPort: title: Ether:Host Port description: 'The ether.HostPort object represents a host-facing physical port on an I/O Module (IOM) or Fabric Extender (FEX). These ports provide the physical connection from the server''s network adapter to the fabric. #### Purpose The HostPort object is used to model and inventory the physical server-facing ports on an IOM or FEX. It captures the port''s identity, its administrative and operational state, and its discovered peer interface. It is fundamental to understanding the physical topology between the servers and the fabric. #### Key Concepts - **Server-Facing Port Model:** Represents a physical port that connects directly to a server''s adapter. - **Peer Discovery:** The peerInterface relationship links the host port to the specific adapter.ExtEthInterface on the server that is connected to it, which is key for topology mapping and fault correlation. - **State Monitoring:** Tracks the adminState and operState of the port, allowing for monitoring of the physical link status. - **Location Identification:** Identified by its portId, slotId, and moduleId, which define its precise physical location on the IOM/FEX.' x-allOf-name: ether.HostPort allOf: - $ref: '#/components/schemas/ether.PhysicalPortBase' - type: object description: Definition of the list of properties defined in 'ether.HostPort', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - ether.HostPort default: ether.HostPort x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - ether.HostPort default: ether.HostPort x-enum-as-string: true AdminState: description: Administratively configured state (enabled/disabled) for this port. type: string readOnly: true x-omitempty: true AggregatePortId: description: Breakout port member in the fabric extender. type: integer format: int64 readOnly: true x-omitempty: true ModuleId: description: Fabric extender identifier for this port. type: integer format: int64 readOnly: true x-omitempty: true Speed: description: Host Port Speed of IO card or fabric extender. type: string readOnly: true x-omitempty: true EquipmentIoCardBase: $ref: '#/components/schemas/equipment.IoCardBase.Relationship' description: 'A reference to a equipmentIoCardBase resource. When the $expand query parameter is specified, the referenced resource is returned inline.' EquipmentSwitchCard: $ref: '#/components/schemas/equipment.SwitchCard.Relationship' description: 'A reference to a equipmentSwitchCard resource. When the $expand query parameter is specified, the referenced resource is returned inline.' RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true network.VpcPeer.Relationship: description: A relationship to the 'network.VpcPeer' resource, or the expanded 'network.VpcPeer' resource, or the 'null' value. x-one-of-name: network.VpcPeer.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.VpcPeer' discriminator: propertyName: ClassId equipment.ExpanderModule: title: Equipment:Expander Module description: 'The equipment.ExpanderModule object represents a physical expander module installed within a chassis. These modules typically provide additional connectivity or resources for the components within the chassis. #### Purpose The main purpose of this object is to inventory and monitor the state of an expander module. It captures the module''s identity, its operational state, and any health-related issues. For example, it can house its own set of fan modules for cooling, which are represented as child objects. #### Key Concepts - **Hardware Inventory:** Provides a detailed record of the expander module, including its moduleId, partNumber, and operState. - **Health Monitoring:** The operReason collection provides specific details on any health issues affecting the module. - **Hierarchical Structure:** Acts as a container for its own sub-components, such as equipment.FanModule objects. - **Chassis Component:** It is a child of an equipment.Chassis object, clearly defining its location and role within the overall system.' x-allOf-name: equipment.ExpanderModule allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.ExpanderModule', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.ExpanderModule default: equipment.ExpanderModule x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.ExpanderModule default: equipment.ExpanderModule x-enum-as-string: true FirmwareVersion: description: Firmware Version of the Chassis expander module. type: string readOnly: true x-omitempty: true InventoryReady: description: The inventory ready field indicates whether the chassis expander module management controller has completed inventory of the installed devices. type: boolean readOnly: true x-omitempty: true ModuleId: description: Module identifier for the expander module. type: integer format: int64 readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of expander module. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: Operational state of expander module. type: string readOnly: true x-omitempty: true PartNumber: description: Part number identifier for the expander module. type: string readOnly: true x-omitempty: true Side: description: 'Location of the expander module within a chassis. The value can be top or bottom. * `unknown` - Physical location of the module is unknown. * `top` - Physical location of the module is on the top part of the chassis. * `bottom` - Physical location of the module is on the bottom part of the chassis. * `left` - Physical location of the module is on the left side of the chassis. * `right` - Physical location of the module is on the right side of the chassis.' type: string enum: - unknown - top - bottom - left - right default: unknown readOnly: true x-omitempty: true EquipmentChassis: $ref: '#/components/schemas/equipment.Chassis.Relationship' description: 'A reference to a equipmentChassis resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true FanModules: description: An array of relationships to equipmentFanModule resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.FanModule.Relationship' readOnly: true PciSwitches: description: An array of relationships to pciSwitch resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/pci.Switch.Relationship readOnly: true PciZones: description: An array of relationships to pciZone resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/pci.Zone.Relationship readOnly: true PhysicalDeviceRegistration: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true SharedAdapterUnits: description: An array of relationships to equipmentSharedAdapterUnit resources. type: - array - 'null' items: $ref: '#/components/schemas/equipment.SharedAdapterUnit.Relationship' readOnly: true network.VpcMember.Relationship: description: A relationship to the 'network.VpcMember' resource, or the expanded 'network.VpcMember' resource, or the 'null' value. x-one-of-name: network.VpcMember.Relationship oneOf: - type: 'null' - $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/mo.MoRef - $ref: '#/components/schemas/network.VpcMember' discriminator: propertyName: ClassId network.VlanPortInfo: title: Network:Vlan Port Info description: Vlan Port information of a Fabric Interconnect. x-allOf-name: network.VlanPortInfo allOf: - $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.Base - type: object description: Definition of the list of properties defined in 'network.VlanPortInfo', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - network.VlanPortInfo default: network.VlanPortInfo x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - network.VlanPortInfo default: network.VlanPortInfo x-enum-as-string: true AccessVlanPortCount: description: The number of available VLAN access ports on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true BorderVlanPortCount: description: The number of available VLAN border ports on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true CompressedOptimizationSetsValue: description: The number of compressed VLAN Group count on a Fabric Interconnect calculated by VLAN port group library. type: integer format: int64 x-omitempty: true CompressedVlanPortCount: description: The number of compressed VLAN ports on a Fabric Interconnect. deprecated: true x-sunset: '2027-03-01' type: string readOnly: true x-omitempty: true CompressedVlanPortCountValue: description: The number of compressed VLAN port count on a Fabric Interconnect calculated by VLAN port group library. type: integer format: int64 x-omitempty: true TotalVlanPortCount: description: The total number of VLAN ports on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true UncompressedVlanPortCount: description: The number of uncompressed VLAN ports on a Fabric Interconnect. deprecated: true x-sunset: '2027-03-01' type: string readOnly: true x-omitempty: true UncompressedVlanPortCountValue: description: The number of uncompressed VLAN port count on a Fabric Interconnect calculated by VLAN port group library. type: integer format: int64 x-omitempty: true VlanPortLimit: description: The maximum number of VLAN ports allowed on a Fabric Interconnect. type: integer format: int64 readOnly: true x-omitempty: true InventoryDeviceInfo: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/inventory.DeviceInfo.Relationship description: 'A reference to a inventoryDeviceInfo resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true NetworkElement: $ref: '#/components/schemas/network.Element.Relationship' description: 'A reference to a networkElement resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true equipment.SharedAdapterUnit: title: Equipment:Shared Adapter Unit description: The shared physical adapter present on the XFM module. x-allOf-name: equipment.SharedAdapterUnit allOf: - $ref: '#/components/schemas/equipment.Base' - type: object description: Definition of the list of properties defined in 'equipment.SharedAdapterUnit', excluding properties defined in parent classes. required: - ClassId - ObjectType properties: ClassId: description: 'The fully-qualified name of the instantiated, concrete type. This property is used as a discriminator to identify the type of the payload when marshaling and unmarshaling data.' enum: - equipment.SharedAdapterUnit default: equipment.SharedAdapterUnit x-enum-as-string: true ObjectType: description: 'The fully-qualified name of the instantiated, concrete type. The value should be the same as the ''ClassId'' property.' enum: - equipment.SharedAdapterUnit default: equipment.SharedAdapterUnit x-enum-as-string: true AdapterId: description: Unique Identifier of a shared adapter unit within a expander module. type: string readOnly: true x-omitempty: true FirmwareVersion: description: Firmware version of the shared adapter unit. type: string readOnly: true x-omitempty: true OperReason: type: - array - 'null' items: description: 'The details of one or more health issues of shared adapter unit. * `Unknown` - The health state current threshold limit is not known. * `OK` - The health state is good and normal. * `Offline` - The operation state of the iocard is offline. * `Missing` - The presence state of iocard is missing. * `HealthWarning` - The health state reached the warning limit. * `HealthCritical` - The health state reached the critical limit. * `TemperatureWarning` - The temperature related health state reached the warning limit. * `TemperatureCritical` - The temperature related health state reached the critical limit. * `InputVoltageWarning` - The input voltage related health state reached the warning limit. * `InputVoltageCritical` - The input voltage related health state reached the critical limit. * `OutputVoltageWarning` - The output voltage related health state reached the warning limit. * `OutputVoltageCritical` - The output voltage related health state reached the critical limit. * `OutputCurrentWarning` - The current related health state reached the warning limit. * `OutputCurrentCritical` - The current related health state reached the critical limit. * `SpeedWarning` - The speed related health state reached the warning limit. * `SpeedCritical` - The speed related health state reached critical limit. * `FanMissingWarning` - This health state states that one fan is missing for the chassis. * `FansMissingCritical` - This health state states that multiple fans are missing for the chassis. * `IocardPostWarning` - The health state for iocard post has reached the state of warning. * `AsicPostWarning` - The health state for ASIC post has reached the state of warning. * `TPMCritical` - The health state for TPM reached the critical state. * `FruStateCritical` - The health state for fru reached the critical state. * `InbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `InbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Inband and Out-of-Band (Management) interfaces. * `OutbandIpv4ConflictCritical` - IPv4 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `OutbandIpv6ConflictCritical` - IPv6 address conflict is detected between the Out-of-Band (Management) and Inband interfaces. * `FruStateWarning` - The health state for fru reached the state of warning. * `AlternateImageWarning` - The health state for iocard alternate image reached discrete warning state. * `SelectedImageWarning` - The health state for iocard selected image reached discrete warning state. * `SwitchHealthCritical` - The health state for Switch is critical. * `LowMemoryCritical` - The health state for iocard low memory state reached critical limit. * `LowMemoryWarning` - The health state for iocard low memory state reached warning limit. * `PowerCritical` - The health state for power supply reached discrete critical state. * `PowerWarning` - The health state for power supply reached discrete warning state. * `ThermalSafeModeCritical` - The health state for blade server thermal safe mode reached. * `PsuRedundancyLostCritical` - The health state for chassis psu redundancy lost reached. * `InputPowerWarning` - The health state for chassis input power reached the warning limit. * `InputPowerCritical` - The health state for chassis input power reached critical limit. * `OutputPowerWarning` - The health state for chassis output power reached warning limit. * `OutputPowerCritical` - The health state for chassis output power reached critical limit. * `FanGeneralCritical` - The health state for fan general error reached critical limit. * `PowerSupplyGeneralCritical` - The health state for power supply general error reached critical limit. * `PowerSupplyInputWarning` - The health state for chassis power supply input reached warning limit. * `PowerSupplyOutputCritical` - The health state for chassis power supply output reached critical limit. * `PowerSupplyInputLostWarning` - The health state for chassis power supply lost input. * `PowerSupplyUnresponsiveCritical` - The health state for chassis power supply is unresponsive. * `PowerSupplyPredictiveFailure` - The health state monitor predicts power supply failure. * `PowerSupplyDetectionFailure` - The health state monitor detects power supply failure. * `PsuFastOverCurrentWarning` - Chassis power supply fast over current (FOC) condition detected. * `FanUnresponsiveCritical` - The health state for chassis fan unit is unresponsive. * `MemoryUncorrectableError` - The memory unit has encountered an uncorrectable ECC error. * `MemoryTemperatureWarning` - The memory unit has encountered a warning temperature condition. * `MemoryTemperatureCritical` - The memory unit has encountered a critical temperature condition. * `MemoryBankError` - The memory unit has encountered a bank VLS error. * `MemoryRankError` - The memory unit has encountered a rank VLS error. * `MemoryPopError` - The memory unit has been populated incorrectly. * `MemoryRasError` - The memory unit has encountered a RAS error. * `MemoryMismatchError` - The memory unit has encountered a mismatch error. * `MemorySpdError` - The memory unit has encountered a SPD error. * `MemoryBistError` - The memory unit has encountered a BIST error. * `MemoryTypeError` - The memory unit installed is of an invalid type. * `MemoryDisabledUnknownError` - The installed memory unit has been disabled but the reason is unknown. * `MotherBoardPowerCritical` - The motherboard has encountered a critical power condition. * `MotherBoardTemperatureWarning` - The motherboard has encountered a warning temperature condition. * `MotherBoardTemperatureCritical` - The motherboard has encountered a critical temperature condition. * `MotherBoardVoltageWarning` - The motherboard has encountered a warning voltage condition. * `MotherBoardVoltageCritical` - The motherboard has encountered a critical voltage condition. * `MotherBoardPCHFuseFail` - The motherboard PCH Security Fuse Verification has failed. * `MotherBoardCPLDImageVerificationFail` - The motherboard CPLD image verification has failed. * `LowLevelComponentFailure` - One or more low level components have stopped working on the motherboard. * `ProcessorCatErr` - The processor has encountered a CATERR error. * `ProcessorThermTrip` - The processor has encountered a THERMTRIP error. * `ComponentNotOperational` - Given component is not running or operationally down. * `OperationalThroughFailover` - Given component is operational using the failover component. * `ComponentNotReachable` - Given component is not reachable or connection to the component from a device is lost. * `ProcessorTemperatureWarning` - The processor has encountered a warning temperature condition. * `ProcessorTemperatureCritical` - The processor has encountered a critical temperature condition. * `ProcessorPowerCritical` - The processor has encountered a critical power condition. * `ProcessorInternalError` - The processor has encountered an Internal Error. * `ProcessorBISTFailure` - The processor has encountered a BIST failure Error. * `ProcessorHangInPOSTFailure` - The processor has encountered a hang in POST failure error. * `ProcessorInitFailure` - The processor has encountered an Init failure error. * `ProcessorConfigurationFailure` - The processor has encountered a Configuration failure error. * `ProcessorSMBIOSUncorrectableCPUComplexError` - The processor has encountered a SMBIOS Uncorrectable CPU Complex error. * `PCIeNodeRiserMismatch` - PCIe node Riser mismatch. * `PCIeNodeRiser1Missing` - PCIe node Riser 1 missing. * `PCIeNodeRiser2PresentCPU2Absent` - PCIe node Riser 2 present, but CPU2 absent. * `PCIeNodePCIeLinkConfigIssue` - PCIe node PCIe link or port config issue. * `PCIeNodeRiser1PowerFault` - PCIe node Riser 1 power fault detected. * `PCIeNodeRiser2PowerFault` - PCIe node Riser 2 power fault detected. * `PCIeNodePowerFault` - PCIe node power fault detected. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser1` - PCIe node has an unsupported PCIe card present on Riser 1. * `PCIeNodeUnsupportedPCIeCardPresentOnRiser2` - PCIe node has an unsupported PCIe card present on Riser 2. * `PCIeNodeUnknownPCIeCardPresentOnRiser1` - PCIe node has an unknwon PCIe card present on Riser 1. * `PCIeNodeUnknownPCIeCardPresentOnRiser2` - PCIe node has an unknown PCIe card present on Riser 2. * `PCIeNodePresentXFM1Absent` - PCIe node detected with missing XFM1. * `InvalidConnections` - One or more connections to FI is not valid. * `FexReplaced` - Fex connected to FI is replaced. * `ThermalSafeModeCriticalServerSlot1` - The health state at the time of temperature sensor read failure for the server in slot 1. * `ThermalSafeModeCriticalServerSlot2` - The health state at the time of temperature sensor read failure for the server in slot 2. * `ThermalSafeModeCriticalServerSlot3` - The health state at the time of temperature sensor read failure for the server in slot 3. * `ThermalSafeModeCriticalServerSlot4` - The health state at the time of temperature sensor read failure for the server in slot 4. * `ThermalSafeModeCriticalServerSlot5` - The health state at the time of temperature sensor read failure for the server in slot 5. * `ThermalSafeModeCriticalServerSlot6` - The health state at the time of temperature sensor read failure for the server in slot 6. * `ThermalSafeModeCriticalServerSlot7` - The health state at the time of temperature sensor read failure for the server in slot 7. * `ThermalSafeModeCriticalServerSlot8` - The health state at the time of temperature sensor read failure for the server in slot 8. * `ThermalSafeModeCriticalXFM1` - The health state at the time of temperature sensor read failure for the XFM in slot 1. * `ThermalSafeModeCriticalXFM2` - The health state at the time of temperature sensor read failure for the XFM in slot 2. * `ThermalSafeModeCriticalIFM1` - The health state at the time of temperature sensor read failure for the IFM in slot 1. * `ThermalSafeModeCriticalIFM2` - The health state at the time of temperature sensor read failure for the IFM in slot 2. * `ChassisAvailablePowerInsufficient` - Chassis available power is insufficient. * `ChassisPowerBudgetInsufficient` - Chassis power allocation is insufficient. * `ChassisPowerInsufficient` - Chassis power is insufficient. * `PowerBackupFailedCritical` - NVMe controller power backup has critical condition. * `PowerBackupFailedWarning` - NVMe controller power backup has warning condition. * `SpareCapacityWornOutCritical` - NVMe controller spare capacity has critical wornout condition. * `SpareCapacityWornOutWarning` - NVMe controller spare capacity has warning wornout condition. * `MediaInReadOnlyCritical` - NVMe controller media is operating in read-only mode. * `MediaInReadOnlyWarning` - NVMe controller media is operating in read-only mode. * `OverallSubsystemDegradedCritical` - NVMe controller storage subsytem has critical degraded condition. * `OverallSubsystemDegradedWarning` - NVMe controller storage subsytem has warning degraded condition. * `XFMUnsupportedCardInPCIeSlot1` - Unsupported card detected in X-Fabric module PCIe slot 1. * `XFMUnsupportedCardInPCIeSlot2` - Unsupported card detected in X-Fabric module PCIe slot 2. * `XFMUnknownCardInPCIeSlot1` - Unknown card detected in X-Fabric module PCIe slot 1. * `XFMUnknownCardInPCIeSlot2` - Unknown card detected in X-Fabric module PCIe slot 2. * `XFMPCIeSwitch1PowerFault` - Power fault detected on X-Fabric module PCIe switch 1. * `XFMPCIeSwitch2PowerFault` - Power fault detected on X-Fabric module PCIe switch 2. * `XFMPCIeSwitch1CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 1. * `XFMPCIeSwitch2CommunicationFailure` - X-Fabric module management controller is unable to communicate with PCIe switch 2. * `XFMComputeSlot1CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 1. * `XFMComputeSlot2CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 2. * `XFMComputeSlot3CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 3. * `XFMComputeSlot4CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 4. * `XFMComputeSlot5CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 5. * `XFMComputeSlot6CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 6. * `XFMComputeSlot7CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 7. * `XFMComputeSlot8CommunicationFailure` - X-Fabric module management controller is unable to communicate with the device in chassis slot 8. * `PCIeNodeHotswapController1Fault` - Hotswap Controller 1 on the PCIe node has a critical power fault. * `PCIeNodeHotswapController2Fault` - Hotswap Controller 2 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick1Fault` - DC Brick 1 on the PCIe node has a critical power fault. * `PCIeNodeDcBrick2Fault` - DC Brick 2 on the PCIe node has a critical power fault. * `PCIeNodeXFM1Incompatible` - XFM Module 1 is incompatible with this PCIe node. * `PCIeNodeXFM2Incompatible` - XFM Module 2 is incompatible with this PCIe node. * `PCIeNodeInInvalidSlot` - PCIe node has been installed in an unsupported slot. * `PCIeSlotPower` - The PCIe slot has hit a critical power fault. * `PCIeSlotAuxCableMissing` - The auxiliary power cable for this PCIe slot is missing. * `UnsupportedCardInPCIeSlot1` - An unsupported card has been detected in PCIe slot 1. * `UnsupportedCardInPCIeSlot2` - An unsupported card has been detected in PCIe slot 2. * `UnsupportedCardInPCIeSlot3` - An unsupported card has been detected in PCIe slot 3. * `UnsupportedCardInPCIeSlot4` - An unsupported card has been detected in PCIe slot 4. * `UnknownCardInPCIeSlot1` - An unknown card has been detected in PCIe slot 1. * `UnknownCardInPCIeSlot2` - An unknown card has been detected in PCIe slot 2. * `UnknownCardInPCIeSlot3` - An unknown card has been detected in PCIe slot 3. * `UnknownCardInPCIeSlot4` - An unknown card has been detected in PCIe slot 4. * `ZoneInvalidPcieDeviceRemoval` - PCIe zone invalidated due to PCIe devices removal. * `ZoneInvalidSlotCommunicationFailure` - PCIe zone invalidated due to communication failure with one or more slots. * `ZoneInvalidSwPowerFault` - PCIe zone invalidated due to switch power fault. * `ZoneInvalidSwCommunicationFailure` - PCIe zone invalidated due to switch communication failure. * `PeerNVLinkedGpuNotMapped` - Peer NVLinked GPU is not mapped to the server. * `GpuWrongSlotWarning` - GPU is installed in a wrong slot. * `ZonesRequireReconfig` - New PCIe zone creation blocked due to the existing PCIe zones and hardware limitations. * `Riser1GpuPidMismatch` - GPUs installed on riser 1 have different PIDs. * `Riser2GpuPidMismatch` - GPUs installed on riser 2 have different PIDs. * `Slot1PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 1 is invalid. * `Slot2PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 2 is invalid. * `Slot3PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 3 is invalid. * `Slot4PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 4 is invalid. * `Slot5PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 5 is invalid. * `Slot6PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 6 is invalid. * `Slot7PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 7 is invalid. * `Slot8PCIeDeviceMappingInvalid` - The PCIe device mapping for slot 8 is invalid. * `DriveHwIncompatible` - Physical drive is installed in a slot that is not supported by the server hardware. * `PresenceEquippedToMissing` - Oper reason value is set to this value when the device was equipped and was found missing later.' type: string enum: - Unknown - OK - Offline - Missing - HealthWarning - HealthCritical - TemperatureWarning - TemperatureCritical - InputVoltageWarning - InputVoltageCritical - OutputVoltageWarning - OutputVoltageCritical - OutputCurrentWarning - OutputCurrentCritical - SpeedWarning - SpeedCritical - FanMissingWarning - FansMissingCritical - IocardPostWarning - AsicPostWarning - TPMCritical - FruStateCritical - InbandIpv4ConflictCritical - InbandIpv6ConflictCritical - OutbandIpv4ConflictCritical - OutbandIpv6ConflictCritical - FruStateWarning - AlternateImageWarning - SelectedImageWarning - SwitchHealthCritical - LowMemoryCritical - LowMemoryWarning - PowerCritical - PowerWarning - ThermalSafeModeCritical - PsuRedundancyLostCritical - InputPowerWarning - InputPowerCritical - OutputPowerWarning - OutputPowerCritical - FanGeneralCritical - PowerSupplyGeneralCritical - PowerSupplyInputWarning - PowerSupplyOutputCritical - PowerSupplyInputLostWarning - PowerSupplyUnresponsiveCritical - PowerSupplyPredictiveFailure - PowerSupplyDetectionFailure - PsuFastOverCurrentWarning - FanUnresponsiveCritical - MemoryUncorrectableError - MemoryTemperatureWarning - MemoryTemperatureCritical - MemoryBankError - MemoryRankError - MemoryPopError - MemoryRasError - MemoryMismatchError - MemorySpdError - MemoryBistError - MemoryTypeError - MemoryDisabledUnknownError - MotherBoardPowerCritical - MotherBoardTemperatureWarning - MotherBoardTemperatureCritical - MotherBoardVoltageWarning - MotherBoardVoltageCritical - MotherBoardPCHFuseFail - MotherBoardCPLDImageVerificationFail - LowLevelComponentFailure - ProcessorCatErr - ProcessorThermTrip - ComponentNotOperational - OperationalThroughFailover - ComponentNotReachable - ProcessorTemperatureWarning - ProcessorTemperatureCritical - ProcessorPowerCritical - ProcessorInternalError - ProcessorBISTFailure - ProcessorHangInPOSTFailure - ProcessorInitFailure - ProcessorConfigurationFailure - ProcessorSMBIOSUncorrectableCPUComplexError - PCIeNodeRiserMismatch - PCIeNodeRiser1Missing - PCIeNodeRiser2PresentCPU2Absent - PCIeNodePCIeLinkConfigIssue - PCIeNodeRiser1PowerFault - PCIeNodeRiser2PowerFault - PCIeNodePowerFault - PCIeNodeUnsupportedPCIeCardPresentOnRiser1 - PCIeNodeUnsupportedPCIeCardPresentOnRiser2 - PCIeNodeUnknownPCIeCardPresentOnRiser1 - PCIeNodeUnknownPCIeCardPresentOnRiser2 - PCIeNodePresentXFM1Absent - InvalidConnections - FexReplaced - ThermalSafeModeCriticalServerSlot1 - ThermalSafeModeCriticalServerSlot2 - ThermalSafeModeCriticalServerSlot3 - ThermalSafeModeCriticalServerSlot4 - ThermalSafeModeCriticalServerSlot5 - ThermalSafeModeCriticalServerSlot6 - ThermalSafeModeCriticalServerSlot7 - ThermalSafeModeCriticalServerSlot8 - ThermalSafeModeCriticalXFM1 - ThermalSafeModeCriticalXFM2 - ThermalSafeModeCriticalIFM1 - ThermalSafeModeCriticalIFM2 - ChassisAvailablePowerInsufficient - ChassisPowerBudgetInsufficient - ChassisPowerInsufficient - PowerBackupFailedCritical - PowerBackupFailedWarning - SpareCapacityWornOutCritical - SpareCapacityWornOutWarning - MediaInReadOnlyCritical - MediaInReadOnlyWarning - OverallSubsystemDegradedCritical - OverallSubsystemDegradedWarning - XFMUnsupportedCardInPCIeSlot1 - XFMUnsupportedCardInPCIeSlot2 - XFMUnknownCardInPCIeSlot1 - XFMUnknownCardInPCIeSlot2 - XFMPCIeSwitch1PowerFault - XFMPCIeSwitch2PowerFault - XFMPCIeSwitch1CommunicationFailure - XFMPCIeSwitch2CommunicationFailure - XFMComputeSlot1CommunicationFailure - XFMComputeSlot2CommunicationFailure - XFMComputeSlot3CommunicationFailure - XFMComputeSlot4CommunicationFailure - XFMComputeSlot5CommunicationFailure - XFMComputeSlot6CommunicationFailure - XFMComputeSlot7CommunicationFailure - XFMComputeSlot8CommunicationFailure - PCIeNodeHotswapController1Fault - PCIeNodeHotswapController2Fault - PCIeNodeDcBrick1Fault - PCIeNodeDcBrick2Fault - PCIeNodeXFM1Incompatible - PCIeNodeXFM2Incompatible - PCIeNodeInInvalidSlot - PCIeSlotPower - PCIeSlotAuxCableMissing - UnsupportedCardInPCIeSlot1 - UnsupportedCardInPCIeSlot2 - UnsupportedCardInPCIeSlot3 - UnsupportedCardInPCIeSlot4 - UnknownCardInPCIeSlot1 - UnknownCardInPCIeSlot2 - UnknownCardInPCIeSlot3 - UnknownCardInPCIeSlot4 - ZoneInvalidPcieDeviceRemoval - ZoneInvalidSlotCommunicationFailure - ZoneInvalidSwPowerFault - ZoneInvalidSwCommunicationFailure - PeerNVLinkedGpuNotMapped - GpuWrongSlotWarning - ZonesRequireReconfig - Riser1GpuPidMismatch - Riser2GpuPidMismatch - Slot1PCIeDeviceMappingInvalid - Slot2PCIeDeviceMappingInvalid - Slot3PCIeDeviceMappingInvalid - Slot4PCIeDeviceMappingInvalid - Slot5PCIeDeviceMappingInvalid - Slot6PCIeDeviceMappingInvalid - Slot7PCIeDeviceMappingInvalid - Slot8PCIeDeviceMappingInvalid - DriveHwIncompatible - PresenceEquippedToMissing default: Unknown readOnly: true x-omitempty: true OperState: description: Operational state of the shared adapter unit. type: string readOnly: true x-omitempty: true PartNumber: description: Part number of a shared adapter unit. type: string readOnly: true x-omitempty: true PciSlot: description: PCIe slot of the adapter in the chassis expander module. type: string readOnly: true x-omitempty: true AdapterUnits: description: An array of relationships to adapterUnit resources. type: - array - 'null' items: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/adapter.Unit.Relationship readOnly: true EquipmentExpanderModule: $ref: '#/components/schemas/equipment.ExpanderModule.Relationship' description: 'A reference to a equipmentExpanderModule resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true PciEndpoint: $ref: intersight-server-v3-1.0.11-20260807064027971.json#/components/schemas/pci.Endpoint.Relationship description: 'A reference to a pciEndpoint resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true RegisteredDevice: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/asset.DeviceRegistration.Relationship description: 'A reference to a assetDeviceRegistration resource. When the $expand query parameter is specified, the referenced resource is returned inline.' readOnly: true links: GetIamDomainGroupByMoid: operationId: GetIamDomainGroupByMoid parameters: Moid: $response.body#/DomainGroupMoid description: The 'DomainGroupMoid' value returned in the response can be used as the 'Moid' parameter in 'GET /api/v1/iam/DomainGroups/{Moid}'. GetIamAccountByMoid: operationId: GetIamAccountByMoid parameters: Moid: $response.body#/AccountMoid description: The 'AccountMoid' value returned in the response can be used as the 'Moid' parameter in 'GET /api/v1/iam/Accounts/{Moid}'. parameters: selectParam: name: $select in: query description: Specifies a subset of properties to return. required: false schema: type: string default: '' examples: select: summary: Return a summary list of resources. The response will include the Moid, which is always returned, and the 'CreateTime' and 'ModTime' properties. value: $select=CreateTime,ModTime select_filtered: summary: Return a filtered, summary list of resources. value: $select=CreateTime,ModTime&$filter=CreateTime gt now() sub PT2H description: 'Return a summary list of resources. The response will include the Moid, which is always returned even if it is not specified in the $select query, and the ''CreateTime'' and ''ModTime'' properties, which are explicitly specified in the $select query. The results are filtered and only include the resources that were created less than two hours ago.' countParam: name: $count in: query description: The $count query specifies the service should return the count of the matching resources, instead of returning the resources. required: false allowEmptyValue: false schema: type: boolean examples: total_count: summary: Return the count of the resources. value: $count=true count_filtered: summary: Return the count of resources that were created less than two hours ago. value: $count=true&$filter=CreateTime gt now() sub PT2H topParam: name: $top in: query description: Specifies the maximum number of resources to return in the response. required: false allowEmptyValue: false schema: type: integer format: int32 default: 100 examples: top: summary: Return up to 10 resources. value: $top=10 top_with_filter: summary: Return up to 20 resources that were created less than two hours ago. value: $top=20&$filter=CreateTime gt now() sub PT2H atParam: name: at in: query description: 'Similar to "$filter", but "at" is specifically used to filter versioning information properties for resources to return. A URI with an "at" Query Option identifies a subset of the Entries from the Collection of Entries identified by the Resource Path section of the URI. The subset is determined by selecting only the Entries that satisfy the predicate expression specified by the query option. The expression language that is used in at operators supports references to properties and literals. The literal values can be strings enclosed in single quotes, numbers and boolean values (true or false) or any of the additional literal representations shown in the Abstract Type System section.' examples: versiontype_equality: summary: Return the resources where the 'VersionType' property of the VersionContext is equal to 'Configured' value: at=VersionType eq 'Configured' interestedmos_query: summary: Return the resources where the 'InterestedMos' property of the VersionContext includes an MoRef with Moid equal to '5b5877e56c6730367acf46cd' value: at=InterestedMos.Moid eq '5b5877e56c6730367acf46cd' required: false schema: type: string applyParam: name: $apply in: query description: 'Specify one or more transformation operations to perform aggregation on the resources. The transformations are processed in order with the output from a transformation being used as input for the subsequent transformation. The "$apply" query takes a sequence of set transformations, separated by forward slashes to express that they are consecutively applied, i.e., the result of each transformation is the input to the next transformation. Supported aggregation methods are "aggregate" and "groupby". The **aggregate** transformation takes a comma-separated list of one or more aggregate expressions as parameters and returns a result set with a single instance, representing the aggregated value for all instances in the input set. The **groupby** transformation takes one or two parameters and 1. Splits the initial set into subsets where all instances in a subset have the same values for the grouping properties specified in the first parameter, 2. Applies set transformations to each subset according to the second parameter, resulting in a new set of potentially different structure and cardinality, 3. Ensures that the instances in the result set contain all grouping properties with the correct values for the group, 4. Concatenates the intermediate result sets into one result set. A groupby transformation affects the structure of the result set.' required: false schema: type: string tagsParam: name: tags in: query description: The 'tags' parameter is used to request a summary of the Tag utilization for this resource. When the 'tags' parameter is specified, the response provides a list of tag keys, the number of times the key has been used across all documents, and the tag values that have been assigned to the tag key. required: false schema: type: string expandParam: name: $expand in: query description: Specify additional attributes or related resources to return in addition to the primary resources. required: false schema: type: string examples: expand_displaynames: summary: Return the resources. value: $expand=DisplayNames skipParam: name: $skip in: query description: Specifies the number of resources to skip in the response. required: false allowEmptyValue: false schema: type: integer format: int32 default: 0 examples: skip: summary: Return the resources. Skip the first 100 resources. value: $skip=100 skip_and_top: summary: Return the resources. Skip the first 100 resources and return up to 20 resources. value: $skip=100&$top=20 skip_with_filter: summary: Return the resources that were created less than two hours ago. Skip the first 100 resources and return up to 20 resources. value: $skip=100&$top=20&$filter=CreateTime gt now() sub PT2H inlinecountParam: name: $inlinecount in: query description: The $inlinecount query option allows clients to request an inline count of the matching resources included with the resources in the response. required: false allowEmptyValue: false schema: type: string enum: - allpages - none default: allpages examples: inlinecount_output: summary: Return the count of the resources, and an array containing the resources. value: $inlinecount=true inlinecount_filtered: summary: Return the count of the resources that were created less than two hours ago, and an array containing the resources. value: $inlinecount=true&$filter=CreateTime gt now() sub PT2H orderbyParam: name: $orderby in: query description: Determines what properties are used to sort the collection of resources. required: false schema: type: string examples: date_sort_ascending: summary: Return the resources, sorted by creation time in ascending order, i.e., oldest resources first. value: $orderby=CreationTime date_sort_descending: summary: Return the resources, sorted by creation time in descending order, i.e., most recently created resources first. value: $orderby=-CreationTime date_sort_filtered_descending: summary: Return the resources that have been modified less than 80 minutes ago, sorted by modification time, most recently modified resources first. value: $orderby=-ModTime&$filter=ModTime gt now() sub PT80M sorted_results_with_paging: summary: Return the first 20 resources sorted by modification time. value: $top=20&$orderby=ModTime moidParam: name: Moid in: path required: true description: The unique Moid identifier of a resource instance. schema: type: string filterParam: name: $filter in: query description: 'Filter criteria for the resources to return. A URI with a $filter query option identifies a subset of the entries from the Collection of Entries. The subset is determined by selecting only the Entries that satisfy the predicate expression specified by the $filter option. The expression language that is used in $filter queries supports references to properties and literals. The literal values can be strings enclosed in single quotes, numbers and boolean values (true or false).' required: false schema: type: string default: '' examples: property_createTime_gt: summary: Return the resources where the 'CreateTime' property is greater than the specified date. value: $filter=CreateTime gt 2012-08-29T21:58:33Z property_createTime_gt_now: summary: Return the resources that were created less than seventy-two hours ago. value: $filter=CreateTime gt now() sub PT72H description: 'This example uses a filter expression to compare the ''CreateTime'' property of the resource against the current time. The now() function is resolved to the current time in the Intersight service when the query is processed. ''PT72H'' is a string value that represents 72 hours. See https://intersight.com/apidocs for more details about how to construct a duration. The "sub" operator is used to substract a duration from the current time.' property_createTime_lt_now: summary: Return the resources that were created at least 60 days ago. value: $filter=CreateTime lt now() sub P60D property_modTime_gt_now1: summary: Return the resources that were modified less than three minutes and 20 seconds ago. value: $filter=ModTime gt now() sub PT3M20S property_modTime_gt_now2: summary: Return the resources that were modified less than 90 days ago. value: $filter=ModTime gt now() sub P90D property_modTime_gt_now3: summary: Return the resources that were modified less than 1 day and 12 hours ago. value: $filter=ModTime gt now() sub P1DT12H responses: http_status_400: description: 'The request could not be understood by the server due to malformed syntax. The client SHOULD NOT repeat the request without modifications. For example, the request may contain an incorrect JSON syntax, or the request fails validation checks. The HTTP body may contain a document that provides more details about the error.' headers: x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' content: application/json: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/Error default: description: An unexpected error occurred. headers: x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' content: application/json: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/Error http_status_403: description: 'The request was properly authenticated, but the server is refusing to fulfill it. The HTTP body may contain a document that provides more details about the error. For example, the user may not have sufficient privileges to perform the request.' headers: x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' content: application/json: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/Error http_status_404: description: The specified resource was not found. The HTTP body contains a document that provides more details about the error. headers: x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' content: application/json: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/Error http_status_401: description: 'The request requires user authentication. The client may repeat the request with a suitable Authorization header field. If the request already included Authorization credentials, then the 401 response indicates that authorization has been refused for those credentials. The HTTP body may contain a document that provides more details about the error.' headers: x-starship-traceid: $ref: '#/components/headers/x-starship-traceid' content: application/json: schema: $ref: intersight-system-v3-1.0.11-20260807064027971.json#/components/schemas/Error securitySchemes: cookieAuth: type: apiKey in: cookie description: The authentication cookie obtained from a Single-Sign-On SAML assertion. name: X-Starship-Token http_signature: type: http scheme: signature description: "The 'HTTP signature' security scheme. Each HTTP request is cryptographically signed\nas specified in https://datatracker.ietf.org/doc/draft-cavage-http-signatures/.\nSee [Intersight API and SDK documentation](https://intersight.com/apidocs) for details\nabout how to configure the HTTP signature scheme.\nYou must include the following fields in the signed headers.\n 1. '(request-target)'\n 1. '(created)'\n 1. 'Host'\n 1. 'Date'\n 1. 'Digest'\nIn addition, it is recommended that you include at least the following headers.\n 1. '(expires)'\n 1. 'Content-Type'\n* The '(created)' header expresses when the signature was created. The value must be a\n Unix timestamp integer value. Subsecond precision is not supported.\n* The ('expires') header is optional and expresses when the signature ceases to be valid.\n The value must be a Unix timestamp integer value. Subsecond precision is allowed\n using decimal notation.\n It is recommended to set the value of the '(expire)' header to '(created)' plus thirty\n minutes, i.e., the signature is valid for thirty minutes.\n* The 'Digest' header value must be a cryptographic digest of the HTTP request body,\n as specified in RFC 3230.\n* The 'Authorization' header must include the computed signature of the HTTP request.\n The host machine where the API client is running must be synchronized with Internet\n time (i.e., NIST time)." oAuth2: type: oauth2 description: 'The client uses the OAuth2 security scheme. To use OAuth2, a client application must be registered by creating a iam.AppRegistration resource. The user who creates the iam.AppRegistration resource can specify a list of OAuth2 scopes. These iam.AppRegistration scopes restricts which subset of scopes a registered client can obtain. Supported OAuth2 flows are: **Authorization Code** In the authorization code flow, the client sends a list of requested scopes to the authorization URL (/iam/app-authorize). The scope in the authorization request must be one of the scopes that have been configured in the corresponding iam.AppRegistration resource. **Client Credentials** In the client credentials flow, the scope is selected when the AppRegistration is created. The client cannot select a specific scope in the token request.' flows: authorizationCode: authorizationUrl: /iam/app-authorize tokenUrl: /iam/token refreshUrl: /iam/token scopes: ROLE.Account Administrator: 'As an Account administrator, you have complete access to all services and resources in Intersight. You can perform all administrative and management tasks, including claim and manage devices, create and deploy Server and HyperFlex Cluster profiles, upgrade firmware, perform server actions, cross launch devices, add and manage users and groups, configure Identity providers and more. ' ROLE.Audit Log Viewer: 'As an Audit Log Viewer, you can view audit logs. ' ROLE.Automation Governance: 'As an Automation Governor, you can approve or reject requests to publish generic objects, including Workflows, Tasks, CDTs, FaaS, and Service Items. Each request is created for a generic asset, enabling automation governance to publish these assets. ' ROLE.Catalog Administrator: 'As a Catalog Administrator, you can create workflows, custom data types, resource selection policies, service items, catalog items, execute catalog item, and view and perform post-deployment operations on the service item instance. Also, you can view and publish the catalog items. ' ROLE.Catalog User: 'As a Catalog User, you can view the catalog items that are assigned to you. You can deploy the catalog item, track the catalog item execution, view the service item instance that is created or assigned to you, and perform post-deployment operations on the service item instances. ' ROLE.Complete Claim: 'As a Complete Claim user you can complete the claim of a previously created Target by providing the security token of the device. You do not have access to read the status or details of any devices within the account. ' ROLE.Device Administrator: 'As a Device Administrator, you can claim and unclaim a device in Intersight, view the device details, license status, a list of all the claimed devices, and generate API keys. You cannot perform any other management or administrative task in this role. ' ROLE.Device Technician: 'As a Device Technician you can claim a device, view the device details, license status, a list of the claimed devices, and generate API keys. You cannot perform any other management or administrative task in this role. ' ROLE.External Syslog Administrator: 'As an External Syslog Administrator, you can configure an external syslog server on an on-prem appliance. ' ROLE.HCI Cluster Administrator: 'As an HCI Cluster Administrator, you can view and manage HCI Clusters, view all the cluster dashboard widgets, view cluster details. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.HCI Cluster Operator: 'As an HCI Cluster Operator, you can view and manage HCI Clusters, view all the cluster dashboard widgets, view cluster details. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.HyperFlex Cluster Access Operator: 'As a HyperFlex Cluster Access Operator, you can cross launch CLI and HXConnect. ' ROLE.HyperFlex Cluster Administrator: 'As a HyperFlex Cluster Administrator, you can create, edit, deploy, and manage HyperFlex Clusters, view all the cluster dashboard widgets, view cluster details, create HyperFlex policies and profiles, execute capacity planning, and launch HyperFlex Connect. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.HyperFlex Cluster Data Protection Administrator: 'As a HyperFlex Cluster Data Protection Administrator, you can perform N:1 backups. ' ROLE.HyperFlex Cluster Lifecycle Administrator: 'As a HyperFlex Cluster Lifecycle Administrator, you can install, expand, upgrade a HX cluster, execute capacity planning, OS installation, VC plugin installation, security hardening, and launch HyperFlex Connect as admin. ' ROLE.HyperFlex Cluster Operator: 'As a HyperFlex Cluster Operator, you can perform health checks and launch HyperFlex Connect. However, you cannot change cluster configuration. ' ROLE.HyperFlex Cluster Storage Administrator: 'As a HyperFlex Cluster Storage Administrator, you can perform datastore, iSCSI, and storage container CRUD operations. ' ROLE.HyperFlex Cluster Syslog Administrator: 'As a HyperFlex Cluster Syslog Administrator, you can configure the external HX Syslog profile. ' ROLE.HyperFlex Cluster System Administrator: 'As a HyperFlex Cluster System Administrator, you can perform most system administrator tasks, create backups, view syslogs, and configure encryption. ' ROLE.HyperFlex Cluster System Operator: 'As a HyperFlex Cluster System Operator, you can perform encryption, health checks, and post-install tasks. ' ROLE.Integrated Systems Administrator: "As an Integrated Systems Administrator, you can perform all actions related to Integrated Systems (e.g., FlexPod) like\ncreate/edit/delete of an Integrated System. In addition you can perform administrative and management tasks related to \ndevices (including claim), servers, server profiles, UCS domain, switch profiles, hypervisors, network/SAN switches, \nstorage devices. Also, you can define workflow and task definitions and can execute them and view workflow executions.\n" ROLE.Integrated Systems Operator: "As an Integrated Systems Operator, you can view Integrated Systems (e.g., FlexPod) and can run inventory based actions (e.g., Interoperability check) \nIn addition you can view devices, servers, server profiles, UCS domain, switch profiles, hypervisors, network/SAN \nswitches, storage devices and workflows. This role does not include the ability to claim a target. You must have a\nDevice Technician, Device Administrator, or an Account Administrator role to claim a target.\n" ROLE.Kubernetes Administrator: 'As a Kubernetes Administrator, you can create, edit, deploy, and manage Kubernetes Clusters. Also, you can view all the cluster dashboard widgets, and view cluster details. In addition, you also have privileges to view and manage storage targets associated with the Kubernetes clusters. The capability to view and execute workflows against the Kubernetes clusters is also granted. It also allows the user to run workflows to manage VMs on hypervisor endpoints, and manage connected storage. The ability to create and view IP pools is also allowed. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Kubernetes Operator: 'As a Kubernetes Operator, you can view Kubernetes Clusters. Also, you can view all the cluster dashboard widgets, and view cluster details. In addition, you also have privileges to view storage targets associated with the Kubernetes clusters. The capability to view workflows is also granted. It also allows the user to view VMs on hypervisor endpoints. This role also provides the capability to view IP pools. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Location Management: 'As a user with location management privileges, you can manage location, including creating, updating, and deleting. ' ROLE.Network Administrator: 'As a Network Administrator, you can create, update, delete and view the Managed network device objects. The capability to view and execute workflows against the network device is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Network Operator: 'As a Network Operator, you can view the Managed network device objects. The capability to view workflows against the network device is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Nexus Administrator: 'As a Nexus Administrator, you have the privileges to perform all Nexus related operations. This includes claiming devices, updating policy configuration, and monitoring the system. ' ROLE.Nexus Analyst: 'As a Nexus Analyst, you can run and update the available Nexus Cloud analyses such as Sustainability, Conformance, Compliance, and others. ' ROLE.Nexus Config Administrator: 'As a Nexus Config Administrator, you can create or modify policy configuration and can initiate the workflow that will activate policy changes. This role does not allow you to claim or remove devices. ' ROLE.Nexus Observer: 'As a Nexus Observer, you can generally view the state of all devices. Additional items include things like viewing configured policies and monitoring active flows. This role does not include any permission which allows the system to be changed. ' ROLE.Read-Only: 'As a Read-Only user, you can view the dashboard, table views of the managed devices, change your user preferences, and generate API keys. You cannot claim a device, add or remove a user, configure Identity providers or perform any server actions. ' ROLE.SAN Administrator: 'As a SAN Administrator, you can create, update, delete and view the Managed SAN switch objects. The capability to view and execute workflows against the SAN switches is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.SAN Operator: 'As a SAN Operator, you can view the Managed SAN switch objects. The capability to view workflows against the SAN switches is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Server Administrator: 'As a Server Administrator, you can view and manage UCS Servers and Fabric Interconnects, view all the server and Fabric Interconnect dashboard widgets, perform server actions, view server details, launch management interfaces and the CLI, create and deploy server policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Service Designer: 'As a Service Designer, you can create custom data types, tasks, workflows, resource selection criteria, and use these to design the service items. The service designer can validate the service items by using the deployment and post-deployment actions. ' ROLE.Service Operator: 'As a Service Operator, you can view and update the catalog items, service items, and workflows. Also, you can execute the workflow and validate the catalog or service items. ' ROLE.Storage Administrator: 'As a Storage Administrator, a user can view and manage Storage devices, view and execute workflows and view all the storage dashboard widgets. This privilege does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Support Services: 'As a Support Services user, you can view the dashboard and table views of managed devices, change your user preferences, collect tech support bundles, and generate API keys. In this role, you cannot claim targets, add or remove users, configure Identity Providers, or perform server actions. ' ROLE.Sustainability Metrics Viewer: 'As a Sustainability Metrics Viewer user, you have read access to the Energy Management Capability (EMC) features and the ability register an OAuth2 application for programmatic access to the APIs. ' ROLE.Tag Management: 'As a user with tag management privileges, you can manage tag definitions, including creating, updating, and deleting tags. ' ROLE.UCS Domain Administrator: 'As a UCS Domain Administrator, you can view and manage Switch Profiles and Network Configuration Policies, view Fabric Interconnect dashboard widgets, perform actions on Switch, launch management interfaces and the CLI, create and deploy switch policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Unified Edge Administrator: 'As a Unified Edge Administrator, you can view and manage Switch Profiles, Network and Chassis Configuration Policies, view Unified Edge dashboard widgets, perform actions on Switch and Chassis, launch management interfaces and the CLI, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.User Access Administrator: 'As a User Access Administrator, you can add and manage Users and Groups in Intersight, view account details and audit logs, manage the IdPs, roles, sessions and API keys for non Account Administrator users. However, you cannot claim a device or perform any management tasks in Intersight. You cannot add or manage a user with Account Administrator role. ' ROLE.Virtualization Administrator: 'As a Virtualization Administrator, a user can view and manage hypervisor resources, view and execute workflows. This privilege does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Workflow Designer: 'As a Workflow Designer, you can define workflow definitions and custom data types, view workflow definitions, task definitions and custom data types, execute workflows and view workflow executions. ' ROLE.Workload Administrator: 'As a Workload Administrator you can view and manage Workload Definitions and Workload Deployments. ' ROLE.Workload Operator: 'As a Workload Operator you can view and manage Workload Deployments and view Workload Definitions. ' ROLE.Workload Optimizer Administrator: "As a Workload Optimizer Administrator, you can access all Workload Optimizer features and perform \nadministrative tasks to configure Workload Optimizer.\n" ROLE.Workload Optimizer Advisor: 'As a Workload Optimizer Advisor, you can view workload optimization state and recommended actions, run plans for workload optimization. ' ROLE.Workload Optimizer Automator: 'As a Workload Optimizer Automator, you can view workload optimization state, recommended actions, run plans for workload optimization, execute workload optimization actions, and deploy workloads. ' ROLE.Workload Optimizer Deployer: "As a Workload Optimizer Deployer, you can view all Workload Optimizer charts and data, deploy \nworkloads, and create policies and templates. You cannot run plans or execute any recommended actions.\n" ROLE.Workload Optimizer Observer: 'As a Workload Optimizer Observer, you can view workload optimization state and recommended actions. ' ROLE.vKVM Only: "As a vKVM-only user, you can launch vKVM and tunneled vKVM sessions to a server from Intersight. \nIn addition you can view servers, chassis and the running workflows. \nIn this role, you cannot perform any server actions from Intersight apart from launching vKVM.\n" clientCredentials: tokenUrl: /iam/token scopes: ROLE.Account Administrator: 'As an Account administrator, you have complete access to all services and resources in Intersight. You can perform all administrative and management tasks, including claim and manage devices, create and deploy Server and HyperFlex Cluster profiles, upgrade firmware, perform server actions, cross launch devices, add and manage users and groups, configure Identity providers and more. ' ROLE.Audit Log Viewer: 'As an Audit Log Viewer, you can view audit logs. ' ROLE.Automation Governance: 'As an Automation Governor, you can approve or reject requests to publish generic objects, including Workflows, Tasks, CDTs, FaaS, and Service Items. Each request is created for a generic asset, enabling automation governance to publish these assets. ' ROLE.Catalog Administrator: 'As a Catalog Administrator, you can create workflows, custom data types, resource selection policies, service items, catalog items, execute catalog item, and view and perform post-deployment operations on the service item instance. Also, you can view and publish the catalog items. ' ROLE.Catalog User: 'As a Catalog User, you can view the catalog items that are assigned to you. You can deploy the catalog item, track the catalog item execution, view the service item instance that is created or assigned to you, and perform post-deployment operations on the service item instances. ' ROLE.Complete Claim: 'As a Complete Claim user you can complete the claim of a previously created Target by providing the security token of the device. You do not have access to read the status or details of any devices within the account. ' ROLE.Device Administrator: 'As a Device Administrator, you can claim and unclaim a device in Intersight, view the device details, license status, a list of all the claimed devices, and generate API keys. You cannot perform any other management or administrative task in this role. ' ROLE.Device Technician: 'As a Device Technician you can claim a device, view the device details, license status, a list of the claimed devices, and generate API keys. You cannot perform any other management or administrative task in this role. ' ROLE.External Syslog Administrator: 'As an External Syslog Administrator, you can configure an external syslog server on an on-prem appliance. ' ROLE.HCI Cluster Administrator: 'As an HCI Cluster Administrator, you can view and manage HCI Clusters, view all the cluster dashboard widgets, view cluster details. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.HCI Cluster Operator: 'As an HCI Cluster Operator, you can view and manage HCI Clusters, view all the cluster dashboard widgets, view cluster details. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.HyperFlex Cluster Access Operator: 'As a HyperFlex Cluster Access Operator, you can cross launch CLI and HXConnect. ' ROLE.HyperFlex Cluster Administrator: 'As a HyperFlex Cluster Administrator, you can create, edit, deploy, and manage HyperFlex Clusters, view all the cluster dashboard widgets, view cluster details, create HyperFlex policies and profiles, execute capacity planning, and launch HyperFlex Connect. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.HyperFlex Cluster Data Protection Administrator: 'As a HyperFlex Cluster Data Protection Administrator, you can perform N:1 backups. ' ROLE.HyperFlex Cluster Lifecycle Administrator: 'As a HyperFlex Cluster Lifecycle Administrator, you can install, expand, upgrade a HX cluster, execute capacity planning, OS installation, VC plugin installation, security hardening, and launch HyperFlex Connect as admin. ' ROLE.HyperFlex Cluster Operator: 'As a HyperFlex Cluster Operator, you can perform health checks and launch HyperFlex Connect. However, you cannot change cluster configuration. ' ROLE.HyperFlex Cluster Storage Administrator: 'As a HyperFlex Cluster Storage Administrator, you can perform datastore, iSCSI, and storage container CRUD operations. ' ROLE.HyperFlex Cluster Syslog Administrator: 'As a HyperFlex Cluster Syslog Administrator, you can configure the external HX Syslog profile. ' ROLE.HyperFlex Cluster System Administrator: 'As a HyperFlex Cluster System Administrator, you can perform most system administrator tasks, create backups, view syslogs, and configure encryption. ' ROLE.HyperFlex Cluster System Operator: 'As a HyperFlex Cluster System Operator, you can perform encryption, health checks, and post-install tasks. ' ROLE.Integrated Systems Administrator: "As an Integrated Systems Administrator, you can perform all actions related to Integrated Systems (e.g., FlexPod) like\ncreate/edit/delete of an Integrated System. In addition you can perform administrative and management tasks related to \ndevices (including claim), servers, server profiles, UCS domain, switch profiles, hypervisors, network/SAN switches, \nstorage devices. Also, you can define workflow and task definitions and can execute them and view workflow executions.\n" ROLE.Integrated Systems Operator: "As an Integrated Systems Operator, you can view Integrated Systems (e.g., FlexPod) and can run inventory based actions (e.g., Interoperability check) \nIn addition you can view devices, servers, server profiles, UCS domain, switch profiles, hypervisors, network/SAN \nswitches, storage devices and workflows. This role does not include the ability to claim a target. You must have a\nDevice Technician, Device Administrator, or an Account Administrator role to claim a target.\n" ROLE.Kubernetes Administrator: 'As a Kubernetes Administrator, you can create, edit, deploy, and manage Kubernetes Clusters. Also, you can view all the cluster dashboard widgets, and view cluster details. In addition, you also have privileges to view and manage storage targets associated with the Kubernetes clusters. The capability to view and execute workflows against the Kubernetes clusters is also granted. It also allows the user to run workflows to manage VMs on hypervisor endpoints, and manage connected storage. The ability to create and view IP pools is also allowed. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Kubernetes Operator: 'As a Kubernetes Operator, you can view Kubernetes Clusters. Also, you can view all the cluster dashboard widgets, and view cluster details. In addition, you also have privileges to view storage targets associated with the Kubernetes clusters. The capability to view workflows is also granted. It also allows the user to view VMs on hypervisor endpoints. This role also provides the capability to view IP pools. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Location Management: 'As a user with location management privileges, you can manage location, including creating, updating, and deleting. ' ROLE.Network Administrator: 'As a Network Administrator, you can create, update, delete and view the Managed network device objects. The capability to view and execute workflows against the network device is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Network Operator: 'As a Network Operator, you can view the Managed network device objects. The capability to view workflows against the network device is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Nexus Administrator: 'As a Nexus Administrator, you have the privileges to perform all Nexus related operations. This includes claiming devices, updating policy configuration, and monitoring the system. ' ROLE.Nexus Analyst: 'As a Nexus Analyst, you can run and update the available Nexus Cloud analyses such as Sustainability, Conformance, Compliance, and others. ' ROLE.Nexus Config Administrator: 'As a Nexus Config Administrator, you can create or modify policy configuration and can initiate the workflow that will activate policy changes. This role does not allow you to claim or remove devices. ' ROLE.Nexus Observer: 'As a Nexus Observer, you can generally view the state of all devices. Additional items include things like viewing configured policies and monitoring active flows. This role does not include any permission which allows the system to be changed. ' ROLE.Read-Only: 'As a Read-Only user, you can view the dashboard, table views of the managed devices, change your user preferences, and generate API keys. You cannot claim a device, add or remove a user, configure Identity providers or perform any server actions. ' ROLE.SAN Administrator: 'As a SAN Administrator, you can create, update, delete and view the Managed SAN switch objects. The capability to view and execute workflows against the SAN switches is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.SAN Operator: 'As a SAN Operator, you can view the Managed SAN switch objects. The capability to view workflows against the SAN switches is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' ROLE.Server Administrator: 'As a Server Administrator, you can view and manage UCS Servers and Fabric Interconnects, view all the server and Fabric Interconnect dashboard widgets, perform server actions, view server details, launch management interfaces and the CLI, create and deploy server policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Service Designer: 'As a Service Designer, you can create custom data types, tasks, workflows, resource selection criteria, and use these to design the service items. The service designer can validate the service items by using the deployment and post-deployment actions. ' ROLE.Service Operator: 'As a Service Operator, you can view and update the catalog items, service items, and workflows. Also, you can execute the workflow and validate the catalog or service items. ' ROLE.Storage Administrator: 'As a Storage Administrator, a user can view and manage Storage devices, view and execute workflows and view all the storage dashboard widgets. This privilege does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Support Services: 'As a Support Services user, you can view the dashboard and table views of managed devices, change your user preferences, collect tech support bundles, and generate API keys. In this role, you cannot claim targets, add or remove users, configure Identity Providers, or perform server actions. ' ROLE.Sustainability Metrics Viewer: 'As a Sustainability Metrics Viewer user, you have read access to the Energy Management Capability (EMC) features and the ability register an OAuth2 application for programmatic access to the APIs. ' ROLE.Tag Management: 'As a user with tag management privileges, you can manage tag definitions, including creating, updating, and deleting tags. ' ROLE.UCS Domain Administrator: 'As a UCS Domain Administrator, you can view and manage Switch Profiles and Network Configuration Policies, view Fabric Interconnect dashboard widgets, perform actions on Switch, launch management interfaces and the CLI, create and deploy switch policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Unified Edge Administrator: 'As a Unified Edge Administrator, you can view and manage Switch Profiles, Network and Chassis Configuration Policies, view Unified Edge dashboard widgets, perform actions on Switch and Chassis, launch management interfaces and the CLI, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.User Access Administrator: 'As a User Access Administrator, you can add and manage Users and Groups in Intersight, view account details and audit logs, manage the IdPs, roles, sessions and API keys for non Account Administrator users. However, you cannot claim a device or perform any management tasks in Intersight. You cannot add or manage a user with Account Administrator role. ' ROLE.Virtualization Administrator: 'As a Virtualization Administrator, a user can view and manage hypervisor resources, view and execute workflows. This privilege does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' ROLE.Workflow Designer: 'As a Workflow Designer, you can define workflow definitions and custom data types, view workflow definitions, task definitions and custom data types, execute workflows and view workflow executions. ' ROLE.Workload Administrator: 'As a Workload Administrator you can view and manage Workload Definitions and Workload Deployments. ' ROLE.Workload Operator: 'As a Workload Operator you can view and manage Workload Deployments and view Workload Definitions. ' ROLE.Workload Optimizer Administrator: "As a Workload Optimizer Administrator, you can access all Workload Optimizer features and perform \nadministrative tasks to configure Workload Optimizer.\n" ROLE.Workload Optimizer Advisor: 'As a Workload Optimizer Advisor, you can view workload optimization state and recommended actions, run plans for workload optimization. ' ROLE.Workload Optimizer Automator: 'As a Workload Optimizer Automator, you can view workload optimization state, recommended actions, run plans for workload optimization, execute workload optimization actions, and deploy workloads. ' ROLE.Workload Optimizer Deployer: "As a Workload Optimizer Deployer, you can view all Workload Optimizer charts and data, deploy \nworkloads, and create policies and templates. You cannot run plans or execute any recommended actions.\n" ROLE.Workload Optimizer Observer: 'As a Workload Optimizer Observer, you can view workload optimization state and recommended actions. ' ROLE.vKVM Only: "As a vKVM-only user, you can launch vKVM and tunneled vKVM sessions to a server from Intersight. \nIn addition you can view servers, chassis and the running workflows. \nIn this role, you cannot perform any server actions from Intersight apart from launching vKVM.\n" PRIVSET.API keys: 'Manage API keys used for secure access to system resources and services. ' PRIVSET.API keys and OAuth tokens: 'Manage API keys and OAuth tokens used for secure access to system resources and services. ' PRIVSET.Access and permissions: 'Manage access of users, user groups; and organizations, resource groups, and roles; and IP access management. ' PRIVSET.Access domains: 'Log in and interact with domain settings. ' PRIVSET.Access servers: 'Log in and interact with servers to perform operations based on privileges. ' PRIVSET.Account: 'Manage Intersight account settings. ' PRIVSET.Account Administrator: 'A set of privileges that provides complete access to all services and resources in Intersight. ' PRIVSET.Acknowledge advisories: 'Acknowledge the filed notices, end-of-life and security advisories. ' PRIVSET.Acknowledge alarms: 'Acknowledge the alarms. ' PRIVSET.Activate server profiles: 'Activate the profile on the attached server. ' PRIVSET.Activate webhook: 'As an Activate Webhooks user, you can enable webhooks, allowing them to start receiving and processing notifications and data from the system. ' PRIVSET.Adapter Configuration policies: 'Configure Ethernet and Fibre Channel settings for the Virtual Interface Card (VIC), including features like VXLAN, NVGRE, and TCP Offload settings. ' PRIVSET.Add OS configuration links: 'Upload an OS configuration file for automated and unattended OS installation on servers to improve deployment efficiency. ' PRIVSET.Add OS image links: 'Add the image source of the operating system, specifying the file share location and protocol (CIFS/NFS/HTTPS) to the software repository. ' PRIVSET.Add SCU links: 'Add the Server Configuration Utility (SCU) for automated OS installation, specifying file share locations using NFS, CIFS, or HTTP protocols. ' PRIVSET.Add and remove server profile template tags: 'Assign and manage tags for server profiles. ' PRIVSET.Add domain names: 'Configure and add a domain name to the system for proper network addressing and identification of resources. ' PRIVSET.Add explorations to dashboard: 'Add an exploration to the Intersight dashboard. ' PRIVSET.Add external syslog servers: 'Configure and add external Syslog servers to the system for centralized collection and management of log data from various sources. Note: This is a virtual appliance only privilege. ' PRIVSET.Add firmware links: 'Add a firmware source to the software repository by specifying the file share location and protocol (NFS/CIFS/HTTP[S]) for firmware upgrades. ' PRIVSET.Add identity providers: 'Configure and add a new identity provider (IdP) to the system, enabling authentication and access management through external or federated identity services. ' PRIVSET.Add notification rule or webhook: 'Create and configure new notification rules, defining criteria and actions for alerting users based on specific events or conditions. ' PRIVSET.Add trusted IP ranges: 'Add trusted IP ranges. ' PRIVSET.Add trusted certificates: 'Upload and install certificates that are trusted by the system, enabling secure communications and verifying connection authenticity. ' PRIVSET.Alerts: 'Manage the alerts from advisories, and alarms. ' PRIVSET.Allow or Disallow Data Collection: 'Enable and disable proactive RMA, tech support bundle collection, sending additional system information to Cisco. ' PRIVSET.Allow/disallow FI and Unified Edge eCMC CLI launches: 'Enable or disable launch of FI and Unified Edge eCMC CLI. ' PRIVSET.Allow/disallow tech support bundles: 'Enable or disable tech support incident bundle collection. ' PRIVSET.Allow/disallow tunneled vKVM configurations: 'Enable or disable configuration of tunneled vKVM access. ' PRIVSET.Allow/disallow tunneled vKVM launches: 'Enable or disable launch of tunneled vKVM access. ' PRIVSET.Appliance authentication: 'Manage authentication in Intersight appliance using Single sign-on (SSO), Cisco ID, SSL/TLS Certificate and LDAP. Note: This is a virtual appliance only privilege. ' PRIVSET.Appliance configuration: 'Manage the configuration settings of the Intersight appliance. Note: This is a virtual appliance only privilege. ' PRIVSET.Appliance networking: 'Manage networking settings related to the appliance. Note: This is a virtual appliance only privilege. ' PRIVSET.Appliance security & privacy: 'Managing system maintenance and data sharing features related to Proactive RMA feature and option to send supplementary diagnostic and operational data to Cisco. Note: This is a virtual appliance only privilege. ' PRIVSET.Apply SSL Certificate: 'As a user with the ability to apply SSL certificates, you can install and configure SSL certificates for secure communications. Note: This is a virtual appliance only privilege. ' PRIVSET.Approve Publish Requests: 'Approve Publish Requests ' PRIVSET.Assign chassis profiles: 'Link domain profiles to servers for management. ' PRIVSET.Assign domain profiles: 'Link domain profiles for server management. ' PRIVSET.Assign server profiles: 'Assign a server to the server profile. ' PRIVSET.Attach to and detach from chassis profile templates: 'It allows to attach any policies to server profile and removal of policies from chassis profile. ' PRIVSET.Attach to and detach from domain profile templates: 'It allows to attach any policies to domain profile template and removal of policies from domain profile template. ' PRIVSET.Attach to and detach from server profile templates: 'It allows to attach any policies to server profile and removal of policies from server profile. ' PRIVSET.Audit Log Viewer: 'As an Audit Log Viewer, you can view audit logs. ' PRIVSET.Audit logs: 'Manage and view audit logs. ' PRIVSET.AuditD policies: 'Manage logging of user activities, configuration changes, and operational commands for FIs, leveraging the Linux audit daemon framework (auditd). ' PRIVSET.Authentication: 'Manage authentication methods and policies for securing system access. ' PRIVSET.Authentication settings: 'As a user with access to Authentication settings, you can manage and configure the authentication methods and policies for securing access to the system. ' PRIVSET.Automation Governance: 'As Automation Governor, you can approve or reject approval requests. ' PRIVSET.BIOS policies: 'Set the BIOS policies. ' PRIVSET.Boot Order policies: 'Set the BIOS boot mode, and enable secure boot. ' PRIVSET.Catalog Administrator: 'As a Catalog Administrator, you can create tasks, workflows, custom datatypes, resource selection criteria, service items and use these building blocks to create catalog items. You can validate these catalog items by deploying them and performing post-deployment operations on the deployed resources. The catalog administrator can publish the catalog items to an organization so that these can be consumed by the catalog users in that organization. ' PRIVSET.Catalog User: 'As a Catalog User, you can view the catalog items assigned to you, deploy the catalog item, track the service requests, view the service item instance that you have created or are assigned to you, and perform post-deployment operations on the resource. ' PRIVSET.Certificate Management policies: 'Specify and attach external certificate details to servers, supporting Root CA and IMC certificates. ' PRIVSET.Cisco ID: 'Manage Cisco identification credentials and settings used for accessing Cisco services. ' PRIVSET.Claim Devices: 'Claim devices. ' PRIVSET.Claim targets: 'Assign or register a target to the system for management or monitoring purposes. ' PRIVSET.Clear TPMs: 'Clear the Trusted Platform Module (TPM) on servers. ' PRIVSET.Clear configurations: 'Remove foreign configurations not integrated with current setups. ' PRIVSET.Clear foreign configurations: 'Remove foreign configurations from a server''s storage system to clear external storage setups that are not integrated with the server''s current configuration. ' PRIVSET.Clear system event logs (SEL): 'Erase the system event log (SEL), clearing recorded events. ' PRIVSET.Clusters: 'Manage and configure clusters. ' PRIVSET.Complete Claim: 'As a Complete Claim user you can complete the claim of a previously created Target by providing the security token of the device. You do not have access to read the status or details of any devices within the account. ' PRIVSET.Configure: "Configure physical servers, chassis, and domains along with their respective profiles and templates, \nwhile managing compute, management, network, and storage policies, and configuring pools of Intersight Infrastructure Services.\n" PRIVSET.Configure Cisco software download credentials: 'Set up and manage credentials required for accessing and downloading Cisco software to ensure secure and authorized access to updates and resources.Set up and manage credentials required for accessing and downloading Cisco software to ensure secure and authorized access to updates and resources. ' PRIVSET.Configure DNS settings: 'Set up and manage Domain Name System (DNS) configurations, including DNS servers, domain names, and search domains to ensure proper name resolution and network connectivity. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure IP pools: 'Manages the collection of IP addresses that can be dynamically assigned to services running on network elements. It supports both IPv4 and IPv6 addresses and can be configured at either the pool level or block level. ' PRIVSET.Configure IQN pools: 'Define and manage iSCSI Qualified Names (IQNs) pools for organized iSCSI identifier assignment. ' PRIVSET.Configure LDAP servers: 'Set up and manage LDAP server settings, including server address, port, authentication methods, and directory structures to enable directory services and authentication. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure Local Users Password Policy: 'Set up and manage the password policy for local users, including requirements for password complexity, expiration, and reset procedures to ensure secure access control. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure MAC pools: 'Manage the collection of MAC addresses that are unique in their Layer 2 environment, used to assign to vNICs on a server. This helps in automating the assignment of MAC addresses in server profiles. ' PRIVSET.Configure MFA: 'Set up and manage Multi-Factor Authentication (MFA) settings, including configuring authentication methods, policies, and user access requirements to enhance security. ' PRIVSET.Configure NTP settings: 'Set up and manage Network Time Protocol (NTP) configurations, including NTP servers and time synchronization settings to ensure accurate and consistent time across the network. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure Resource Pool: 'Manage pool aggregation of homogeneous resources, such as servers, to manage their utilization efficiently. It allows for logical grouping and management of resources for server profiles ' PRIVSET.Configure SMTP servers: 'Set up and manage Simple Mail Transfer Protocol (SMTP) server settings, including server address, port, authentication, and security settings to enable and configure email functionality. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure UUID pools: 'Manage universally unique identifier (UUID) for each server associated with a server profile, ensuring that each server has a unique identifier. ' PRIVSET.Configure WWNN or WWPN pools: 'Manage world wide node name (WWNN) or world wide port name (WWPN) pools to provide unique IDs for Fibre Channel nodes and ports on a server. ' PRIVSET.Configure account details: 'Set up and modify account information, including user credentials, contact details, and other account-specific settings. ' PRIVSET.Configure backup schedule: 'Set up and modify schedules for automated backups, defining timing, frequency, and scope to ensure regular and reliable data protection. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure banner message: 'Set up and modify banner messages displayed to users, providing important information, warnings, or notifications within the system interface. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure chassis profile templates: 'Manage chassis profile template settings. ' PRIVSET.Configure chassis profiles: 'Manage chassis profile settings to ensure configurations align with operational requirements and organizational standards. ' PRIVSET.Configure compute policies: 'Create, Clone, Edit or Delete the compute policies of Cisco UCS which define the configuration parameters for server resources. ' PRIVSET.Configure data collection settings: 'As a user with the ability to Configure Data Collection Settings, you can manage the proactive return merchandise authorization settings for the system. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure device connector settings: 'Set up and manage the configuration for device connectors, including network settings and parameters needed for device communication and integration within the appliance networking environment. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure domain profile templates: 'Manage domain profile template. ' PRIVSET.Configure domain profiles: 'Manage domain profiles to define and apply network, storage, and compute configurations across systems. ' PRIVSET.Configure management policies: 'Create, Clone, Edit or Delete the policies that manage different aspects of network management, such as adapter and ethernet policies, fibre channel and iSCSI policies, traffic and flow control, connectivity and control, virtualization and group management. It includes certificate management, device connector, IPMI over LAN, LDAP, local user, network connectivity, NTP, serial over LAN, SMTP, SNMP, SSH, Syslog, and virtual KVM policies. ' PRIVSET.Configure metrics settings: 'Set up and manage the configuration of metrics collection and reporting, defining which metrics are tracked, how they are recorded, and how they are displayed for analysis. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure network policies: 'It allows setting up various policies to manage Ethernet and Fibre Channel settings, as well as network communication resources between servers and the LAN or SAN. It includes adapter configuration, iSCSI boot, LAN connectivity, and SAN connectivity policies. ' PRIVSET.Configure physical chassis: 'Manage settings of a physical chassis to ensure optimal configuration and operation of chassis components within your infrastructure. ' PRIVSET.Configure physical domains: 'Manage settings of physical domains. ' PRIVSET.Configure physical servers: 'Configure settings and perform actions on physical servers to ensure they meet operational requirements. ' PRIVSET.Configure pools: 'Manage resource pools like IP, MAC, WWPN, and storage pools for efficient resource allocation. ' PRIVSET.Configure server profile templates: 'Create or modify server profiles templates by setting up specific configurations, assigning resources, and updating settings to ensure the server operates according to required specifications. ' PRIVSET.Configure server profiles: "Create or modify server profiles by setting up specific configurations, assigning resources, \nand updating settings to ensure the server operates according to required specifications.\n" PRIVSET.Configure software update settings: 'Set up and manage settings related to software updates, including scheduling, sources, and policies to ensure that software remains current and secure. Note: This is a virtual appliance only privilege. ' PRIVSET.Configure storage policies: 'It allows setting up various policies to manage storage resources effectively. It includes Drive Security, SD Card, and Storage policies. ' PRIVSET.Configure vHBA templates: 'Manage vHBA Templates. ' PRIVSET.Configure vNIC templates: 'Manage vNIC Templates. ' PRIVSET.Create Approval Request: 'Create Approval Request ' PRIVSET.Create CSR: 'As a user with the ability to create Certificate Signing Requests (CSR), you can generate requests for digital certificates to establish secure communications. Note: This is a virtual appliance only privilege. ' PRIVSET.Create IP pool address reservations: 'Reserve specific IP addresses within pools. ' PRIVSET.Create IP pools: '' PRIVSET.Create IQN pool address reservations: 'Reserve specific iSCSI Qualified Names (IQNs) within an IQN pool to ensure allocation for particular devices and restrict general assignment. ' PRIVSET.Create IQN pools: 'Create new iSCSI Qualified Name (IQN) pools, configuring settings for iSCSI targets. ' PRIVSET.Create MAC pool address reservations: 'Reserve specific MAC addresses within pools. ' PRIVSET.Create MAC pools: 'Create new MAC address pools, configuring settings for network devices. ' PRIVSET.Create Nexus Reports: 'A set of privileges that allow the users to create nexus reports. ' PRIVSET.Create OAuth 2.0 grant type applications: 'Register new applications with OAuth 2.0 grant types, defining their authentication and authorization settings for secure access. ' PRIVSET.Create Resource pool address reservations: 'Reserve specific resources within a resource pool to ensure allocation for particular uses and restrict general assignment. ' PRIVSET.Create Resource pools: 'Create new resource pools, configuring settings for system resource allocation. ' PRIVSET.Create UUID pool address reservations: 'Reserve specific UUIDs within a UUID pool to ensure allocation for particular devices and restrict general assignment. ' PRIVSET.Create UUID pools: 'Create new universally unique identifier (UUID) pools, configuring settings for devices or services. ' PRIVSET.Create WWNN and WWPN pool address reservations: 'Reserve specific World Wide Node Names (WWNNs) or World Wide Port Names (WWPNs) within their respective pools to ensure allocation for particular devices and restrict general assignment. ' PRIVSET.Create WWNN or WWPN pools: 'Create new WWNN or WWPN pools, managing identifiers for devices. ' PRIVSET.Create backups: 'Initiate the creation of backup copies of data to ensure important information is saved and can be restored in case of data loss or corruption. Note: This is a virtual appliance only privilege. ' PRIVSET.Create chassis profile templates from chassis profile: 'Create chassis profile templates to serve as the foundation for multiple derived chassis profiles. ' PRIVSET.Create domain profile templates from domain profile: 'Create domain profile templates from domain profiles. ' PRIVSET.Create integrated systems: 'Create new integrated systems. ' PRIVSET.Create server profile template from server profile: 'Generate new server profile templates from an existing server profiles. ' PRIVSET.Create, clone and edit Adapter Configuration policies: '' PRIVSET.Create, clone and edit AuditD policies: '' PRIVSET.Create, clone and edit BIOS policies: '' PRIVSET.Create, clone and edit Boot Order policies: '' PRIVSET.Create, clone and edit Certificate Management policies: '' PRIVSET.Create, clone and edit Device Connector policies: '' PRIVSET.Create, clone and edit Drive Security policies: '' PRIVSET.Create, clone and edit Ethernet Adapter policies: '' PRIVSET.Create, clone and edit Ethernet Network Control policies: '' PRIVSET.Create, clone and edit Ethernet Network Group policies: '' PRIVSET.Create, clone and edit Ethernet Network policies: '' PRIVSET.Create, clone and edit Ethernet QoS policies: '' PRIVSET.Create, clone and edit FC Zone policies: '' PRIVSET.Create, clone and edit Fibre Channel Adapter policies: '' PRIVSET.Create, clone and edit Fibre Channel Network policies: '' PRIVSET.Create, clone and edit Fibre Channel QoS policies: '' PRIVSET.Create, clone and edit Firmware policies: '' PRIVSET.Create, clone and edit Flow Control policies: '' PRIVSET.Create, clone and edit IMC Access policies: '' PRIVSET.Create, clone and edit IPMI over LAN policies: '' PRIVSET.Create, clone and edit LAN Connectivity policies: '' PRIVSET.Create, clone and edit LDAP policies: '' PRIVSET.Create, clone and edit Link Aggregation policies: "As a Create or Clone Link Aggregation Policy user, you can define and establish new policies for link aggregation, \nconfiguring settings to combine multiple network connections into a single logical link for improved performance and redundancy.\n" PRIVSET.Create, clone and edit Link Control policies: "As a Create or Clone Link Control Policy user, you can define and establish new policies for link control, \nconfiguring settings to manage and optimize network link behavior and performance.\n" PRIVSET.Create, clone and edit Local User policies: '' PRIVSET.Create, clone and edit Memory policies: 'As a Create or Clone Memory Policy user, you can define and establish new memory policies. ' PRIVSET.Create, clone and edit Multicast policies: '' PRIVSET.Create, clone and edit NTP policies: '' PRIVSET.Create, clone and edit Network Connectivity policies: '' PRIVSET.Create, clone and edit Persistent Memory policies: '' PRIVSET.Create, clone and edit Port policies: '' PRIVSET.Create, clone and edit Power policies: '' PRIVSET.Create, clone and edit SAN Connectivity policies: '' PRIVSET.Create, clone and edit SD Card policies: '' PRIVSET.Create, clone and edit SMTP policies: '' PRIVSET.Create, clone and edit SNMP policies: '' PRIVSET.Create, clone and edit SSH policies: '' PRIVSET.Create, clone and edit Scrub policies: "As a Create or Clone Scrub Policy user, you can define and establish new Scrub policies within the system, \nconfiguring virtual media access and management settings for devices.\n" PRIVSET.Create, clone and edit Serial Over LAN policies: '' PRIVSET.Create, clone and edit Storage policies: '' PRIVSET.Create, clone and edit Switch Control policies: '' PRIVSET.Create, clone and edit Syslog policies: '' PRIVSET.Create, clone and edit System QoS policies: '' PRIVSET.Create, clone and edit Thermal policies: '' PRIVSET.Create, clone and edit VLAN policies: '' PRIVSET.Create, clone and edit VSAN policies: '' PRIVSET.Create, clone and edit Virtual KVM policies: '' PRIVSET.Create, clone and edit Virtual Media policies: '' PRIVSET.Create, clone and edit iSCSI Adapter policies: '' PRIVSET.Create, clone and edit iSCSI Boot policies: '' PRIVSET.Create, clone and edit iSCSI Static Target policies: "As a Create or Clone iSCSI Static Target Policy user, you can define and establish new policies for iSCSI static targets, \nconfiguring settings to manage and optimize the connections to specific iSCSI targets within the storage network.\n" PRIVSET.Create, clone, and edit chassis profile templates: 'Create, clone and edit chassis profile templates to define and manage configuration settings for physical chassis. ' PRIVSET.Create, clone, and edit chassis profiles: 'Create and manage chassis profiles. ' PRIVSET.Create, clone, and edit domain profile templates: 'Create, clone and edit domain profile templates. ' PRIVSET.Create, clone, and edit domain profiles: 'Create, clone and edit domain profiles by configuring settings and policies to standardize domain operations. ' PRIVSET.Create, clone, and edit server profile templates: 'Create and manage server profiles templates. ' PRIVSET.Create, clone, and edit server profiles: 'Create and manage server profiles, attach/detach policies. ' PRIVSET.Create, clone, and edit vHBA templates: 'Create, clone and edit vHBA Templates. ' PRIVSET.Create, clone, and edit vNIC templates: 'Create, clone and edit vNIC Templates. ' PRIVSET.Datacenters: 'Manage and configure datacenters. ' PRIVSET.Datastore clusters: 'Manage and configure datastore clusters. ' PRIVSET.Datastores: 'Manage and configure datastores. ' PRIVSET.Decommission Fabric Extender (FEX): "Safely retire and remove Fabric Extenders (FEX), deactivating related connections and updating the system status. \n" PRIVSET.Decommission chassis: 'Safely retire and remove chassis. ' PRIVSET.Decommission servers: 'Safely shut down servers, disconnect from the network, and ensure data is erased and backed up in alignment with policies. ' PRIVSET.Define and edit chassis profile general properties: 'Set or edit name, description, organization and tag of chassis profiles. ' PRIVSET.Define and edit chassis profile template general properties: 'Set or edit name, description, organization and tag of chassis profile templates. ' PRIVSET.Define and edit domain profile general properties: 'Add or edit name, description, organization and tag for UCS domain profiles. ' PRIVSET.Define and edit domain profile template general properties: 'Set or edit name, description, organization and tag of domain profile templates. ' PRIVSET.Define and edit server profile general properties: 'Set or edit the Organization, name, description, tag of Server Profile. ' PRIVSET.Define and edit server profile template general properties: 'Set or edit name, description, organization and tag of server profile templates. ' PRIVSET.Define and edit vHBA template general properties: 'Set or edit name, description, organization and tag of vHBA templates. ' PRIVSET.Define and edit vNIC template general properties: 'Add or edit the name, description and tag for the vNIC templates. ' PRIVSET.Delete API keys: 'Remove API keys from the system, terminating their access to system APIs and ensuring they are no longer valid for integration or automation purposes. ' PRIVSET.Delete Adapter Configuration policies: '' PRIVSET.Delete Approval Request: 'Delete Approval Request ' PRIVSET.Delete AuditD policies: '' PRIVSET.Delete BIOS policies: '' PRIVSET.Delete Boot Order policies: '' PRIVSET.Delete CSR: 'As a user with the ability to delete Certificate Signing Requests (CSR), you can remove existing requests for digital certificates from the system. Note: This is a virtual appliance only privilege. ' PRIVSET.Delete Certificate Management policies: '' PRIVSET.Delete Device Connector policies: '' PRIVSET.Delete Devices: 'Delete Devices. ' PRIVSET.Delete Drive Security policies: '' PRIVSET.Delete Ethernet Adapter policies: '' PRIVSET.Delete Ethernet Network Control policies: '' PRIVSET.Delete Ethernet Network Group policies: '' PRIVSET.Delete Ethernet Network policies: '' PRIVSET.Delete Ethernet QoS policies: '' PRIVSET.Delete FC Zone policies: '' PRIVSET.Delete Fibre Channel Adapter policies: '' PRIVSET.Delete Fibre Channel Network policies: '' PRIVSET.Delete Fibre Channel QoS policies: '' PRIVSET.Delete Firmware policies: '' PRIVSET.Delete Flow Control policies: '' PRIVSET.Delete IMC Access policies: '' PRIVSET.Delete IP pool address reservations: 'Remove IP address reservations, freeing them for use. ' PRIVSET.Delete IP pools: '' PRIVSET.Delete IPMI over LAN policies: '' PRIVSET.Delete IQN pool address reservations: 'Remove specific IQN reservations from an IQN pool to make them available for general assignment. ' PRIVSET.Delete IQN pools: 'Remove existing iSCSI Qualified Name (IQN) pools, managing outdated IQN allocations. ' PRIVSET.Delete LAN Connectivity policies: '' PRIVSET.Delete LDAP policies: '' PRIVSET.Delete LDAP servers: 'Remove the configuration of LDAP servers, ceasing the directory services and authentication provided by those servers. Note: This is a virtual appliance only privilege. ' PRIVSET.Delete Link Aggregation policies: "As a Delete Link Aggregation Policy user, you can remove existing link aggregation policies, \nmanaging outdated or unnecessary settings related to network connection combinations.\n" PRIVSET.Delete Link Control policies: "As a Delete Link Control Policy user, you can remove existing link control policies, \nmanaging outdated or unnecessary settings related to network link management.\n" PRIVSET.Delete Local User policies: '' PRIVSET.Delete MAC pool address reservations: 'Remove MAC address reservations, freeing them for use. ' PRIVSET.Delete MAC pools: 'Remove existing MAC pools, managing outdated MAC address allocations. ' PRIVSET.Delete Memory policies: 'As a Delete Memory Policy user, you can remove existing Memory policies, managing outdated or unnecessary permissions and access settings. ' PRIVSET.Delete Multicast policies: '' PRIVSET.Delete NTP policies: '' PRIVSET.Delete Network Connectivity policies: '' PRIVSET.Delete OAuth 2.0 grant type applications: 'Remove OAuth 2.0 grant type applications from the system, revoking their access and associated permissions. ' PRIVSET.Delete OAuth 2.0 tokens: 'Remove OAuth 2.0 tokens from the system, revoking their access and preventing their use for authentication and authorization. ' PRIVSET.Delete OS configuration links: 'Remove the OS configuration file for automated and unattended OS installation on servers. ' PRIVSET.Delete OS image links: 'Remove the image source of the operating system from the software repository, deleting file share location and protocol (CIFS/NFS/HTTPS). ' PRIVSET.Delete Persistent Memory policies: '' PRIVSET.Delete Port policies: '' PRIVSET.Delete Power policies: '' PRIVSET.Delete Resource pool address reservations: 'Remove specific resource reservations from a resource pool to make them available for general assignment. ' PRIVSET.Delete Resource pools: 'Remove existing resource pools, managing outdated allocations. ' PRIVSET.Delete SAN Connectivity policies: '' PRIVSET.Delete SCU links: 'Remove the Server Configuration Utility (SCU) for automated OS installation, deleting file share locations using NFS, CIFS, or HTTP protocols. ' PRIVSET.Delete SD Card policies: '' PRIVSET.Delete SMTP policies: '' PRIVSET.Delete SNMP policies: '' PRIVSET.Delete SSH policies: '' PRIVSET.Delete Scrub policies: "As a Delete Scrub Policy user, you can remove existing Scrub policies from the system, \nmanaging outdated or unnecessary virtual media configurations.\n" PRIVSET.Delete Serial Over LAN policies: '' PRIVSET.Delete Storage policies: '' PRIVSET.Delete Switch Control policies: '' PRIVSET.Delete Syslog policies: '' PRIVSET.Delete System QoS policies: '' PRIVSET.Delete Thermal policies: '' PRIVSET.Delete UUID pool address reservations: 'Remove specific UUID reservations from a UUID pool to make them available for general assignment. ' PRIVSET.Delete UUID pools: 'Remove existing universally unique identifier (UUID) pools, managing outdated UUID allocations. ' PRIVSET.Delete VLAN policies: '' PRIVSET.Delete VSAN policies: '' PRIVSET.Delete Virtual KVM policies: '' PRIVSET.Delete Virtual Media policies: '' PRIVSET.Delete WWNN and WWPN pool address reservations: 'Remove specific WWNN or WWPN reservations from pools to make them available for general assignment. ' PRIVSET.Delete WWNN or WWPN pools: 'Remove existing WWNN or WWPN pools, managing outdated allocations. ' PRIVSET.Delete chassis profile templates: 'Remove existing chassis profile templates. ' PRIVSET.Delete chassis profiles: 'Remove existing chassis profiles from your infrastructure, ensuring outdated or unnecessary configurations are managed. ' PRIVSET.Delete domain names: 'Remove existing domain names from the system, ceasing their use for network addressing and identification of resources. ' PRIVSET.Delete domain profile templates: 'Delete domain profile templates. ' PRIVSET.Delete domain profiles: 'Delete domain profiles from the system, ensuring associated configurations are managed. ' PRIVSET.Delete explorations: 'Delete an existing exploration. ' PRIVSET.Delete external syslog servers: 'Remove the configuration of external Syslog servers from the system, ceasing the collection and management of log data from those servers. Note: This is a virtual appliance only privilege. ' PRIVSET.Delete firmware links: 'Remove the firmware source from the software repository by deleting the file share location and protocol (NFS/CIFS/HTTP[S]). ' PRIVSET.Delete iSCSI Adapter policies: '' PRIVSET.Delete iSCSI Boot policies: '' PRIVSET.Delete iSCSI Static Target policies: "As a Delete iSCSI Static Target Policy user, you can remove existing iSCSI static target policies, \nmanaging outdated or unnecessary settings related to specific iSCSI target connections.\n" PRIVSET.Delete identity providers: 'Remove existing IdPs from the system, discontinuing associated authentication and access management services. ' PRIVSET.Delete integrated systems: 'Delete an existing integrated system. ' PRIVSET.Delete notification rule or webhook: 'Remove existing notification rules, stopping the triggering and management of alerts and notifications based on those rules. ' PRIVSET.Delete server profile templates: 'Remove server profile templates. ' PRIVSET.Delete server profiles: 'Remove server profiles. ' PRIVSET.Delete trusted IP ranges: 'Delete the trusted IP range. ' PRIVSET.Delete trusted certificates: 'Remove certificates from the system''s list of trusted certificates, ceasing their use for secure communications. ' PRIVSET.Delete vHBA templates: 'Delete vHBA Templates. ' PRIVSET.Delete vNIC templates: 'Delete vNIC Templates. ' PRIVSET.Deploy chassis profiles: 'Apply domain profiles to servers, implementing settings. ' PRIVSET.Deploy domain profiles: 'Apply domain profiles, implementing server settings. ' PRIVSET.Deploy server profiles: 'Deploy the profile to the attached server. ' PRIVSET.Deregister Smart Licenses: 'Cancel the registration of your device. ' PRIVSET.Derive profiles from chassis profile templates: 'Create profiles derived from chassis profile templates. ' PRIVSET.Derive profiles from domain profile templates: 'Create profiles derived from domain profile templates. ' PRIVSET.Derive server profiles: 'Create new server profiles using existing profiles or templates. ' PRIVSET.Device Administrator: 'As a Device Administrator, you can claim and unclaim a device in Intersight, view the device details, license status, a list of all the claimed devices, and generate API keys. You cannot perform any other management or administrative task in this role. ' PRIVSET.Device Connector policies: 'Control configuration changes allowed from Cisco IMC, ensuring that changes are managed through Intersight. ' PRIVSET.Device Technician: 'As a Device Technician you can claim a device, view the device details, license status, a list of the claimed devices, and generate API keys. You cannot perform any other management or administrative task in this role. ' PRIVSET.Devices: 'A set of privileges that allows the access to manage devices e.g. view device details, claim and delete devices. ' PRIVSET.Disable security: 'Deactivate security features on storage systems. ' PRIVSET.Disable subscriptions: 'Disable visibility of subscription details in the Intersight appliance. Note: This is a virtual appliance only privilege. ' PRIVSET.Domain names: 'Manage the configurations and settings related to domain names within the system. ' PRIVSET.Download server event logs: 'Download the server''s event log (SEL) to review and analyse recorded events and errors for diagnostics. ' PRIVSET.Drive Security policies: 'Define self-encrypting drives (SEDs) management to ensure data security using a Key-Encryption Key (KEK) and a Key Management Interoperability Protocol (KMIP) for remote key management. ' PRIVSET.Edit API keys: 'Modify settings and permissions associated with existing API keys, managing their scope and access to ensure proper integration and security. ' PRIVSET.Edit Adapter Configuration policies: '' PRIVSET.Edit Adapter Configuration policies for server profile: 'Attach/detach Adapter Configuration policies. ' PRIVSET.Edit Adapter Configuration policies for server profile template: 'Attach/detach Adapter Configuration policies. ' PRIVSET.Edit AuditD policies: '' PRIVSET.Edit AuditD policies for domain profile: 'Attach/detach AuditD policies. ' PRIVSET.Edit AuditD policies for domain profile template: 'Attach/detach AuditD policies. ' PRIVSET.Edit BIOS policies: '' PRIVSET.Edit BIOS policies for server profile: 'Attach/detach BIOS policies. ' PRIVSET.Edit BIOS policies for server profile template: 'Attach/detach BIOS policies. ' PRIVSET.Edit Boot Order policies: '' PRIVSET.Edit Boot Order policies for server profile: 'Attach/detach Boot Order policies. ' PRIVSET.Edit Boot Order policies for server profile template: 'Attach/detach Boot Order policies. ' PRIVSET.Edit Certificate Management policies: '' PRIVSET.Edit Certificate Management policies for domain profile: 'Attach/detach Certificate Management policies. ' PRIVSET.Edit Certificate Management policies for domain profile template: 'Attach/detach Certificate Management policies. ' PRIVSET.Edit Certificate Management policies for server profile: 'Attach/detach Certificate Management policies. ' PRIVSET.Edit Certificate Management policies for server profile template: 'Attach/detach Certificate Management policies. ' PRIVSET.Edit Device Connector policies: '' PRIVSET.Edit Device Connector policies for server profile: 'Attach/detach Device Connector policies. ' PRIVSET.Edit Device Connector policies for server profile template: 'Attach/detach Device Connector policies. ' PRIVSET.Edit Drive Security policies: '' PRIVSET.Edit Drive Security policies for server profile: 'Attach/detach Drive Security policies. ' PRIVSET.Edit Drive Security policies for server profile template: 'Attach/detach Drive Security policies. ' PRIVSET.Edit Ethernet Adapter policies: '' PRIVSET.Edit Ethernet Adapter policies for vNIC template: 'Attach/detach Ethernet Adapter policies. ' PRIVSET.Edit Ethernet Network Control policies: '' PRIVSET.Edit Ethernet Network Control policies for vNIC template: 'Attach/detach Ethernet Network Control policies. ' PRIVSET.Edit Ethernet Network Group policies: '' PRIVSET.Edit Ethernet Network Group policies for vNIC template: 'Attach/detach Ethernet Network Group policies. ' PRIVSET.Edit Ethernet Network policies: '' PRIVSET.Edit Ethernet QoS policies: '' PRIVSET.Edit Ethernet QoS policies for vNIC template: 'Attach/detach Ethernet QoS policies. ' PRIVSET.Edit FC Zone policies: '' PRIVSET.Edit Fibre Channel Adapter policies: '' PRIVSET.Edit Fibre Channel Adapter policies for vHBA template: 'Attach/detach Fibre Channel Adapter policies. ' PRIVSET.Edit Fibre Channel Network policies: '' PRIVSET.Edit Fibre Channel Network policies for vHBA template: 'Attach/detach Fibre Channel Network policies. ' PRIVSET.Edit Fibre Channel QoS policies: '' PRIVSET.Edit Fibre Channel QoS policies for vHBA template: 'Attach/detach Fibre Channel QoS policies. ' PRIVSET.Edit Fibre Channel Zone policies for vHBA template: 'Attach/detach Fibre Channel Zone policies. ' PRIVSET.Edit Firmware policies: '' PRIVSET.Edit Firmware policies for server profile: 'Attach/detach Firmware policies. ' PRIVSET.Edit Firmware policies for server profile template: 'Attach/detach Firmware policies. ' PRIVSET.Edit Flow Control policies: '' PRIVSET.Edit IMC Access policies: '' PRIVSET.Edit IMC Access policies for chassis profile: 'Attach/detach IMC Access policies. ' PRIVSET.Edit IMC Access policies for chassis profile template: 'Attach/detach IMC Access policies. ' PRIVSET.Edit IMC Access policies for server profile: 'As a Edit IMC Access policies for server profile user, you can adjust IMC access policies for server profiles. This includes updating access settings and ensuring that configurations are correctly applied to servers. ' PRIVSET.Edit IMC Access policies for server profile template: 'As a Edit IMC Access policies for server profile template user, you can adjust IMC access policies for server profile templates. This includes updating access settings and ensuring that configurations are correctly applied to templates. ' PRIVSET.Edit IP pools: '' PRIVSET.Edit IPMI Over LAN policies for server profile: 'Attach/detach IPMI Over LAN policies. ' PRIVSET.Edit IPMI Over LAN policies for server profile template: 'Attach/detach IPMI Over LAN policies. ' PRIVSET.Edit IPMI over LAN policies: '' PRIVSET.Edit IQN pools: 'Modify existing iSCSI Qualified Name (IQN) pools, optimizing IQN management. ' PRIVSET.Edit LAN Connectivity policies: '' PRIVSET.Edit LAN Connectivity policies for server profile: 'Attach/detach LAN Connectivity policies. ' PRIVSET.Edit LAN Connectivity policies for server profile template: 'Attach/detach LAN Connectivity policies. ' PRIVSET.Edit LDAP policies: '' PRIVSET.Edit LDAP policies for domain profile: 'Attach/detach LDAP policies. ' PRIVSET.Edit LDAP policies for domain profile template: 'Attach/detach LDAP policies. ' PRIVSET.Edit LDAP policies for server profile: 'Attach/detach LDAP policies. ' PRIVSET.Edit LDAP policies for server profile template: 'Attach/detach LDAP policies. ' PRIVSET.Edit LDAP servers: 'Modify the configuration of existing LDAP servers by updating server address, port, authentication methods, and directory structures to ensure proper directory services and authentication. Note: This is a virtual appliance only privilege. ' PRIVSET.Edit Link Aggregation policies: "As an Edit Link Aggregation Policy user, you can modify existing link aggregation policies, \nadjusting settings to optimize the performance and redundancy of combined network connections.\n" PRIVSET.Edit Link Control policies: "As an Edit Link Control Policy user, you can modify existing link control policies, \nadjusting settings to enhance network link behavior and performance.\n" PRIVSET.Edit Local User policies: '' PRIVSET.Edit Local User policies for domain profile: 'Attach/detach Local User policies. ' PRIVSET.Edit Local User policies for domain profile template: 'Attach/detach Local User policies. ' PRIVSET.Edit Local User policies for server profile: 'Attach/detach Local User policies. ' PRIVSET.Edit Local User policies for server profile template: 'Attach/detach Local User policies. ' PRIVSET.Edit MAC Pools for vNIC template: 'Attach/detach MAC Pools. ' PRIVSET.Edit MAC pools: 'Modify existing MAC pools, optimizing MAC address management. ' PRIVSET.Edit Memory policies: 'As an Edit Memory Policy user, you can modify existing memory policies. ' PRIVSET.Edit Memory policies for server profile: 'Attach/detach Memory policies. ' PRIVSET.Edit Memory policies for server profile template: 'Attach/detach Memory policies. ' PRIVSET.Edit Multicast policies: '' PRIVSET.Edit NTP policies: '' PRIVSET.Edit NTP policies for domain profile: 'Attach/detach NTP policies. ' PRIVSET.Edit NTP policies for domain profile template: 'Attach/detach NTP policies. ' PRIVSET.Edit NTP policies for server profile: 'Attach/detach NTP policies. ' PRIVSET.Edit NTP policies for server profile template: 'Attach/detach NTP policies. ' PRIVSET.Edit Network Connectivity policies: '' PRIVSET.Edit Network Connectivity policies for domain profile: 'Attach/detach LDAP policies. ' PRIVSET.Edit Network Connectivity policies for domain profile template: 'Attach/detach Network Connectivity policies. ' PRIVSET.Edit Network Connectivity policies for server profile: 'Attach/detach Network Connectivity policies. ' PRIVSET.Edit Network Connectivity policies for server profile template: 'Attach/detach Network Connectivity policies. ' PRIVSET.Edit OAuth 2.0 grant type applications: 'Modify settings of existing OAuth 2.0 grant type applications, including their grant types, permissions, and configurations. ' PRIVSET.Edit OS configuration links: 'Modify the OS configuration file for automated and unattended OS installation on servers. ' PRIVSET.Edit OS image links: 'Modify the image source of the operating system in the software repository, updating file share location and protocol (CIFS/NFS/HTTPS). ' PRIVSET.Edit Persistent Memory policies: '' PRIVSET.Edit Persistent Memory policies for server profile: 'Attach/detach Persistent Memory policies. ' PRIVSET.Edit Persistent Memory policies for server profile template: 'Attach/detach Persistent Memory policies. ' PRIVSET.Edit Port policies: '' PRIVSET.Edit Ports Configuration policies for domain profile: 'Attach/detach Ports Configuration policies. ' PRIVSET.Edit Ports Configuration policies for domain profile template: 'Attach/detach Ports Configuration policies. ' PRIVSET.Edit Power policies: '' PRIVSET.Edit Power policies for chassis profile: 'Attach/detach Power policies. ' PRIVSET.Edit Power policies for chassis profile template: 'Attach/detach Power policies. ' PRIVSET.Edit Power policies for server profile: 'Attach/detach Power policies. ' PRIVSET.Edit Power policies for server profile template: 'Attach/detach Power policies. ' PRIVSET.Edit Resource pools: 'Modify existing resource pools to optimize resource management. ' PRIVSET.Edit SAN Connectivity policies: '' PRIVSET.Edit SAN Connectivity policies for server profile: 'Attach/detach SAN Connectivity policies. ' PRIVSET.Edit SAN Connectivity policies for server profile template: 'Attach/detach SAN Connectivity policies. ' PRIVSET.Edit SCU links: 'Modify the Server Configuration Utility (SCU) for automated OS installation, editing file share locations using NFS, CIFS, or HTTP protocols. ' PRIVSET.Edit SD Card policies: '' PRIVSET.Edit SD Card policies for server profile: 'Attach/detach SD Card policies. ' PRIVSET.Edit SD Card policies for server profile template: 'Attach/detach SD Card policies. ' PRIVSET.Edit SMTP policies: '' PRIVSET.Edit SMTP policies for server profile: 'Attach/detach SMTP policies. ' PRIVSET.Edit SMTP policies for server profile template: 'Attach/detach SMTP policies. ' PRIVSET.Edit SNMP policies: '' PRIVSET.Edit SNMP policies for chassis profile: 'Attach/detach SNMP policies. ' PRIVSET.Edit SNMP policies for chassis profile template: 'Attach/detach SNMP policies. ' PRIVSET.Edit SNMP policies for domain profile: 'Attach/detach SNMP policies. ' PRIVSET.Edit SNMP policies for domain profile template: 'Attach/detach SNMP policies. ' PRIVSET.Edit SNMP policies for server profile: 'Attach/detach SNMP policies. ' PRIVSET.Edit SNMP policies for server profile template: 'Attach/detach SNMP policies. ' PRIVSET.Edit SSH policies: '' PRIVSET.Edit SSH policies for server profile: 'Attach/detach SSH policies. ' PRIVSET.Edit SSH policies for server profile template: 'Attach/detach SSH policies. ' PRIVSET.Edit Scrub policies: "As an Edit Scrub Policy user, you can modify existing Scrub policies within the system \nto adjust virtual media access and management settings.\n" PRIVSET.Edit Scrub policies for server profile: 'As a Edit Scrub policies for server profile user, you can adjust scrub policies for Server Profiles. ' PRIVSET.Edit Scrub policies for server profile template: 'As a Edit Scrub policies for server profile user, you can adjust scrub policies for Server Profiles. ' PRIVSET.Edit Serial Over LAN policies: '' PRIVSET.Edit Serial Over LAN policies for server profile: 'Attach/detach Serial Over LAN policies. ' PRIVSET.Edit Serial Over LAN policies for server profile template: 'Attach/detach Serial Over LAN policies. ' PRIVSET.Edit Storage policies: '' PRIVSET.Edit Storage policies for server profile: 'Attach/detach Storage policies. ' PRIVSET.Edit Storage policies for server profile template: 'Attach/detach Storage policies. ' PRIVSET.Edit Switch Control policies: '' PRIVSET.Edit Switch Control policies for domain profile: 'Attach/detach Switch Control policies. ' PRIVSET.Edit Switch Control policies for domain profile template: 'Attach/detach Switch Control policies. ' PRIVSET.Edit Syslog policies: '' PRIVSET.Edit Syslog policies for domain profile: 'Attach/detach Syslog policies. ' PRIVSET.Edit Syslog policies for domain profile template: 'Attach/detach Syslog policies. ' PRIVSET.Edit Syslog policies for server profile: 'Attach/detach Syslog policies. ' PRIVSET.Edit Syslog policies for server profile template: 'Attach/detach Syslog policies. ' PRIVSET.Edit System QoS policies: '' PRIVSET.Edit System QoS policies for domain profile: 'Attach/detach System QoS policies. ' PRIVSET.Edit System QoS policies for domain profile template: 'Attach/detach System QoS policies. ' PRIVSET.Edit Thermal policies: '' PRIVSET.Edit Thermal policies for chassis profile: 'Attach/detach Thermal policies. ' PRIVSET.Edit Thermal policies for chassis profile template: 'Attach/detach Thermal policies. ' PRIVSET.Edit Thermal policies for server profile: 'Attach/detach Thermal policies. ' PRIVSET.Edit Thermal policies for server profile template: 'Attach/detach Thermal policies. ' PRIVSET.Edit UUID pools: 'Modify existing universally unique identifier (UUID) pools, optimizing UUID management. ' PRIVSET.Edit UUID pools for server profile: 'As a Modify UUID Pool for Server Profile user, you can adjust UUID pools for server profiles. This includes updating UUID settings and ensuring that configurations are correctly applied to servers. ' PRIVSET.Edit UUID pools for server profile template: 'As a Modify UUID Pool for Server Profile Template user, you can adjust UUID pools for server profile templates. This includes updating UUID settings and ensuring that configurations are correctly applied to templates. ' PRIVSET.Edit VLAN policies: '' PRIVSET.Edit VSAN policies: '' PRIVSET.Edit Virtual KVM policies: '' PRIVSET.Edit Virtual KVM policies for server profile: 'Attach/detach Virtual KVM policies. ' PRIVSET.Edit Virtual KVM policies for server profile template: 'Attach/detach Virtual KVM policies. ' PRIVSET.Edit Virtual Media policies: '' PRIVSET.Edit Virtual Media policies for server profile: 'Attach/detach Virtual Media policies. ' PRIVSET.Edit Virtual Media policies for server profile template: 'Attach/detach Virtual Media policies. ' PRIVSET.Edit WWNN or WWPN pools: 'Modify existing WWNN or WWPN pools to optimize management. ' PRIVSET.Edit WWPN pools for vHBA template: 'Attach/detach WWPN Pools. ' PRIVSET.Edit chassis profile general properties: 'Edit name, description, organization and tag of chassis profiles. ' PRIVSET.Edit chassis profile policies: 'Attach/detach the policies associated with chassis profiles. ' PRIVSET.Edit chassis profile template general properties: 'Edit name, description, organization and tag of chassis profile templates. ' PRIVSET.Edit chassis profile template policies: 'Attach/detach the policies associated with chassis profile templates. ' PRIVSET.Edit chassis profile templates: 'Modify chassis profile templates to update and manage configuration settings for physical chassis. ' PRIVSET.Edit chassis profiles: 'Edit chassis profiles to update and manage configuration settings for physical chassis. ' PRIVSET.Edit domain profile general properties: 'Edit name, description, organization and tag for UCS domain profiles. ' PRIVSET.Edit domain profile policies: 'Attach/detach the policies for domain profile. ' PRIVSET.Edit domain profile template general properties: 'Edit name, description, organization and tag of domain profile templates. ' PRIVSET.Edit domain profile template policies: 'Attach/detach the policies associated with domain profile templates. ' PRIVSET.Edit domain profile templates: 'Modify existing chassis profile templates to update and manage configuration settings for domain. ' PRIVSET.Edit domain profiles: 'Edit the settings and policies of domain profiles to update and optimize operations. ' PRIVSET.Edit external syslog servers: 'Modify the configuration of existing external Syslog servers by adjusting settings and parameters to ensure effective log data collection and management. Note: This is a virtual appliance only privilege. ' PRIVSET.Edit firmware links: 'Modify the firmware source in the software repository by changing the file share location and protocol (NFS/CIFS/HTTP[S]). ' PRIVSET.Edit iSCSI Adapter policies: '' PRIVSET.Edit iSCSI Boot policies: '' PRIVSET.Edit iSCSI Boot policies for vNIC template: 'Attach/detach iSCSI Boot policies. ' PRIVSET.Edit iSCSI Static Target policies: "As an Edit iSCSI Static Target Policy user, you can modify existing iSCSI static target policies, \nadjusting settings to enhance the management and performance of connections to specific iSCSI targets within the storage network.\n" PRIVSET.Edit identity providers: 'Modify the configuration of existing IdPs by updating settings, credentials, and trust relationships to maintain or enhance authentication and access management. ' PRIVSET.Edit integrated systems: 'Edit the configuration of an existing integrated system. ' PRIVSET.Edit notification rule or webhook: 'Modify existing notification rules, adjusting criteria and actions to refine how alerts and notifications are triggered and managed. ' PRIVSET.Edit server profile general properties: 'Edit name, description, organization and tag of server profiles. ' PRIVSET.Edit server profile policies: 'Attach/detach the policies associated with server profiles. ' PRIVSET.Edit server profile template general properties: 'Edit name, description, organization and tag of server profile templates. ' PRIVSET.Edit server profile template policies: "Attach/detach the policies associated with server profile templates. \n" PRIVSET.Edit server profile templates: 'Edit, attach/detach policies associated with server profile templates. ' PRIVSET.Edit server profiles: 'Edit, attach/detach the policies associated with server profiles. ' PRIVSET.Edit trusted IP ranges: 'Edit the trusted IP ranges. ' PRIVSET.Edit vHBA template general properties: 'Set or edit name, description, organization and tag of vHBA templates. ' PRIVSET.Edit vHBA template policies: 'Attach/detach the policies and pools associated with vHBA templates. ' PRIVSET.Edit vHBA templates: 'Edit vHBA templates to update and manage configuration settings for vHBA. ' PRIVSET.Edit vLAN Configuration policies for domain profile: 'Attach/detach vLAN Configuration policies. ' PRIVSET.Edit vLAN Configuration policies for domain profile template: 'Attach/detach vLAN Configuration policies. ' PRIVSET.Edit vNIC template general properties: 'Set or edit name, description, organization and tag of vNIC templates. ' PRIVSET.Edit vNIC template policies: 'Attach/detach the policies and pools associated with vNIC templates. ' PRIVSET.Edit vNIC templates: 'Edit the settings and policies of vNIC Templates. ' PRIVSET.Edit vSAN Configuration policies for domain profile: 'Attach/detach vSAN Configuration policies. ' PRIVSET.Edit vSAN Configuration policies for domain profile template: 'Attach/detach vSAN Configuration policies. ' PRIVSET.Enable and disable API keys: 'As a user with the ability to Enable or Disable API Keys, you can Activate & deactivate API keys, restricting access to the system''s services. ' PRIVSET.Enable and disable OAuth 2.0 grant type applications: 'Activate or deactivate OAuth 2.0 grant type applications to control their availability for authentication and authorization processes. ' PRIVSET.Enable and disable ports: 'Activate or deactivate network ports to manage connectivity. ' PRIVSET.Enable or Disable Port Channels: 'As an Enable or Disable Port user, you can activate or deactivate network ports, controlling their operational status to manage network connectivity and configuration. ' PRIVSET.Enable subscription information: 'Obtain subscription details such as usage, status, and next expiration date. ' PRIVSET.Enable subscriptions: 'Enable visibility of subscription details in the Intersight appliance. Note: This is a virtual appliance only privilege. ' PRIVSET.Enable/disable IP access management: 'Enable or disable IP access management. ' PRIVSET.Enable/disable tunneled vKVM: 'Enable or disable tunneled virtual keyboard, video, and mouse (vKVM) on servers. ' PRIVSET.Enter maintenance modes: 'Enter maintenance mode for a VM host. ' PRIVSET.Ethernet Adapter policies: 'Configure Ethernet adapter settings, impacting network properties such as MAC address pools, speed, and media modes. ' PRIVSET.Ethernet Network Control policies: 'Manage server discoverability through protocols like Cisco Discovery Protocol and Link Layer Discovery Protocol. ' PRIVSET.Ethernet Network Group policies: 'Manage QinQ VLAN and native VLAN settings. ' PRIVSET.Ethernet Network policies: 'Manage VLAN mode and default VLAN settings. ' PRIVSET.Ethernet QoS policies: 'Assigns a system class to outgoing traffic for a vNIC, determining the quality of service. ' PRIVSET.Execute Workflows: 'A set of privileges that allow the users to execute workflows and manage running workflows in IO. ' PRIVSET.Exit maintenance modes: 'Exit maintenance mode for a VM host. ' PRIVSET.Explorations: 'Manage and configure explorations. ' PRIVSET.Explorer: 'Manage and configure the metric explorer. ' PRIVSET.External Syslog Administrator: 'As an External Syslog Administrator, you can configure an external syslog server on an on-prem appliance. ' PRIVSET.FC Zone policies: 'Manage FC target zoning type and target settings. ' PRIVSET.Fabric Interconnects: 'A set of privileges that allows to perform operations related to Fabric Interconnect e.g. view fabric interconnect summary or detailed information about fabric connect. Fabric Interconnect privilege set is the top level privilege set of other privilege set(s) which are mapped to privileges related to Fabric Interconnect. ' PRIVSET.Fabric evacuation: 'Initiate fabric resource evacuation for maintenance. ' PRIVSET.Fibre Channel Adapter policies: 'Manages host-side behaviour of Fibre Channel adapters, including error recovery and performance settings. ' PRIVSET.Fibre Channel Network policies: 'Manage the default VLAN and VSAN ID settings. ' PRIVSET.Fibre Channel QoS policies: 'Manage network traffic prioritization in Fibre Channel environments by assigning different levels of service (Platinum, Gold, Silver, Bronze). ' PRIVSET.Firmware links: 'Manage firmware links. ' PRIVSET.Firmware policies: 'Manage the current firmware, including option to exclude upgrade of drives and storage controllers. ' PRIVSET.Flow Control policies: 'Configure the Priority Flow Control (PFC) for each port. ' PRIVSET.Generate API keys: 'Create new API keys to enable secure access and interaction with system APIs for integration and automation purposes. ' PRIVSET.Generic: 'Manage the general configuration settings of the appliance. Note: This is a virtual appliance only privilege. ' PRIVSET.Global Read Privileges: 'A set of privileges that are common to all privilege sets. These are read-only privileges that will be common to all the hierarchial privileges ' PRIVSET.Global System Privileges: 'A set of privileges that are common to all system packaged, system defined and internal privilege sets. Global System Privileges will not be part of the user created privilege sets. ' PRIVSET.Global Write Privileges: 'A set of privileges that are common to all privilege sets. These are write privileges that will be common to all the hierarchial privileges ' PRIVSET.HCI Cluster Administrator: 'As an HCI Cluster Administrator, you can view and manage HCI Clusters, view all the cluster dashboard widgets, view cluster details. This role does not include the ability to claim a device. ' PRIVSET.HCI Cluster Operator: 'As an HCI Cluster Operator, you can view and manage HCI Clusters, view all the cluster dashboard widgets, view cluster details. This role provides view only access to hypervisor, storage related inventory and dashboards. This role does not include the ability to claim a device. ' PRIVSET.HCI Clusters: 'A set of privileges that allows the access to manage HCI clusters. ' PRIVSET.Hosts: 'Manage and configure VM hosts. ' PRIVSET.HyperFlex Cluster: 'A set of privileges that allows the access to manage HyperFlex clusters. ' PRIVSET.HyperFlex Cluster Access Operator: 'As a HyperFlex Cluster Access Operator, you can cross launch CLI and HXConnect. ' PRIVSET.HyperFlex Cluster Administrator: 'As a HyperFlex Cluster Administrator, you can create, edit, deploy, and manage HyperFlex Clusters, view all the cluster dashboard widgets, view cluster details, create HyperFlex policies and profiles, execute capacity planning, and launch HyperFlex Connect. This role does not include the ability to claim a device. It also allows the user to run workflows, manage VMs on HyperFlexAP, and manage connected storage. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.HyperFlex Cluster Advanced Security: 'A set of privileges that allows the configuration and deployment of advanced security profiles. ' PRIVSET.HyperFlex Cluster Backups: 'A set of privileges that allows the configuration and deployment of HyperFlex Cluster backup policy and restore. ' PRIVSET.HyperFlex Cluster Capacity Planning: 'A set of privileges that allows users to execute capacity planning. ' PRIVSET.HyperFlex Cluster Data Protection Administrator: 'As a HyperFlex Cluster Data Protection Administrator, you can perform N:1 backups. ' PRIVSET.HyperFlex Cluster Lifecycle Administrator: 'As a HyperFlex Cluster Lifecycle Administrator, you can install, expand, upgrade a HX cluster, execute capacity planning, OS installation, VC plugin installation, security hardening, and launch HyperFlex Connect as admin. ' PRIVSET.HyperFlex Cluster Operations: 'A set of privileges that allows the viewing of cluster operation related functionality. ' PRIVSET.HyperFlex Cluster Operator: 'As a HyperFlex Cluster Operator, you can perform health checks. However, you cannot change cluster configuration. ' PRIVSET.HyperFlex Cluster Profiles: 'A set of privileges that allows to manage HyperFlex policies and profiles. ' PRIVSET.HyperFlex Cluster Storage Administrator: 'As a HyperFlex Cluster Storage Administrator, you can perform datastore, iSCSI, and storage container CRUD operations. ' PRIVSET.HyperFlex Cluster Syslog Administrator: 'As a HyperFlex Cluster Syslog Administrator, you can configure the external HX Syslog profile. ' PRIVSET.HyperFlex Cluster Syslog Profile Control: 'This allows write access to the Remote Syslog Advanced Security Profile ' PRIVSET.HyperFlex Cluster System Administrator: 'As a HyperFlex Cluster System Administrator, you can perform most of the system administrator tasks. ' PRIVSET.HyperFlex Cluster System Operator: 'As a HyperFlex Cluster System Operator, you can perform encryption, health checks, and post-install tasks. ' PRIVSET.HyperFlex Key Encryption: 'A set of privileges that allows users to configure encryption keys. ' PRIVSET.HyperFlex View Only: 'A set of privileges that grants view only to HyperFlex related functionality ' PRIVSET.Hypervisors: 'A set of privileges that allows the access to detailed hypervisor information and to perform hypervisor related actions. Hypervisors privilege set is the top level privilege set of other privilege set(s) which are mapped to privileges related to hypervisors. ' PRIVSET.IMC Access policies: 'Configure network settings and associates IP addresses with servers, supporting both in-band and out-of-band management. ' PRIVSET.IP access management: 'Manage and allow access to Intersight, only for users from trusted IP addresses. ' PRIVSET.IP block mapping: 'Manage the mapping of IP blocks on servers. ' PRIVSET.IPMI over LAN policies: 'Define protocols for interfacing with the server''s service processor via the Intelligent Platform Management Interface (IPMI). ' PRIVSET.IQN block mapping: 'Manage the pool containing iSCSI Qualified Names (IQNs) used as initiator identifiers by iSCSI vNICs. ' PRIVSET.Import foreign configurations: 'Import and apply foreign configurations, integrating external storage setups. ' PRIVSET.Import server profiles: 'Import server profiles from external sources. ' PRIVSET.Install operating systems: 'Install and configure an operating system on a server to make it operational. ' PRIVSET.Install updates: 'Apply and execute software updates to ensure the latest features, improvements, and security patches are installed on the system. Note: This is a virtual appliance only privilege. ' PRIVSET.Integrated Systems Administrator: "As an Integrated Systems Administrator, you can perform all actions related to Integrated Systems (e.g., FlexPod) like\ncreate/edit/delete of an Integrated System. In addition you can perform administrative and management tasks related to \ndevices (including claim), servers, server profiles, UCS domain, switch profiles, hypervisors, network/SAN switches, \nstorage devices. Also, you can define workflow and task definitions and can execute them and view workflow executions.\n" PRIVSET.Integrated Systems Operator: "As an Integrated Systems Operator, you can view Integrated Systems (e.g., FlexPod) and can run inventory based actions \n(e.g., Interoperability check). In addition you can view devices, servers, server profiles, UCS domain, switch profiles,\nhypervisors, network/SAN switches, storage devices and workflows. This role does not include the ability to claim a target.\nYou must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target.\n" PRIVSET.Integrated systems: 'Manage and configure integrated systems. ' PRIVSET.Kubernetes Administrator: 'As a Kubernetes Administrator, you can create, edit, deploy, and manage Kubernetes Clusters. You can also view all the cluster dashboard widgets, and view cluster details. In addition, you also have privileges to view and manage storage devices associated with the Kubernetes clusters. The capability to view and execute workflows against the Kubernetes clusters is also granted. It also allows the user to run workflows to manage VMs on hypervisor endpoints, and manage connected storage, and creat/view ip pools. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.Kubernetes Operator: 'As a Kubernetes Operator, you can view Kubernetes Clusters. You can also view all the cluster dashboard widgets, and view cluster details. In addition, you also have privileges to view storage devices associated with the Kubernetes clusters. The capability to view workflows is also granted. It also allows the user to view VMs on hypervisor endpoints. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.LAN Connectivity policies: 'Manage the network settings for server connectivity within a Local Area Network (LAN). ' PRIVSET.LDAP policies: 'Attach/detach LDAP policies. ' PRIVSET.Launch CLI as admin: 'As a Launch CLI user, you can access the command-line interface (CLI) for managing and configuring UCS systems, allowing for command execution and system administration tasks. ' PRIVSET.Launch CLI as read-only: 'As a Launch CLI as read-only user, you can access the command-line interface (CLI) for UCS systems with read-only permissions, allowing you to view system configurations and status without making changes. ' PRIVSET.Launch Endpoint Management Interfaces: 'Launch Endpoint Management Interfaces. ' PRIVSET.Launch IMC as admin: 'Manage servers through the IMC interface with administrative privileges. ' PRIVSET.Launch IMC as read-only: 'Access servers via the IMC interface with read-only permissions. ' PRIVSET.Launch UCS Manager as admin: 'Access and manage UCS Manager with full privileges. ' PRIVSET.Launch UCS Manager as read-only: 'View UCS Manager interface without changes. ' PRIVSET.Launch VM consoles: 'Launch the console for a virtual machine (VM). ' PRIVSET.Launch host consoles: 'Launch the console for a VM host. ' PRIVSET.Launch tunneled vKVM sessions: 'Allows access to a server''s KVM console even if the user is not in the same network as the server and the KVM IP is not reachable. ' PRIVSET.Launch vKVM: 'Allows to launch the virtual keyboard, video, and mouse (KVM) console directly for Fabric Interconnect-attached and standalone servers. ' PRIVSET.Launch vKVM sessions: 'Allows to launch the virtual keyboard, video, and mouse (KVM) console directly for Fabric Interconnect-attached and standalone servers. ' PRIVSET.Licensing: 'Manage and configure licensing. ' PRIVSET.Link Aggregation policies: 'Configure throughput and redundancy using Link Aggregation Control Protocol (LACP) for efficient failure detection. ' PRIVSET.Link Control policies: 'Configure Unidirectional Link Detection (UDLD) Admin state and mode. ' PRIVSET.Local User policies: 'Configure local user preferences, and password properties. ' PRIVSET.Location Management: 'Users can view and manage locations. This role provides location management privileges to an user. ' PRIVSET.Locator LEDs: 'Control the locator LED functionality to visually locate and identify specific hardware components within a rack. ' PRIVSET.Manage API Keys: 'Manage API Keys. ' PRIVSET.Manage Access and Permissions: 'Manage access control rules and permissions. ' PRIVSET.Manage Auth Tokens: 'Manage Authentication and Authorization Tokens. ' PRIVSET.Manage Exports: 'A set of privileges that allow the users to export Intersight managed objects. ' PRIVSET.Manage External Syslog: 'Manage External Syslog. ' PRIVSET.Manage Fabric Interconnects: 'Manage Fabric Interconnects. ' PRIVSET.Manage Functions: 'A set of privileges that allows the users to manage serverless functions. ' PRIVSET.Manage Geo Locations: 'A set of privileges that allows the users to manage geo locations. ' PRIVSET.Manage HCI Clusters: 'Manage HyperConverged Infrastructure Clusters. ' PRIVSET.Manage HyperFlex Cluster Profiles: 'Manage HyperFlex Cluster Profiles. ' PRIVSET.Manage HyperFlex Clusters: 'Manage HyperFlex Clusters. ' PRIVSET.Manage HyperFlex Syslog: 'Manage HyperFlex Advanced Syslog Configuration ' PRIVSET.Manage Hypervisors: 'A set of privileges that allow the users to execute workflows related to hypervisor and virtual machines management. ' PRIVSET.Manage Identity Providers: 'Manage Single Sign On identity providers. ' PRIVSET.Manage Imports: 'A set of privileges that allow the users to import Intersight managed objects. ' PRIVSET.Manage Language Runtimes: 'A set of privileges that allows the users to manage language runtimes for serverless functions. ' PRIVSET.Manage Nexus Config: 'A set of privileges that allows users to add, remove, or alter site templates and policies. ' PRIVSET.Manage Nexus Sites: 'A set of privileges that allows users to add, remove, or alter sites. ' PRIVSET.Manage Organizations: 'A set of privileges that allows the access to manage Organizations. ' PRIVSET.Manage Server Profiles: 'Manage server profiles. ' PRIVSET.Manage Servers: 'Manage Servers. ' PRIVSET.Manage ServiceItem Instances.: 'A set of privileges that allow the users to manage ServiceItem Instances. ' PRIVSET.Manage Sessions: 'Manage user login sessions. ' PRIVSET.Manage Storage Arrays: 'A set of privileges that allow the user to execute workflows related to storage arrays. ' PRIVSET.Manage Switch Profiles: 'Manage Switch Profiles. ' PRIVSET.Manage Tags: 'A set of privileges that allows the users to manage tag definitions. ' PRIVSET.Manage Techsupport Bundles: 'Collect and download techsupport bundles. ' PRIVSET.Manage Telemetry: 'Manage Telemetry allows [READ of broker information](http://druid.io/docs/latest/operations/api-reference.html#broker). ' PRIVSET.Manage Unified Edge: 'Manage Unified Edge. ' PRIVSET.Manage Unified Edge Profiles: 'Manage Unified Edge Profiles. ' PRIVSET.Manage Workflow Definitions: 'A set of privileges that allow the users to manage workflow and custom data type definitions. ' PRIVSET.Manage Workload Definitions: 'A set of privileges that allow the users to manage workload definitions. ' PRIVSET.Manage Workload Deployments: 'A set of privileges that allow the users to manage workload deployments. ' PRIVSET.Manage alarm suppression: 'Suppress and unsuppress alarms. ' PRIVSET.Manage products: 'Select products to be enabled for the Intersight account. ' PRIVSET.Manage targets: 'Manage targets in the system by adding, claiming, and unclaiming. ' PRIVSET.Manage tech support bundles: 'Add a new tech support bundle. ' PRIVSET.Memory policies: 'Attach/detach Memory policies. ' PRIVSET.Modify security keys: 'Change security keys to update encryption or access controls. ' PRIVSET.Monitor audit logs: 'View and analyze audit logs. ' PRIVSET.Multicast policies: 'Configure the snooping, quierer and source IP proxy states. ' PRIVSET.NTP policies: 'Attach/detach NTP policies. ' PRIVSET.Network Administrator: "As a Network Administrator, you can create, update, delete and view the Managed Network switch objects. \nThe capability to view and execute workflows against the Network switches is also granted. \n\nThis role does not include the ability to claim a target. You must have a Device Technician,\nDevice Administrator, or an Account Administrator role to claim a target.\n" PRIVSET.Network Connectivity policies: 'Configure and assign IPv4 and IPv6 addresses, enable dynamic DNS. ' PRIVSET.Network Operator: "As a Network Operator, you can view the Managed Network switch objects. The capability to view workflows against the \nNetwork switches is also granted. This role does not include the ability to claim a target.\n\nYou must have a Device Technician, Device Administrator, or an Account Administrator role to\nclaim a target.\n" PRIVSET.Nexus Administrator: 'As a Nexus Administrator, you have the privileges to perform all Nexus related operations. This includes claiming devices, view license, updating policy configuration, and monitoring the system. ' PRIVSET.Nexus Analyst: 'As a Nexus Analyst, you can run and update the available Nexus Cloud analyzes such as Sustainability, Conformance, Compliance, and others. ' PRIVSET.Nexus Config Administrator: 'As a Nexus Config Administrator, you can create or modify policy configuration, view license and can initiate the workflow that will activate policy changes. This role does not allow you to claim or remove devices. ' PRIVSET.Nexus Observer: 'As a Nexus Observer, you can generally view the state of all devices. Additional items include things like viewing configured policies, license status and monitoring active flows. This role does not include any permission which allows the system to be changed. ' PRIVSET.Notifications and webhooks: 'Manage notification rules. ' PRIVSET.OAuth 2.0 applications: 'Manage OAuth 2.0 applications, including creating, editing, enabling/disabling, and deleting them. ' PRIVSET.OAuth2 tokens: 'Manage OAuth 2.0 tokens, including deleting tokens to control access to the system''s resources. ' PRIVSET.OS configuration files: 'Manage OS configuration files. ' PRIVSET.OS image links: 'Manage OS image links. ' PRIVSET.Operate: 'Access and operate physical servers, chassis, and domains, along with their respective profiles and pools of Intersight Infrastructure Services. ' PRIVSET.Operate IP pools: 'Manage IP pools, including creation and modification. ' PRIVSET.Operate IQN pools: 'As an IQN Pool user, you can create, manage, and delete IQN pools to organize and allocate IQNs for network storage resources efficiently. ' PRIVSET.Operate MAC pools: 'Manage MAC pools, including creation and modification. ' PRIVSET.Operate Resource pools: 'Manage resource pools by creating, modifying, deleting pools, and handling resource allocation within them. ' PRIVSET.Operate UUID pools: 'Manage UUID pools by creating, modifying, deleting, and handling the allocation and reservation of UUIDs within those pools. ' PRIVSET.Operate WWNN and WWPN pools: 'Manage world wide node names (WWNNs) or world wide port name (WWPNs) pools. ' PRIVSET.Operate chassis profiles: 'Operate chassis profiles, deploying and assigning profiles. ' PRIVSET.Operate domain profiles: 'Manage domain profiles, deploying and assigning them. ' PRIVSET.Operate physical chassis: 'Perform chassis operations like power cycling and resetting. ' PRIVSET.Operate physical domains: 'Manage physical domain operations related to hardware. ' PRIVSET.Operate physical server: 'Manage physical server operations like powering on/off and resetting. This involves several key actions: server power management, virtual network and host bus adapters (vNIC/vHBA), server storage operations, system maintenance: Covers tasks such as resetting the CMOS, virtual KVM, monitoring and metrics. ' PRIVSET.Operate pools: 'Manage resource pool operations like attaching or detaching. ' PRIVSET.Operate server power: "Manage server power actions. \n" PRIVSET.Operate server profile: 'Manage server profile operations like deployment and activation. ' PRIVSET.Operate server storage: 'Operate server storage, including clearing configurations and managing security keys. ' PRIVSET.Operate server system: 'Perform server system operations like rebooting and resetting CMOS. ' PRIVSET.Operate server vHBAs: 'Perform operations on virtual host bus adapters (vHBAs), including enabling, disabling, and resetting. ' PRIVSET.Operate server vNICs: 'Perform operations on virtual network interface cards (vNICs), including enabling, disabling, and resetting. ' PRIVSET.Organizations: 'A set of privileges that allows the access to manage Organizations. ' PRIVSET.Persistent Memory policies: 'Configure security, goals, and namespaces for persistent memory modules, ensuring data retention across power cycles. ' PRIVSET.Port policies: 'Manage Fabric Interconnect ports, including port roles, types (Ethernet or Fibre Channel), and connection modes. ' PRIVSET.Power cycle chassis slots: 'Power cycle chassis slots to refresh components. ' PRIVSET.Power policies: 'Manage power settings for FI-attached servers and chassis, including profiling and priority. ' PRIVSET.Read Chassis Profiles and Chassis Profile Templates: 'A set of privileges that allows read access to chassis profiles and chassis profile templates. ' PRIVSET.Read Domain Profiles and Domain Profile Templates: 'A set of privileges that allows read access to domain profiles and domain profile templates. ' PRIVSET.Read Organizations: 'As a Read Organizations user, you can view the configuration and status of the organization without making any modifications. ' PRIVSET.Read Server Profiles and Server Profile Templates: 'A set of privileges that allows read access to server profiles and server profile templates. ' PRIVSET.Read Workflows: 'As a Read Workflows user, you can view the configuration and status of workflows without making any modifications. ' PRIVSET.Read all API keys in the account: 'Read-only access to configuration and status of all API keys associated with the account. ' PRIVSET.Read all OAuth apps in the account: 'Read-only access to configuration and status of all OAuth tokens associated with the account. ' PRIVSET.Read-Only: 'A set of privileges that provides read-only access to services and resources in Intersight. ' PRIVSET.Read-only: 'Read-only access to configuration and status of all Intersight Infrastructure Services. ' PRIVSET.Read-only Adapter Configuration policies: 'Read-only access to configuration and status of Adapter Configuration policies. ' PRIVSET.Read-only AuditD policies: 'Read-only access to configuration and status of AuditD policies. ' PRIVSET.Read-only BIOS policies: 'Read-only access to configuration and status of BIOS policies. ' PRIVSET.Read-only Boot Order policies: 'Read-only access to configuration and status of Boot policies. ' PRIVSET.Read-only CLI policies: 'Read-only access to configuration and status of CLI policies. ' PRIVSET.Read-only Certificate Management policies: 'Read-only access to configuration and status of Certificate Management policies. ' PRIVSET.Read-only Device Connector Policies: 'Read-only access to configuration and status of Device Connector policies. ' PRIVSET.Read-only Drive Security policies: 'Read-only access to configuration and status of Drive Security policies. ' PRIVSET.Read-only Ethernet Adapter policies: 'Read-only access to configuration and status of Ethernet Adapter policies. ' PRIVSET.Read-only Ethernet Network Control policies: 'Read-only access to configuration and status of Ethernet Network Control policies. ' PRIVSET.Read-only Ethernet Network Group policies: 'Read-only access to configuration and status of Ethernet Network Group policies. ' PRIVSET.Read-only Ethernet Network policies: 'Read-only access to configuration and status of Ethernet Network policies. ' PRIVSET.Read-only Ethernet QoS policies: 'Read-only access to configuration and status of Ethernet QoS policies. ' PRIVSET.Read-only FC Zone policies: 'Read-only access to configuration and status of FC Zone policies. ' PRIVSET.Read-only Fabric Interconnects: 'Read-only access to configuration and status of fabric interconnects (FIs). ' PRIVSET.Read-only Fibre Channel Adapter policies: 'As a Read-only Fibre Channel Adapter Policy user, you can view the configuration and status of Fibre Channel adapter policies without making any modifications. ' PRIVSET.Read-only Fibre Channel Network policies: 'Read-only access to configuration and status of Fibre Channel Network policies. ' PRIVSET.Read-only Fibre Channel QoS policies: 'Read-only access to configuration and status of Fibre Channel QoS policies. ' PRIVSET.Read-only Firmware policies: 'Read-only access to configuration and status of Firmware policies. ' PRIVSET.Read-only Flow Control policies: 'Read-only access to configuration and status of Flow Control policies. ' PRIVSET.Read-only HyperFlex cluster profiles: 'Read-only access to configuration and status of HyperFlex Cluster Profiles. ' PRIVSET.Read-only HyperFlex clusters: 'Read-only access to configuration and status of HyperFlex (HX) clusters. ' PRIVSET.Read-only IMC Access policies: 'Read-only access to configuration and status of IMC Access policies. ' PRIVSET.Read-only IP pools: 'Read-only access to configuration and status of IP pools. ' PRIVSET.Read-only IPMI over LAN policies: 'Read-only access to configuration and status of IPMI over LAN policies. ' PRIVSET.Read-only IQN pools: 'Read-only access to configuration and status of IQN pools. ' PRIVSET.Read-only Kubernetes cluster profiles: 'Read-only access to configuration and status of Kubernetes Cluster Profiles. ' PRIVSET.Read-only LAN Connectivity policies: 'Read-only access to configuration and status of LAN Connectivity policies. ' PRIVSET.Read-only LDAP policies: 'As a LDAP Policy user, you can view the configuration and status of system QoS policies without making any modifications. ' PRIVSET.Read-only Link Aggregation policies: 'Read-only access to configuration and status of Link Aggregation policies. ' PRIVSET.Read-only Link Control policies: 'Read-only access to configuration and status of Link Control policies. ' PRIVSET.Read-only Local User policies: 'Read-only access to configuration and status of Local User policies. ' PRIVSET.Read-only MAC pools: 'Read-only access to configuration and status of MAC pools. ' PRIVSET.Read-only Memory policies: 'As a Read-only Memory Policy user, you can view the configuration and status of Memory policies without making any modifications. ' PRIVSET.Read-only Multicast policies: 'Read-only access to configuration and status of Multicast policies. ' PRIVSET.Read-only NTP policies: 'Read-only access to configuration and status of NTP policies. ' PRIVSET.Read-only Network Connectivity policies: 'Read-only access to configuration and status of Network Connectivity policies. ' PRIVSET.Read-only Persistent Memory policies: 'Read-only access to configuration and status of Persistent Memory policies. ' PRIVSET.Read-only Port policies: 'Read-only access to configuration and status of Port policies. ' PRIVSET.Read-only Power policies: 'Read-only access to configuration and status of Power policies. ' PRIVSET.Read-only SAN Connectivity policies: 'Read-only access to configuration and status of SAN Connectivity policies. ' PRIVSET.Read-only SD Card policies: 'Read-only access to configuration and status of SD Card policies. ' PRIVSET.Read-only SMTP policies: 'Read-only access to configuration and status of SMTP policies. ' PRIVSET.Read-only SNMP policies: 'Read-only access to configuration and status of SNMP policies ' PRIVSET.Read-only SOL policies: 'Read-only access to configuration and status of SOL policies. ' PRIVSET.Read-only SSH policies: 'Read-only access to configuration and status of SSH policies. ' PRIVSET.Read-only SSL Certificates: 'As a Read-only SSL Certificates user, you can view the configuration and status of SSL certificates without making any modifications. ' PRIVSET.Read-only Scrub policies: 'As a Read-only Scrub Policy user, you can view the configuration and status of Scrub policies without making any modifications. ' PRIVSET.Read-only Storage policies: 'Read-only access to configuration and status of Storage policies. ' PRIVSET.Read-only Switch Control policies: 'Read-only access to configuration and status of Switch Control policies. ' PRIVSET.Read-only Syslog policies: 'Read-only access to configuration and status of Syslog policies. ' PRIVSET.Read-only System QoS policies: 'Read-only access to configuration and status of System QoS policies. ' PRIVSET.Read-only Thermal policies: 'Read-only access to configuration and status of Thermal policies. ' PRIVSET.Read-only UCS chassis profile templates: 'Read-only access to configuration and status of UCS Chassis Profile templates. ' PRIVSET.Read-only UCS chassis profiles: 'Read-only access to configuration and status of UCS Chassis Profiles. ' PRIVSET.Read-only UCS domain profile templates: 'Read-only access to configuration and status of UCS Domain Profile templates. ' PRIVSET.Read-only UCS domain profiles: 'Read-only access to configuration and status of UCS Domain Profiles. ' PRIVSET.Read-only UCS server profile templates: 'Read-only access to configuration and status of UCS Server Profile templates. ' PRIVSET.Read-only UCS server profiles: 'Read-only access to configuration and status of UCS Server Profiles. ' PRIVSET.Read-only UUID pools: 'Read-only access to configuration and status of UUID pools. ' PRIVSET.Read-only VLAN policies: 'Read-only access to configuration and status of VLAN policies. ' PRIVSET.Read-only VMs: 'Read-only access to configuration and status of virtual machines (VMs). ' PRIVSET.Read-only VSAN policies: 'Read-only access to configuration and status of VSAN policies. ' PRIVSET.Read-only Virtual KVM policies: 'Read-only access to configuration and status of Virtual KVM policies. ' PRIVSET.Read-only WWNN and WWPN pools: 'Read-only access to configuration and status of WWNN or WWPN pools. ' PRIVSET.Read-only all advisories: 'As a Read-only Advisories user, you can view the configuration and status of all advisories without making any modifications. ' PRIVSET.Read-only all alarms: 'Read-only access to configuration and status of all alarms. ' PRIVSET.Read-only all audit logs: 'Read-only access to configuration and details of all audit logs. ' PRIVSET.Read-only all compute policies: 'Read-only access to configuration and status of Compute policies. ' PRIVSET.Read-only all management policies: 'Read-only access to configuration and status of all Management policies. ' PRIVSET.Read-only all network policies: 'Read-only access to configuration and status of all Network policies. ' PRIVSET.Read-only all policies: 'Read-only access to configuration and status of all policies. ' PRIVSET.Read-only all storage policies: 'Read-only access to configuration and status of Storage policies. ' PRIVSET.Read-only chassis: 'Read-only access to configuration and status of chassis. ' PRIVSET.Read-only hosts: 'As a Read-only Hosts user, you can view the configuration and status of hosts without making any modifications. ' PRIVSET.Read-only iSCSI Adapter policies: 'Read-only access to configuration and status of iSCSI Adapter policies. ' PRIVSET.Read-only iSCSI Boot policies: 'Read-only access to configuration and status of iSCSI Boot policies. ' PRIVSET.Read-only iSCSI Static Target policies: 'Read-only access to configuration and status of iSCSI Static Target policies. ' PRIVSET.Read-only integrated systems: 'Read-only access to configuration and status of integrated systems. ' PRIVSET.Read-only licensing: 'As a Read-only licensing user, you can view the configuration and status of licensing without making any modifications. ' PRIVSET.Read-only metrics explorations: 'Read-only access to configuration and status of metrics explorations. ' PRIVSET.Read-only networking: 'Read-only access to configuration and status of networking settings. ' PRIVSET.Read-only pools: 'Read-only access to configuration and status of all pools. ' PRIVSET.Read-only profiles: 'Read-only access to configuration and status of all Profiles. ' PRIVSET.Read-only resource pools: 'Read-only access to configuration and status of Resource pools. ' PRIVSET.Read-only servers: 'Read-only access to configuration and status of servers. ' PRIVSET.Read-only software repository: 'As a Red-only Software Repository user, you can view the configuration and status of the software repository without making any modifications. ' PRIVSET.Read-only storage: 'Read-only access to configuration and status of storage. ' PRIVSET.Read-only targets: 'Read-only access to configuration and status of targets. ' PRIVSET.Read-only tech support bundles: 'Read-only access to configuration and status of Tech Support Bundles ' PRIVSET.Read-only templates: 'Read-only access to configuration and status of all templates. ' PRIVSET.Read-only vHBA templates: 'Read-only access to configuration and status of vHBA templates. ' PRIVSET.Read-only vMedia policies: 'Read-only access to configuration and status of vMedia policies. ' PRIVSET.Read-only vNIC templates: 'Read-only access to configuration and status of vNIC templates. ' PRIVSET.Reboot Fabric Interconnect: 'As a Reboot Fabric Interconnect user, you can restart the fabric interconnect, allowing for system updates, configuration changes, or recovery from issues. ' PRIVSET.Reboot management controllers: 'Restart the management controller of a server. ' PRIVSET.Recommission Fabric Extender (FEX): 'Reactivate and restore a previously decommissioned Fabric Extenders (FEX), reestablishing connections and updating the system status. ' PRIVSET.Recommission chassis: 'Reactivate and restore previously decommissioned chassis. ' PRIVSET.Recommission servers: 'Bring a previously decommissioned server back into operational status. Allows read access to Fabric Interconnect. ' PRIVSET.Rediscover Fabric Extender (FEX): 'As a Rediscover Fabric Extender user, you can initiate a rediscovery process for fabric extenders, ' PRIVSET.Rediscover chassis: 'Initiate a process to re-scan and identify chassis in the network, updating their status and configurations. ' PRIVSET.Rediscover servers: 'Initiate a process to re-scan and identify servers in the network, updating their status and configurations. ' PRIVSET.Regenerate domain names: 'Refresh or recreate a domain name within the system, updating its configuration or resolving issues related to network addressing and resource identification. ' PRIVSET.Register licenses: 'Register Intersight licenses with Cisco Smart Licensing. Note: This is a virtual appliance only privilege. ' PRIVSET.Reject Publish Requests: 'Reject Publish Requests ' PRIVSET.Remove Fabric Extender (FEX): 'Safely disconnect and remove Fabric Extenders (FEX) from the system, ensuring proper management of dependencies. ' PRIVSET.Remove chassis: 'Safely disconnect and remove chassis, ensuring all dependencies are managed. ' PRIVSET.Remove servers: 'Disconnect the server from the network, erase all data, and update inventory records to reflect the change. ' PRIVSET.Renew licenses: 'Update the Intersight license to include any changes on Cisco Smart Software Manager. Note: This is a virtual appliance only privilege. ' PRIVSET.Replace Fabric Interconnect: 'Oversee the replacement process for Fabric Interconnects (FIs). ' PRIVSET.Reserve licenses: 'Reserve licensing slots for specific private virtual appliance (PVA). Note: This is a virtual appliance only privilege. ' PRIVSET.Reset CMOS: 'AReset CMOS settings, restoring BIOS to default. ' PRIVSET.Reset IOMs and IFMs: 'Reboot Input/Output Module (IOM) or Intelligent Fabric Module (IFM). ' PRIVSET.Reset VMs: 'Reset a virtual machine (VM). ' PRIVSET.Reset memory errors: 'Reset memory errors on servers. ' PRIVSET.Reset peer IOMs and IFMs: 'Reboot peer IOM or IFM to resolve issues. ' PRIVSET.Reset vKVM: 'Reset vKVM session, restarting the interface. ' PRIVSET.Restart VMs: 'Restart a virtual machine (VM). ' PRIVSET.Return licenses: 'Deregister the Intersight private virtual appliance (PVA) license after the initial setup. Note: This is a virtual appliance only privilege. ' PRIVSET.Run Workflows: 'As a Run Workflows user, you can execute workflows in the system. ' PRIVSET.Run interoperability checks: 'Run an interoperability check on integrated systems. ' PRIVSET.SAN Administrator: 'As a SAN Administrator, you can create, update, delete and view the Managed SAN switch objects. The capability to view and execute workflows against the SAN switches is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' PRIVSET.SAN Connectivity policies: 'Manage storage area network (SAN) settings for servers. ' PRIVSET.SAN Operator: 'As a SAN Operator, you can view the Managed SAN switch objects. The capability to view workflows against the SAN switches is also granted. This role does not include the ability to claim a target. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a target. ' PRIVSET.SCU links: 'Manage server configuration utility (SCU) links. ' PRIVSET.SD Card policies: 'Configure the Cisco FlexFlash and FlexUtil Secure Digital (SD) cards for Cisco UCS servers. This policy specifies details of virtual drives on the SD cards and allows configuration in different modes such as Operating System Only, Utility Only, or Operating System + Utility modes. ' PRIVSET.SD card operations: 'Manage SD card operations like mounting and formatting. ' PRIVSET.SMTP policies: 'Set SMTP client preferences for outgoing communications on managed devices. ' PRIVSET.SNMP policies: 'Manage SNMP settings for sending alerts and traps from managed devices. ' PRIVSET.SSH policies: 'Manage access control and settings for Secure Shell (SSH) connections, allowing secure remote management. ' PRIVSET.SSL Certificates: 'As a user with access to SSL Certificates, you can view and manage the SSL certificates used for secure communications within the system. Note: This is a virtual appliance only privilege. ' PRIVSET.Save and clone explorations: 'Save or clone an existing exploration. ' PRIVSET.Scrub policies: 'As a Scrub Policy user, you can create, edit, delete, and manage virtual media policies, allowing you to configure and control remote media access for servers. ' PRIVSET.Security and privacy: 'Configure data collection and connection to Intersight. ' PRIVSET.Serial Over LAN policies: 'Manage remote access to the management console through the server''s management interface, facilitating troubleshooting and server management without a direct connection. ' PRIVSET.Server Administrator: 'As a Server Administrator, you can view and manage UCS Servers and Fabric Interconnects, view all the server and Fabric Interconnect dashboard widgets, perform server actions, view server details, launch management interfaces and the CLI, create and deploy server policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.Server Profiles: 'A set of privileges that allows to manage server policies and server profiles. Server Policy Management privilege set is the top level privilege set of other privilege set(s) which are mapped to privileges related to server policy management. ' PRIVSET.Server delete virtual drives: 'Remove virtual drives, managing storage volumes. ' PRIVSET.Server enable and disable vHBAs: 'Enable or disable vHBAs to control storage operations. ' PRIVSET.Server enable and disable vNICs: 'Enable or disable vNICs to manage network participation. ' PRIVSET.Server hard reset: 'Initiate a hard reset on servers, restarting hardware without a graceful shutdown. ' PRIVSET.Server power cycle: 'Perform a power cycle on servers, rebooting hardware. ' PRIVSET.Server power off: 'Safely power off servers, terminating operations. ' PRIVSET.Server power on: 'Initiate the power-on sequence for server activation. ' PRIVSET.Server reset vHBAs: 'Reset vHBAs to resolve issues or refresh state. ' PRIVSET.Server reset vNICs: 'Reset vNICs to resolve issues or refresh state. ' PRIVSET.Server secure erase drives: 'Perform a secure erase on drives, permanently removing data. ' PRIVSET.Server set drive states: 'Change drive states to control availability. ' PRIVSET.Server shutdown OS: 'Initiate a graceful shutdown, ensuring services close properly before powering down. ' PRIVSET.Servers: 'A set of privileges that allows the access to detailed server information and to perform server related actions. Servers privilege set is the top level privilege set of other privilege set(s) which are mapped to privileges related to servers. ' PRIVSET.Service Designer: 'As a Service Designer, you can create tasks, workflows, custom datatypes, resource selection criteria, and use these building blocks to create service items. The service items are used to create resources with attributes in Intersight and associate with deploy, maintenance, and decommission actions on the resource. ' PRIVSET.Service Operator: 'As a Service Operator, you can view and update the catalog items, service items, and workflows. You can deploy these resources and validate the catalog or service items. ' PRIVSET.Sessions: 'Manage and view active sessions. ' PRIVSET.Set Fabric Interconnect user labels: 'Assign and manage user labels for Fabric Interconnect. ' PRIVSET.Set IMC certificates: 'Assign and manage integrated management controller (IMC) certificates on servers. ' PRIVSET.Set KMIP client certificates: 'Assign and manage key management interoperability protocol (KMIP) in Intersight for cryptographic keys and client certificates on servers. ' PRIVSET.Set and unset IP pool tags: 'Assign or unassign tags to IP address pools for categorization. ' PRIVSET.Set and unset chassis profile tags: 'As a Set or Unset chassis profile Tag user, you can apply tags to chassis profiles to categorize and manage them more effectively within your infrastructure. ' PRIVSET.Set and unset domain profile tags: 'As a Set or Unset Domain Profile Tag user, you can assign, update or remove tags on a chassis profile. ' PRIVSET.Set and unset server profile tags: 'As a Set Server or Unset Profile Tag user, you can assign, remove and manage tags for server profiles. This includes creating, updating, and ensuring tags are correctly applied for improved categorization and identification. ' PRIVSET.Set chassis profile user labels: 'Assign and manage user labels for chassis profiles. ' PRIVSET.Set chassis user labels: 'Assign and manage user labels for chassis. ' PRIVSET.Set domain profile user labels: 'Assign and manage user labels for domain profiles. ' PRIVSET.Set or Unset Fabric Interconnect Tag: 'As a Set or Unset Fabric Interconnect Tag user, you can assign, update or remove tags. ' PRIVSET.Set or Unset IQN Pool Tags: 'As a Set or Unset IQN Pool Tags user, you can assign tags to IQN pools or you can remove tags from IQN pools. ' PRIVSET.Set or Unset MAC Pool Tags: 'As a Set or Unset MAC Pool Tags user, you can assign tags to MAC address pools or you can remove tags from MAC address pools. ' PRIVSET.Set or Unset Resource Pool Tags: 'As a Set or Unset Resource Pool Tags user, you can assign tags to resource pools or you can remove tags from resource pools. ' PRIVSET.Set or Unset Server Tag: 'As a Set or unset Server Tag user, you can assign, remove and manage tags for servers. ' PRIVSET.Set or Unset UUID Pool Tags: 'As a Set or Unset UUID Pool Tags user, you can assign tags to UUID pools or you can remove tags from UUID pools. ' PRIVSET.Set or Unset chassis Tag: 'As a Set or Unset chassis Tag user, you can assign update or remove tags on a chassis for better identification and management. ' PRIVSET.Set or unset WWNN or WWPN pool tags: 'Set or remove unique IDs for Fibre Channel resources on a server. ' PRIVSET.Set server asset tags: 'Assign and manage asset tags for servers. ' PRIVSET.Set server license tiers: 'Assign and manage Intersight license tiers for servers. ' PRIVSET.Set server profile user labels: 'Assign and manage user labels for server profiles. ' PRIVSET.Set server user labels: 'Assign and manage user labels for servers. ' PRIVSET.Single sign-on: 'Manage single sign-on (SSO) integrations and authentication methods for seamless access to multiple applications. ' PRIVSET.Soft stop VMs: 'Perform a soft stop on a virtual machine (VM). ' PRIVSET.Software repository: 'Manage the software repository. ' PRIVSET.Start and resume VMs: 'Start or resume a virtual machine (VM). ' PRIVSET.Stop VMs: 'Stop a virtual machine (VM). ' PRIVSET.Storage Administrator: 'As a Storage Administrator, a user can view and manage Storage devices, view and execute workflows and view all the storage dashboard widgets. This privilege does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.Storage Arrays: 'A set of privileges that allows the access to detailed storage array information and to perform storage array related actions. Storage Arrays privilege set is the top level privilege set of other privilege set(s) which are mapped to privileges related to storage arrays. ' PRIVSET.Storage policies: 'Manage storage resources (such as local drives, RAID configurations, and external storage). ' PRIVSET.Support: 'Download server event logs, rediscover servers and chassis, control server and chassis locator LEDs, and start server alarm suppression in Intersight Infrastructure Services. ' PRIVSET.Support Services: 'As a Support Services user, you can view the dashboard and table views of managed devices, change your user preferences, collect tech support bundles, and generate API keys. In this role, you cannot claim targets, add or remove users, configure Identity Providers, or perform server actions. ' PRIVSET.Support chassis: 'Perform chassis support functions such as diagnostics, troubleshooting, and managing chassis health. ' PRIVSET.Support domains: 'Perform domain support functions such as diagnostics, troubleshooting, and managing domain health. ' PRIVSET.Support servers: 'Perform server support functions such as diagnostics, troubleshooting, and managing server health. ' PRIVSET.Suspend VMs: 'Suspend a virtual machine (VM). ' PRIVSET.Sustainability Metrics Viewer: 'As a Sustainability Metrics Viewer user, you have read access to the Energy Management Capability (EMC) features and the ability register an OAuth2 application for programmatic access to the APIs. ' PRIVSET.Switch Control policies: 'Configure changes on the Fabric Interconnects for transitioning between in-host and switching modes, enabling VLAN Port optimization and managing system VLAN settings. ' PRIVSET.Switch Profiles: 'A set of privileges that allows to manage Switch Profiles and Network configuration policies. ' PRIVSET.Switch to Self Signed CSR: 'As a user with the ability to switch to self-signed Certificate Signing Requests (CSR), you can change the configuration to use self-signed certificates for secure communications. Note: This is a virtual appliance only privilege. ' PRIVSET.Sync Smart Licensing: 'Manage and track Cisco licenses directly from the Intersight platform to ensure seamless monitoring of compliance and usage. ' PRIVSET.Syslog policies: 'Manage local and remote logging capabilities. ' PRIVSET.System Administration: 'System related settings of Intersight Infrastructure Services. (Selecting any privilege under this hierarchy will change the scope of privilege set to ''All'' and can not be used for ''Organization'' scope in Role creation.) ' PRIVSET.System QoS policies: 'Configure network traffic prioritization by assigning system classes for individual vNICs. ' PRIVSET.Tag Management: 'Users can view and manage tag definitions. This role provides tag management privileges to an user. ' PRIVSET.Tech support bundles: 'Manage and configure tech support bundles. ' PRIVSET.Telemetry: 'A set of privileges that allows to access to telemetry data. Telemetry privilege set is the top level privilege set of other privilege set(s) which are mapped to privileges related to Telemetry. View Telemetry allows [POST of a Druid query](http://druid.io/docs/latest/querying/querying). Manage Telemetry allows [READ of broker information](http://druid.io/docs/latest/operations/api-reference.html#broker). ' PRIVSET.Terminate VMs: 'Terminate a virtual machine (VM). ' PRIVSET.Terminate sessions: 'Terminate active vKVM, Tunneled vKVM, and VMRC console sessions launched from Intersight. ' PRIVSET.Thermal policies: 'Set the fan control mode. ' PRIVSET.Traffic mirroring SPAN session: 'As a Manage Traffic Mirroring Sessions user, you can set up and control traffic mirroring sessions to capture and analyze network traffic for monitoring, troubleshooting, or performance analysis. ' PRIVSET.Trusted certificates: 'Manage trusted certificates for secure communications. ' PRIVSET.Turn Fabric Extender locator LED on and off: 'Turn on or off the LED locator on the selected FEX. ' PRIVSET.Turn chassis locator LEDs on and off: 'Toggle the locator LED on or off for the chassis to visually locate it within a rack or data center for maintenance. ' PRIVSET.Turn server locator LEDs on and off: 'Toggle the locator LED on or off to visually locate the server within a rack or data center for maintenance. ' PRIVSET.UCS Domain Administrator: 'As a UCS Domain Administrator, you can view and manage Switch Profiles and Network Configuration Policies, view Fabric Interconnect dashboard widgets, perform actions on Switch, launch management interfaces and the CLI, create and deploy switch policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.Unassign chassis profiles: 'Remove domain profiles from servers, disconnecting settings. ' PRIVSET.Unassign domain profiles: 'Remove domain profiles, disconnecting server settings. ' PRIVSET.Unassign server profiles: 'Unassign the server from the profile. ' PRIVSET.Unclaim device connector: 'Remove the association of a device connector from its current claim to allow reconfiguration or reassignment to a different system or user. Note: This is a virtual appliance only privilege. ' PRIVSET.Unclaim targets: 'Remove a target from the system''s management or monitoring scope. ' PRIVSET.Unified Edge: 'A set of privileges that allows to perform operations related to Unified Edge chassis. ' PRIVSET.Unified Edge Administrator: 'As a Unified Edge Administrator, you can view and manage Switch Profiles and Network Configuration Policies, view Unified Edge dashboard widgets, perform actions on Switch, launch management interfaces and the CLI, create and deploy switch policies and profiles, and manage API keys. This role does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.Unified Edge Profiles: 'A set of privileges that allows to manage Unified Edge Profiles, Network and Chassis configuration policies. ' PRIVSET.Unlock and lock front panels: 'Control access to the server''s front panel. ' PRIVSET.Unlock disks: 'Unlock encrypted disks to grant data access. ' PRIVSET.Update reserved licenses: 'Reserve licenses again and generate a new authorization code in Smart Licensing Manager. Note: This is a virtual appliance only privilege. ' PRIVSET.Upgrade chassis firmware: 'Update the firmware of a chassis. ' PRIVSET.Upgrade domain firmware: 'Update the firmware for a Domain. ' PRIVSET.Upgrade server firmware: 'Disconnect the server from the network, erase all data, and update inventory records to reflect the change. ' PRIVSET.User Access Administrator: 'As a User Access Administrator, you can add and manage Users and Groups in Intersight, view account details and audit logs, manage the IdPs, roles, sessions and API keys for non Account Administrator users. However, you cannot claim a device or perform any management tasks in Intersight. You cannot add or manage a user with Account Administrator role. ' PRIVSET.VLAN policies: 'Set up network segmentation by defining VLANs specific to organizations. ' PRIVSET.VSAN policies: 'Configure Virtual Storage Area Networks (VSANs) on fabric fibre channel uplinks. ' PRIVSET.Verify domain names: 'Perform checks and validations on domain names to ensure correctness and functionality for network addressing and resource identification. ' PRIVSET.View Access and Permissions: 'View access control rules and permissions. ' PRIVSET.View Approval Requests: 'View Approval Requests ' PRIVSET.View Audit Logs: 'View audit logs. ' PRIVSET.View Datacenters: 'View and monitor datacenters. ' PRIVSET.View Devices: 'A set of privileges that allows read access to devices. ' PRIVSET.View Exports: 'A set of privileges that allow users to view export operations. ' PRIVSET.View Fabric Interconnects: 'View Fabric Interconnects. ' PRIVSET.View Functions: 'A set of privileges that allows the users to view serverless functions. ' PRIVSET.View HCI Clusters: 'View HyperConverged Infrastructure Clusters. ' PRIVSET.View HyperFlex Cluster Profiles: 'View HyperFlex Cluster Profiles. ' PRIVSET.View HyperFlex Clusters: 'View HyperFlex Clusters. ' PRIVSET.View Hypervisors: 'A set of privileges that allow users to view hypervisor and virtual machines related inventory and dashboards. ' PRIVSET.View Imports: 'A set of privileges that allow users to view the import operations. ' PRIVSET.View Language Runtimes: 'A set of privileges that allows the users to view language runtimes for serverless functions. ' PRIVSET.View Licensing Status: 'View Licensing Status ' PRIVSET.View Network Switches: 'A set of privileges that allow the users to view the network switches. ' PRIVSET.View Nexus Config: 'A set of privileges that allows users to view their site templates and policies. ' PRIVSET.View Nexus Reports: 'A set of privileges that allow the users to view nexus reports. ' PRIVSET.View Nexus Sites: 'A set of privileges that allows users to view their onboarded sites and status. ' PRIVSET.View Organizations: 'View Organizations ' PRIVSET.View SAN Switches: 'A set of privileges that allow the users to view the SAN switches. ' PRIVSET.View Server Profiles: 'View server profiles. ' PRIVSET.View Servers: 'View Servers. ' PRIVSET.View Storage Arrays: 'A set of privileges that allow the users to view storage related inventory and dashboards. ' PRIVSET.View Switch Profiles: 'View Switch Profiles. ' PRIVSET.View Telemetry: 'allows [POST of a Druid query](http://druid.io/docs/latest/querying/querying). ' PRIVSET.View Unified Edge: 'View Unified Edge. ' PRIVSET.View Unified Edge Profiles: 'View Unified Edge Profiles. ' PRIVSET.View Workflow Definitions: 'A set of privileges that allow the users to view the workflow, task and custom data type definitions. ' PRIVSET.View Workflow Executions: 'A set of privileges that allow the users to view the running instances of the workflows. ' PRIVSET.View Workload Definitions: 'A set of privileges that allow the users to view workload definitions. ' PRIVSET.View Workload Deployments: 'A set of privileges that allow the users to view workload deployments. ' PRIVSET.View clusters: 'View and monitor clusters. ' PRIVSET.View datastore clusters: 'View and monitor datastore clusters. ' PRIVSET.View datastores: 'View and monitor datastores. ' PRIVSET.View sessions: 'View and terminate active vKVM, Tunneled vKVM, and VMRC console sessions launched from Intersight, and view session history. ' PRIVSET.View virtual machine templates: 'Manage and configure virtual machine (VM) templates. ' PRIVSET.Virtual KVM policies: 'Attach/detach Virtual KVM policies. ' PRIVSET.Virtual Media policies: 'Enable the virtual media service on the endpoint, encryption of all communications and low power USB. ' PRIVSET.Virtual appliance licensing: 'Manage the licensing for virtual appliance (VA). Learn more, Introduction to Licensing. Note: This is a virtual appliance only privilege. ' PRIVSET.Virtual machines: 'Manage and configure virtual machines (VMs). ' PRIVSET.Virtualization Administrator: 'As a Virtualization Administrator, a user can view and manage hypervisor resources, view and execute workflows. This privilege does not include the ability to claim a device. You must have a Device Technician, Device Administrator, or an Account Administrator role to claim a device. ' PRIVSET.Virtualization hosts: 'Manage and configure virtualization hosts. ' PRIVSET.Withdraw Approvals: 'Withdraw Approvals ' PRIVSET.Workflow Designer: 'As a Workflow Designer, you can define workflow definitions and custom data types, view workflow definitions, task definitions and custom data types, execute workflows and view workflow executions. ' PRIVSET.Workload Administrator: "As a Workload Administrator, you can define workload definitions using Blueprints and underlying ServiceItems \nand workflow definitions. You can also define workload deployments using Workload Definitions and deploy workloads \nto target devices.\n" PRIVSET.Workload Designer: "As a Workload Designer, you can define workload definitions using Blueprints and underlying ServiceItems \nand workflow definitions. \n" PRIVSET.Workload Operator: "As a Workload Operator, you can define workload deployments using Workload Definitions and deploy workloads \nto target devices.\n" PRIVSET.Workload Optimizer Administrator: "As a Workload Optimizer Administrator, you can access all Workload Optimizer features and perform \nadministrative tasks to configure Workload Optimizer.\n" PRIVSET.Workload Optimizer Advisor: 'As a Workload Optimizer Advisor, you can view workload optimization state and recommended actions, run plans for workload optimization. ' PRIVSET.Workload Optimizer Automator: 'As a Workload Optimizer Automator, you can view workload optimization state, recommended actions, run plans for workload optimization, execute workload optimization actions, and deploy workloads. ' PRIVSET.Workload Optimizer Deployer: "As a Workload Optimizer Deployer, you can view all Workload Optimizer charts and data, deploy \nworkloads, and create policies and templates. You cannot run plans or execute any recommended actions.\n" PRIVSET.Workload Optimizer Observer: 'As a Workload Optimizer Observer, you can view workload optimization state and recommended actions. ' PRIVSET.iSCSI Adapter policies: 'Configure settings for iSCSI traffic management, including TCP Connection Timeout, DHCP Timeout, and Retry Count for busy LUN IDs, optimizing iSCSI boot configurations. ' PRIVSET.iSCSI Boot policies: 'Configure settings required to enable a server to boot from an iSCSI-based storage device. ' PRIVSET.iSCSI Static Target policies: 'Define static iSCSI target configuration settings for servers that need to connect to specific storage devices over the iSCSI protocol. ' PRIVSET.vKVM Only: 'As a vKVM-only user, you can launch vKVM and tunneled vKVM sessions to a server from Intersight. In addition you can view servers, chassis and the running workflows. In this role, you cannot perform any server actions from Intersight apart from launching vKVM. ' READ.aaa.AuditRecord: Read a 'aaa.AuditRecord' resource. READ.aaa.RetentionConfig: Read a 'aaa.RetentionConfig' resource. CREATE.aaa.RetentionPolicy: Create a 'aaa.RetentionPolicy' resource. READ.aaa.RetentionPolicy: Read a 'aaa.RetentionPolicy' resource. UPDATE.aaa.RetentionPolicy: Update a 'aaa.RetentionPolicy' resource. READ.access.IpAddress: Read a 'access.IpAddress' resource. CREATE.access.Policy: Create a 'access.Policy' resource. DELETE.access.Policy: Delete a 'access.Policy' resource. READ.access.Policy: Read a 'access.Policy' resource. UPDATE.access.Policy: Update a 'access.Policy' resource. READ.access.PolicyInventory: Read a 'access.PolicyInventory' resource. CREATE.adapter.ConfigPolicy: Create a 'adapter.ConfigPolicy' resource. DELETE.adapter.ConfigPolicy: Delete a 'adapter.ConfigPolicy' resource. READ.adapter.ConfigPolicy: Read a 'adapter.ConfigPolicy' resource. UPDATE.adapter.ConfigPolicy: Update a 'adapter.ConfigPolicy' resource. READ.adapter.ExtEthInterface: Read a 'adapter.ExtEthInterface' resource. READ.adapter.HostEthInterface: Read a 'adapter.HostEthInterface' resource. UPDATE.adapter.HostEthInterface: Update a 'adapter.HostEthInterface' resource. READ.adapter.HostFcInterface: Read a 'adapter.HostFcInterface' resource. UPDATE.adapter.HostFcInterface: Update a 'adapter.HostFcInterface' resource. READ.adapter.HostIscsiInterface: Read a 'adapter.HostIscsiInterface' resource. READ.adapter.Unit: Read a 'adapter.Unit' resource. READ.adapter.UnitExpander: Read a 'adapter.UnitExpander' resource. READ.apic.AciPod: Read a 'apic.AciPod' resource. READ.apic.Application: Read a 'apic.Application' resource. READ.apic.ApplicationEndpointGroup: Read a 'apic.ApplicationEndpointGroup' resource. READ.apic.BridgeDomain: Read a 'apic.BridgeDomain' resource. READ.apic.ExternalRoutedLayerThreeDomain: Read a 'apic.ExternalRoutedLayerThreeDomain' resource. READ.apic.FabricLeafNode: Read a 'apic.FabricLeafNode' resource. READ.apic.FabricLeafNodeInterface: Read a 'apic.FabricLeafNodeInterface' resource. READ.apic.Out: Read a 'apic.Out' resource. READ.apic.Subnet: Read a 'apic.Subnet' resource. READ.apic.Tenant: Read a 'apic.Tenant' resource. READ.apic.VpcGroup: Read a 'apic.VpcGroup' resource. READ.apic.Vrfs: Read a 'apic.Vrfs' resource. READ.apiproxy.AllowList: Read a 'apiproxy.AllowList' resource. READ.appliance.AppOpStatus: Read a 'appliance.AppOpStatus' resource. READ.appliance.AppStatus: Read a 'appliance.AppStatus' resource. READ.appliance.AutoRmaPolicy: Read a 'appliance.AutoRmaPolicy' resource. CREATE.appliance.Backup: Create a 'appliance.Backup' resource. DELETE.appliance.Backup: Delete a 'appliance.Backup' resource. READ.appliance.Backup: Read a 'appliance.Backup' resource. READ.appliance.BackupDownload: Read a 'appliance.BackupDownload' resource. READ.appliance.BackupMonitor: Read a 'appliance.BackupMonitor' resource. CREATE.appliance.BackupPolicy: Create a 'appliance.BackupPolicy' resource. READ.appliance.BackupPolicy: Read a 'appliance.BackupPolicy' resource. UPDATE.appliance.BackupPolicy: Update a 'appliance.BackupPolicy' resource. READ.appliance.BackupRotateData: Read a 'appliance.BackupRotateData' resource. READ.appliance.CertificateSetting: Read a 'appliance.CertificateSetting' resource. UPDATE.appliance.CertificateSetting: Update a 'appliance.CertificateSetting' resource. CREATE.appliance.ClusterInfo: Create a 'appliance.ClusterInfo' resource. DELETE.appliance.ClusterInfo: Delete a 'appliance.ClusterInfo' resource. READ.appliance.ClusterInfo: Read a 'appliance.ClusterInfo' resource. UPDATE.appliance.ClusterInfo: Update a 'appliance.ClusterInfo' resource. READ.appliance.ClusterInstall: Read a 'appliance.ClusterInstall' resource. UPDATE.appliance.ClusterInstall: Update a 'appliance.ClusterInstall' resource. CREATE.appliance.ClusterReplaceNode: Create a 'appliance.ClusterReplaceNode' resource. READ.appliance.ClusterReplaceNode: Read a 'appliance.ClusterReplaceNode' resource. UPDATE.appliance.ClusterReplaceNode: Update a 'appliance.ClusterReplaceNode' resource. CREATE.appliance.ClusterWorkerNode: Create a 'appliance.ClusterWorkerNode' resource. READ.appliance.ClusterWorkerNode: Read a 'appliance.ClusterWorkerNode' resource. UPDATE.appliance.ClusterWorkerNode: Update a 'appliance.ClusterWorkerNode' resource. CREATE.appliance.ClusterWorkerNodeReplace: Create a 'appliance.ClusterWorkerNodeReplace' resource. CREATE.appliance.ClusterWorkerNodeReuse: Create a 'appliance.ClusterWorkerNodeReuse' resource. READ.appliance.CpuUtilization: Read a 'appliance.CpuUtilization' resource. CREATE.appliance.DataExportPolicy: Create a 'appliance.DataExportPolicy' resource. READ.appliance.DataExportPolicy: Read a 'appliance.DataExportPolicy' resource. UPDATE.appliance.DataExportPolicy: Update a 'appliance.DataExportPolicy' resource. READ.appliance.DeviceCertificate: Read a 'appliance.DeviceCertificate' resource. CREATE.appliance.DeviceClaim: Create a 'appliance.DeviceClaim' resource. READ.appliance.DeviceClaim: Read a 'appliance.DeviceClaim' resource. UPDATE.appliance.DeviceClaim: Update a 'appliance.DeviceClaim' resource. READ.appliance.DeviceClusterInstall: Read a 'appliance.DeviceClusterInstall' resource. READ.appliance.DeviceState: Read a 'appliance.DeviceState' resource. READ.appliance.DeviceUpgradePolicy: Read a 'appliance.DeviceUpgradePolicy' resource. UPDATE.appliance.DeviceUpgradePolicy: Update a 'appliance.DeviceUpgradePolicy' resource. CREATE.appliance.DiagSetting: Create a 'appliance.DiagSetting' resource. READ.appliance.DiagSetting: Read a 'appliance.DiagSetting' resource. UPDATE.appliance.DiagSetting: Update a 'appliance.DiagSetting' resource. CREATE.appliance.ExternalSyslogSetting: Create a 'appliance.ExternalSyslogSetting' resource. DELETE.appliance.ExternalSyslogSetting: Delete a 'appliance.ExternalSyslogSetting' resource. READ.appliance.ExternalSyslogSetting: Read a 'appliance.ExternalSyslogSetting' resource. UPDATE.appliance.ExternalSyslogSetting: Update a 'appliance.ExternalSyslogSetting' resource. READ.appliance.FileGateway: Read a 'appliance.FileGateway' resource. READ.appliance.FileSystemOpStatus: Read a 'appliance.FileSystemOpStatus' resource. READ.appliance.FileSystemOpSummary: Read a 'appliance.FileSystemOpSummary' resource. READ.appliance.FileSystemStatus: Read a 'appliance.FileSystemStatus' resource. READ.appliance.FileSystemTelemetry: Read a 'appliance.FileSystemTelemetry' resource. CREATE.appliance.FqdnUpdate: Create a 'appliance.FqdnUpdate' resource. READ.appliance.FqdnUpdate: Read a 'appliance.FqdnUpdate' resource. UPDATE.appliance.FqdnUpdate: Update a 'appliance.FqdnUpdate' resource. READ.appliance.GroupOpStatus: Read a 'appliance.GroupOpStatus' resource. READ.appliance.GroupStatus: Read a 'appliance.GroupStatus' resource. READ.appliance.ImageBundle: Read a 'appliance.ImageBundle' resource. READ.appliance.MemoryUtilization: Read a 'appliance.MemoryUtilization' resource. READ.appliance.MetaManifest: Read a 'appliance.MetaManifest' resource. READ.appliance.MetricsConfig: Read a 'appliance.MetricsConfig' resource. UPDATE.appliance.MetricsConfig: Update a 'appliance.MetricsConfig' resource. READ.appliance.MetricsIngestionUtilization: Read a 'appliance.MetricsIngestionUtilization' resource. READ.appliance.NetworkLinkStatus: Read a 'appliance.NetworkLinkStatus' resource. READ.appliance.NodeInfo: Read a 'appliance.NodeInfo' resource. READ.appliance.NodeIopsMetric: Read a 'appliance.NodeIopsMetric' resource. READ.appliance.NodeOpStatus: Read a 'appliance.NodeOpStatus' resource. READ.appliance.NodeStatus: Read a 'appliance.NodeStatus' resource. READ.appliance.NodeTelemetry: Read a 'appliance.NodeTelemetry' resource. READ.appliance.ReleaseNote: Read a 'appliance.ReleaseNote' resource. CREATE.appliance.RemoteFileImport: Create a 'appliance.RemoteFileImport' resource. READ.appliance.RemoteFileImport: Read a 'appliance.RemoteFileImport' resource. CREATE.appliance.Restore: Create a 'appliance.Restore' resource. DELETE.appliance.Restore: Delete a 'appliance.Restore' resource. READ.appliance.Restore: Read a 'appliance.Restore' resource. READ.appliance.SetupInfo: Read a 'appliance.SetupInfo' resource. UPDATE.appliance.SetupInfo: Update a 'appliance.SetupInfo' resource. READ.appliance.SystemInfo: Read a 'appliance.SystemInfo' resource. READ.appliance.SystemOpStatus: Read a 'appliance.SystemOpStatus' resource. READ.appliance.SystemStatus: Read a 'appliance.SystemStatus' resource. DELETE.appliance.Upgrade: Delete a 'appliance.Upgrade' resource. READ.appliance.Upgrade: Read a 'appliance.Upgrade' resource. UPDATE.appliance.Upgrade: Update a 'appliance.Upgrade' resource. READ.appliance.UpgradePolicy: Read a 'appliance.UpgradePolicy' resource. UPDATE.appliance.UpgradePolicy: Update a 'appliance.UpgradePolicy' resource. READ.appliance.UpgradeTracker: Read a 'appliance.UpgradeTracker' resource. CREATE.asset.ClaimToken: Create a 'asset.ClaimToken' resource. DELETE.asset.ClaimToken: Delete a 'asset.ClaimToken' resource. READ.asset.ClaimToken: Read a 'asset.ClaimToken' resource. READ.asset.ClusterMember: Read a 'asset.ClusterMember' resource. READ.asset.Deployment: Read a 'asset.Deployment' resource. READ.asset.DeploymentDevice: Read a 'asset.DeploymentDevice' resource. CREATE.asset.DeviceClaim: Create a 'asset.DeviceClaim' resource. DELETE.asset.DeviceClaim: Delete a 'asset.DeviceClaim' resource. READ.asset.DeviceConfiguration: Read a 'asset.DeviceConfiguration' resource. UPDATE.asset.DeviceConfiguration: Update a 'asset.DeviceConfiguration' resource. READ.asset.DeviceConnectorManager: Read a 'asset.DeviceConnectorManager' resource. READ.asset.DeviceContractInformation: Read a 'asset.DeviceContractInformation' resource. UPDATE.asset.DeviceContractInformation: Update a 'asset.DeviceContractInformation' resource. CREATE.asset.DeviceContractNotification: Create a 'asset.DeviceContractNotification' resource. READ.asset.DeviceRegistration: Read a 'asset.DeviceRegistration' resource. UPDATE.asset.DeviceRegistration: Updates the resource representing the device connector. For example, this can be used to annotate the device connector resource with user-specified tags. CREATE.asset.GeoLocation: Create a 'asset.GeoLocation' resource. DELETE.asset.GeoLocation: Delete a 'asset.GeoLocation' resource. READ.asset.GeoLocation: Read a 'asset.GeoLocation' resource. UPDATE.asset.GeoLocation: Update a 'asset.GeoLocation' resource. CREATE.asset.PreClaim: Create a 'asset.PreClaim' resource. UPDATE.asset.PreClaim: Update a 'asset.PreClaim' resource. READ.asset.Subscription: Read a 'asset.Subscription' resource. READ.asset.SubscriptionAccount: Read a 'asset.SubscriptionAccount' resource. READ.asset.SubscriptionDeviceContractInformation: Read a 'asset.SubscriptionDeviceContractInformation' resource. CREATE.asset.Target: Create a 'asset.Target' resource. DELETE.asset.Target: Delete a 'asset.Target' resource. READ.asset.Target: Read a 'asset.Target' resource. UPDATE.asset.Target: Update a 'asset.Target' resource. CREATE.auditd.Policy: Create a 'auditd.Policy' resource. DELETE.auditd.Policy: Delete a 'auditd.Policy' resource. READ.auditd.Policy: Read a 'auditd.Policy' resource. UPDATE.auditd.Policy: Update a 'auditd.Policy' resource. READ.bios.BootDevice: Read a 'bios.BootDevice' resource. READ.bios.BootMode: Read a 'bios.BootMode' resource. UPDATE.bios.BootMode: Update a 'bios.BootMode' resource. CREATE.bios.Policy: Create a 'bios.Policy' resource. DELETE.bios.Policy: Delete a 'bios.Policy' resource. READ.bios.Policy: Read a 'bios.Policy' resource. UPDATE.bios.Policy: Update a 'bios.Policy' resource. READ.bios.SystemBootOrder: Read a 'bios.SystemBootOrder' resource. READ.bios.TokenSettings: Read a 'bios.TokenSettings' resource. READ.bios.Unit: Read a 'bios.Unit' resource. UPDATE.bios.Unit: Update a 'bios.Unit' resource. READ.bios.VfSelectMemoryRasConfiguration: Read a 'bios.VfSelectMemoryRasConfiguration' resource. READ.boot.CddDevice: Read a 'boot.CddDevice' resource. UPDATE.boot.CddDevice: Update a 'boot.CddDevice' resource. READ.boot.DeviceBootMode: Read a 'boot.DeviceBootMode' resource. UPDATE.boot.DeviceBootMode: Update a 'boot.DeviceBootMode' resource. READ.boot.DeviceBootSecurity: Read a 'boot.DeviceBootSecurity' resource. UPDATE.boot.DeviceBootSecurity: Update a 'boot.DeviceBootSecurity' resource. READ.boot.HddDevice: Read a 'boot.HddDevice' resource. UPDATE.boot.HddDevice: Update a 'boot.HddDevice' resource. READ.boot.IscsiDevice: Read a 'boot.IscsiDevice' resource. UPDATE.boot.IscsiDevice: Update a 'boot.IscsiDevice' resource. READ.boot.NvmeDevice: Read a 'boot.NvmeDevice' resource. UPDATE.boot.NvmeDevice: Update a 'boot.NvmeDevice' resource. READ.boot.PchStorageDevice: Read a 'boot.PchStorageDevice' resource. UPDATE.boot.PchStorageDevice: Update a 'boot.PchStorageDevice' resource. CREATE.boot.PrecisionPolicy: Create a 'boot.PrecisionPolicy' resource. DELETE.boot.PrecisionPolicy: Delete a 'boot.PrecisionPolicy' resource. READ.boot.PrecisionPolicy: Read a 'boot.PrecisionPolicy' resource. UPDATE.boot.PrecisionPolicy: Update a 'boot.PrecisionPolicy' resource. READ.boot.PxeDevice: Read a 'boot.PxeDevice' resource. UPDATE.boot.PxeDevice: Update a 'boot.PxeDevice' resource. READ.boot.SanDevice: Read a 'boot.SanDevice' resource. UPDATE.boot.SanDevice: Update a 'boot.SanDevice' resource. READ.boot.SdDevice: Read a 'boot.SdDevice' resource. UPDATE.boot.SdDevice: Update a 'boot.SdDevice' resource. READ.boot.UefiShellDevice: Read a 'boot.UefiShellDevice' resource. UPDATE.boot.UefiShellDevice: Update a 'boot.UefiShellDevice' resource. READ.boot.UsbDevice: Read a 'boot.UsbDevice' resource. UPDATE.boot.UsbDevice: Update a 'boot.UsbDevice' resource. READ.boot.VmediaDevice: Read a 'boot.VmediaDevice' resource. UPDATE.boot.VmediaDevice: Update a 'boot.VmediaDevice' resource. CREATE.bulk.Export: Create a 'bulk.Export' resource. DELETE.bulk.Export: Delete a 'bulk.Export' resource. READ.bulk.Export: Read a 'bulk.Export' resource. UPDATE.bulk.Export: Update a 'bulk.Export' resource. READ.bulk.ExportedItem: Read a 'bulk.ExportedItem' resource. CREATE.bulk.MoCloner: Create a 'bulk.MoCloner' resource. READ.bulk.MoCloner: Read a 'bulk.MoCloner' resource. CREATE.bulk.MoDeepCloner: Create a 'bulk.MoDeepCloner' resource. READ.bulk.MoDeepCloner: Read a 'bulk.MoDeepCloner' resource. CREATE.bulk.MoMerger: Create a 'bulk.MoMerger' resource. READ.bulk.MoMerger: Read a 'bulk.MoMerger' resource. CREATE.bulk.Request: Create a 'bulk.Request' resource. READ.bulk.Request: Read a 'bulk.Request' resource. READ.bulk.Result: Read a 'bulk.Result' resource. READ.bulk.SubRequestObj: Read a 'bulk.SubRequestObj' resource. READ.capability.ActionsMetaData: Read a 'capability.ActionsMetaData' resource. READ.capability.AdapterDeprecatedDef: Read a 'capability.AdapterDeprecatedDef' resource. READ.capability.AdapterFirmwareRequirement: Read a 'capability.AdapterFirmwareRequirement' resource. READ.capability.AdapterUnitDescriptor: Read a 'capability.AdapterUnitDescriptor' resource. READ.capability.AdapterUpdateConstraintMeta: Read a 'capability.AdapterUpdateConstraintMeta' resource. READ.capability.AdapterUpgradeSupportMeta: Read a 'capability.AdapterUpgradeSupportMeta' resource. READ.capability.BiosTokens: Read a 'capability.BiosTokens' resource. READ.capability.Catalog: Read a 'capability.Catalog' resource. READ.capability.ChassisDescriptor: Read a 'capability.ChassisDescriptor' resource. READ.capability.ChassisManufacturingDef: Read a 'capability.ChassisManufacturingDef' resource. READ.capability.ChassisUpgradeSupportMeta: Read a 'capability.ChassisUpgradeSupportMeta' resource. READ.capability.CimcFirmwareDescriptor: Read a 'capability.CimcFirmwareDescriptor' resource. READ.capability.CpuEndpointDescriptor: Read a 'capability.CpuEndpointDescriptor' resource. READ.capability.DimmsEndpointDescriptor: Read a 'capability.DimmsEndpointDescriptor' resource. READ.capability.DomainPolicyRequirement: Read a 'capability.DomainPolicyRequirement' resource. READ.capability.DrivesEndpointDescriptor: Read a 'capability.DrivesEndpointDescriptor' resource. READ.capability.EquipmentPhysicalDef: Read a 'capability.EquipmentPhysicalDef' resource. READ.capability.EquipmentSlotArray: Read a 'capability.EquipmentSlotArray' resource. READ.capability.FanModuleDescriptor: Read a 'capability.FanModuleDescriptor' resource. READ.capability.FanModuleManufacturingDef: Read a 'capability.FanModuleManufacturingDef' resource. READ.capability.FexCapabilityDef: Read a 'capability.FexCapabilityDef' resource. READ.capability.FexDescriptor: Read a 'capability.FexDescriptor' resource. READ.capability.FexManufacturingDef: Read a 'capability.FexManufacturingDef' resource. READ.capability.FexSupportMeta: Read a 'capability.FexSupportMeta' resource. READ.capability.GpuEndpointDescriptor: Read a 'capability.GpuEndpointDescriptor' resource. READ.capability.HsuIsoFileSupportMeta: Read a 'capability.HsuIsoFileSupportMeta' resource. READ.capability.IoCardCapabilityDef: Read a 'capability.IoCardCapabilityDef' resource. READ.capability.IoCardDescriptor: Read a 'capability.IoCardDescriptor' resource. READ.capability.IoCardManufacturingDef: Read a 'capability.IoCardManufacturingDef' resource. READ.capability.IomUpgradeSupportMeta: Read a 'capability.IomUpgradeSupportMeta' resource. READ.capability.NetworkEquipmentPowerDef: Read a 'capability.NetworkEquipmentPowerDef' resource. READ.capability.PolicyConstants: Read a 'capability.PolicyConstants' resource. READ.capability.PortGroupAggregationDef: Read a 'capability.PortGroupAggregationDef' resource. READ.capability.ProcessorUnitUpdateConstraintMeta: Read a 'capability.ProcessorUnitUpdateConstraintMeta' resource. READ.capability.PsuDescriptor: Read a 'capability.PsuDescriptor' resource. READ.capability.PsuManufacturingDef: Read a 'capability.PsuManufacturingDef' resource. READ.capability.ServerActionsMeta: Read a 'capability.ServerActionsMeta' resource. READ.capability.ServerDescriptor: Read a 'capability.ServerDescriptor' resource. READ.capability.ServerModelsCapabilityDef: Read a 'capability.ServerModelsCapabilityDef' resource. READ.capability.ServerPcieConnectivityCatalog: Read a 'capability.ServerPcieConnectivityCatalog' resource. READ.capability.ServerSchemaDescriptor: Read a 'capability.ServerSchemaDescriptor' resource. READ.capability.ServerTopologyMap: Read a 'capability.ServerTopologyMap' resource. READ.capability.ServerUpgradeSupportMeta: Read a 'capability.ServerUpgradeSupportMeta' resource. READ.capability.SiocModuleCapabilityDef: Read a 'capability.SiocModuleCapabilityDef' resource. READ.capability.SiocModuleDescriptor: Read a 'capability.SiocModuleDescriptor' resource. READ.capability.SiocModuleManufacturingDef: Read a 'capability.SiocModuleManufacturingDef' resource. READ.capability.StandardRedfishSupportMeta: Read a 'capability.StandardRedfishSupportMeta' resource. READ.capability.StorageControllerUpdateConstraintMeta: Read a 'capability.StorageControllerUpdateConstraintMeta' resource. READ.capability.StorageControllersMetaData: Read a 'capability.StorageControllersMetaData' resource. READ.capability.SwitchCapability: Read a 'capability.SwitchCapability' resource. READ.capability.SwitchDescriptor: Read a 'capability.SwitchDescriptor' resource. READ.capability.SwitchEquipmentInfo: Read a 'capability.SwitchEquipmentInfo' resource. READ.capability.SwitchManufacturingDef: Read a 'capability.SwitchManufacturingDef' resource. READ.capability.SwitchUpgradeSupportMeta: Read a 'capability.SwitchUpgradeSupportMeta' resource. READ.capability.TemplateCatalog: Read a 'capability.TemplateCatalog' resource. READ.capability.TimeZoneMetaData: Read a 'capability.TimeZoneMetaData' resource. READ.capability.UpdateOrderMeta: Read a 'capability.UpdateOrderMeta' resource. READ.capability.VicDescriptor: Read a 'capability.VicDescriptor' resource. READ.catalystsdwan.ConfigGroup: Read a 'catalystsdwan.ConfigGroup' resource. READ.catalystsdwan.Interface: Read a 'catalystsdwan.Interface' resource. READ.catalystsdwan.PhysicalPort: Read a 'catalystsdwan.PhysicalPort' resource. READ.catalystsdwan.PolicyGroup: Read a 'catalystsdwan.PolicyGroup' resource. READ.catalystsdwan.PortChannel: Read a 'catalystsdwan.PortChannel' resource. READ.catalystsdwan.VedgeDevice: Read a 'catalystsdwan.VedgeDevice' resource. READ.catalystsdwan.Vlan: Read a 'catalystsdwan.Vlan' resource. READ.catalystsdwan.WanEdgeDevice: Read a 'catalystsdwan.WanEdgeDevice' resource. CREATE.certificatemanagement.Policy: Create a 'certificatemanagement.Policy' resource. DELETE.certificatemanagement.Policy: Delete a 'certificatemanagement.Policy' resource. READ.certificatemanagement.Policy: Read a 'certificatemanagement.Policy' resource. UPDATE.certificatemanagement.Policy: Update a 'certificatemanagement.Policy' resource. READ.certificatemanagement.PolicyInventory: Read a 'certificatemanagement.PolicyInventory' resource. READ.chassis.ConfigChangeDetail: Read a 'chassis.ConfigChangeDetail' resource. CREATE.chassis.ConfigImport: Create a 'chassis.ConfigImport' resource. READ.chassis.ConfigImport: Read a 'chassis.ConfigImport' resource. READ.chassis.ConfigResult: Read a 'chassis.ConfigResult' resource. READ.chassis.ConfigResultEntry: Read a 'chassis.ConfigResultEntry' resource. READ.chassis.IomProfile: Read a 'chassis.IomProfile' resource. CREATE.chassis.Profile: Create a 'chassis.Profile' resource. DELETE.chassis.Profile: Delete a 'chassis.Profile' resource. READ.chassis.Profile: Read a 'chassis.Profile' resource. UPDATE.chassis.Profile: Update a 'chassis.Profile' resource. CREATE.chassis.ProfileTemplate: Create a 'chassis.ProfileTemplate' resource. DELETE.chassis.ProfileTemplate: Delete a 'chassis.ProfileTemplate' resource. READ.chassis.ProfileTemplate: Read a 'chassis.ProfileTemplate' resource. UPDATE.chassis.ProfileTemplate: Update a 'chassis.ProfileTemplate' resource. CREATE.cli.CliPolicy: Create a 'cli.CliPolicy' resource. DELETE.cli.CliPolicy: Delete a 'cli.CliPolicy' resource. READ.cli.CliPolicy: Read a 'cli.CliPolicy' resource. UPDATE.cli.CliPolicy: Update a 'cli.CliPolicy' resource. CREATE.cloud.CollectInventory: Create a 'cloud.CollectInventory' resource. READ.cloud.TfcAgentpool: Read a 'cloud.TfcAgentpool' resource. READ.cloud.TfcOrganization: Read a 'cloud.TfcOrganization' resource. READ.cloud.TfcWorkspace: Read a 'cloud.TfcWorkspace' resource. CREATE.comm.HttpProxyPolicy: Create a 'comm.HttpProxyPolicy' resource. DELETE.comm.HttpProxyPolicy: Delete a 'comm.HttpProxyPolicy' resource. READ.comm.HttpProxyPolicy: Read a 'comm.HttpProxyPolicy' resource. UPDATE.comm.HttpProxyPolicy: Update a 'comm.HttpProxyPolicy' resource. CREATE.comm.TagDefinition: Create a 'comm.TagDefinition' resource. DELETE.comm.TagDefinition: Delete a 'comm.TagDefinition' resource. READ.comm.TagDefinition: Read a 'comm.TagDefinition' resource. UPDATE.comm.TagDefinition: Update a 'comm.TagDefinition' resource. READ.compute.Blade: Read a 'compute.Blade' resource. UPDATE.compute.Blade: Update a 'compute.Blade' resource. READ.compute.BladeIdentity: Read a 'compute.BladeIdentity' resource. UPDATE.compute.BladeIdentity: Update a 'compute.BladeIdentity' resource. READ.compute.Board: Read a 'compute.Board' resource. UPDATE.compute.Board: Update a 'compute.Board' resource. READ.compute.DownloadStatus: Read a 'compute.DownloadStatus' resource. CREATE.compute.HostUtilityOperation: Create a 'compute.HostUtilityOperation' resource. READ.compute.HostUtilityOperation: Read a 'compute.HostUtilityOperation' resource. READ.compute.Mapping: Read a 'compute.Mapping' resource. UPDATE.compute.Mapping: Update a 'compute.Mapping' resource. CREATE.compute.PcieConnectivityPolicy: Create a 'compute.PcieConnectivityPolicy' resource. DELETE.compute.PcieConnectivityPolicy: Delete a 'compute.PcieConnectivityPolicy' resource. READ.compute.PcieConnectivityPolicy: Read a 'compute.PcieConnectivityPolicy' resource. UPDATE.compute.PcieConnectivityPolicy: Update a 'compute.PcieConnectivityPolicy' resource. READ.compute.PcieConnectivityPolicyInventory: Read a 'compute.PcieConnectivityPolicyInventory' resource. READ.compute.Personality: Read a 'compute.Personality' resource. UPDATE.compute.Personality: Update a 'compute.Personality' resource. READ.compute.PhysicalSummary: Read a 'compute.PhysicalSummary' resource. DELETE.compute.RackUnit: Delete a 'compute.RackUnit' resource. READ.compute.RackUnit: Read a 'compute.RackUnit' resource. UPDATE.compute.RackUnit: Update a 'compute.RackUnit' resource. DELETE.compute.RackUnitIdentity: Delete a 'compute.RackUnitIdentity' resource. READ.compute.RackUnitIdentity: Read a 'compute.RackUnitIdentity' resource. UPDATE.compute.RackUnitIdentity: Update a 'compute.RackUnitIdentity' resource. CREATE.compute.ScrubPolicy: Create a 'compute.ScrubPolicy' resource. DELETE.compute.ScrubPolicy: Delete a 'compute.ScrubPolicy' resource. READ.compute.ScrubPolicy: Read a 'compute.ScrubPolicy' resource. UPDATE.compute.ScrubPolicy: Update a 'compute.ScrubPolicy' resource. READ.compute.ServerIdPool: Read a 'compute.ServerIdPool' resource. READ.compute.ServerPowerParameters: Read a 'compute.ServerPowerParameters' resource. DELETE.compute.ServerPowerPolicy: Delete a 'compute.ServerPowerPolicy' resource. READ.compute.ServerPowerPolicy: Read a 'compute.ServerPowerPolicy' resource. UPDATE.compute.ServerPowerPolicy: Update a 'compute.ServerPowerPolicy' resource. READ.compute.ServerSetting: Read a 'compute.ServerSetting' resource. UPDATE.compute.ServerSetting: Update a 'compute.ServerSetting' resource. READ.compute.Vmedia: Read a 'compute.Vmedia' resource. READ.cond.Alarm: Read a 'cond.Alarm' resource. UPDATE.cond.Alarm: Update a 'cond.Alarm' resource. READ.cond.AlarmAggregation: Read a 'cond.AlarmAggregation' resource. READ.cond.AlarmClassification: Read a 'cond.AlarmClassification' resource. READ.cond.AlarmDefinition: Read a 'cond.AlarmDefinition' resource. CREATE.cond.AlarmRule: Create a 'cond.AlarmRule' resource. DELETE.cond.AlarmRule: Delete a 'cond.AlarmRule' resource. READ.cond.AlarmRule: Read a 'cond.AlarmRule' resource. UPDATE.cond.AlarmRule: Update a 'cond.AlarmRule' resource. CREATE.cond.AlarmSuppression: Create a 'cond.AlarmSuppression' resource. DELETE.cond.AlarmSuppression: Delete a 'cond.AlarmSuppression' resource. READ.cond.AlarmSuppression: Read a 'cond.AlarmSuppression' resource. UPDATE.cond.AlarmSuppression: Update a 'cond.AlarmSuppression' resource. CREATE.cond.AlarmSuppressionDryRun: Create a 'cond.AlarmSuppressionDryRun' resource. CREATE.cond.CustomHclBaseline: Create a 'cond.CustomHclBaseline' resource. DELETE.cond.CustomHclBaseline: Delete a 'cond.CustomHclBaseline' resource. READ.cond.CustomHclBaseline: Read a 'cond.CustomHclBaseline' resource. UPDATE.cond.CustomHclBaseline: Update a 'cond.CustomHclBaseline' resource. CREATE.cond.CustomHclStatus: Create a 'cond.CustomHclStatus' resource. READ.cond.CustomHclStatus: Read a 'cond.CustomHclStatus' resource. READ.cond.HclStatus: Read a 'cond.HclStatus' resource. READ.cond.HclStatusDetail: Read a 'cond.HclStatusDetail' resource. CREATE.cond.HclStatusJob: Create a 'cond.HclStatusJob' resource. READ.cond.HclStatusJob: Read a 'cond.HclStatusJob' resource. CREATE.cond.ThresholdDefinition: Create a 'cond.ThresholdDefinition' resource. DELETE.cond.ThresholdDefinition: Delete a 'cond.ThresholdDefinition' resource. READ.cond.ThresholdDefinition: Read a 'cond.ThresholdDefinition' resource. UPDATE.cond.ThresholdDefinition: Update a 'cond.ThresholdDefinition' resource. CREATE.connectorpack.ConnectorPackUpgrade: Create a 'connectorpack.ConnectorPackUpgrade' resource. DELETE.connectorpack.ConnectorPackUpgrade: Delete a 'connectorpack.ConnectorPackUpgrade' resource. READ.connectorpack.ConnectorPackUpgrade: Read a 'connectorpack.ConnectorPackUpgrade' resource. READ.connectorpack.UpgradeImpact: Read a 'connectorpack.UpgradeImpact' resource. READ.console.ConsoleConfig: Read a 'console.ConsoleConfig' resource. READ.convergedinfra.AdapterComplianceDetails: Read a 'convergedinfra.AdapterComplianceDetails' resource. READ.convergedinfra.Pod: Read a 'convergedinfra.Pod' resource. UPDATE.convergedinfra.Pod: Update a 'convergedinfra.Pod' resource. READ.convergedinfra.PodComplianceInfo: Read a 'convergedinfra.PodComplianceInfo' resource. READ.convergedinfra.ServerComplianceDetails: Read a 'convergedinfra.ServerComplianceDetails' resource. READ.convergedinfra.StorageComplianceDetails: Read a 'convergedinfra.StorageComplianceDetails' resource. READ.convergedinfra.SwitchComplianceDetails: Read a 'convergedinfra.SwitchComplianceDetails' resource. DELETE.coremanagement.CoreFile: Delete a 'coremanagement.CoreFile' resource. READ.coremanagement.CoreFile: Read a 'coremanagement.CoreFile' resource. UPDATE.coremanagement.CoreFile: Update a 'coremanagement.CoreFile' resource. READ.coremanagement.Download: Read a 'coremanagement.Download' resource. CREATE.crd.CustomResource: Create a 'crd.CustomResource' resource. DELETE.crd.CustomResource: Delete a 'crd.CustomResource' resource. READ.crd.CustomResource: Read a 'crd.CustomResource' resource. UPDATE.crd.CustomResource: Update a 'crd.CustomResource' resource. CREATE.deviceconnector.Policy: Create a 'deviceconnector.Policy' resource. DELETE.deviceconnector.Policy: Delete a 'deviceconnector.Policy' resource. READ.deviceconnector.Policy: Read a 'deviceconnector.Policy' resource. UPDATE.deviceconnector.Policy: Update a 'deviceconnector.Policy' resource. READ.dnac.Device: Read a 'dnac.Device' resource. READ.dnac.DeviceInterface: Read a 'dnac.DeviceInterface' resource. READ.dnac.ExternalBorderNode: Read a 'dnac.ExternalBorderNode' resource. READ.dnac.ExternalBorderNodeInterface: Read a 'dnac.ExternalBorderNodeInterface' resource. READ.dnac.FabricSite: Read a 'dnac.FabricSite' resource. READ.dnac.Site: Read a 'dnac.Site' resource. READ.dnac.SiteIpPool: Read a 'dnac.SiteIpPool' resource. READ.dnac.Template: Read a 'dnac.Template' resource. READ.dnac.Transit: Read a 'dnac.Transit' resource. READ.dnac.VirtualNetworkFabricSite: Read a 'dnac.VirtualNetworkFabricSite' resource. CREATE.energy.DailyMetrics: Create a 'energy.DailyMetrics' resource. CREATE.energy.Metrics: Create a 'energy.Metrics' resource. READ.equipment.Chassis: Read a 'equipment.Chassis' resource. UPDATE.equipment.Chassis: Update a 'equipment.Chassis' resource. READ.equipment.ChassisController: Read a 'equipment.ChassisController' resource. UPDATE.equipment.ChassisController: Update a 'equipment.ChassisController' resource. READ.equipment.ChassisIdPool: Read a 'equipment.ChassisIdPool' resource. READ.equipment.ChassisIdentity: Read a 'equipment.ChassisIdentity' resource. UPDATE.equipment.ChassisIdentity: Update a 'equipment.ChassisIdentity' resource. READ.equipment.ChassisOperation: Read a 'equipment.ChassisOperation' resource. UPDATE.equipment.ChassisOperation: Update a 'equipment.ChassisOperation' resource. READ.equipment.DeviceSummary: Read a 'equipment.DeviceSummary' resource. READ.equipment.EnclosureElement: Read a 'equipment.EnclosureElement' resource. UPDATE.equipment.EnclosureElement: Update a 'equipment.EnclosureElement' resource. READ.equipment.EndPointLog: Read a 'equipment.EndPointLog' resource. READ.equipment.ExpanderModule: Read a 'equipment.ExpanderModule' resource. UPDATE.equipment.ExpanderModule: Update a 'equipment.ExpanderModule' resource. READ.equipment.ExpanderModuleIdentity: Read a 'equipment.ExpanderModuleIdentity' resource. UPDATE.equipment.ExpanderModuleIdentity: Update a 'equipment.ExpanderModuleIdentity' resource. READ.equipment.ExpanderModuleOperation: Read a 'equipment.ExpanderModuleOperation' resource. UPDATE.equipment.ExpanderModuleOperation: Update a 'equipment.ExpanderModuleOperation' resource. READ.equipment.Fan: Read a 'equipment.Fan' resource. UPDATE.equipment.Fan: Update a 'equipment.Fan' resource. READ.equipment.FanControl: Read a 'equipment.FanControl' resource. UPDATE.equipment.FanControl: Update a 'equipment.FanControl' resource. READ.equipment.FanModule: Read a 'equipment.FanModule' resource. UPDATE.equipment.FanModule: Update a 'equipment.FanModule' resource. READ.equipment.Fex: Read a 'equipment.Fex' resource. UPDATE.equipment.Fex: Update a 'equipment.Fex' resource. READ.equipment.FexIdentity: Read a 'equipment.FexIdentity' resource. UPDATE.equipment.FexIdentity: Update a 'equipment.FexIdentity' resource. READ.equipment.FexOperation: Read a 'equipment.FexOperation' resource. UPDATE.equipment.FexOperation: Update a 'equipment.FexOperation' resource. READ.equipment.Fru: Read a 'equipment.Fru' resource. UPDATE.equipment.Fru: Update a 'equipment.Fru' resource. READ.equipment.HybridDriveSlot: Read a 'equipment.HybridDriveSlot' resource. READ.equipment.Interconnect: Read a 'equipment.Interconnect' resource. READ.equipment.IoCard: Read a 'equipment.IoCard' resource. UPDATE.equipment.IoCard: Update a 'equipment.IoCard' resource. READ.equipment.IoCardOperation: Read a 'equipment.IoCardOperation' resource. UPDATE.equipment.IoCardOperation: Update a 'equipment.IoCardOperation' resource. READ.equipment.IoExpander: Read a 'equipment.IoExpander' resource. UPDATE.equipment.IoExpander: Update a 'equipment.IoExpander' resource. READ.equipment.LocatorLed: Read a 'equipment.LocatorLed' resource. UPDATE.equipment.LocatorLed: Update a 'equipment.LocatorLed' resource. READ.equipment.LogDownload: Read a 'equipment.LogDownload' resource. READ.equipment.Psu: Read a 'equipment.Psu' resource. UPDATE.equipment.Psu: Update a 'equipment.Psu' resource. READ.equipment.PsuControl: Read a 'equipment.PsuControl' resource. UPDATE.equipment.PsuControl: Update a 'equipment.PsuControl' resource. READ.equipment.RackEnclosure: Read a 'equipment.RackEnclosure' resource. UPDATE.equipment.RackEnclosure: Update a 'equipment.RackEnclosure' resource. READ.equipment.RackEnclosureSlot: Read a 'equipment.RackEnclosureSlot' resource. UPDATE.equipment.RackEnclosureSlot: Update a 'equipment.RackEnclosureSlot' resource. READ.equipment.Riser: Read a 'equipment.Riser' resource. READ.equipment.Sensor: Read a 'equipment.Sensor' resource. READ.equipment.SharedAdapterUnit: Read a 'equipment.SharedAdapterUnit' resource. READ.equipment.SharedGraphicsCard: Read a 'equipment.SharedGraphicsCard' resource. READ.equipment.SharedIoModule: Read a 'equipment.SharedIoModule' resource. UPDATE.equipment.SharedIoModule: Update a 'equipment.SharedIoModule' resource. READ.equipment.SwitchCard: Read a 'equipment.SwitchCard' resource. UPDATE.equipment.SwitchCard: Update a 'equipment.SwitchCard' resource. READ.equipment.SwitchOperation: Read a 'equipment.SwitchOperation' resource. UPDATE.equipment.SwitchOperation: Update a 'equipment.SwitchOperation' resource. READ.equipment.SystemIoController: Read a 'equipment.SystemIoController' resource. UPDATE.equipment.SystemIoController: Update a 'equipment.SystemIoController' resource. READ.equipment.Tpm: Read a 'equipment.Tpm' resource. UPDATE.equipment.Tpm: Update a 'equipment.Tpm' resource. READ.equipment.Transceiver: Read a 'equipment.Transceiver' resource. UPDATE.equipment.Transceiver: Update a 'equipment.Transceiver' resource. READ.ether.HostPort: Read a 'ether.HostPort' resource. UPDATE.ether.HostPort: Update a 'ether.HostPort' resource. READ.ether.InterSwitchPort: Read a 'ether.InterSwitchPort' resource. READ.ether.LanPort: Read a 'ether.LanPort' resource. READ.ether.NetworkPort: Read a 'ether.NetworkPort' resource. UPDATE.ether.NetworkPort: Update a 'ether.NetworkPort' resource. READ.ether.PhysicalPort: Read a 'ether.PhysicalPort' resource. UPDATE.ether.PhysicalPort: Update a 'ether.PhysicalPort' resource. READ.ether.PortChannel: Read a 'ether.PortChannel' resource. CREATE.externalsite.Authorization: Create a 'externalsite.Authorization' resource. READ.externalsite.Authorization: Read a 'externalsite.Authorization' resource. UPDATE.externalsite.Authorization: Update a 'externalsite.Authorization' resource. CREATE.fabric.AppliancePcRole: Create a 'fabric.AppliancePcRole' resource. DELETE.fabric.AppliancePcRole: Delete a 'fabric.AppliancePcRole' resource. READ.fabric.AppliancePcRole: Read a 'fabric.AppliancePcRole' resource. UPDATE.fabric.AppliancePcRole: Update a 'fabric.AppliancePcRole' resource. CREATE.fabric.ApplianceRole: Create a 'fabric.ApplianceRole' resource. DELETE.fabric.ApplianceRole: Delete a 'fabric.ApplianceRole' resource. READ.fabric.ApplianceRole: Read a 'fabric.ApplianceRole' resource. UPDATE.fabric.ApplianceRole: Update a 'fabric.ApplianceRole' resource. READ.fabric.ConfigChangeDetail: Read a 'fabric.ConfigChangeDetail' resource. READ.fabric.ConfigResult: Read a 'fabric.ConfigResult' resource. READ.fabric.ConfigResultEntry: Read a 'fabric.ConfigResultEntry' resource. READ.fabric.ElementIdentity: Read a 'fabric.ElementIdentity' resource. UPDATE.fabric.ElementIdentity: Update a 'fabric.ElementIdentity' resource. CREATE.fabric.EstimateImpact: Create a 'fabric.EstimateImpact' resource. CREATE.fabric.EthNetworkControlPolicy: Create a 'fabric.EthNetworkControlPolicy' resource. DELETE.fabric.EthNetworkControlPolicy: Delete a 'fabric.EthNetworkControlPolicy' resource. READ.fabric.EthNetworkControlPolicy: Read a 'fabric.EthNetworkControlPolicy' resource. UPDATE.fabric.EthNetworkControlPolicy: Update a 'fabric.EthNetworkControlPolicy' resource. READ.fabric.EthNetworkControlPolicyInventory: Read a 'fabric.EthNetworkControlPolicyInventory' resource. CREATE.fabric.EthNetworkGroupPolicy: Create a 'fabric.EthNetworkGroupPolicy' resource. DELETE.fabric.EthNetworkGroupPolicy: Delete a 'fabric.EthNetworkGroupPolicy' resource. READ.fabric.EthNetworkGroupPolicy: Read a 'fabric.EthNetworkGroupPolicy' resource. UPDATE.fabric.EthNetworkGroupPolicy: Update a 'fabric.EthNetworkGroupPolicy' resource. READ.fabric.EthNetworkGroupPolicyInventory: Read a 'fabric.EthNetworkGroupPolicyInventory' resource. CREATE.fabric.EthNetworkPolicy: Create a 'fabric.EthNetworkPolicy' resource. DELETE.fabric.EthNetworkPolicy: Delete a 'fabric.EthNetworkPolicy' resource. READ.fabric.EthNetworkPolicy: Read a 'fabric.EthNetworkPolicy' resource. UPDATE.fabric.EthNetworkPolicy: Update a 'fabric.EthNetworkPolicy' resource. CREATE.fabric.FcNetworkPolicy: Create a 'fabric.FcNetworkPolicy' resource. DELETE.fabric.FcNetworkPolicy: Delete a 'fabric.FcNetworkPolicy' resource. READ.fabric.FcNetworkPolicy: Read a 'fabric.FcNetworkPolicy' resource. UPDATE.fabric.FcNetworkPolicy: Update a 'fabric.FcNetworkPolicy' resource. CREATE.fabric.FcStorageRole: Create a 'fabric.FcStorageRole' resource. DELETE.fabric.FcStorageRole: Delete a 'fabric.FcStorageRole' resource. READ.fabric.FcStorageRole: Read a 'fabric.FcStorageRole' resource. UPDATE.fabric.FcStorageRole: Update a 'fabric.FcStorageRole' resource. CREATE.fabric.FcUplinkPcRole: Create a 'fabric.FcUplinkPcRole' resource. DELETE.fabric.FcUplinkPcRole: Delete a 'fabric.FcUplinkPcRole' resource. READ.fabric.FcUplinkPcRole: Read a 'fabric.FcUplinkPcRole' resource. UPDATE.fabric.FcUplinkPcRole: Update a 'fabric.FcUplinkPcRole' resource. CREATE.fabric.FcUplinkRole: Create a 'fabric.FcUplinkRole' resource. DELETE.fabric.FcUplinkRole: Delete a 'fabric.FcUplinkRole' resource. READ.fabric.FcUplinkRole: Read a 'fabric.FcUplinkRole' resource. UPDATE.fabric.FcUplinkRole: Update a 'fabric.FcUplinkRole' resource. CREATE.fabric.FcZonePolicy: Create a 'fabric.FcZonePolicy' resource. DELETE.fabric.FcZonePolicy: Delete a 'fabric.FcZonePolicy' resource. READ.fabric.FcZonePolicy: Read a 'fabric.FcZonePolicy' resource. UPDATE.fabric.FcZonePolicy: Update a 'fabric.FcZonePolicy' resource. CREATE.fabric.FcoeUplinkPcRole: Create a 'fabric.FcoeUplinkPcRole' resource. DELETE.fabric.FcoeUplinkPcRole: Delete a 'fabric.FcoeUplinkPcRole' resource. READ.fabric.FcoeUplinkPcRole: Read a 'fabric.FcoeUplinkPcRole' resource. UPDATE.fabric.FcoeUplinkPcRole: Update a 'fabric.FcoeUplinkPcRole' resource. CREATE.fabric.FcoeUplinkRole: Create a 'fabric.FcoeUplinkRole' resource. DELETE.fabric.FcoeUplinkRole: Delete a 'fabric.FcoeUplinkRole' resource. READ.fabric.FcoeUplinkRole: Read a 'fabric.FcoeUplinkRole' resource. UPDATE.fabric.FcoeUplinkRole: Update a 'fabric.FcoeUplinkRole' resource. CREATE.fabric.FlowControlPolicy: Create a 'fabric.FlowControlPolicy' resource. DELETE.fabric.FlowControlPolicy: Delete a 'fabric.FlowControlPolicy' resource. READ.fabric.FlowControlPolicy: Read a 'fabric.FlowControlPolicy' resource. UPDATE.fabric.FlowControlPolicy: Update a 'fabric.FlowControlPolicy' resource. CREATE.fabric.LanPinGroup: Create a 'fabric.LanPinGroup' resource. DELETE.fabric.LanPinGroup: Delete a 'fabric.LanPinGroup' resource. READ.fabric.LanPinGroup: Read a 'fabric.LanPinGroup' resource. UPDATE.fabric.LanPinGroup: Update a 'fabric.LanPinGroup' resource. CREATE.fabric.LinkAggregationPolicy: Create a 'fabric.LinkAggregationPolicy' resource. DELETE.fabric.LinkAggregationPolicy: Delete a 'fabric.LinkAggregationPolicy' resource. READ.fabric.LinkAggregationPolicy: Read a 'fabric.LinkAggregationPolicy' resource. UPDATE.fabric.LinkAggregationPolicy: Update a 'fabric.LinkAggregationPolicy' resource. CREATE.fabric.LinkControlPolicy: Create a 'fabric.LinkControlPolicy' resource. DELETE.fabric.LinkControlPolicy: Delete a 'fabric.LinkControlPolicy' resource. READ.fabric.LinkControlPolicy: Read a 'fabric.LinkControlPolicy' resource. UPDATE.fabric.LinkControlPolicy: Update a 'fabric.LinkControlPolicy' resource. CREATE.fabric.MacSecPolicy: Create a 'fabric.MacSecPolicy' resource. DELETE.fabric.MacSecPolicy: Delete a 'fabric.MacSecPolicy' resource. READ.fabric.MacSecPolicy: Read a 'fabric.MacSecPolicy' resource. UPDATE.fabric.MacSecPolicy: Update a 'fabric.MacSecPolicy' resource. CREATE.fabric.MulticastPolicy: Create a 'fabric.MulticastPolicy' resource. DELETE.fabric.MulticastPolicy: Delete a 'fabric.MulticastPolicy' resource. READ.fabric.MulticastPolicy: Read a 'fabric.MulticastPolicy' resource. UPDATE.fabric.MulticastPolicy: Update a 'fabric.MulticastPolicy' resource. CREATE.fabric.NetFlowExporter: Create a 'fabric.NetFlowExporter' resource. DELETE.fabric.NetFlowExporter: Delete a 'fabric.NetFlowExporter' resource. READ.fabric.NetFlowExporter: Read a 'fabric.NetFlowExporter' resource. UPDATE.fabric.NetFlowExporter: Update a 'fabric.NetFlowExporter' resource. CREATE.fabric.NetFlowMonitor: Create a 'fabric.NetFlowMonitor' resource. DELETE.fabric.NetFlowMonitor: Delete a 'fabric.NetFlowMonitor' resource. READ.fabric.NetFlowMonitor: Read a 'fabric.NetFlowMonitor' resource. UPDATE.fabric.NetFlowMonitor: Update a 'fabric.NetFlowMonitor' resource. CREATE.fabric.NetFlowPolicy: Create a 'fabric.NetFlowPolicy' resource. DELETE.fabric.NetFlowPolicy: Delete a 'fabric.NetFlowPolicy' resource. READ.fabric.NetFlowPolicy: Read a 'fabric.NetFlowPolicy' resource. UPDATE.fabric.NetFlowPolicy: Update a 'fabric.NetFlowPolicy' resource. CREATE.fabric.NetFlowRecord: Create a 'fabric.NetFlowRecord' resource. DELETE.fabric.NetFlowRecord: Delete a 'fabric.NetFlowRecord' resource. READ.fabric.NetFlowRecord: Read a 'fabric.NetFlowRecord' resource. UPDATE.fabric.NetFlowRecord: Update a 'fabric.NetFlowRecord' resource. READ.fabric.PcMember: Read a 'fabric.PcMember' resource. CREATE.fabric.PcOperation: Create a 'fabric.PcOperation' resource. DELETE.fabric.PcOperation: Delete a 'fabric.PcOperation' resource. READ.fabric.PcOperation: Read a 'fabric.PcOperation' resource. UPDATE.fabric.PcOperation: Update a 'fabric.PcOperation' resource. CREATE.fabric.PortMode: Create a 'fabric.PortMode' resource. DELETE.fabric.PortMode: Delete a 'fabric.PortMode' resource. READ.fabric.PortMode: Read a 'fabric.PortMode' resource. UPDATE.fabric.PortMode: Update a 'fabric.PortMode' resource. CREATE.fabric.PortOperation: Create a 'fabric.PortOperation' resource. DELETE.fabric.PortOperation: Delete a 'fabric.PortOperation' resource. READ.fabric.PortOperation: Read a 'fabric.PortOperation' resource. UPDATE.fabric.PortOperation: Update a 'fabric.PortOperation' resource. CREATE.fabric.PortPolicy: Create a 'fabric.PortPolicy' resource. DELETE.fabric.PortPolicy: Delete a 'fabric.PortPolicy' resource. READ.fabric.PortPolicy: Read a 'fabric.PortPolicy' resource. UPDATE.fabric.PortPolicy: Update a 'fabric.PortPolicy' resource. CREATE.fabric.SanPinGroup: Create a 'fabric.SanPinGroup' resource. DELETE.fabric.SanPinGroup: Delete a 'fabric.SanPinGroup' resource. READ.fabric.SanPinGroup: Read a 'fabric.SanPinGroup' resource. UPDATE.fabric.SanPinGroup: Update a 'fabric.SanPinGroup' resource. CREATE.fabric.SecureRouterRole: Create a 'fabric.SecureRouterRole' resource. DELETE.fabric.SecureRouterRole: Delete a 'fabric.SecureRouterRole' resource. READ.fabric.SecureRouterRole: Read a 'fabric.SecureRouterRole' resource. UPDATE.fabric.SecureRouterRole: Update a 'fabric.SecureRouterRole' resource. CREATE.fabric.ServerRole: Create a 'fabric.ServerRole' resource. DELETE.fabric.ServerRole: Delete a 'fabric.ServerRole' resource. READ.fabric.ServerRole: Read a 'fabric.ServerRole' resource. UPDATE.fabric.ServerRole: Update a 'fabric.ServerRole' resource. CREATE.fabric.SpanDestEthPort: Create a 'fabric.SpanDestEthPort' resource. DELETE.fabric.SpanDestEthPort: Delete a 'fabric.SpanDestEthPort' resource. READ.fabric.SpanDestEthPort: Read a 'fabric.SpanDestEthPort' resource. UPDATE.fabric.SpanDestEthPort: Update a 'fabric.SpanDestEthPort' resource. CREATE.fabric.SpanSession: Create a 'fabric.SpanSession' resource. DELETE.fabric.SpanSession: Delete a 'fabric.SpanSession' resource. READ.fabric.SpanSession: Read a 'fabric.SpanSession' resource. UPDATE.fabric.SpanSession: Update a 'fabric.SpanSession' resource. CREATE.fabric.SpanSourceEthPort: Create a 'fabric.SpanSourceEthPort' resource. DELETE.fabric.SpanSourceEthPort: Delete a 'fabric.SpanSourceEthPort' resource. READ.fabric.SpanSourceEthPort: Read a 'fabric.SpanSourceEthPort' resource. CREATE.fabric.SpanSourceEthPortChannel: Create a 'fabric.SpanSourceEthPortChannel' resource. DELETE.fabric.SpanSourceEthPortChannel: Delete a 'fabric.SpanSourceEthPortChannel' resource. READ.fabric.SpanSourceEthPortChannel: Read a 'fabric.SpanSourceEthPortChannel' resource. CREATE.fabric.SpanSourceVlan: Create a 'fabric.SpanSourceVlan' resource. DELETE.fabric.SpanSourceVlan: Delete a 'fabric.SpanSourceVlan' resource. READ.fabric.SpanSourceVlan: Read a 'fabric.SpanSourceVlan' resource. CREATE.fabric.SpanSourceVnicEthIf: Create a 'fabric.SpanSourceVnicEthIf' resource. DELETE.fabric.SpanSourceVnicEthIf: Delete a 'fabric.SpanSourceVnicEthIf' resource. READ.fabric.SpanSourceVnicEthIf: Read a 'fabric.SpanSourceVnicEthIf' resource. CREATE.fabric.SwitchClusterProfile: Create a 'fabric.SwitchClusterProfile' resource. DELETE.fabric.SwitchClusterProfile: Delete a 'fabric.SwitchClusterProfile' resource. READ.fabric.SwitchClusterProfile: Read a 'fabric.SwitchClusterProfile' resource. UPDATE.fabric.SwitchClusterProfile: Update a 'fabric.SwitchClusterProfile' resource. CREATE.fabric.SwitchClusterProfileTemplate: Create a 'fabric.SwitchClusterProfileTemplate' resource. DELETE.fabric.SwitchClusterProfileTemplate: Delete a 'fabric.SwitchClusterProfileTemplate' resource. READ.fabric.SwitchClusterProfileTemplate: Read a 'fabric.SwitchClusterProfileTemplate' resource. UPDATE.fabric.SwitchClusterProfileTemplate: Update a 'fabric.SwitchClusterProfileTemplate' resource. CREATE.fabric.SwitchControlPolicy: Create a 'fabric.SwitchControlPolicy' resource. DELETE.fabric.SwitchControlPolicy: Delete a 'fabric.SwitchControlPolicy' resource. READ.fabric.SwitchControlPolicy: Read a 'fabric.SwitchControlPolicy' resource. UPDATE.fabric.SwitchControlPolicy: Update a 'fabric.SwitchControlPolicy' resource. CREATE.fabric.SwitchProfile: Create a 'fabric.SwitchProfile' resource. DELETE.fabric.SwitchProfile: Delete a 'fabric.SwitchProfile' resource. READ.fabric.SwitchProfile: Read a 'fabric.SwitchProfile' resource. UPDATE.fabric.SwitchProfile: Update a 'fabric.SwitchProfile' resource. CREATE.fabric.SwitchProfileTemplate: Create a 'fabric.SwitchProfileTemplate' resource. DELETE.fabric.SwitchProfileTemplate: Delete a 'fabric.SwitchProfileTemplate' resource. READ.fabric.SwitchProfileTemplate: Read a 'fabric.SwitchProfileTemplate' resource. UPDATE.fabric.SwitchProfileTemplate: Update a 'fabric.SwitchProfileTemplate' resource. CREATE.fabric.SystemQosPolicy: Create a 'fabric.SystemQosPolicy' resource. DELETE.fabric.SystemQosPolicy: Delete a 'fabric.SystemQosPolicy' resource. READ.fabric.SystemQosPolicy: Read a 'fabric.SystemQosPolicy' resource. UPDATE.fabric.SystemQosPolicy: Update a 'fabric.SystemQosPolicy' resource. CREATE.fabric.UplinkPcRole: Create a 'fabric.UplinkPcRole' resource. DELETE.fabric.UplinkPcRole: Delete a 'fabric.UplinkPcRole' resource. READ.fabric.UplinkPcRole: Read a 'fabric.UplinkPcRole' resource. UPDATE.fabric.UplinkPcRole: Update a 'fabric.UplinkPcRole' resource. CREATE.fabric.UplinkRole: Create a 'fabric.UplinkRole' resource. DELETE.fabric.UplinkRole: Delete a 'fabric.UplinkRole' resource. READ.fabric.UplinkRole: Read a 'fabric.UplinkRole' resource. UPDATE.fabric.UplinkRole: Update a 'fabric.UplinkRole' resource. CREATE.fabric.Vlan: Create a 'fabric.Vlan' resource. DELETE.fabric.Vlan: Delete a 'fabric.Vlan' resource. READ.fabric.Vlan: Read a 'fabric.Vlan' resource. UPDATE.fabric.Vlan: Update a 'fabric.Vlan' resource. READ.fabric.VlanInventory: Read a 'fabric.VlanInventory' resource. READ.fabric.VlanSet: Read a 'fabric.VlanSet' resource. CREATE.fabric.Vsan: Create a 'fabric.Vsan' resource. DELETE.fabric.Vsan: Delete a 'fabric.Vsan' resource. READ.fabric.Vsan: Read a 'fabric.Vsan' resource. UPDATE.fabric.Vsan: Update a 'fabric.Vsan' resource. READ.fabric.VsanInventory: Read a 'fabric.VsanInventory' resource. READ.fault.Instance: Read a 'fault.Instance' resource. UPDATE.fault.Instance: Update a 'fault.Instance' resource. READ.fc.Neighbor: Read a 'fc.Neighbor' resource. READ.fc.PhysicalPort: Read a 'fc.PhysicalPort' resource. UPDATE.fc.PhysicalPort: Update a 'fc.PhysicalPort' resource. READ.fc.PortChannel: Read a 'fc.PortChannel' resource. READ.fcpool.FcBlock: Read a 'fcpool.FcBlock' resource. DELETE.fcpool.Lease: Delete a 'fcpool.Lease' resource. READ.fcpool.Lease: Read a 'fcpool.Lease' resource. CREATE.fcpool.Pool: Create a 'fcpool.Pool' resource. DELETE.fcpool.Pool: Delete a 'fcpool.Pool' resource. READ.fcpool.Pool: Read a 'fcpool.Pool' resource. UPDATE.fcpool.Pool: Update a 'fcpool.Pool' resource. READ.fcpool.PoolMember: Read a 'fcpool.PoolMember' resource. CREATE.fcpool.Reservation: Create a 'fcpool.Reservation' resource. DELETE.fcpool.Reservation: Delete a 'fcpool.Reservation' resource. READ.fcpool.Reservation: Read a 'fcpool.Reservation' resource. UPDATE.fcpool.Reservation: Update a 'fcpool.Reservation' resource. READ.fcpool.Universe: Read a 'fcpool.Universe' resource. CREATE.feedback.FeedbackPost: Create a 'feedback.FeedbackPost' resource. UPDATE.feedback.FeedbackPost: Update a 'feedback.FeedbackPost' resource. READ.firmware.BiosDescriptor: Read a 'firmware.BiosDescriptor' resource. READ.firmware.BoardControllerDescriptor: Read a 'firmware.BoardControllerDescriptor' resource. CREATE.firmware.ChassisUpgrade: Create a 'firmware.ChassisUpgrade' resource. DELETE.firmware.ChassisUpgrade: Delete a 'firmware.ChassisUpgrade' resource. READ.firmware.ChassisUpgrade: Read a 'firmware.ChassisUpgrade' resource. READ.firmware.CimcDescriptor: Read a 'firmware.CimcDescriptor' resource. READ.firmware.DimmDescriptor: Read a 'firmware.DimmDescriptor' resource. CREATE.firmware.Distributable: Create a 'firmware.Distributable' resource. DELETE.firmware.Distributable: Delete a 'firmware.Distributable' resource. READ.firmware.Distributable: Read a 'firmware.Distributable' resource. UPDATE.firmware.Distributable: Update a 'firmware.Distributable' resource. READ.firmware.DistributableMeta: Read a 'firmware.DistributableMeta' resource. READ.firmware.DriveDescriptor: Read a 'firmware.DriveDescriptor' resource. CREATE.firmware.DriverDistributable: Create a 'firmware.DriverDistributable' resource. DELETE.firmware.DriverDistributable: Delete a 'firmware.DriverDistributable' resource. READ.firmware.DriverDistributable: Read a 'firmware.DriverDistributable' resource. UPDATE.firmware.DriverDistributable: Update a 'firmware.DriverDistributable' resource. CREATE.firmware.Eula: Create a 'firmware.Eula' resource. READ.firmware.Eula: Read a 'firmware.Eula' resource. READ.firmware.FirmwareSummary: Read a 'firmware.FirmwareSummary' resource. READ.firmware.GpuDescriptor: Read a 'firmware.GpuDescriptor' resource. READ.firmware.HbaDescriptor: Read a 'firmware.HbaDescriptor' resource. READ.firmware.IomDescriptor: Read a 'firmware.IomDescriptor' resource. READ.firmware.MswitchDescriptor: Read a 'firmware.MswitchDescriptor' resource. READ.firmware.NxosDescriptor: Read a 'firmware.NxosDescriptor' resource. CREATE.firmware.PciNodeUpgrade: Create a 'firmware.PciNodeUpgrade' resource. DELETE.firmware.PciNodeUpgrade: Delete a 'firmware.PciNodeUpgrade' resource. READ.firmware.PciNodeUpgrade: Read a 'firmware.PciNodeUpgrade' resource. READ.firmware.PcieDescriptor: Read a 'firmware.PcieDescriptor' resource. CREATE.firmware.Policy: Create a 'firmware.Policy' resource. DELETE.firmware.Policy: Delete a 'firmware.Policy' resource. READ.firmware.Policy: Read a 'firmware.Policy' resource. UPDATE.firmware.Policy: Update a 'firmware.Policy' resource. READ.firmware.PsuDescriptor: Read a 'firmware.PsuDescriptor' resource. READ.firmware.PsxDescriptor: Read a 'firmware.PsxDescriptor' resource. READ.firmware.RunningFirmware: Read a 'firmware.RunningFirmware' resource. UPDATE.firmware.RunningFirmware: Update a 'firmware.RunningFirmware' resource. READ.firmware.SasExpanderDescriptor: Read a 'firmware.SasExpanderDescriptor' resource. CREATE.firmware.SecureRouterUpgrade: Create a 'firmware.SecureRouterUpgrade' resource. DELETE.firmware.SecureRouterUpgrade: Delete a 'firmware.SecureRouterUpgrade' resource. READ.firmware.SecureRouterUpgrade: Read a 'firmware.SecureRouterUpgrade' resource. CREATE.firmware.ServerConfigurationUtilityDistributable: Create a 'firmware.ServerConfigurationUtilityDistributable' resource. DELETE.firmware.ServerConfigurationUtilityDistributable: Delete a 'firmware.ServerConfigurationUtilityDistributable' resource. READ.firmware.ServerConfigurationUtilityDistributable: Read a 'firmware.ServerConfigurationUtilityDistributable' resource. UPDATE.firmware.ServerConfigurationUtilityDistributable: Update a 'firmware.ServerConfigurationUtilityDistributable' resource. READ.firmware.StorageControllerDescriptor: Read a 'firmware.StorageControllerDescriptor' resource. CREATE.firmware.SwitchUpgrade: Create a 'firmware.SwitchUpgrade' resource. DELETE.firmware.SwitchUpgrade: Delete a 'firmware.SwitchUpgrade' resource. READ.firmware.SwitchUpgrade: Read a 'firmware.SwitchUpgrade' resource. CREATE.firmware.UnsupportedVersionUpgrade: Create a 'firmware.UnsupportedVersionUpgrade' resource. DELETE.firmware.UnsupportedVersionUpgrade: Delete a 'firmware.UnsupportedVersionUpgrade' resource. READ.firmware.UnsupportedVersionUpgrade: Read a 'firmware.UnsupportedVersionUpgrade' resource. UPDATE.firmware.UnsupportedVersionUpgrade: Update a 'firmware.UnsupportedVersionUpgrade' resource. CREATE.firmware.Upgrade: Create a 'firmware.Upgrade' resource. DELETE.firmware.Upgrade: Delete a 'firmware.Upgrade' resource. READ.firmware.Upgrade: Read a 'firmware.Upgrade' resource. UPDATE.firmware.Upgrade: Update a 'firmware.Upgrade' resource. CREATE.firmware.UpgradeImpact: Create a 'firmware.UpgradeImpact' resource. READ.firmware.UpgradeImpactStatus: Read a 'firmware.UpgradeImpactStatus' resource. READ.firmware.UpgradeStatus: Read a 'firmware.UpgradeStatus' resource. CREATE.firmware.UpgradeValidity: Create a 'firmware.UpgradeValidity' resource. READ.fmc.Device: Read a 'fmc.Device' resource. READ.fmc.DeviceHaPair: Read a 'fmc.DeviceHaPair' resource. READ.fmc.Domain: Read a 'fmc.Domain' resource. READ.fmc.PhysicalInterface: Read a 'fmc.PhysicalInterface' resource. READ.forecast.Catalog: Read a 'forecast.Catalog' resource. READ.forecast.Definition: Read a 'forecast.Definition' resource. READ.forecast.Instance: Read a 'forecast.Instance' resource. UPDATE.forecast.Instance: Update a 'forecast.Instance' resource. READ.graphics.Card: Read a 'graphics.Card' resource. UPDATE.graphics.Card: Update a 'graphics.Card' resource. READ.graphics.Controller: Read a 'graphics.Controller' resource. UPDATE.graphics.Controller: Update a 'graphics.Controller' resource. READ.hci.AhvVm: Read a 'hci.AhvVm' resource. UPDATE.hci.AhvVm: Update a 'hci.AhvVm' resource. READ.hci.AhvVmDisk: Read a 'hci.AhvVmDisk' resource. READ.hci.AhvVmGpu: Read a 'hci.AhvVmGpu' resource. READ.hci.AhvVmNic: Read a 'hci.AhvVmNic' resource. READ.hci.Alarm: Read a 'hci.Alarm' resource. READ.hci.Cluster: Read a 'hci.Cluster' resource. UPDATE.hci.Cluster: Update a 'hci.Cluster' resource. READ.hci.ClusterOperation: Read a 'hci.ClusterOperation' resource. UPDATE.hci.ClusterOperation: Update a 'hci.ClusterOperation' resource. READ.hci.Compliance: Read a 'hci.Compliance' resource. READ.hci.Disk: Read a 'hci.Disk' resource. READ.hci.DomainManager: Read a 'hci.DomainManager' resource. READ.hci.Entitlement: Read a 'hci.Entitlement' resource. READ.hci.EsxiVm: Read a 'hci.EsxiVm' resource. UPDATE.hci.EsxiVm: Update a 'hci.EsxiVm' resource. READ.hci.EsxiVmDisk: Read a 'hci.EsxiVmDisk' resource. READ.hci.EsxiVmNic: Read a 'hci.EsxiVmNic' resource. READ.hci.ExternalStorage: Read a 'hci.ExternalStorage' resource. READ.hci.Gpu: Read a 'hci.Gpu' resource. READ.hci.License: Read a 'hci.License' resource. READ.hci.NccCheckPolicy: Read a 'hci.NccCheckPolicy' resource. READ.hci.Node: Read a 'hci.Node' resource. UPDATE.hci.Node: Update a 'hci.Node' resource. READ.hci.PhysicalGpu: Read a 'hci.PhysicalGpu' resource. READ.hci.StorageContainer: Read a 'hci.StorageContainer' resource. READ.hci.Violation: Read a 'hci.Violation' resource. READ.hci.VirtualGpu: Read a 'hci.VirtualGpu' resource. CREATE.hcl.CompatibilityStatus: Create a 'hcl.CompatibilityStatus' resource. READ.hcl.DataImportLog: Read a 'hcl.DataImportLog' resource. READ.hcl.DriverImage: Read a 'hcl.DriverImage' resource. READ.hcl.ExemptedCatalog: Read a 'hcl.ExemptedCatalog' resource. READ.hcl.HwCatalogInfo: Read a 'hcl.HwCatalogInfo' resource. READ.hcl.HyperflexSoftwareCompatibilityInfo: Read a 'hcl.HyperflexSoftwareCompatibilityInfo' resource. READ.hcl.OperatingSystem: Read a 'hcl.OperatingSystem' resource. READ.hcl.OperatingSystemVendor: Read a 'hcl.OperatingSystemVendor' resource. READ.hcl.ServerCatalog: Read a 'hcl.ServerCatalog' resource. READ.hcl.ServerHwCatalogInfo: Read a 'hcl.ServerHwCatalogInfo' resource. CREATE.hcl.SupportedDriverName: Create a 'hcl.SupportedDriverName' resource. READ.hyperflex.Alarm: Read a 'hyperflex.Alarm' resource. READ.hyperflex.AppCatalog: Read a 'hyperflex.AppCatalog' resource. CREATE.hyperflex.AutoSupportPolicy: Create a 'hyperflex.AutoSupportPolicy' resource. DELETE.hyperflex.AutoSupportPolicy: Delete a 'hyperflex.AutoSupportPolicy' resource. READ.hyperflex.AutoSupportPolicy: Read a 'hyperflex.AutoSupportPolicy' resource. UPDATE.hyperflex.AutoSupportPolicy: Update a 'hyperflex.AutoSupportPolicy' resource. DELETE.hyperflex.BackupCluster: Delete a 'hyperflex.BackupCluster' resource. READ.hyperflex.BackupCluster: Read a 'hyperflex.BackupCluster' resource. CREATE.hyperflex.CapabilityInfo: Create a 'hyperflex.CapabilityInfo' resource. READ.hyperflex.CapabilityInfo: Read a 'hyperflex.CapabilityInfo' resource. UPDATE.hyperflex.CapabilityInfo: Update a 'hyperflex.CapabilityInfo' resource. READ.hyperflex.Cluster: Read a 'hyperflex.Cluster' resource. UPDATE.hyperflex.Cluster: Update a 'hyperflex.Cluster' resource. CREATE.hyperflex.ClusterBackupPolicy: Create a 'hyperflex.ClusterBackupPolicy' resource. DELETE.hyperflex.ClusterBackupPolicy: Delete a 'hyperflex.ClusterBackupPolicy' resource. READ.hyperflex.ClusterBackupPolicy: Read a 'hyperflex.ClusterBackupPolicy' resource. UPDATE.hyperflex.ClusterBackupPolicy: Update a 'hyperflex.ClusterBackupPolicy' resource. CREATE.hyperflex.ClusterBackupPolicyDeployment: Create a 'hyperflex.ClusterBackupPolicyDeployment' resource. DELETE.hyperflex.ClusterBackupPolicyDeployment: Delete a 'hyperflex.ClusterBackupPolicyDeployment' resource. READ.hyperflex.ClusterBackupPolicyDeployment: Read a 'hyperflex.ClusterBackupPolicyDeployment' resource. UPDATE.hyperflex.ClusterBackupPolicyDeployment: Update a 'hyperflex.ClusterBackupPolicyDeployment' resource. DELETE.hyperflex.ClusterBackupPolicyInventory: Delete a 'hyperflex.ClusterBackupPolicyInventory' resource. READ.hyperflex.ClusterBackupPolicyInventory: Read a 'hyperflex.ClusterBackupPolicyInventory' resource. READ.hyperflex.ClusterHealthCheckExecutionSnapshot: Read a 'hyperflex.ClusterHealthCheckExecutionSnapshot' resource. CREATE.hyperflex.ClusterNetworkPolicy: Create a 'hyperflex.ClusterNetworkPolicy' resource. DELETE.hyperflex.ClusterNetworkPolicy: Delete a 'hyperflex.ClusterNetworkPolicy' resource. READ.hyperflex.ClusterNetworkPolicy: Read a 'hyperflex.ClusterNetworkPolicy' resource. UPDATE.hyperflex.ClusterNetworkPolicy: Update a 'hyperflex.ClusterNetworkPolicy' resource. CREATE.hyperflex.ClusterProfile: Create a 'hyperflex.ClusterProfile' resource. DELETE.hyperflex.ClusterProfile: Delete a 'hyperflex.ClusterProfile' resource. READ.hyperflex.ClusterProfile: Read a 'hyperflex.ClusterProfile' resource. UPDATE.hyperflex.ClusterProfile: Update a 'hyperflex.ClusterProfile' resource. CREATE.hyperflex.ClusterReplicationNetworkPolicy: Create a 'hyperflex.ClusterReplicationNetworkPolicy' resource. DELETE.hyperflex.ClusterReplicationNetworkPolicy: Delete a 'hyperflex.ClusterReplicationNetworkPolicy' resource. READ.hyperflex.ClusterReplicationNetworkPolicy: Read a 'hyperflex.ClusterReplicationNetworkPolicy' resource. UPDATE.hyperflex.ClusterReplicationNetworkPolicy: Update a 'hyperflex.ClusterReplicationNetworkPolicy' resource. CREATE.hyperflex.ClusterReplicationNetworkPolicyDeployment: Create a 'hyperflex.ClusterReplicationNetworkPolicyDeployment' resource. DELETE.hyperflex.ClusterReplicationNetworkPolicyDeployment: Delete a 'hyperflex.ClusterReplicationNetworkPolicyDeployment' resource. READ.hyperflex.ClusterReplicationNetworkPolicyDeployment: Read a 'hyperflex.ClusterReplicationNetworkPolicyDeployment' resource. UPDATE.hyperflex.ClusterReplicationNetworkPolicyDeployment: Update a 'hyperflex.ClusterReplicationNetworkPolicyDeployment' resource. CREATE.hyperflex.ClusterStoragePolicy: Create a 'hyperflex.ClusterStoragePolicy' resource. DELETE.hyperflex.ClusterStoragePolicy: Delete a 'hyperflex.ClusterStoragePolicy' resource. READ.hyperflex.ClusterStoragePolicy: Read a 'hyperflex.ClusterStoragePolicy' resource. UPDATE.hyperflex.ClusterStoragePolicy: Update a 'hyperflex.ClusterStoragePolicy' resource. READ.hyperflex.ConfigResult: Read a 'hyperflex.ConfigResult' resource. READ.hyperflex.ConfigResultEntry: Read a 'hyperflex.ConfigResultEntry' resource. READ.hyperflex.DataProtectionPeer: Read a 'hyperflex.DataProtectionPeer' resource. READ.hyperflex.DatastoreStatistic: Read a 'hyperflex.DatastoreStatistic' resource. READ.hyperflex.DevicePackageDownloadState: Read a 'hyperflex.DevicePackageDownloadState' resource. READ.hyperflex.Drive: Read a 'hyperflex.Drive' resource. UPDATE.hyperflex.Drive: Update a 'hyperflex.Drive' resource. READ.hyperflex.Encryption: Read a 'hyperflex.Encryption' resource. CREATE.hyperflex.ExtFcStoragePolicy: Create a 'hyperflex.ExtFcStoragePolicy' resource. DELETE.hyperflex.ExtFcStoragePolicy: Delete a 'hyperflex.ExtFcStoragePolicy' resource. READ.hyperflex.ExtFcStoragePolicy: Read a 'hyperflex.ExtFcStoragePolicy' resource. UPDATE.hyperflex.ExtFcStoragePolicy: Update a 'hyperflex.ExtFcStoragePolicy' resource. CREATE.hyperflex.ExtIscsiStoragePolicy: Create a 'hyperflex.ExtIscsiStoragePolicy' resource. DELETE.hyperflex.ExtIscsiStoragePolicy: Delete a 'hyperflex.ExtIscsiStoragePolicy' resource. READ.hyperflex.ExtIscsiStoragePolicy: Read a 'hyperflex.ExtIscsiStoragePolicy' resource. UPDATE.hyperflex.ExtIscsiStoragePolicy: Update a 'hyperflex.ExtIscsiStoragePolicy' resource. READ.hyperflex.FeatureLimitExternal: Read a 'hyperflex.FeatureLimitExternal' resource. READ.hyperflex.FeatureLimitInternal: Read a 'hyperflex.FeatureLimitInternal' resource. READ.hyperflex.Health: Read a 'hyperflex.Health' resource. READ.hyperflex.HealthCheckDefinition: Read a 'hyperflex.HealthCheckDefinition' resource. READ.hyperflex.HealthCheckExecution: Read a 'hyperflex.HealthCheckExecution' resource. READ.hyperflex.HealthCheckExecutionSnapshot: Read a 'hyperflex.HealthCheckExecutionSnapshot' resource. READ.hyperflex.HealthCheckPackageChecksum: Read a 'hyperflex.HealthCheckPackageChecksum' resource. READ.hyperflex.HealthCheckSchedulePolicy: Read a 'hyperflex.HealthCheckSchedulePolicy' resource. READ.hyperflex.HwCatalog: Read a 'hyperflex.HwCatalog' resource. READ.hyperflex.HxdpVersion: Read a 'hyperflex.HxdpVersion' resource. READ.hyperflex.HypervisorHost: Read a 'hyperflex.HypervisorHost' resource. UPDATE.hyperflex.HypervisorHost: Update a 'hyperflex.HypervisorHost' resource. READ.hyperflex.HypervisorVirtualMachine: Read a 'hyperflex.HypervisorVirtualMachine' resource. UPDATE.hyperflex.HypervisorVirtualMachine: Update a 'hyperflex.HypervisorVirtualMachine' resource. READ.hyperflex.InitiatorGroup: Read a 'hyperflex.InitiatorGroup' resource. UPDATE.hyperflex.InitiatorGroup: Update a 'hyperflex.InitiatorGroup' resource. READ.hyperflex.IscsiNetwork: Read a 'hyperflex.IscsiNetwork' resource. UPDATE.hyperflex.IscsiNetwork: Update a 'hyperflex.IscsiNetwork' resource. CREATE.hyperflex.KeyEncryptionKey: Create a 'hyperflex.KeyEncryptionKey' resource. DELETE.hyperflex.KeyEncryptionKey: Delete a 'hyperflex.KeyEncryptionKey' resource. READ.hyperflex.KeyEncryptionKey: Read a 'hyperflex.KeyEncryptionKey' resource. UPDATE.hyperflex.KeyEncryptionKey: Update a 'hyperflex.KeyEncryptionKey' resource. READ.hyperflex.License: Read a 'hyperflex.License' resource. CREATE.hyperflex.LocalCredentialPolicy: Create a 'hyperflex.LocalCredentialPolicy' resource. DELETE.hyperflex.LocalCredentialPolicy: Delete a 'hyperflex.LocalCredentialPolicy' resource. READ.hyperflex.LocalCredentialPolicy: Read a 'hyperflex.LocalCredentialPolicy' resource. UPDATE.hyperflex.LocalCredentialPolicy: Update a 'hyperflex.LocalCredentialPolicy' resource. READ.hyperflex.Lun: Read a 'hyperflex.Lun' resource. UPDATE.hyperflex.Lun: Update a 'hyperflex.Lun' resource. READ.hyperflex.Node: Read a 'hyperflex.Node' resource. CREATE.hyperflex.NodeConfigPolicy: Create a 'hyperflex.NodeConfigPolicy' resource. DELETE.hyperflex.NodeConfigPolicy: Delete a 'hyperflex.NodeConfigPolicy' resource. READ.hyperflex.NodeConfigPolicy: Read a 'hyperflex.NodeConfigPolicy' resource. UPDATE.hyperflex.NodeConfigPolicy: Update a 'hyperflex.NodeConfigPolicy' resource. CREATE.hyperflex.NodeProfile: Create a 'hyperflex.NodeProfile' resource. DELETE.hyperflex.NodeProfile: Delete a 'hyperflex.NodeProfile' resource. READ.hyperflex.NodeProfile: Read a 'hyperflex.NodeProfile' resource. UPDATE.hyperflex.NodeProfile: Update a 'hyperflex.NodeProfile' resource. READ.hyperflex.ProtectedCluster: Read a 'hyperflex.ProtectedCluster' resource. CREATE.hyperflex.ProxySettingPolicy: Create a 'hyperflex.ProxySettingPolicy' resource. DELETE.hyperflex.ProxySettingPolicy: Delete a 'hyperflex.ProxySettingPolicy' resource. READ.hyperflex.ProxySettingPolicy: Read a 'hyperflex.ProxySettingPolicy' resource. UPDATE.hyperflex.ProxySettingPolicy: Update a 'hyperflex.ProxySettingPolicy' resource. CREATE.hyperflex.ReduceReSync: Create a 'hyperflex.ReduceReSync' resource. READ.hyperflex.ReduceReSync: Read a 'hyperflex.ReduceReSync' resource. UPDATE.hyperflex.ReduceReSync: Update a 'hyperflex.ReduceReSync' resource. READ.hyperflex.ServerFirmwareVersion: Read a 'hyperflex.ServerFirmwareVersion' resource. READ.hyperflex.ServerFirmwareVersionEntry: Read a 'hyperflex.ServerFirmwareVersionEntry' resource. READ.hyperflex.ServerModel: Read a 'hyperflex.ServerModel' resource. CREATE.hyperflex.ServiceAuthToken: Create a 'hyperflex.ServiceAuthToken' resource. DELETE.hyperflex.ServiceAuthToken: Delete a 'hyperflex.ServiceAuthToken' resource. READ.hyperflex.ServiceAuthToken: Read a 'hyperflex.ServiceAuthToken' resource. UPDATE.hyperflex.ServiceAuthToken: Update a 'hyperflex.ServiceAuthToken' resource. READ.hyperflex.SoftwareDistributionComponent: Read a 'hyperflex.SoftwareDistributionComponent' resource. READ.hyperflex.SoftwareDistributionEntry: Read a 'hyperflex.SoftwareDistributionEntry' resource. READ.hyperflex.SoftwareDistributionVersion: Read a 'hyperflex.SoftwareDistributionVersion' resource. CREATE.hyperflex.SoftwareVersionPolicy: Create a 'hyperflex.SoftwareVersionPolicy' resource. DELETE.hyperflex.SoftwareVersionPolicy: Delete a 'hyperflex.SoftwareVersionPolicy' resource. READ.hyperflex.SoftwareVersionPolicy: Read a 'hyperflex.SoftwareVersionPolicy' resource. UPDATE.hyperflex.SoftwareVersionPolicy: Update a 'hyperflex.SoftwareVersionPolicy' resource. CREATE.hyperflex.StartReduceReSync: Create a 'hyperflex.StartReduceReSync' resource. READ.hyperflex.StartReduceReSync: Read a 'hyperflex.StartReduceReSync' resource. READ.hyperflex.StorageContainer: Read a 'hyperflex.StorageContainer' resource. UPDATE.hyperflex.StorageContainer: Update a 'hyperflex.StorageContainer' resource. CREATE.hyperflex.SysConfigPolicy: Create a 'hyperflex.SysConfigPolicy' resource. DELETE.hyperflex.SysConfigPolicy: Delete a 'hyperflex.SysConfigPolicy' resource. READ.hyperflex.SysConfigPolicy: Read a 'hyperflex.SysConfigPolicy' resource. UPDATE.hyperflex.SysConfigPolicy: Update a 'hyperflex.SysConfigPolicy' resource. READ.hyperflex.Target: Read a 'hyperflex.Target' resource. UPDATE.hyperflex.Target: Update a 'hyperflex.Target' resource. CREATE.hyperflex.UcsmConfigPolicy: Create a 'hyperflex.UcsmConfigPolicy' resource. DELETE.hyperflex.UcsmConfigPolicy: Delete a 'hyperflex.UcsmConfigPolicy' resource. READ.hyperflex.UcsmConfigPolicy: Read a 'hyperflex.UcsmConfigPolicy' resource. UPDATE.hyperflex.UcsmConfigPolicy: Update a 'hyperflex.UcsmConfigPolicy' resource. CREATE.hyperflex.VcenterConfigPolicy: Create a 'hyperflex.VcenterConfigPolicy' resource. DELETE.hyperflex.VcenterConfigPolicy: Delete a 'hyperflex.VcenterConfigPolicy' resource. READ.hyperflex.VcenterConfigPolicy: Read a 'hyperflex.VcenterConfigPolicy' resource. UPDATE.hyperflex.VcenterConfigPolicy: Update a 'hyperflex.VcenterConfigPolicy' resource. DELETE.hyperflex.VmBackupInfo: Delete a 'hyperflex.VmBackupInfo' resource. READ.hyperflex.VmBackupInfo: Read a 'hyperflex.VmBackupInfo' resource. CREATE.hyperflex.VmImportOperation: Create a 'hyperflex.VmImportOperation' resource. DELETE.hyperflex.VmImportOperation: Delete a 'hyperflex.VmImportOperation' resource. READ.hyperflex.VmImportOperation: Read a 'hyperflex.VmImportOperation' resource. CREATE.hyperflex.VmRestoreOperation: Create a 'hyperflex.VmRestoreOperation' resource. DELETE.hyperflex.VmRestoreOperation: Delete a 'hyperflex.VmRestoreOperation' resource. READ.hyperflex.VmRestoreOperation: Read a 'hyperflex.VmRestoreOperation' resource. DELETE.hyperflex.VmSnapshotInfo: Delete a 'hyperflex.VmSnapshotInfo' resource. READ.hyperflex.VmSnapshotInfo: Read a 'hyperflex.VmSnapshotInfo' resource. READ.hyperflex.Volume: Read a 'hyperflex.Volume' resource. UPDATE.hyperflex.Volume: Update a 'hyperflex.Volume' resource. READ.hyperflex.WitnessConfiguration: Read a 'hyperflex.WitnessConfiguration' resource. READ.iaas.ConnectorPack: Read a 'iaas.ConnectorPack' resource. READ.iaas.CustomTaskInfo: Read a 'iaas.CustomTaskInfo' resource. READ.iaas.DeviceStatus: Read a 'iaas.DeviceStatus' resource. READ.iaas.DiagnosticMessages: Read a 'iaas.DiagnosticMessages' resource. READ.iaas.LicenseInfo: Read a 'iaas.LicenseInfo' resource. READ.iaas.MostRunTasks: Read a 'iaas.MostRunTasks' resource. READ.iaas.ServiceRequest: Read a 'iaas.ServiceRequest' resource. READ.iaas.SystemTaskInfo: Read a 'iaas.SystemTaskInfo' resource. READ.iaas.UcsdInfo: Read a 'iaas.UcsdInfo' resource. UPDATE.iaas.UcsdInfo: Update a 'iaas.UcsdInfo' resource. READ.iaas.UcsdManagedInfra: Read a 'iaas.UcsdManagedInfra' resource. READ.iaas.UcsdMessages: Read a 'iaas.UcsdMessages' resource. CREATE.iam.Account: Create a 'iam.Account' resource. DELETE.iam.Account: Delete a 'iam.Account' resource. READ.iam.Account: Read a 'iam.Account' resource. UPDATE.iam.Account: Update a 'iam.Account' resource. READ.iam.AccountExperience: Read a 'iam.AccountExperience' resource. CREATE.iam.ApiKey: Create a 'iam.ApiKey' resource. DELETE.iam.ApiKey: Delete a 'iam.ApiKey' resource. READ.iam.ApiKey: Read a 'iam.ApiKey' resource. UPDATE.iam.ApiKey: Update a 'iam.ApiKey' resource. CREATE.iam.AppRegistration: Create a 'iam.AppRegistration' resource. DELETE.iam.AppRegistration: Delete a 'iam.AppRegistration' resource. READ.iam.AppRegistration: Read a 'iam.AppRegistration' resource. UPDATE.iam.AppRegistration: Update a 'iam.AppRegistration' resource. READ.iam.BannerMessage: Read a 'iam.BannerMessage' resource. UPDATE.iam.BannerMessage: Update a 'iam.BannerMessage' resource. CREATE.iam.Certificate: Create a 'iam.Certificate' resource. DELETE.iam.Certificate: Delete a 'iam.Certificate' resource. READ.iam.Certificate: Read a 'iam.Certificate' resource. UPDATE.iam.Certificate: Update a 'iam.Certificate' resource. CREATE.iam.CertificateRequest: Create a 'iam.CertificateRequest' resource. DELETE.iam.CertificateRequest: Delete a 'iam.CertificateRequest' resource. READ.iam.CertificateRequest: Read a 'iam.CertificateRequest' resource. UPDATE.iam.CertificateRequest: Update a 'iam.CertificateRequest' resource. CREATE.iam.CuiIntegration: Create a 'iam.CuiIntegration' resource. READ.iam.CuiIntegration: Read a 'iam.CuiIntegration' resource. UPDATE.iam.CuiIntegration: Update a 'iam.CuiIntegration' resource. READ.iam.DefaultAuthentication: Read a 'iam.DefaultAuthentication' resource. UPDATE.iam.DefaultAuthentication: Update a 'iam.DefaultAuthentication' resource. READ.iam.DomainGroup: Read a 'iam.DomainGroup' resource. CREATE.iam.DomainNameInfo: Create a 'iam.DomainNameInfo' resource. DELETE.iam.DomainNameInfo: Delete a 'iam.DomainNameInfo' resource. READ.iam.DomainNameInfo: Read a 'iam.DomainNameInfo' resource. UPDATE.iam.DomainNameInfo: Update a 'iam.DomainNameInfo' resource. READ.iam.EndPointPrivilege: Read a 'iam.EndPointPrivilege' resource. READ.iam.EndPointRole: Read a 'iam.EndPointRole' resource. CREATE.iam.EndPointUser: Create a 'iam.EndPointUser' resource. DELETE.iam.EndPointUser: Delete a 'iam.EndPointUser' resource. READ.iam.EndPointUser: Read a 'iam.EndPointUser' resource. UPDATE.iam.EndPointUser: Update a 'iam.EndPointUser' resource. READ.iam.EndPointUserInventory: Read a 'iam.EndPointUserInventory' resource. CREATE.iam.EndPointUserPolicy: Create a 'iam.EndPointUserPolicy' resource. DELETE.iam.EndPointUserPolicy: Delete a 'iam.EndPointUserPolicy' resource. READ.iam.EndPointUserPolicy: Read a 'iam.EndPointUserPolicy' resource. UPDATE.iam.EndPointUserPolicy: Update a 'iam.EndPointUserPolicy' resource. READ.iam.EndPointUserPolicyInventory: Read a 'iam.EndPointUserPolicyInventory' resource. CREATE.iam.EndPointUserRole: Create a 'iam.EndPointUserRole' resource. DELETE.iam.EndPointUserRole: Delete a 'iam.EndPointUserRole' resource. READ.iam.EndPointUserRole: Read a 'iam.EndPointUserRole' resource. UPDATE.iam.EndPointUserRole: Update a 'iam.EndPointUserRole' resource. READ.iam.EndPointUserRoleInventory: Read a 'iam.EndPointUserRoleInventory' resource. CREATE.iam.GuestAccessSettings: Create a 'iam.GuestAccessSettings' resource. DELETE.iam.GuestAccessSettings: Delete a 'iam.GuestAccessSettings' resource. READ.iam.GuestAccessSettings: Read a 'iam.GuestAccessSettings' resource. UPDATE.iam.GuestAccessSettings: Update a 'iam.GuestAccessSettings' resource. CREATE.iam.Idp: Create a 'iam.Idp' resource. DELETE.iam.Idp: Delete a 'iam.Idp' resource. READ.iam.Idp: Read a 'iam.Idp' resource. UPDATE.iam.Idp: Update a 'iam.Idp' resource. READ.iam.IdpReference: Read a 'iam.IdpReference' resource. UPDATE.iam.IdpReference: Update a 'iam.IdpReference' resource. CREATE.iam.IpAccessManagement: Create a 'iam.IpAccessManagement' resource. READ.iam.IpAccessManagement: Read a 'iam.IpAccessManagement' resource. UPDATE.iam.IpAccessManagement: Update a 'iam.IpAccessManagement' resource. CREATE.iam.IpAddress: Create a 'iam.IpAddress' resource. DELETE.iam.IpAddress: Delete a 'iam.IpAddress' resource. READ.iam.IpAddress: Read a 'iam.IpAddress' resource. UPDATE.iam.IpAddress: Update a 'iam.IpAddress' resource. READ.iam.LdapConfigParams: Read a 'iam.LdapConfigParams' resource. CREATE.iam.LdapGroup: Create a 'iam.LdapGroup' resource. DELETE.iam.LdapGroup: Delete a 'iam.LdapGroup' resource. READ.iam.LdapGroup: Read a 'iam.LdapGroup' resource. UPDATE.iam.LdapGroup: Update a 'iam.LdapGroup' resource. READ.iam.LdapGroupInventory: Read a 'iam.LdapGroupInventory' resource. READ.iam.LdapMeta: Read a 'iam.LdapMeta' resource. CREATE.iam.LdapPolicy: Create a 'iam.LdapPolicy' resource. DELETE.iam.LdapPolicy: Delete a 'iam.LdapPolicy' resource. READ.iam.LdapPolicy: Read a 'iam.LdapPolicy' resource. UPDATE.iam.LdapPolicy: Update a 'iam.LdapPolicy' resource. READ.iam.LdapPolicyInventory: Read a 'iam.LdapPolicyInventory' resource. CREATE.iam.LdapProvider: Create a 'iam.LdapProvider' resource. DELETE.iam.LdapProvider: Delete a 'iam.LdapProvider' resource. READ.iam.LdapProvider: Read a 'iam.LdapProvider' resource. UPDATE.iam.LdapProvider: Update a 'iam.LdapProvider' resource. READ.iam.LdapProviderInventory: Read a 'iam.LdapProviderInventory' resource. CREATE.iam.LocalUserPassword: Create a 'iam.LocalUserPassword' resource. READ.iam.LocalUserPassword: Read a 'iam.LocalUserPassword' resource. UPDATE.iam.LocalUserPassword: Update a 'iam.LocalUserPassword' resource. READ.iam.LocalUserPasswordPolicy: Read a 'iam.LocalUserPasswordPolicy' resource. UPDATE.iam.LocalUserPasswordPolicy: Update a 'iam.LocalUserPasswordPolicy' resource. DELETE.iam.OAuthToken: Delete a 'iam.OAuthToken' resource. READ.iam.OAuthToken: Read a 'iam.OAuthToken' resource. READ.iam.PasswordHistorySettingCollection: Read a 'iam.PasswordHistorySettingCollection' resource. CREATE.iam.Permission: Create a 'iam.Permission' resource. DELETE.iam.Permission: Delete a 'iam.Permission' resource. READ.iam.Permission: Read a 'iam.Permission' resource. UPDATE.iam.Permission: Update a 'iam.Permission' resource. CREATE.iam.PrivateKeySpec: Create a 'iam.PrivateKeySpec' resource. DELETE.iam.PrivateKeySpec: Delete a 'iam.PrivateKeySpec' resource. READ.iam.PrivateKeySpec: Read a 'iam.PrivateKeySpec' resource. UPDATE.iam.PrivateKeySpec: Update a 'iam.PrivateKeySpec' resource. READ.iam.Privilege: Read a 'iam.Privilege' resource. CREATE.iam.PrivilegeSet: Create a 'iam.PrivilegeSet' resource. DELETE.iam.PrivilegeSet: Delete a 'iam.PrivilegeSet' resource. READ.iam.PrivilegeSet: Read a 'iam.PrivilegeSet' resource. UPDATE.iam.PrivilegeSet: Update a 'iam.PrivilegeSet' resource. CREATE.iam.PrivilegeSetMetaInfo: Create a 'iam.PrivilegeSetMetaInfo' resource. READ.iam.PrivilegeSetMetaInfo: Read a 'iam.PrivilegeSetMetaInfo' resource. CREATE.iam.Qualifier: Create a 'iam.Qualifier' resource. DELETE.iam.Qualifier: Delete a 'iam.Qualifier' resource. READ.iam.Qualifier: Read a 'iam.Qualifier' resource. UPDATE.iam.Qualifier: Update a 'iam.Qualifier' resource. READ.iam.ResourceLimits: Read a 'iam.ResourceLimits' resource. UPDATE.iam.ResourceLimits: Update a 'iam.ResourceLimits' resource. READ.iam.ResourcePermission: Read a 'iam.ResourcePermission' resource. CREATE.iam.ResourceRoles: Create a 'iam.ResourceRoles' resource. DELETE.iam.ResourceRoles: Delete a 'iam.ResourceRoles' resource. READ.iam.ResourceRoles: Read a 'iam.ResourceRoles' resource. UPDATE.iam.ResourceRoles: Update a 'iam.ResourceRoles' resource. READ.iam.Role: Read a 'iam.Role' resource. READ.iam.SecurityHolder: Read a 'iam.SecurityHolder' resource. READ.iam.ServiceProvider: Read a 'iam.ServiceProvider' resource. DELETE.iam.Session: Delete a 'iam.Session' resource. READ.iam.Session: Read a 'iam.Session' resource. CREATE.iam.SessionLimits: Create a 'iam.SessionLimits' resource. DELETE.iam.SessionLimits: Delete a 'iam.SessionLimits' resource. READ.iam.SessionLimits: Read a 'iam.SessionLimits' resource. UPDATE.iam.SessionLimits: Update a 'iam.SessionLimits' resource. CREATE.iam.SharingRule: Create a 'iam.SharingRule' resource. DELETE.iam.SharingRule: Delete a 'iam.SharingRule' resource. READ.iam.SharingRule: Read a 'iam.SharingRule' resource. UPDATE.iam.SharingRule: Update a 'iam.SharingRule' resource. READ.iam.System: Read a 'iam.System' resource. READ.iam.TestIdpConfiguration: Read a 'iam.TestIdpConfiguration' resource. UPDATE.iam.TestIdpConfiguration: Update a 'iam.TestIdpConfiguration' resource. CREATE.iam.TrustPoint: Create a 'iam.TrustPoint' resource. DELETE.iam.TrustPoint: Delete a 'iam.TrustPoint' resource. READ.iam.TrustPoint: Read a 'iam.TrustPoint' resource. CREATE.iam.User: Create a 'iam.User' resource. DELETE.iam.User: Delete a 'iam.User' resource. READ.iam.User: Read a 'iam.User' resource. UPDATE.iam.User: Update a 'iam.User' resource. CREATE.iam.UserGroup: Create a 'iam.UserGroup' resource. DELETE.iam.UserGroup: Delete a 'iam.UserGroup' resource. READ.iam.UserGroup: Read a 'iam.UserGroup' resource. UPDATE.iam.UserGroup: Update a 'iam.UserGroup' resource. READ.iam.UserPreference: Read a 'iam.UserPreference' resource. UPDATE.iam.UserPreference: Update a 'iam.UserPreference' resource. CREATE.iam.UserQualifier: Create a 'iam.UserQualifier' resource. DELETE.iam.UserQualifier: Delete a 'iam.UserQualifier' resource. READ.iam.UserQualifier: Read a 'iam.UserQualifier' resource. UPDATE.iam.UserQualifier: Update a 'iam.UserQualifier' resource. CREATE.iam.UserSetting: Create a 'iam.UserSetting' resource. READ.iam.UserSetting: Read a 'iam.UserSetting' resource. UPDATE.iam.UserSetting: Update a 'iam.UserSetting' resource. READ.inventory.DeviceInfo: Read a 'inventory.DeviceInfo' resource. READ.inventory.DnMoBinding: Read a 'inventory.DnMoBinding' resource. READ.inventory.GenericInventory: Read a 'inventory.GenericInventory' resource. UPDATE.inventory.GenericInventory: Update a 'inventory.GenericInventory' resource. READ.inventory.GenericInventoryHolder: Read a 'inventory.GenericInventoryHolder' resource. UPDATE.inventory.GenericInventoryHolder: Update a 'inventory.GenericInventoryHolder' resource. CREATE.inventory.Request: Create a 'inventory.Request' resource. CREATE.ipmioverlan.Policy: Create a 'ipmioverlan.Policy' resource. DELETE.ipmioverlan.Policy: Delete a 'ipmioverlan.Policy' resource. READ.ipmioverlan.Policy: Read a 'ipmioverlan.Policy' resource. UPDATE.ipmioverlan.Policy: Update a 'ipmioverlan.Policy' resource. READ.ipmioverlan.PolicyInventory: Read a 'ipmioverlan.PolicyInventory' resource. READ.ippool.BlockLease: Read a 'ippool.BlockLease' resource. DELETE.ippool.IpLease: Delete a 'ippool.IpLease' resource. READ.ippool.IpLease: Read a 'ippool.IpLease' resource. CREATE.ippool.Pool: Create a 'ippool.Pool' resource. DELETE.ippool.Pool: Delete a 'ippool.Pool' resource. READ.ippool.Pool: Read a 'ippool.Pool' resource. UPDATE.ippool.Pool: Update a 'ippool.Pool' resource. READ.ippool.PoolMember: Read a 'ippool.PoolMember' resource. CREATE.ippool.Reservation: Create a 'ippool.Reservation' resource. DELETE.ippool.Reservation: Delete a 'ippool.Reservation' resource. READ.ippool.Reservation: Read a 'ippool.Reservation' resource. UPDATE.ippool.Reservation: Update a 'ippool.Reservation' resource. READ.ippool.ShadowBlock: Read a 'ippool.ShadowBlock' resource. READ.ippool.ShadowPool: Read a 'ippool.ShadowPool' resource. READ.ippool.Universe: Read a 'ippool.Universe' resource. READ.iqnpool.Block: Read a 'iqnpool.Block' resource. DELETE.iqnpool.Lease: Delete a 'iqnpool.Lease' resource. READ.iqnpool.Lease: Read a 'iqnpool.Lease' resource. CREATE.iqnpool.Pool: Create a 'iqnpool.Pool' resource. DELETE.iqnpool.Pool: Delete a 'iqnpool.Pool' resource. READ.iqnpool.Pool: Read a 'iqnpool.Pool' resource. UPDATE.iqnpool.Pool: Update a 'iqnpool.Pool' resource. READ.iqnpool.PoolMember: Read a 'iqnpool.PoolMember' resource. CREATE.iqnpool.Reservation: Create a 'iqnpool.Reservation' resource. DELETE.iqnpool.Reservation: Delete a 'iqnpool.Reservation' resource. READ.iqnpool.Reservation: Read a 'iqnpool.Reservation' resource. READ.iqnpool.Universe: Read a 'iqnpool.Universe' resource. READ.iwotenant.MaintenanceNotification: Read a 'iwotenant.MaintenanceNotification' resource. CREATE.iwotenant.Migrate: Create a 'iwotenant.Migrate' resource. READ.iwotenant.Migrate: Read a 'iwotenant.Migrate' resource. UPDATE.iwotenant.Migrate: Update a 'iwotenant.Migrate' resource. CREATE.iwotenant.TenantCustomization: Create a 'iwotenant.TenantCustomization' resource. DELETE.iwotenant.TenantCustomization: Delete a 'iwotenant.TenantCustomization' resource. READ.iwotenant.TenantCustomization: Read a 'iwotenant.TenantCustomization' resource. UPDATE.iwotenant.TenantCustomization: Update a 'iwotenant.TenantCustomization' resource. READ.iwotenant.TenantStatus: Read a 'iwotenant.TenantStatus' resource. CREATE.kvm.Policy: Create a 'kvm.Policy' resource. DELETE.kvm.Policy: Delete a 'kvm.Policy' resource. READ.kvm.Policy: Read a 'kvm.Policy' resource. UPDATE.kvm.Policy: Update a 'kvm.Policy' resource. READ.kvm.PolicyInventory: Read a 'kvm.PolicyInventory' resource. CREATE.kvm.Session: Create a 'kvm.Session' resource. READ.kvm.Session: Read a 'kvm.Session' resource. UPDATE.kvm.Session: Update a 'kvm.Session' resource. CREATE.kvm.Tunnel: Create a 'kvm.Tunnel' resource. READ.kvm.Tunnel: Read a 'kvm.Tunnel' resource. CREATE.kvm.TunneledKvmPolicy: Create a 'kvm.TunneledKvmPolicy' resource. DELETE.kvm.TunneledKvmPolicy: Delete a 'kvm.TunneledKvmPolicy' resource. READ.kvm.TunneledKvmPolicy: Read a 'kvm.TunneledKvmPolicy' resource. UPDATE.kvm.TunneledKvmPolicy: Update a 'kvm.TunneledKvmPolicy' resource. READ.license.AccountLicenseData: Read a 'license.AccountLicenseData' resource. UPDATE.license.AccountLicenseData: Update a 'license.AccountLicenseData' resource. READ.license.CustomerOp: Read a 'license.CustomerOp' resource. UPDATE.license.CustomerOp: Update a 'license.CustomerOp' resource. READ.license.ErpCustomerOp: Read a 'license.ErpCustomerOp' resource. UPDATE.license.ErpCustomerOp: Update a 'license.ErpCustomerOp' resource. CREATE.license.ErpLicenseCount: Create a 'license.ErpLicenseCount' resource. READ.license.ErpLicenseCount: Read a 'license.ErpLicenseCount' resource. READ.license.IksCustomerOp: Read a 'license.IksCustomerOp' resource. UPDATE.license.IksCustomerOp: Update a 'license.IksCustomerOp' resource. CREATE.license.IksLicenseCount: Create a 'license.IksLicenseCount' resource. READ.license.IksLicenseCount: Read a 'license.IksLicenseCount' resource. UPDATE.license.IksLicenseCount: Update a 'license.IksLicenseCount' resource. READ.license.IncCustomerOp: Read a 'license.IncCustomerOp' resource. UPDATE.license.IncCustomerOp: Update a 'license.IncCustomerOp' resource. CREATE.license.IncLicenseCount: Create a 'license.IncLicenseCount' resource. READ.license.IncLicenseCount: Read a 'license.IncLicenseCount' resource. UPDATE.license.IncLicenseCount: Update a 'license.IncLicenseCount' resource. READ.license.IwoCustomerOp: Read a 'license.IwoCustomerOp' resource. UPDATE.license.IwoCustomerOp: Update a 'license.IwoCustomerOp' resource. CREATE.license.IwoLicenseCount: Create a 'license.IwoLicenseCount' resource. READ.license.IwoLicenseCount: Read a 'license.IwoLicenseCount' resource. UPDATE.license.IwoLicenseCount: Update a 'license.IwoLicenseCount' resource. CREATE.license.LicenseInfo: Create a 'license.LicenseInfo' resource. READ.license.LicenseInfo: Read a 'license.LicenseInfo' resource. UPDATE.license.LicenseInfo: Update a 'license.LicenseInfo' resource. READ.license.LicenseInfoView: Read a 'license.LicenseInfoView' resource. READ.license.LicenseRegistrationStatus: Read a 'license.LicenseRegistrationStatus' resource. UPDATE.license.LicenseRegistrationStatus: Update a 'license.LicenseRegistrationStatus' resource. CREATE.license.LicenseReservationOp: Create a 'license.LicenseReservationOp' resource. READ.license.LicenseReservationOp: Read a 'license.LicenseReservationOp' resource. UPDATE.license.LicenseReservationOp: Update a 'license.LicenseReservationOp' resource. READ.license.SmartlicenseToken: Read a 'license.SmartlicenseToken' resource. UPDATE.license.SmartlicenseToken: Update a 'license.SmartlicenseToken' resource. READ.ls.ServiceProfile: Read a 'ls.ServiceProfile' resource. UPDATE.ls.ServiceProfile: Update a 'ls.ServiceProfile' resource. READ.macpool.IdBlock: Read a 'macpool.IdBlock' resource. DELETE.macpool.Lease: Delete a 'macpool.Lease' resource. READ.macpool.Lease: Read a 'macpool.Lease' resource. CREATE.macpool.Pool: Create a 'macpool.Pool' resource. DELETE.macpool.Pool: Delete a 'macpool.Pool' resource. READ.macpool.Pool: Read a 'macpool.Pool' resource. UPDATE.macpool.Pool: Update a 'macpool.Pool' resource. READ.macpool.PoolMember: Read a 'macpool.PoolMember' resource. CREATE.macpool.Reservation: Create a 'macpool.Reservation' resource. DELETE.macpool.Reservation: Delete a 'macpool.Reservation' resource. READ.macpool.Reservation: Read a 'macpool.Reservation' resource. UPDATE.macpool.Reservation: Update a 'macpool.Reservation' resource. READ.macpool.Universe: Read a 'macpool.Universe' resource. READ.management.Controller: Read a 'management.Controller' resource. UPDATE.management.Controller: Update a 'management.Controller' resource. READ.management.Entity: Read a 'management.Entity' resource. UPDATE.management.Entity: Update a 'management.Entity' resource. READ.management.Interface: Read a 'management.Interface' resource. UPDATE.management.Interface: Update a 'management.Interface' resource. READ.memory.Array: Read a 'memory.Array' resource. UPDATE.memory.Array: Update a 'memory.Array' resource. READ.memory.PersistentMemoryConfigResult: Read a 'memory.PersistentMemoryConfigResult' resource. UPDATE.memory.PersistentMemoryConfigResult: Update a 'memory.PersistentMemoryConfigResult' resource. READ.memory.PersistentMemoryConfiguration: Read a 'memory.PersistentMemoryConfiguration' resource. UPDATE.memory.PersistentMemoryConfiguration: Update a 'memory.PersistentMemoryConfiguration' resource. READ.memory.PersistentMemoryNamespace: Read a 'memory.PersistentMemoryNamespace' resource. UPDATE.memory.PersistentMemoryNamespace: Update a 'memory.PersistentMemoryNamespace' resource. READ.memory.PersistentMemoryNamespaceConfigResult: Read a 'memory.PersistentMemoryNamespaceConfigResult' resource. UPDATE.memory.PersistentMemoryNamespaceConfigResult: Update a 'memory.PersistentMemoryNamespaceConfigResult' resource. CREATE.memory.PersistentMemoryPolicy: Create a 'memory.PersistentMemoryPolicy' resource. DELETE.memory.PersistentMemoryPolicy: Delete a 'memory.PersistentMemoryPolicy' resource. READ.memory.PersistentMemoryPolicy: Read a 'memory.PersistentMemoryPolicy' resource. UPDATE.memory.PersistentMemoryPolicy: Update a 'memory.PersistentMemoryPolicy' resource. READ.memory.PersistentMemoryRegion: Read a 'memory.PersistentMemoryRegion' resource. UPDATE.memory.PersistentMemoryRegion: Update a 'memory.PersistentMemoryRegion' resource. READ.memory.PersistentMemoryUnit: Read a 'memory.PersistentMemoryUnit' resource. UPDATE.memory.PersistentMemoryUnit: Update a 'memory.PersistentMemoryUnit' resource. CREATE.memory.Policy: Create a 'memory.Policy' resource. DELETE.memory.Policy: Delete a 'memory.Policy' resource. READ.memory.Policy: Read a 'memory.Policy' resource. UPDATE.memory.Policy: Update a 'memory.Policy' resource. READ.memory.PolicyInventory: Read a 'memory.PolicyInventory' resource. READ.memory.Unit: Read a 'memory.Unit' resource. UPDATE.memory.Unit: Update a 'memory.Unit' resource. READ.meraki.Device: Read a 'meraki.Device' resource. READ.meraki.Network: Read a 'meraki.Network' resource. READ.meraki.Organization: Read a 'meraki.Organization' resource. READ.meraki.PortProfile: Read a 'meraki.PortProfile' resource. READ.meraki.Tag: Read a 'meraki.Tag' resource. READ.meta.Definition: Read a 'meta.Definition' resource. READ.metrics.Configuration: Read a 'metrics.Configuration' resource. UPDATE.metrics.Configuration: Update a 'metrics.Configuration' resource. CREATE.metrics.MetricsExploration: Create a 'metrics.MetricsExploration' resource. DELETE.metrics.MetricsExploration: Delete a 'metrics.MetricsExploration' resource. READ.metrics.MetricsExploration: Read a 'metrics.MetricsExploration' resource. UPDATE.metrics.MetricsExploration: Update a 'metrics.MetricsExploration' resource. CREATE.metrics.ResourceConfiguration: Create a 'metrics.ResourceConfiguration' resource. READ.metrics.ResourceConfiguration: Read a 'metrics.ResourceConfiguration' resource. UPDATE.metrics.ResourceConfiguration: Update a 'metrics.ResourceConfiguration' resource. READ.mgmt.BackupCategory: Read a 'mgmt.BackupCategory' resource. CREATE.mgmt.ConfigBackupFile: Create a 'mgmt.ConfigBackupFile' resource. DELETE.mgmt.ConfigBackupFile: Delete a 'mgmt.ConfigBackupFile' resource. READ.mgmt.ConfigBackupFile: Read a 'mgmt.ConfigBackupFile' resource. UPDATE.mgmt.ConfigBackupFile: Update a 'mgmt.ConfigBackupFile' resource. DELETE.mgmt.ConfigBackupInstance: Delete a 'mgmt.ConfigBackupInstance' resource. READ.mgmt.ConfigBackupInstance: Read a 'mgmt.ConfigBackupInstance' resource. UPDATE.mgmt.ConfigBackupInstance: Update a 'mgmt.ConfigBackupInstance' resource. CREATE.mgmt.ConfigBackupOperation: Create a 'mgmt.ConfigBackupOperation' resource. DELETE.mgmt.ConfigBackupOperation: Delete a 'mgmt.ConfigBackupOperation' resource. READ.mgmt.ConfigBackupOperation: Read a 'mgmt.ConfigBackupOperation' resource. UPDATE.mgmt.ConfigBackupOperation: Update a 'mgmt.ConfigBackupOperation' resource. READ.mgmt.ConfigCategorySummary: Read a 'mgmt.ConfigCategorySummary' resource. CREATE.mgmt.ConfigOperationSetting: Create a 'mgmt.ConfigOperationSetting' resource. DELETE.mgmt.ConfigOperationSetting: Delete a 'mgmt.ConfigOperationSetting' resource. READ.mgmt.ConfigOperationSetting: Read a 'mgmt.ConfigOperationSetting' resource. UPDATE.mgmt.ConfigOperationSetting: Update a 'mgmt.ConfigOperationSetting' resource. READ.mgmt.ConfigRestoreCategorySummary: Read a 'mgmt.ConfigRestoreCategorySummary' resource. CREATE.mgmt.ConfigRestoreOperation: Create a 'mgmt.ConfigRestoreOperation' resource. DELETE.mgmt.ConfigRestoreOperation: Delete a 'mgmt.ConfigRestoreOperation' resource. READ.mgmt.ConfigRestoreOperation: Read a 'mgmt.ConfigRestoreOperation' resource. READ.mgmt.ObjectBackupMeta: Read a 'mgmt.ObjectBackupMeta' resource. READ.mgmt.OrgBackupOperation: Read a 'mgmt.OrgBackupOperation' resource. READ.mgmt.OrgRestoreOperation: Read a 'mgmt.OrgRestoreOperation' resource. READ.monitoring.HealthStatus: Read a 'monitoring.HealthStatus' resource. READ.network.DiscoveredNeighbor: Read a 'network.DiscoveredNeighbor' resource. READ.network.Dns: Read a 'network.Dns' resource. READ.network.Element: Read a 'network.Element' resource. UPDATE.network.Element: Update a 'network.Element' resource. READ.network.ElementSummary: Read a 'network.ElementSummary' resource. READ.network.FcZoneInfo: Read a 'network.FcZoneInfo' resource. UPDATE.network.FcZoneInfo: Update a 'network.FcZoneInfo' resource. READ.network.FeatureControl: Read a 'network.FeatureControl' resource. READ.network.InterfaceList: Read a 'network.InterfaceList' resource. READ.network.LicenseFile: Read a 'network.LicenseFile' resource. READ.network.SecureRouter: Read a 'network.SecureRouter' resource. UPDATE.network.SecureRouter: Update a 'network.SecureRouter' resource. READ.network.SecureRouterSetting: Read a 'network.SecureRouterSetting' resource. UPDATE.network.SecureRouterSetting: Update a 'network.SecureRouterSetting' resource. READ.network.SupervisorCard: Read a 'network.SupervisorCard' resource. READ.network.TelemetryCheck: Read a 'network.TelemetryCheck' resource. READ.network.Vethernet: Read a 'network.Vethernet' resource. UPDATE.network.Vethernet: Update a 'network.Vethernet' resource. READ.network.Vfc: Read a 'network.Vfc' resource. UPDATE.network.Vfc: Update a 'network.Vfc' resource. READ.network.VlanPortInfo: Read a 'network.VlanPortInfo' resource. UPDATE.network.VlanPortInfo: Update a 'network.VlanPortInfo' resource. READ.network.VpcDomain: Read a 'network.VpcDomain' resource. READ.network.VpcMember: Read a 'network.VpcMember' resource. READ.network.VpcPeer: Read a 'network.VpcPeer' resource. READ.network.Vrf: Read a 'network.Vrf' resource. CREATE.networkconfig.Policy: Create a 'networkconfig.Policy' resource. DELETE.networkconfig.Policy: Delete a 'networkconfig.Policy' resource. READ.networkconfig.Policy: Read a 'networkconfig.Policy' resource. UPDATE.networkconfig.Policy: Update a 'networkconfig.Policy' resource. READ.networkconfig.PolicyInventory: Read a 'networkconfig.PolicyInventory' resource. READ.niaapi.ApicCcoPost: Read a 'niaapi.ApicCcoPost' resource. READ.niaapi.ApicFieldNotice: Read a 'niaapi.ApicFieldNotice' resource. READ.niaapi.ApicHweol: Read a 'niaapi.ApicHweol' resource. READ.niaapi.ApicLatestMaintainedRelease: Read a 'niaapi.ApicLatestMaintainedRelease' resource. READ.niaapi.ApicReleaseRecommend: Read a 'niaapi.ApicReleaseRecommend' resource. READ.niaapi.ApicSweol: Read a 'niaapi.ApicSweol' resource. READ.niaapi.DcnmCcoPost: Read a 'niaapi.DcnmCcoPost' resource. READ.niaapi.DcnmFieldNotice: Read a 'niaapi.DcnmFieldNotice' resource. READ.niaapi.DcnmHweol: Read a 'niaapi.DcnmHweol' resource. READ.niaapi.DcnmLatestMaintainedRelease: Read a 'niaapi.DcnmLatestMaintainedRelease' resource. READ.niaapi.DcnmReleaseRecommend: Read a 'niaapi.DcnmReleaseRecommend' resource. READ.niaapi.DcnmSweol: Read a 'niaapi.DcnmSweol' resource. READ.niaapi.FileDownloader: Read a 'niaapi.FileDownloader' resource. READ.niaapi.NdEncryptedFileDownload: Read a 'niaapi.NdEncryptedFileDownload' resource. READ.niaapi.NdMetadata: Read a 'niaapi.NdMetadata' resource. READ.niaapi.NdMetadataFileDownloader: Read a 'niaapi.NdMetadataFileDownloader' resource. READ.niaapi.NdMetadataSoftwareDownload: Read a 'niaapi.NdMetadataSoftwareDownload' resource. READ.niaapi.NiaMetadata: Read a 'niaapi.NiaMetadata' resource. READ.niaapi.NibFileDownloader: Read a 'niaapi.NibFileDownloader' resource. READ.niaapi.NibMetadata: Read a 'niaapi.NibMetadata' resource. READ.niaapi.PuvScriptDownloader: Read a 'niaapi.PuvScriptDownloader' resource. READ.niaapi.SnValidatorMetadata: Read a 'niaapi.SnValidatorMetadata' resource. READ.niaapi.UpgradeAssistFile: Read a 'niaapi.UpgradeAssistFile' resource. READ.niaapi.VersionRegex: Read a 'niaapi.VersionRegex' resource. READ.niatelemetry.AaaLdapProviderDetails: Read a 'niatelemetry.AaaLdapProviderDetails' resource. READ.niatelemetry.AaaRadiusProviderDetails: Read a 'niatelemetry.AaaRadiusProviderDetails' resource. READ.niatelemetry.AaaTacacsProviderDetails: Read a 'niatelemetry.AaaTacacsProviderDetails' resource. READ.niatelemetry.Anomaly: Read a 'niatelemetry.Anomaly' resource. READ.niatelemetry.ApicAppPluginDetails: Read a 'niatelemetry.ApicAppPluginDetails' resource. READ.niatelemetry.ApicCoreFileDetails: Read a 'niatelemetry.ApicCoreFileDetails' resource. READ.niatelemetry.ApicDbgexpRsExportDest: Read a 'niatelemetry.ApicDbgexpRsExportDest' resource. READ.niatelemetry.ApicDbgexpRsTsScheduler: Read a 'niatelemetry.ApicDbgexpRsTsScheduler' resource. READ.niatelemetry.ApicFanDetails: Read a 'niatelemetry.ApicFanDetails' resource. READ.niatelemetry.ApicFexDetails: Read a 'niatelemetry.ApicFexDetails' resource. READ.niatelemetry.ApicFlashDetails: Read a 'niatelemetry.ApicFlashDetails' resource. READ.niatelemetry.ApicNtpAuth: Read a 'niatelemetry.ApicNtpAuth' resource. READ.niatelemetry.ApicPerformanceData: Read a 'niatelemetry.ApicPerformanceData' resource. READ.niatelemetry.ApicPodData: Read a 'niatelemetry.ApicPodData' resource. READ.niatelemetry.ApicPsuDetails: Read a 'niatelemetry.ApicPsuDetails' resource. READ.niatelemetry.ApicRealmDetails: Read a 'niatelemetry.ApicRealmDetails' resource. READ.niatelemetry.ApicSnmpClientGrpDetails: Read a 'niatelemetry.ApicSnmpClientGrpDetails' resource. READ.niatelemetry.ApicSnmpCommunityAccessDetails: Read a 'niatelemetry.ApicSnmpCommunityAccessDetails' resource. READ.niatelemetry.ApicSnmpCommunityDetails: Read a 'niatelemetry.ApicSnmpCommunityDetails' resource. READ.niatelemetry.ApicSnmpTrapDetails: Read a 'niatelemetry.ApicSnmpTrapDetails' resource. READ.niatelemetry.ApicSnmpTrapFwdServerDetails: Read a 'niatelemetry.ApicSnmpTrapFwdServerDetails' resource. READ.niatelemetry.ApicSnmpVersionThreeDetails: Read a 'niatelemetry.ApicSnmpVersionThreeDetails' resource. READ.niatelemetry.ApicSysLogGrp: Read a 'niatelemetry.ApicSysLogGrp' resource. READ.niatelemetry.ApicSysLogSrc: Read a 'niatelemetry.ApicSysLogSrc' resource. READ.niatelemetry.ApicTransceiverDetails: Read a 'niatelemetry.ApicTransceiverDetails' resource. READ.niatelemetry.ApicUiPageCounts: Read a 'niatelemetry.ApicUiPageCounts' resource. READ.niatelemetry.ApicVision: Read a 'niatelemetry.ApicVision' resource. READ.niatelemetry.AppDetails: Read a 'niatelemetry.AppDetails' resource. READ.niatelemetry.CloudDetails: Read a 'niatelemetry.CloudDetails' resource. READ.niatelemetry.Cluster: Read a 'niatelemetry.Cluster' resource. READ.niatelemetry.ClusterNode: Read a 'niatelemetry.ClusterNode' resource. READ.niatelemetry.CommonPolicies: Read a 'niatelemetry.CommonPolicies' resource. READ.niatelemetry.Controller: Read a 'niatelemetry.Controller' resource. READ.niatelemetry.DcnmFanDetails: Read a 'niatelemetry.DcnmFanDetails' resource. READ.niatelemetry.DcnmFexDetails: Read a 'niatelemetry.DcnmFexDetails' resource. READ.niatelemetry.DcnmModuleDetails: Read a 'niatelemetry.DcnmModuleDetails' resource. READ.niatelemetry.DcnmPsuDetails: Read a 'niatelemetry.DcnmPsuDetails' resource. READ.niatelemetry.DcnmTransceiverDetails: Read a 'niatelemetry.DcnmTransceiverDetails' resource. READ.niatelemetry.DomInfoObject: Read a 'niatelemetry.DomInfoObject' resource. READ.niatelemetry.DomThresInfoObject: Read a 'niatelemetry.DomThresInfoObject' resource. READ.niatelemetry.Epg: Read a 'niatelemetry.Epg' resource. READ.niatelemetry.Fabric: Read a 'niatelemetry.Fabric' resource. READ.niatelemetry.FabricModuleDetails: Read a 'niatelemetry.FabricModuleDetails' resource. READ.niatelemetry.FabricNodeControlDetails: Read a 'niatelemetry.FabricNodeControlDetails' resource. READ.niatelemetry.FabricPodProfile: Read a 'niatelemetry.FabricPodProfile' resource. READ.niatelemetry.FabricPodSs: Read a 'niatelemetry.FabricPodSs' resource. READ.niatelemetry.Fault: Read a 'niatelemetry.Fault' resource. READ.niatelemetry.HcloudDetails: Read a 'niatelemetry.HcloudDetails' resource. READ.niatelemetry.HealthInsightsData: Read a 'niatelemetry.HealthInsightsData' resource. READ.niatelemetry.HttpsAclContractDetails: Read a 'niatelemetry.HttpsAclContractDetails' resource. READ.niatelemetry.HttpsAclContractFilterMap: Read a 'niatelemetry.HttpsAclContractFilterMap' resource. READ.niatelemetry.HttpsAclEpgContractMap: Read a 'niatelemetry.HttpsAclEpgContractMap' resource. READ.niatelemetry.HttpsAclEpgDetails: Read a 'niatelemetry.HttpsAclEpgDetails' resource. READ.niatelemetry.HttpsAclFilterDetails: Read a 'niatelemetry.HttpsAclFilterDetails' resource. READ.niatelemetry.InsightGroupDetails: Read a 'niatelemetry.InsightGroupDetails' resource. READ.niatelemetry.Lc: Read a 'niatelemetry.Lc' resource. READ.niatelemetry.LeafPolGrpDetails: Read a 'niatelemetry.LeafPolGrpDetails' resource. READ.niatelemetry.Link: Read a 'niatelemetry.Link' resource. READ.niatelemetry.MdsNeighbors: Read a 'niatelemetry.MdsNeighbors' resource. READ.niatelemetry.MsoContractDetails: Read a 'niatelemetry.MsoContractDetails' resource. READ.niatelemetry.MsoEpgDetails: Read a 'niatelemetry.MsoEpgDetails' resource. READ.niatelemetry.MsoSchemaDetails: Read a 'niatelemetry.MsoSchemaDetails' resource. READ.niatelemetry.MsoSiteDetails: Read a 'niatelemetry.MsoSiteDetails' resource. READ.niatelemetry.MsoTenantDetails: Read a 'niatelemetry.MsoTenantDetails' resource. READ.niatelemetry.Neighbor: Read a 'niatelemetry.Neighbor' resource. READ.niatelemetry.Network: Read a 'niatelemetry.Network' resource. READ.niatelemetry.NexusCloudAccount: Read a 'niatelemetry.NexusCloudAccount' resource. READ.niatelemetry.NexusCloudSite: Read a 'niatelemetry.NexusCloudSite' resource. READ.niatelemetry.NexusDashboardControllerDetails: Read a 'niatelemetry.NexusDashboardControllerDetails' resource. READ.niatelemetry.NexusDashboardDetails: Read a 'niatelemetry.NexusDashboardDetails' resource. READ.niatelemetry.NexusDashboardMemoryDetails: Read a 'niatelemetry.NexusDashboardMemoryDetails' resource. READ.niatelemetry.NexusDashboards: Read a 'niatelemetry.NexusDashboards' resource. READ.niatelemetry.NiaFeatureUsage: Read a 'niatelemetry.NiaFeatureUsage' resource. READ.niatelemetry.NiaInventory: Read a 'niatelemetry.NiaInventory' resource. READ.niatelemetry.NiaInventoryDcnm: Read a 'niatelemetry.NiaInventoryDcnm' resource. READ.niatelemetry.NiaInventoryFabric: Read a 'niatelemetry.NiaInventoryFabric' resource. READ.niatelemetry.NiaLicenseState: Read a 'niatelemetry.NiaLicenseState' resource. READ.niatelemetry.Nicc: Read a 'niatelemetry.Nicc' resource. READ.niatelemetry.PasswordStrengthCheck: Read a 'niatelemetry.PasswordStrengthCheck' resource. READ.niatelemetry.PodCommPolicies: Read a 'niatelemetry.PodCommPolicies' resource. READ.niatelemetry.PodSnmpPolicies: Read a 'niatelemetry.PodSnmpPolicies' resource. READ.niatelemetry.PodTimeServerPolicies: Read a 'niatelemetry.PodTimeServerPolicies' resource. READ.niatelemetry.Route: Read a 'niatelemetry.Route' resource. READ.niatelemetry.SiteInventory: Read a 'niatelemetry.SiteInventory' resource. READ.niatelemetry.SnmpSrc: Read a 'niatelemetry.SnmpSrc' resource. READ.niatelemetry.SpinePolGrpDetails: Read a 'niatelemetry.SpinePolGrpDetails' resource. READ.niatelemetry.SshVersionTwo: Read a 'niatelemetry.SshVersionTwo' resource. READ.niatelemetry.SupervisorModuleDetails: Read a 'niatelemetry.SupervisorModuleDetails' resource. READ.niatelemetry.Switch: Read a 'niatelemetry.Switch' resource. READ.niatelemetry.SwitchInterface: Read a 'niatelemetry.SwitchInterface' resource. READ.niatelemetry.SyslogRemoteDest: Read a 'niatelemetry.SyslogRemoteDest' resource. READ.niatelemetry.SyslogSysMsg: Read a 'niatelemetry.SyslogSysMsg' resource. READ.niatelemetry.SyslogSysMsgFacFilter: Read a 'niatelemetry.SyslogSysMsgFacFilter' resource. READ.niatelemetry.SystemControllerDetails: Read a 'niatelemetry.SystemControllerDetails' resource. READ.niatelemetry.Tenant: Read a 'niatelemetry.Tenant' resource. CREATE.notification.AccountSubscription: Create a 'notification.AccountSubscription' resource. DELETE.notification.AccountSubscription: Delete a 'notification.AccountSubscription' resource. READ.notification.AccountSubscription: Read a 'notification.AccountSubscription' resource. UPDATE.notification.AccountSubscription: Update a 'notification.AccountSubscription' resource. READ.ntp.NtpServer: Read a 'ntp.NtpServer' resource. CREATE.ntp.Policy: Create a 'ntp.Policy' resource. DELETE.ntp.Policy: Delete a 'ntp.Policy' resource. READ.ntp.Policy: Read a 'ntp.Policy' resource. UPDATE.ntp.Policy: Update a 'ntp.Policy' resource. READ.ntp.PolicyInventory: Read a 'ntp.PolicyInventory' resource. DELETE.oauth.AccessToken: Delete a 'oauth.AccessToken' resource. READ.oauth.AccessToken: Read a 'oauth.AccessToken' resource. CREATE.oauth.Authorization: Create a 'oauth.Authorization' resource. READ.oauth.Authorization: Read a 'oauth.Authorization' resource. UPDATE.oauth.Authorization: Update a 'oauth.Authorization' resource. READ.onprem.ApplianceSystemInfo: Read a 'onprem.ApplianceSystemInfo' resource. READ.onprem.AuditRecord: Read a 'onprem.AuditRecord' resource. READ.onprem.Upgrade: Read a 'onprem.Upgrade' resource. UPDATE.onprem.Upgrade: Update a 'onprem.Upgrade' resource. READ.onprem.UserPreference: Read a 'onprem.UserPreference' resource. UPDATE.onprem.UserPreference: Update a 'onprem.UserPreference' resource. DELETE.openapi.ApiMethodMeta: Delete a 'openapi.ApiMethodMeta' resource. READ.openapi.ApiMethodMeta: Read a 'openapi.ApiMethodMeta' resource. CREATE.openapi.OpenApiSpecification: Create a 'openapi.OpenApiSpecification' resource. DELETE.openapi.OpenApiSpecification: Delete a 'openapi.OpenApiSpecification' resource. READ.openapi.OpenApiSpecification: Read a 'openapi.OpenApiSpecification' resource. UPDATE.openapi.OpenApiSpecification: Update a 'openapi.OpenApiSpecification' resource. CREATE.openapi.ProcessFile: Create a 'openapi.ProcessFile' resource. DELETE.openapi.ProcessFile: Delete a 'openapi.ProcessFile' resource. READ.openapi.ProcessFile: Read a 'openapi.ProcessFile' resource. CREATE.openapi.TaskGenerationRequest: Create a 'openapi.TaskGenerationRequest' resource. DELETE.openapi.TaskGenerationRequest: Delete a 'openapi.TaskGenerationRequest' resource. READ.openapi.TaskGenerationRequest: Read a 'openapi.TaskGenerationRequest' resource. UPDATE.openapi.TaskGenerationRequest: Update a 'openapi.TaskGenerationRequest' resource. DELETE.openapi.TaskGenerationResult: Delete a 'openapi.TaskGenerationResult' resource. READ.openapi.TaskGenerationResult: Read a 'openapi.TaskGenerationResult' resource. CREATE.oprs.Deployment: Create a 'oprs.Deployment' resource. DELETE.oprs.Deployment: Delete a 'oprs.Deployment' resource. READ.oprs.Deployment: Read a 'oprs.Deployment' resource. UPDATE.oprs.Deployment: Update a 'oprs.Deployment' resource. CREATE.oprs.SyncTargetListMessage: Create a 'oprs.SyncTargetListMessage' resource. DELETE.oprs.SyncTargetListMessage: Delete a 'oprs.SyncTargetListMessage' resource. READ.oprs.SyncTargetListMessage: Read a 'oprs.SyncTargetListMessage' resource. UPDATE.oprs.SyncTargetListMessage: Update a 'oprs.SyncTargetListMessage' resource. CREATE.organization.Organization: Create a 'organization.Organization' resource. DELETE.organization.Organization: Delete a 'organization.Organization' resource. READ.organization.Organization: Read a 'organization.Organization' resource. UPDATE.organization.Organization: Update a 'organization.Organization' resource. CREATE.os.BulkInstallInfo: Create a 'os.BulkInstallInfo' resource. READ.os.BulkInstallInfo: Read a 'os.BulkInstallInfo' resource. READ.os.Catalog: Read a 'os.Catalog' resource. CREATE.os.ConfigurationFile: Create a 'os.ConfigurationFile' resource. DELETE.os.ConfigurationFile: Delete a 'os.ConfigurationFile' resource. READ.os.ConfigurationFile: Read a 'os.ConfigurationFile' resource. UPDATE.os.ConfigurationFile: Update a 'os.ConfigurationFile' resource. READ.os.Distribution: Read a 'os.Distribution' resource. CREATE.os.Install: Create a 'os.Install' resource. READ.os.Install: Read a 'os.Install' resource. CREATE.os.OsSupport: Create a 'os.OsSupport' resource. READ.os.SupportedVersion: Read a 'os.SupportedVersion' resource. CREATE.os.TemplateFile: Create a 'os.TemplateFile' resource. CREATE.os.ValidInstallTarget: Create a 'os.ValidInstallTarget' resource. READ.os.ValidRemoteTarget: Read a 'os.ValidRemoteTarget' resource. READ.partnerintegration.DcLogs: Read a 'partnerintegration.DcLogs' resource. CREATE.partnerintegration.DeviceConnector: Create a 'partnerintegration.DeviceConnector' resource. DELETE.partnerintegration.DeviceConnector: Delete a 'partnerintegration.DeviceConnector' resource. READ.partnerintegration.DeviceConnector: Read a 'partnerintegration.DeviceConnector' resource. UPDATE.partnerintegration.DeviceConnector: Update a 'partnerintegration.DeviceConnector' resource. READ.partnerintegration.DocIssues: Read a 'partnerintegration.DocIssues' resource. CREATE.partnerintegration.Etl: Create a 'partnerintegration.Etl' resource. DELETE.partnerintegration.Etl: Delete a 'partnerintegration.Etl' resource. READ.partnerintegration.Etl: Read a 'partnerintegration.Etl' resource. UPDATE.partnerintegration.Etl: Update a 'partnerintegration.Etl' resource. CREATE.partnerintegration.File: Create a 'partnerintegration.File' resource. DELETE.partnerintegration.File: Delete a 'partnerintegration.File' resource. READ.partnerintegration.File: Read a 'partnerintegration.File' resource. UPDATE.partnerintegration.File: Update a 'partnerintegration.File' resource. CREATE.partnerintegration.Inventory: Create a 'partnerintegration.Inventory' resource. DELETE.partnerintegration.Inventory: Delete a 'partnerintegration.Inventory' resource. READ.partnerintegration.Inventory: Read a 'partnerintegration.Inventory' resource. UPDATE.partnerintegration.Inventory: Update a 'partnerintegration.Inventory' resource. READ.partnerintegration.Logs: Read a 'partnerintegration.Logs' resource. CREATE.partnerintegration.Metrics: Create a 'partnerintegration.Metrics' resource. DELETE.partnerintegration.Metrics: Delete a 'partnerintegration.Metrics' resource. READ.partnerintegration.Metrics: Read a 'partnerintegration.Metrics' resource. UPDATE.partnerintegration.Metrics: Update a 'partnerintegration.Metrics' resource. CREATE.partnerintegration.Model: Create a 'partnerintegration.Model' resource. DELETE.partnerintegration.Model: Delete a 'partnerintegration.Model' resource. READ.partnerintegration.Model: Read a 'partnerintegration.Model' resource. UPDATE.partnerintegration.Model: Update a 'partnerintegration.Model' resource. READ.pci.CoprocessorCard: Read a 'pci.CoprocessorCard' resource. READ.pci.Device: Read a 'pci.Device' resource. UPDATE.pci.Device: Update a 'pci.Device' resource. READ.pci.Endpoint: Read a 'pci.Endpoint' resource. READ.pci.Link: Read a 'pci.Link' resource. UPDATE.pci.Link: Update a 'pci.Link' resource. READ.pci.Node: Read a 'pci.Node' resource. UPDATE.pci.Node: Update a 'pci.Node' resource. READ.pci.NodeSetting: Read a 'pci.NodeSetting' resource. UPDATE.pci.NodeSetting: Update a 'pci.NodeSetting' resource. READ.pci.Port: Read a 'pci.Port' resource. READ.pci.Slot: Read a 'pci.Slot' resource. READ.pci.Switch: Read a 'pci.Switch' resource. UPDATE.pci.Switch: Update a 'pci.Switch' resource. READ.pci.Zone: Read a 'pci.Zone' resource. READ.pool.IdMappingMember: Read a 'pool.IdMappingMember' resource. CREATE.pool.IdMappingPolicy: Create a 'pool.IdMappingPolicy' resource. DELETE.pool.IdMappingPolicy: Delete a 'pool.IdMappingPolicy' resource. READ.pool.IdMappingPolicy: Read a 'pool.IdMappingPolicy' resource. UPDATE.pool.IdMappingPolicy: Update a 'pool.IdMappingPolicy' resource. READ.port.Group: Read a 'port.Group' resource. UPDATE.port.Group: Update a 'port.Group' resource. READ.port.MacBinding: Read a 'port.MacBinding' resource. UPDATE.port.MacBinding: Update a 'port.MacBinding' resource. READ.port.SubGroup: Read a 'port.SubGroup' resource. UPDATE.port.SubGroup: Update a 'port.SubGroup' resource. READ.power.ControlState: Read a 'power.ControlState' resource. CREATE.power.Policy: Create a 'power.Policy' resource. DELETE.power.Policy: Delete a 'power.Policy' resource. READ.power.Policy: Read a 'power.Policy' resource. UPDATE.power.Policy: Update a 'power.Policy' resource. READ.power.PolicyInventory: Read a 'power.PolicyInventory' resource. CREATE.power.PowerGroup: Create a 'power.PowerGroup' resource. DELETE.power.PowerGroup: Delete a 'power.PowerGroup' resource. READ.power.PowerGroup: Read a 'power.PowerGroup' resource. UPDATE.power.PowerGroup: Update a 'power.PowerGroup' resource. READ.power.PowerGroupMember: Read a 'power.PowerGroupMember' resource. READ.processor.Unit: Read a 'processor.Unit' resource. UPDATE.processor.Unit: Update a 'processor.Unit' resource. READ.rack.UnitPersonality: Read a 'rack.UnitPersonality' resource. UPDATE.rack.UnitPersonality: Update a 'rack.UnitPersonality' resource. READ.recommendation.CapacityRunway: Read a 'recommendation.CapacityRunway' resource. READ.recommendation.ClusterExpansion: Read a 'recommendation.ClusterExpansion' resource. CREATE.recommendation.HardwareExpansionRequest: Create a 'recommendation.HardwareExpansionRequest' resource. READ.recommendation.HardwareExpansionRequest: Read a 'recommendation.HardwareExpansionRequest' resource. UPDATE.recommendation.HardwareExpansionRequest: Update a 'recommendation.HardwareExpansionRequest' resource. CREATE.recommendation.HardwareExpansionRequestItem: Create a 'recommendation.HardwareExpansionRequestItem' resource. READ.recommendation.HardwareExpansionRequestItem: Read a 'recommendation.HardwareExpansionRequestItem' resource. UPDATE.recommendation.HardwareExpansionRequestItem: Update a 'recommendation.HardwareExpansionRequestItem' resource. READ.recommendation.PhysicalItem: Read a 'recommendation.PhysicalItem' resource. CREATE.recommendation.PurchaseOrderEstimate: Create a 'recommendation.PurchaseOrderEstimate' resource. READ.recommendation.PurchaseOrderEstimate: Read a 'recommendation.PurchaseOrderEstimate' resource. UPDATE.recommendation.PurchaseOrderEstimate: Update a 'recommendation.PurchaseOrderEstimate' resource. READ.recommendation.PurchaseOrderList: Read a 'recommendation.PurchaseOrderList' resource. READ.recommendation.SoftwareItem: Read a 'recommendation.SoftwareItem' resource. CREATE.recovery.BackupConfigPolicy: Create a 'recovery.BackupConfigPolicy' resource. DELETE.recovery.BackupConfigPolicy: Delete a 'recovery.BackupConfigPolicy' resource. READ.recovery.BackupConfigPolicy: Read a 'recovery.BackupConfigPolicy' resource. UPDATE.recovery.BackupConfigPolicy: Update a 'recovery.BackupConfigPolicy' resource. CREATE.recovery.BackupProfile: Create a 'recovery.BackupProfile' resource. DELETE.recovery.BackupProfile: Delete a 'recovery.BackupProfile' resource. READ.recovery.BackupProfile: Read a 'recovery.BackupProfile' resource. UPDATE.recovery.BackupProfile: Update a 'recovery.BackupProfile' resource. READ.recovery.ConfigResult: Read a 'recovery.ConfigResult' resource. READ.recovery.ConfigResultEntry: Read a 'recovery.ConfigResultEntry' resource. CREATE.recovery.OnDemandBackup: Create a 'recovery.OnDemandBackup' resource. DELETE.recovery.OnDemandBackup: Delete a 'recovery.OnDemandBackup' resource. READ.recovery.OnDemandBackup: Read a 'recovery.OnDemandBackup' resource. UPDATE.recovery.OnDemandBackup: Update a 'recovery.OnDemandBackup' resource. CREATE.recovery.Restore: Create a 'recovery.Restore' resource. DELETE.recovery.Restore: Delete a 'recovery.Restore' resource. READ.recovery.Restore: Read a 'recovery.Restore' resource. CREATE.recovery.ScheduleConfigPolicy: Create a 'recovery.ScheduleConfigPolicy' resource. DELETE.recovery.ScheduleConfigPolicy: Delete a 'recovery.ScheduleConfigPolicy' resource. READ.recovery.ScheduleConfigPolicy: Read a 'recovery.ScheduleConfigPolicy' resource. UPDATE.recovery.ScheduleConfigPolicy: Update a 'recovery.ScheduleConfigPolicy' resource. CREATE.resource.Group: Create a 'resource.Group' resource. DELETE.resource.Group: Delete a 'resource.Group' resource. READ.resource.Group: Read a 'resource.Group' resource. UPDATE.resource.Group: Update a 'resource.Group' resource. READ.resource.GroupMember: Read a 'resource.GroupMember' resource. READ.resource.LicenseResourceCount: Read a 'resource.LicenseResourceCount' resource. READ.resource.Membership: Read a 'resource.Membership' resource. UPDATE.resource.Membership: Update a 'resource.Membership' resource. READ.resource.MembershipHolder: Read a 'resource.MembershipHolder' resource. CREATE.resource.Reservation: Create a 'resource.Reservation' resource. DELETE.resource.Reservation: Delete a 'resource.Reservation' resource. READ.resource.Reservation: Read a 'resource.Reservation' resource. UPDATE.resource.Reservation: Update a 'resource.Reservation' resource. CREATE.resource.SelectionCriteria: Create a 'resource.SelectionCriteria' resource. DELETE.resource.SelectionCriteria: Delete a 'resource.SelectionCriteria' resource. READ.resource.SelectionCriteria: Read a 'resource.SelectionCriteria' resource. UPDATE.resource.SelectionCriteria: Update a 'resource.SelectionCriteria' resource. READ.resource.SharedResourcesInfoHolder: Read a 'resource.SharedResourcesInfoHolder' resource. DELETE.resourcepool.ChassisQualificationPolicy: Delete a 'resourcepool.ChassisQualificationPolicy' resource. READ.resourcepool.ChassisQualificationPolicy: Read a 'resourcepool.ChassisQualificationPolicy' resource. DELETE.resourcepool.Lease: Delete a 'resourcepool.Lease' resource. READ.resourcepool.Lease: Read a 'resourcepool.Lease' resource. READ.resourcepool.LeaseResource: Read a 'resourcepool.LeaseResource' resource. DELETE.resourcepool.MembershipReservation: Delete a 'resourcepool.MembershipReservation' resource. READ.resourcepool.MembershipReservation: Read a 'resourcepool.MembershipReservation' resource. UPDATE.resourcepool.MembershipReservation: Update a 'resourcepool.MembershipReservation' resource. CREATE.resourcepool.Pool: Create a 'resourcepool.Pool' resource. DELETE.resourcepool.Pool: Delete a 'resourcepool.Pool' resource. READ.resourcepool.Pool: Read a 'resourcepool.Pool' resource. UPDATE.resourcepool.Pool: Update a 'resourcepool.Pool' resource. READ.resourcepool.PoolMember: Read a 'resourcepool.PoolMember' resource. CREATE.resourcepool.QualificationPolicy: Create a 'resourcepool.QualificationPolicy' resource. DELETE.resourcepool.QualificationPolicy: Delete a 'resourcepool.QualificationPolicy' resource. READ.resourcepool.QualificationPolicy: Read a 'resourcepool.QualificationPolicy' resource. UPDATE.resourcepool.QualificationPolicy: Update a 'resourcepool.QualificationPolicy' resource. CREATE.resourcepool.Reservation: Create a 'resourcepool.Reservation' resource. DELETE.resourcepool.Reservation: Delete a 'resourcepool.Reservation' resource. READ.resourcepool.Reservation: Read a 'resourcepool.Reservation' resource. UPDATE.resourcepool.Reservation: Update a 'resourcepool.Reservation' resource. READ.resourcepool.Universe: Read a 'resourcepool.Universe' resource. CREATE.rproxy.ReverseProxy: Create a 'rproxy.ReverseProxy' resource. CREATE.scheduler.SchedulePolicy: Create a 'scheduler.SchedulePolicy' resource. DELETE.scheduler.SchedulePolicy: Delete a 'scheduler.SchedulePolicy' resource. READ.scheduler.SchedulePolicy: Read a 'scheduler.SchedulePolicy' resource. UPDATE.scheduler.SchedulePolicy: Update a 'scheduler.SchedulePolicy' resource. READ.scheduler.TaskResult: Read a 'scheduler.TaskResult' resource. CREATE.scheduler.TaskSchedule: Create a 'scheduler.TaskSchedule' resource. DELETE.scheduler.TaskSchedule: Delete a 'scheduler.TaskSchedule' resource. READ.scheduler.TaskSchedule: Read a 'scheduler.TaskSchedule' resource. UPDATE.scheduler.TaskSchedule: Update a 'scheduler.TaskSchedule' resource. CREATE.sdaaci.Connection: Create a 'sdaaci.Connection' resource. DELETE.sdaaci.Connection: Delete a 'sdaaci.Connection' resource. READ.sdaaci.Connection: Read a 'sdaaci.Connection' resource. UPDATE.sdaaci.Connection: Update a 'sdaaci.Connection' resource. CREATE.sdaaci.ConnectionDetail: Create a 'sdaaci.ConnectionDetail' resource. DELETE.sdaaci.ConnectionDetail: Delete a 'sdaaci.ConnectionDetail' resource. READ.sdaaci.ConnectionDetail: Read a 'sdaaci.ConnectionDetail' resource. UPDATE.sdaaci.ConnectionDetail: Update a 'sdaaci.ConnectionDetail' resource. CREATE.sdcard.Policy: Create a 'sdcard.Policy' resource. DELETE.sdcard.Policy: Delete a 'sdcard.Policy' resource. READ.sdcard.Policy: Read a 'sdcard.Policy' resource. UPDATE.sdcard.Policy: Update a 'sdcard.Policy' resource. READ.sdcard.PolicyInventory: Read a 'sdcard.PolicyInventory' resource. READ.search.SearchItem: Read a 'search.SearchItem' resource. READ.search.TagItem: Read a 'search.TagItem' resource. READ.security.Unit: Read a 'security.Unit' resource. UPDATE.security.Unit: Update a 'security.Unit' resource. READ.server.ConfigChangeDetail: Read a 'server.ConfigChangeDetail' resource. CREATE.server.ConfigImport: Create a 'server.ConfigImport' resource. READ.server.ConfigImport: Read a 'server.ConfigImport' resource. READ.server.ConfigResult: Read a 'server.ConfigResult' resource. READ.server.ConfigResultEntry: Read a 'server.ConfigResultEntry' resource. CREATE.server.DiagnosticStatus: Create a 'server.DiagnosticStatus' resource. DELETE.server.DiagnosticStatus: Delete a 'server.DiagnosticStatus' resource. READ.server.DiagnosticStatus: Read a 'server.DiagnosticStatus' resource. UPDATE.server.DiagnosticStatus: Update a 'server.DiagnosticStatus' resource. CREATE.server.Diagnostics: Create a 'server.Diagnostics' resource. DELETE.server.Diagnostics: Delete a 'server.Diagnostics' resource. READ.server.Diagnostics: Read a 'server.Diagnostics' resource. UPDATE.server.Diagnostics: Update a 'server.Diagnostics' resource. READ.server.Disruption: Read a 'server.Disruption' resource. DELETE.server.MigrationKeyDetails: Delete a 'server.MigrationKeyDetails' resource. READ.server.MigrationKeyDetails: Read a 'server.MigrationKeyDetails' resource. CREATE.server.Profile: Create a 'server.Profile' resource. DELETE.server.Profile: Delete a 'server.Profile' resource. READ.server.Profile: Read a 'server.Profile' resource. UPDATE.server.Profile: Update a 'server.Profile' resource. READ.server.ProfilePendingChangeEval: Read a 'server.ProfilePendingChangeEval' resource. CREATE.server.ProfileTemplate: Create a 'server.ProfileTemplate' resource. DELETE.server.ProfileTemplate: Delete a 'server.ProfileTemplate' resource. READ.server.ProfileTemplate: Read a 'server.ProfileTemplate' resource. UPDATE.server.ProfileTemplate: Update a 'server.ProfileTemplate' resource. READ.servicenow.ChangeRequest: Read a 'servicenow.ChangeRequest' resource. READ.servicenow.ChangeRequestDoc: Read a 'servicenow.ChangeRequestDoc' resource. READ.servicenow.Incident: Read a 'servicenow.Incident' resource. READ.servicenow.IncidentDoc: Read a 'servicenow.IncidentDoc' resource. CREATE.smtp.Policy: Create a 'smtp.Policy' resource. DELETE.smtp.Policy: Delete a 'smtp.Policy' resource. READ.smtp.Policy: Read a 'smtp.Policy' resource. UPDATE.smtp.Policy: Update a 'smtp.Policy' resource. READ.smtp.PolicyInventory: Read a 'smtp.PolicyInventory' resource. CREATE.smtp.PolicyTest: Create a 'smtp.PolicyTest' resource. DELETE.smtp.PolicyTest: Delete a 'smtp.PolicyTest' resource. READ.smtp.PolicyTest: Read a 'smtp.PolicyTest' resource. UPDATE.smtp.PolicyTest: Update a 'smtp.PolicyTest' resource. CREATE.snmp.Policy: Create a 'snmp.Policy' resource. DELETE.snmp.Policy: Delete a 'snmp.Policy' resource. READ.snmp.Policy: Read a 'snmp.Policy' resource. UPDATE.snmp.Policy: Update a 'snmp.Policy' resource. READ.snmp.PolicyInventory: Read a 'snmp.PolicyInventory' resource. CREATE.software.ApplianceDistributable: Create a 'software.ApplianceDistributable' resource. DELETE.software.ApplianceDistributable: Delete a 'software.ApplianceDistributable' resource. READ.software.ApplianceDistributable: Read a 'software.ApplianceDistributable' resource. UPDATE.software.ApplianceDistributable: Update a 'software.ApplianceDistributable' resource. READ.software.DownloadHistory: Read a 'software.DownloadHistory' resource. CREATE.software.HciBundleDistributable: Create a 'software.HciBundleDistributable' resource. DELETE.software.HciBundleDistributable: Delete a 'software.HciBundleDistributable' resource. READ.software.HciBundleDistributable: Read a 'software.HciBundleDistributable' resource. UPDATE.software.HciBundleDistributable: Update a 'software.HciBundleDistributable' resource. CREATE.software.HciDistributable: Create a 'software.HciDistributable' resource. DELETE.software.HciDistributable: Delete a 'software.HciDistributable' resource. READ.software.HciDistributable: Read a 'software.HciDistributable' resource. UPDATE.software.HciDistributable: Update a 'software.HciDistributable' resource. READ.software.HclMeta: Read a 'software.HclMeta' resource. CREATE.software.HyperflexBundleDistributable: Create a 'software.HyperflexBundleDistributable' resource. DELETE.software.HyperflexBundleDistributable: Delete a 'software.HyperflexBundleDistributable' resource. READ.software.HyperflexBundleDistributable: Read a 'software.HyperflexBundleDistributable' resource. UPDATE.software.HyperflexBundleDistributable: Update a 'software.HyperflexBundleDistributable' resource. CREATE.software.HyperflexDistributable: Create a 'software.HyperflexDistributable' resource. DELETE.software.HyperflexDistributable: Delete a 'software.HyperflexDistributable' resource. READ.software.HyperflexDistributable: Read a 'software.HyperflexDistributable' resource. UPDATE.software.HyperflexDistributable: Update a 'software.HyperflexDistributable' resource. CREATE.software.IksBundleDistributable: Create a 'software.IksBundleDistributable' resource. DELETE.software.IksBundleDistributable: Delete a 'software.IksBundleDistributable' resource. READ.software.IksBundleDistributable: Read a 'software.IksBundleDistributable' resource. UPDATE.software.IksBundleDistributable: Update a 'software.IksBundleDistributable' resource. CREATE.software.ReleaseMeta: Create a 'software.ReleaseMeta' resource. DELETE.software.ReleaseMeta: Delete a 'software.ReleaseMeta' resource. READ.software.ReleaseMeta: Read a 'software.ReleaseMeta' resource. UPDATE.software.ReleaseMeta: Update a 'software.ReleaseMeta' resource. CREATE.software.SolutionDistributable: Create a 'software.SolutionDistributable' resource. DELETE.software.SolutionDistributable: Delete a 'software.SolutionDistributable' resource. READ.software.SolutionDistributable: Read a 'software.SolutionDistributable' resource. UPDATE.software.SolutionDistributable: Update a 'software.SolutionDistributable' resource. CREATE.software.UcsdBundleDistributable: Create a 'software.UcsdBundleDistributable' resource. DELETE.software.UcsdBundleDistributable: Delete a 'software.UcsdBundleDistributable' resource. READ.software.UcsdBundleDistributable: Read a 'software.UcsdBundleDistributable' resource. UPDATE.software.UcsdBundleDistributable: Update a 'software.UcsdBundleDistributable' resource. CREATE.software.UcsdDistributable: Create a 'software.UcsdDistributable' resource. DELETE.software.UcsdDistributable: Delete a 'software.UcsdDistributable' resource. READ.software.UcsdDistributable: Read a 'software.UcsdDistributable' resource. UPDATE.software.UcsdDistributable: Update a 'software.UcsdDistributable' resource. CREATE.softwarerepository.Authorization: Create a 'softwarerepository.Authorization' resource. READ.softwarerepository.Authorization: Read a 'softwarerepository.Authorization' resource. UPDATE.softwarerepository.Authorization: Update a 'softwarerepository.Authorization' resource. READ.softwarerepository.CachedImage: Read a 'softwarerepository.CachedImage' resource. READ.softwarerepository.Catalog: Read a 'softwarerepository.Catalog' resource. READ.softwarerepository.CategoryMapper: Read a 'softwarerepository.CategoryMapper' resource. READ.softwarerepository.CategoryMapperModel: Read a 'softwarerepository.CategoryMapperModel' resource. READ.softwarerepository.CategorySupportConstraint: Read a 'softwarerepository.CategorySupportConstraint' resource. READ.softwarerepository.CategoryUnsupportedModels: Read a 'softwarerepository.CategoryUnsupportedModels' resource. READ.softwarerepository.DownloadSpec: Read a 'softwarerepository.DownloadSpec' resource. CREATE.softwarerepository.OperatingSystemFile: Create a 'softwarerepository.OperatingSystemFile' resource. DELETE.softwarerepository.OperatingSystemFile: Delete a 'softwarerepository.OperatingSystemFile' resource. READ.softwarerepository.OperatingSystemFile: Read a 'softwarerepository.OperatingSystemFile' resource. UPDATE.softwarerepository.OperatingSystemFile: Update a 'softwarerepository.OperatingSystemFile' resource. READ.softwarerepository.Release: Read a 'softwarerepository.Release' resource. CREATE.sol.Policy: Create a 'sol.Policy' resource. DELETE.sol.Policy: Delete a 'sol.Policy' resource. READ.sol.Policy: Read a 'sol.Policy' resource. UPDATE.sol.Policy: Update a 'sol.Policy' resource. READ.sol.PolicyInventory: Read a 'sol.PolicyInventory' resource. CREATE.ssh.Policy: Create a 'ssh.Policy' resource. DELETE.ssh.Policy: Delete a 'ssh.Policy' resource. READ.ssh.Policy: Read a 'ssh.Policy' resource. UPDATE.ssh.Policy: Update a 'ssh.Policy' resource. READ.ssh.PolicyInventory: Read a 'ssh.PolicyInventory' resource. READ.storage.BatteryBackupUnit: Read a 'storage.BatteryBackupUnit' resource. UPDATE.storage.BatteryBackupUnit: Update a 'storage.BatteryBackupUnit' resource. READ.storage.Controller: Read a 'storage.Controller' resource. UPDATE.storage.Controller: Update a 'storage.Controller' resource. READ.storage.ControllerDrive: Read a 'storage.ControllerDrive' resource. READ.storage.DiskGroup: Read a 'storage.DiskGroup' resource. UPDATE.storage.DiskGroup: Update a 'storage.DiskGroup' resource. READ.storage.DiskSlot: Read a 'storage.DiskSlot' resource. CREATE.storage.DriveGroup: Create a 'storage.DriveGroup' resource. DELETE.storage.DriveGroup: Delete a 'storage.DriveGroup' resource. READ.storage.DriveGroup: Read a 'storage.DriveGroup' resource. UPDATE.storage.DriveGroup: Update a 'storage.DriveGroup' resource. CREATE.storage.DriveSecurityPolicy: Create a 'storage.DriveSecurityPolicy' resource. DELETE.storage.DriveSecurityPolicy: Delete a 'storage.DriveSecurityPolicy' resource. READ.storage.DriveSecurityPolicy: Read a 'storage.DriveSecurityPolicy' resource. UPDATE.storage.DriveSecurityPolicy: Update a 'storage.DriveSecurityPolicy' resource. READ.storage.Enclosure: Read a 'storage.Enclosure' resource. UPDATE.storage.Enclosure: Update a 'storage.Enclosure' resource. READ.storage.EnclosureDisk: Read a 'storage.EnclosureDisk' resource. UPDATE.storage.EnclosureDisk: Update a 'storage.EnclosureDisk' resource. READ.storage.EnclosureDiskSlotEp: Read a 'storage.EnclosureDiskSlotEp' resource. UPDATE.storage.EnclosureDiskSlotEp: Update a 'storage.EnclosureDiskSlotEp' resource. READ.storage.FileItem: Read a 'storage.FileItem' resource. READ.storage.FlexFlashController: Read a 'storage.FlexFlashController' resource. UPDATE.storage.FlexFlashController: Update a 'storage.FlexFlashController' resource. READ.storage.FlexFlashControllerProps: Read a 'storage.FlexFlashControllerProps' resource. UPDATE.storage.FlexFlashControllerProps: Update a 'storage.FlexFlashControllerProps' resource. READ.storage.FlexFlashPhysicalDrive: Read a 'storage.FlexFlashPhysicalDrive' resource. UPDATE.storage.FlexFlashPhysicalDrive: Update a 'storage.FlexFlashPhysicalDrive' resource. READ.storage.FlexFlashVirtualDrive: Read a 'storage.FlexFlashVirtualDrive' resource. UPDATE.storage.FlexFlashVirtualDrive: Update a 'storage.FlexFlashVirtualDrive' resource. READ.storage.FlexUtilController: Read a 'storage.FlexUtilController' resource. UPDATE.storage.FlexUtilController: Update a 'storage.FlexUtilController' resource. READ.storage.FlexUtilPhysicalDrive: Read a 'storage.FlexUtilPhysicalDrive' resource. UPDATE.storage.FlexUtilPhysicalDrive: Update a 'storage.FlexUtilPhysicalDrive' resource. READ.storage.FlexUtilVirtualDrive: Read a 'storage.FlexUtilVirtualDrive' resource. UPDATE.storage.FlexUtilVirtualDrive: Update a 'storage.FlexUtilVirtualDrive' resource. READ.storage.HitachiArray: Read a 'storage.HitachiArray' resource. UPDATE.storage.HitachiArray: Update a 'storage.HitachiArray' resource. READ.storage.HitachiController: Read a 'storage.HitachiController' resource. READ.storage.HitachiDisk: Read a 'storage.HitachiDisk' resource. READ.storage.HitachiExternalParityGroup: Read a 'storage.HitachiExternalParityGroup' resource. READ.storage.HitachiExternalPathGroup: Read a 'storage.HitachiExternalPathGroup' resource. READ.storage.HitachiExternalStorageLun: Read a 'storage.HitachiExternalStorageLun' resource. READ.storage.HitachiExternalStoragePort: Read a 'storage.HitachiExternalStoragePort' resource. READ.storage.HitachiHost: Read a 'storage.HitachiHost' resource. READ.storage.HitachiHostLun: Read a 'storage.HitachiHostLun' resource. READ.storage.HitachiNvmSubsystem: Read a 'storage.HitachiNvmSubsystem' resource. READ.storage.HitachiParityGroup: Read a 'storage.HitachiParityGroup' resource. READ.storage.HitachiPool: Read a 'storage.HitachiPool' resource. READ.storage.HitachiPort: Read a 'storage.HitachiPort' resource. READ.storage.HitachiRemoteCopyPairGad: Read a 'storage.HitachiRemoteCopyPairGad' resource. READ.storage.HitachiRemoteCopyPairTc: Read a 'storage.HitachiRemoteCopyPairTc' resource. READ.storage.HitachiRemoteCopyPairUr: Read a 'storage.HitachiRemoteCopyPairUr' resource. READ.storage.HitachiRemoteReplication: Read a 'storage.HitachiRemoteReplication' resource. READ.storage.HitachiSnapshot: Read a 'storage.HitachiSnapshot' resource. READ.storage.HitachiVolume: Read a 'storage.HitachiVolume' resource. READ.storage.HitachiVolumeMigrationPair: Read a 'storage.HitachiVolumeMigrationPair' resource. READ.storage.HyperFlexStorageContainer: Read a 'storage.HyperFlexStorageContainer' resource. READ.storage.HyperFlexVolume: Read a 'storage.HyperFlexVolume' resource. READ.storage.Item: Read a 'storage.Item' resource. READ.storage.KnoxSecureDriveConfiguration: Read a 'storage.KnoxSecureDriveConfiguration' resource. READ.storage.NetAppAggregate: Read a 'storage.NetAppAggregate' resource. READ.storage.NetAppAggregateEvent: Read a 'storage.NetAppAggregateEvent' resource. READ.storage.NetAppBaseDisk: Read a 'storage.NetAppBaseDisk' resource. READ.storage.NetAppCifsService: Read a 'storage.NetAppCifsService' resource. READ.storage.NetAppCifsShare: Read a 'storage.NetAppCifsShare' resource. READ.storage.NetAppCloudTarget: Read a 'storage.NetAppCloudTarget' resource. READ.storage.NetAppCluster: Read a 'storage.NetAppCluster' resource. UPDATE.storage.NetAppCluster: Update a 'storage.NetAppCluster' resource. READ.storage.NetAppClusterEvent: Read a 'storage.NetAppClusterEvent' resource. READ.storage.NetAppClusterSnapMirrorPolicy: Read a 'storage.NetAppClusterSnapMirrorPolicy' resource. READ.storage.NetAppClusterSnapshotPolicy: Read a 'storage.NetAppClusterSnapshotPolicy' resource. READ.storage.NetAppDataIpInterface: Read a 'storage.NetAppDataIpInterface' resource. READ.storage.NetAppDataIpInterfaceEvent: Read a 'storage.NetAppDataIpInterfaceEvent' resource. READ.storage.NetAppDiskEvent: Read a 'storage.NetAppDiskEvent' resource. READ.storage.NetAppEthernetPort: Read a 'storage.NetAppEthernetPort' resource. READ.storage.NetAppEthernetPortEvent: Read a 'storage.NetAppEthernetPortEvent' resource. READ.storage.NetAppExportPolicy: Read a 'storage.NetAppExportPolicy' resource. READ.storage.NetAppFcInterface: Read a 'storage.NetAppFcInterface' resource. READ.storage.NetAppFcInterfaceEvent: Read a 'storage.NetAppFcInterfaceEvent' resource. READ.storage.NetAppFcPort: Read a 'storage.NetAppFcPort' resource. READ.storage.NetAppFcPortEvent: Read a 'storage.NetAppFcPortEvent' resource. READ.storage.NetAppInitiatorGroup: Read a 'storage.NetAppInitiatorGroup' resource. READ.storage.NetAppIpInterface: Read a 'storage.NetAppIpInterface' resource. READ.storage.NetAppIpInterfaceEvent: Read a 'storage.NetAppIpInterfaceEvent' resource. READ.storage.NetAppIscsiService: Read a 'storage.NetAppIscsiService' resource. READ.storage.NetAppLicense: Read a 'storage.NetAppLicense' resource. READ.storage.NetAppLun: Read a 'storage.NetAppLun' resource. READ.storage.NetAppLunEvent: Read a 'storage.NetAppLunEvent' resource. READ.storage.NetAppLunMap: Read a 'storage.NetAppLunMap' resource. READ.storage.NetAppNamespace: Read a 'storage.NetAppNamespace' resource. READ.storage.NetAppNfsClient: Read a 'storage.NetAppNfsClient' resource. READ.storage.NetAppNfsService: Read a 'storage.NetAppNfsService' resource. READ.storage.NetAppNode: Read a 'storage.NetAppNode' resource. READ.storage.NetAppNodeCdpNeighbor: Read a 'storage.NetAppNodeCdpNeighbor' resource. READ.storage.NetAppNodeEvent: Read a 'storage.NetAppNodeEvent' resource. READ.storage.NetAppNonDataIpInterface: Read a 'storage.NetAppNonDataIpInterface' resource. READ.storage.NetAppNonDataIpInterfaceEvent: Read a 'storage.NetAppNonDataIpInterfaceEvent' resource. READ.storage.NetAppNtpServer: Read a 'storage.NetAppNtpServer' resource. READ.storage.NetAppQtree: Read a 'storage.NetAppQtree' resource. READ.storage.NetAppSchedule: Read a 'storage.NetAppSchedule' resource. READ.storage.NetAppSensor: Read a 'storage.NetAppSensor' resource. READ.storage.NetAppSnapMirrorRelationship: Read a 'storage.NetAppSnapMirrorRelationship' resource. READ.storage.NetAppStorageVm: Read a 'storage.NetAppStorageVm' resource. READ.storage.NetAppSvmEvent: Read a 'storage.NetAppSvmEvent' resource. READ.storage.NetAppSvmSnapMirrorPolicy: Read a 'storage.NetAppSvmSnapMirrorPolicy' resource. READ.storage.NetAppSvmSnapshotPolicy: Read a 'storage.NetAppSvmSnapshotPolicy' resource. READ.storage.NetAppVolume: Read a 'storage.NetAppVolume' resource. READ.storage.NetAppVolumeEvent: Read a 'storage.NetAppVolumeEvent' resource. READ.storage.NetAppVolumeSnapshot: Read a 'storage.NetAppVolumeSnapshot' resource. READ.storage.NvmeRaidConfiguration: Read a 'storage.NvmeRaidConfiguration' resource. READ.storage.PhysicalDisk: Read a 'storage.PhysicalDisk' resource. UPDATE.storage.PhysicalDisk: Update a 'storage.PhysicalDisk' resource. READ.storage.PhysicalDiskExtension: Read a 'storage.PhysicalDiskExtension' resource. UPDATE.storage.PhysicalDiskExtension: Update a 'storage.PhysicalDiskExtension' resource. READ.storage.PhysicalDiskUsage: Read a 'storage.PhysicalDiskUsage' resource. UPDATE.storage.PhysicalDiskUsage: Update a 'storage.PhysicalDiskUsage' resource. READ.storage.PureArray: Read a 'storage.PureArray' resource. UPDATE.storage.PureArray: Update a 'storage.PureArray' resource. READ.storage.PureArrayAlerts: Read a 'storage.PureArrayAlerts' resource. READ.storage.PureBlade: Read a 'storage.PureBlade' resource. READ.storage.PureController: Read a 'storage.PureController' resource. READ.storage.PureDirectory: Read a 'storage.PureDirectory' resource. READ.storage.PureDirectoryExport: Read a 'storage.PureDirectoryExport' resource. READ.storage.PureDirectoryPolicy: Read a 'storage.PureDirectoryPolicy' resource. READ.storage.PureDirectoryQuota: Read a 'storage.PureDirectoryQuota' resource. READ.storage.PureDirectorySnapshot: Read a 'storage.PureDirectorySnapshot' resource. READ.storage.PureDisk: Read a 'storage.PureDisk' resource. READ.storage.PureFileSystems: Read a 'storage.PureFileSystems' resource. READ.storage.PureFlashBladeFileSystem: Read a 'storage.PureFlashBladeFileSystem' resource. READ.storage.PureFlashBladeSystem: Read a 'storage.PureFlashBladeSystem' resource. UPDATE.storage.PureFlashBladeSystem: Update a 'storage.PureFlashBladeSystem' resource. READ.storage.PureHost: Read a 'storage.PureHost' resource. READ.storage.PureHostGroup: Read a 'storage.PureHostGroup' resource. READ.storage.PureHostLun: Read a 'storage.PureHostLun' resource. READ.storage.PureManagementAccessPolicy: Read a 'storage.PureManagementAccessPolicy' resource. READ.storage.PureNfsPolicyRule: Read a 'storage.PureNfsPolicyRule' resource. READ.storage.PureObjectBucket: Read a 'storage.PureObjectBucket' resource. READ.storage.PureObjectStoreAccount: Read a 'storage.PureObjectStoreAccount' resource. READ.storage.PureObjectStoreUser: Read a 'storage.PureObjectStoreUser' resource. READ.storage.PurePod: Read a 'storage.PurePod' resource. READ.storage.PurePort: Read a 'storage.PurePort' resource. READ.storage.PureProtectionGroup: Read a 'storage.PureProtectionGroup' resource. READ.storage.PureProtectionGroupSnapshot: Read a 'storage.PureProtectionGroupSnapshot' resource. READ.storage.PureQuotaPolicyRule: Read a 'storage.PureQuotaPolicyRule' resource. READ.storage.PureRealm: Read a 'storage.PureRealm' resource. READ.storage.PureReplicationSchedule: Read a 'storage.PureReplicationSchedule' resource. READ.storage.PureSmbPolicyRule: Read a 'storage.PureSmbPolicyRule' resource. READ.storage.PureSnapshotSchedule: Read a 'storage.PureSnapshotSchedule' resource. READ.storage.PureTargetArray: Read a 'storage.PureTargetArray' resource. READ.storage.PureVolume: Read a 'storage.PureVolume' resource. READ.storage.PureVolumeGroup: Read a 'storage.PureVolumeGroup' resource. READ.storage.PureVolumeSnapshot: Read a 'storage.PureVolumeSnapshot' resource. READ.storage.SasExpander: Read a 'storage.SasExpander' resource. UPDATE.storage.SasExpander: Update a 'storage.SasExpander' resource. READ.storage.SasPort: Read a 'storage.SasPort' resource. UPDATE.storage.SasPort: Update a 'storage.SasPort' resource. READ.storage.Span: Read a 'storage.Span' resource. UPDATE.storage.Span: Update a 'storage.Span' resource. CREATE.storage.StoragePolicy: Create a 'storage.StoragePolicy' resource. DELETE.storage.StoragePolicy: Delete a 'storage.StoragePolicy' resource. READ.storage.StoragePolicy: Read a 'storage.StoragePolicy' resource. UPDATE.storage.StoragePolicy: Update a 'storage.StoragePolicy' resource. READ.storage.VdMemberEp: Read a 'storage.VdMemberEp' resource. UPDATE.storage.VdMemberEp: Update a 'storage.VdMemberEp' resource. READ.storage.VirtualDrive: Read a 'storage.VirtualDrive' resource. UPDATE.storage.VirtualDrive: Update a 'storage.VirtualDrive' resource. READ.storage.VirtualDriveContainer: Read a 'storage.VirtualDriveContainer' resource. UPDATE.storage.VirtualDriveContainer: Update a 'storage.VirtualDriveContainer' resource. READ.storage.VirtualDriveExtension: Read a 'storage.VirtualDriveExtension' resource. UPDATE.storage.VirtualDriveExtension: Update a 'storage.VirtualDriveExtension' resource. READ.storage.VirtualDriveIdentity: Read a 'storage.VirtualDriveIdentity' resource. CREATE.syslog.Policy: Create a 'syslog.Policy' resource. DELETE.syslog.Policy: Delete a 'syslog.Policy' resource. READ.syslog.Policy: Read a 'syslog.Policy' resource. UPDATE.syslog.Policy: Update a 'syslog.Policy' resource. READ.syslog.PolicyInventory: Read a 'syslog.PolicyInventory' resource. READ.tam.AdvisoryCount: Read a 'tam.AdvisoryCount' resource. READ.tam.AdvisoryDefinition: Read a 'tam.AdvisoryDefinition' resource. CREATE.tam.AdvisoryInfo: Create a 'tam.AdvisoryInfo' resource. DELETE.tam.AdvisoryInfo: Delete a 'tam.AdvisoryInfo' resource. READ.tam.AdvisoryInfo: Read a 'tam.AdvisoryInfo' resource. UPDATE.tam.AdvisoryInfo: Update a 'tam.AdvisoryInfo' resource. READ.tam.AdvisoryInstance: Read a 'tam.AdvisoryInstance' resource. READ.tam.SecurityAdvisory: Read a 'tam.SecurityAdvisory' resource. CREATE.task.CatalystSdwanScopedInventory: Create a 'task.CatalystSdwanScopedInventory' resource. CREATE.task.FabricMosScopedInventory: Create a 'task.FabricMosScopedInventory' resource. CREATE.task.HciScopedInventory: Create a 'task.HciScopedInventory' resource. CREATE.task.HitachiScopedInventory: Create a 'task.HitachiScopedInventory' resource. CREATE.task.HyperFlexManagementScopedInventory: Create a 'task.HyperFlexManagementScopedInventory' resource. CREATE.task.HyperflexScopedInventory: Create a 'task.HyperflexScopedInventory' resource. CREATE.task.MdsScopedInventory: Create a 'task.MdsScopedInventory' resource. CREATE.task.MdsSystemScopedInventory: Create a 'task.MdsSystemScopedInventory' resource. CREATE.task.MerakiScopedInventory: Create a 'task.MerakiScopedInventory' resource. CREATE.task.NetAppScopedInventory: Create a 'task.NetAppScopedInventory' resource. CREATE.task.NexusScopedInventory: Create a 'task.NexusScopedInventory' resource. CREATE.task.NexusSystemScopedInventory: Create a 'task.NexusSystemScopedInventory' resource. CREATE.task.NexusVlanScopedInventory: Create a 'task.NexusVlanScopedInventory' resource. CREATE.task.PureFlashBladeScopedInventory: Create a 'task.PureFlashBladeScopedInventory' resource. CREATE.task.PureScopedInventory: Create a 'task.PureScopedInventory' resource. CREATE.task.ServerScopedInventory: Create a 'task.ServerScopedInventory' resource. CREATE.techsupportmanagement.CollectionControlPolicy: Create a 'techsupportmanagement.CollectionControlPolicy' resource. DELETE.techsupportmanagement.CollectionControlPolicy: Delete a 'techsupportmanagement.CollectionControlPolicy' resource. READ.techsupportmanagement.CollectionControlPolicy: Read a 'techsupportmanagement.CollectionControlPolicy' resource. UPDATE.techsupportmanagement.CollectionControlPolicy: Update a 'techsupportmanagement.CollectionControlPolicy' resource. READ.techsupportmanagement.Download: Read a 'techsupportmanagement.Download' resource. READ.techsupportmanagement.EndPoint: Read a 'techsupportmanagement.EndPoint' resource. CREATE.techsupportmanagement.TechSupportBundle: Create a 'techsupportmanagement.TechSupportBundle' resource. DELETE.techsupportmanagement.TechSupportBundle: Delete a 'techsupportmanagement.TechSupportBundle' resource. READ.techsupportmanagement.TechSupportBundle: Read a 'techsupportmanagement.TechSupportBundle' resource. READ.techsupportmanagement.TechSupportStatus: Read a 'techsupportmanagement.TechSupportStatus' resource. READ.terminal.AuditLog: Read a 'terminal.AuditLog' resource. CREATE.thermal.Policy: Create a 'thermal.Policy' resource. DELETE.thermal.Policy: Delete a 'thermal.Policy' resource. READ.thermal.Policy: Read a 'thermal.Policy' resource. UPDATE.thermal.Policy: Update a 'thermal.Policy' resource. READ.thermal.PolicyInventory: Read a 'thermal.PolicyInventory' resource. READ.top.System: Read a 'top.System' resource. UPDATE.top.System: Update a 'top.System' resource. DELETE.ucsd.BackupInfo: Delete a 'ucsd.BackupInfo' resource. READ.ucsd.BackupInfo: Read a 'ucsd.BackupInfo' resource. READ.uuidpool.Block: Read a 'uuidpool.Block' resource. CREATE.uuidpool.Pool: Create a 'uuidpool.Pool' resource. DELETE.uuidpool.Pool: Delete a 'uuidpool.Pool' resource. READ.uuidpool.Pool: Read a 'uuidpool.Pool' resource. UPDATE.uuidpool.Pool: Update a 'uuidpool.Pool' resource. READ.uuidpool.PoolMember: Read a 'uuidpool.PoolMember' resource. CREATE.uuidpool.Reservation: Create a 'uuidpool.Reservation' resource. DELETE.uuidpool.Reservation: Delete a 'uuidpool.Reservation' resource. READ.uuidpool.Reservation: Read a 'uuidpool.Reservation' resource. READ.uuidpool.Universe: Read a 'uuidpool.Universe' resource. DELETE.uuidpool.UuidLease: Delete a 'uuidpool.UuidLease' resource. READ.uuidpool.UuidLease: Read a 'uuidpool.UuidLease' resource. READ.view.HealthStatus: Read a 'view.HealthStatus' resource. READ.view.Server: Read a 'view.Server' resource. CREATE.virtualization.EsxiConsole: Create a 'virtualization.EsxiConsole' resource. READ.virtualization.EsxiConsole: Read a 'virtualization.EsxiConsole' resource. UPDATE.virtualization.EsxiConsole: Update a 'virtualization.EsxiConsole' resource. READ.virtualization.Host: Read a 'virtualization.Host' resource. UPDATE.virtualization.Host: Update a 'virtualization.Host' resource. CREATE.virtualization.VirtualMachine: Create a 'virtualization.VirtualMachine' resource. DELETE.virtualization.VirtualMachine: Delete a 'virtualization.VirtualMachine' resource. READ.virtualization.VirtualMachine: Read a 'virtualization.VirtualMachine' resource. UPDATE.virtualization.VirtualMachine: Update a 'virtualization.VirtualMachine' resource. READ.virtualization.VmwareCluster: Read a 'virtualization.VmwareCluster' resource. UPDATE.virtualization.VmwareCluster: Update a 'virtualization.VmwareCluster' resource. READ.virtualization.VmwareDatacenter: Read a 'virtualization.VmwareDatacenter' resource. UPDATE.virtualization.VmwareDatacenter: Update a 'virtualization.VmwareDatacenter' resource. READ.virtualization.VmwareDatastore: Read a 'virtualization.VmwareDatastore' resource. UPDATE.virtualization.VmwareDatastore: Update a 'virtualization.VmwareDatastore' resource. READ.virtualization.VmwareDatastoreCluster: Read a 'virtualization.VmwareDatastoreCluster' resource. UPDATE.virtualization.VmwareDatastoreCluster: Update a 'virtualization.VmwareDatastoreCluster' resource. READ.virtualization.VmwareDistributedNetwork: Read a 'virtualization.VmwareDistributedNetwork' resource. UPDATE.virtualization.VmwareDistributedNetwork: Update a 'virtualization.VmwareDistributedNetwork' resource. READ.virtualization.VmwareDistributedSwitch: Read a 'virtualization.VmwareDistributedSwitch' resource. UPDATE.virtualization.VmwareDistributedSwitch: Update a 'virtualization.VmwareDistributedSwitch' resource. READ.virtualization.VmwareFolder: Read a 'virtualization.VmwareFolder' resource. UPDATE.virtualization.VmwareFolder: Update a 'virtualization.VmwareFolder' resource. READ.virtualization.VmwareHost: Read a 'virtualization.VmwareHost' resource. UPDATE.virtualization.VmwareHost: Update a 'virtualization.VmwareHost' resource. READ.virtualization.VmwareHostGpu: Read a 'virtualization.VmwareHostGpu' resource. READ.virtualization.VmwareKernelNetwork: Read a 'virtualization.VmwareKernelNetwork' resource. UPDATE.virtualization.VmwareKernelNetwork: Update a 'virtualization.VmwareKernelNetwork' resource. READ.virtualization.VmwareNetwork: Read a 'virtualization.VmwareNetwork' resource. UPDATE.virtualization.VmwareNetwork: Update a 'virtualization.VmwareNetwork' resource. READ.virtualization.VmwarePhysicalNetworkInterface: Read a 'virtualization.VmwarePhysicalNetworkInterface' resource. UPDATE.virtualization.VmwarePhysicalNetworkInterface: Update a 'virtualization.VmwarePhysicalNetworkInterface' resource. READ.virtualization.VmwareProactiveHa: Read a 'virtualization.VmwareProactiveHa' resource. READ.virtualization.VmwareUplinkPort: Read a 'virtualization.VmwareUplinkPort' resource. UPDATE.virtualization.VmwareUplinkPort: Update a 'virtualization.VmwareUplinkPort' resource. READ.virtualization.VmwareVcenter: Read a 'virtualization.VmwareVcenter' resource. READ.virtualization.VmwareVirtualDisk: Read a 'virtualization.VmwareVirtualDisk' resource. UPDATE.virtualization.VmwareVirtualDisk: Update a 'virtualization.VmwareVirtualDisk' resource. READ.virtualization.VmwareVirtualMachine: Read a 'virtualization.VmwareVirtualMachine' resource. UPDATE.virtualization.VmwareVirtualMachine: Update a 'virtualization.VmwareVirtualMachine' resource. READ.virtualization.VmwareVirtualMachineGpu: Read a 'virtualization.VmwareVirtualMachineGpu' resource. READ.virtualization.VmwareVirtualMachineSnapshot: Read a 'virtualization.VmwareVirtualMachineSnapshot' resource. UPDATE.virtualization.VmwareVirtualMachineSnapshot: Update a 'virtualization.VmwareVirtualMachineSnapshot' resource. READ.virtualization.VmwareVirtualNetworkInterface: Read a 'virtualization.VmwareVirtualNetworkInterface' resource. UPDATE.virtualization.VmwareVirtualNetworkInterface: Update a 'virtualization.VmwareVirtualNetworkInterface' resource. READ.virtualization.VmwareVirtualSwitch: Read a 'virtualization.VmwareVirtualSwitch' resource. UPDATE.virtualization.VmwareVirtualSwitch: Update a 'virtualization.VmwareVirtualSwitch' resource. CREATE.vmedia.Policy: Create a 'vmedia.Policy' resource. DELETE.vmedia.Policy: Delete a 'vmedia.Policy' resource. READ.vmedia.Policy: Read a 'vmedia.Policy' resource. UPDATE.vmedia.Policy: Update a 'vmedia.Policy' resource. READ.vmedia.PolicyInventory: Read a 'vmedia.PolicyInventory' resource. CREATE.vmrc.Console: Create a 'vmrc.Console' resource. READ.vmrc.Console: Read a 'vmrc.Console' resource. UPDATE.vmrc.Console: Update a 'vmrc.Console' resource. CREATE.vnic.EthAdapterPolicy: Create a 'vnic.EthAdapterPolicy' resource. DELETE.vnic.EthAdapterPolicy: Delete a 'vnic.EthAdapterPolicy' resource. READ.vnic.EthAdapterPolicy: Read a 'vnic.EthAdapterPolicy' resource. UPDATE.vnic.EthAdapterPolicy: Update a 'vnic.EthAdapterPolicy' resource. READ.vnic.EthAdapterPolicyInventory: Read a 'vnic.EthAdapterPolicyInventory' resource. CREATE.vnic.EthIf: Create a 'vnic.EthIf' resource. DELETE.vnic.EthIf: Delete a 'vnic.EthIf' resource. READ.vnic.EthIf: Read a 'vnic.EthIf' resource. UPDATE.vnic.EthIf: Update a 'vnic.EthIf' resource. READ.vnic.EthIfInventory: Read a 'vnic.EthIfInventory' resource. CREATE.vnic.EthNetworkPolicy: Create a 'vnic.EthNetworkPolicy' resource. DELETE.vnic.EthNetworkPolicy: Delete a 'vnic.EthNetworkPolicy' resource. READ.vnic.EthNetworkPolicy: Read a 'vnic.EthNetworkPolicy' resource. UPDATE.vnic.EthNetworkPolicy: Update a 'vnic.EthNetworkPolicy' resource. READ.vnic.EthNetworkPolicyInventory: Read a 'vnic.EthNetworkPolicyInventory' resource. CREATE.vnic.EthQosPolicy: Create a 'vnic.EthQosPolicy' resource. DELETE.vnic.EthQosPolicy: Delete a 'vnic.EthQosPolicy' resource. READ.vnic.EthQosPolicy: Read a 'vnic.EthQosPolicy' resource. UPDATE.vnic.EthQosPolicy: Update a 'vnic.EthQosPolicy' resource. READ.vnic.EthQosPolicyInventory: Read a 'vnic.EthQosPolicyInventory' resource. READ.vnic.EthVethInventory: Read a 'vnic.EthVethInventory' resource. READ.vnic.EthVnicInventory: Read a 'vnic.EthVnicInventory' resource. CREATE.vnic.FcAdapterPolicy: Create a 'vnic.FcAdapterPolicy' resource. DELETE.vnic.FcAdapterPolicy: Delete a 'vnic.FcAdapterPolicy' resource. READ.vnic.FcAdapterPolicy: Read a 'vnic.FcAdapterPolicy' resource. UPDATE.vnic.FcAdapterPolicy: Update a 'vnic.FcAdapterPolicy' resource. READ.vnic.FcAdapterPolicyInventory: Read a 'vnic.FcAdapterPolicyInventory' resource. CREATE.vnic.FcIf: Create a 'vnic.FcIf' resource. DELETE.vnic.FcIf: Delete a 'vnic.FcIf' resource. READ.vnic.FcIf: Read a 'vnic.FcIf' resource. UPDATE.vnic.FcIf: Update a 'vnic.FcIf' resource. READ.vnic.FcIfInventory: Read a 'vnic.FcIfInventory' resource. CREATE.vnic.FcNetworkPolicy: Create a 'vnic.FcNetworkPolicy' resource. DELETE.vnic.FcNetworkPolicy: Delete a 'vnic.FcNetworkPolicy' resource. READ.vnic.FcNetworkPolicy: Read a 'vnic.FcNetworkPolicy' resource. UPDATE.vnic.FcNetworkPolicy: Update a 'vnic.FcNetworkPolicy' resource. READ.vnic.FcNetworkPolicyInventory: Read a 'vnic.FcNetworkPolicyInventory' resource. CREATE.vnic.FcQosPolicy: Create a 'vnic.FcQosPolicy' resource. DELETE.vnic.FcQosPolicy: Delete a 'vnic.FcQosPolicy' resource. READ.vnic.FcQosPolicy: Read a 'vnic.FcQosPolicy' resource. UPDATE.vnic.FcQosPolicy: Update a 'vnic.FcQosPolicy' resource. READ.vnic.FcQosPolicyInventory: Read a 'vnic.FcQosPolicyInventory' resource. READ.vnic.FcVethInventory: Read a 'vnic.FcVethInventory' resource. READ.vnic.FcVhbaPolicyInventory: Read a 'vnic.FcVhbaPolicyInventory' resource. CREATE.vnic.IscsiAdapterPolicy: Create a 'vnic.IscsiAdapterPolicy' resource. DELETE.vnic.IscsiAdapterPolicy: Delete a 'vnic.IscsiAdapterPolicy' resource. READ.vnic.IscsiAdapterPolicy: Read a 'vnic.IscsiAdapterPolicy' resource. UPDATE.vnic.IscsiAdapterPolicy: Update a 'vnic.IscsiAdapterPolicy' resource. READ.vnic.IscsiAdapterPolicyInventory: Read a 'vnic.IscsiAdapterPolicyInventory' resource. CREATE.vnic.IscsiBootPolicy: Create a 'vnic.IscsiBootPolicy' resource. DELETE.vnic.IscsiBootPolicy: Delete a 'vnic.IscsiBootPolicy' resource. READ.vnic.IscsiBootPolicy: Read a 'vnic.IscsiBootPolicy' resource. UPDATE.vnic.IscsiBootPolicy: Update a 'vnic.IscsiBootPolicy' resource. READ.vnic.IscsiBootPolicyInventory: Read a 'vnic.IscsiBootPolicyInventory' resource. CREATE.vnic.IscsiStaticTargetPolicy: Create a 'vnic.IscsiStaticTargetPolicy' resource. DELETE.vnic.IscsiStaticTargetPolicy: Delete a 'vnic.IscsiStaticTargetPolicy' resource. READ.vnic.IscsiStaticTargetPolicy: Read a 'vnic.IscsiStaticTargetPolicy' resource. UPDATE.vnic.IscsiStaticTargetPolicy: Update a 'vnic.IscsiStaticTargetPolicy' resource. READ.vnic.IscsiStaticTargetPolicyInventory: Read a 'vnic.IscsiStaticTargetPolicyInventory' resource. CREATE.vnic.LanConnectivityPolicy: Create a 'vnic.LanConnectivityPolicy' resource. DELETE.vnic.LanConnectivityPolicy: Delete a 'vnic.LanConnectivityPolicy' resource. READ.vnic.LanConnectivityPolicy: Read a 'vnic.LanConnectivityPolicy' resource. UPDATE.vnic.LanConnectivityPolicy: Update a 'vnic.LanConnectivityPolicy' resource. READ.vnic.LanConnectivityPolicyInventory: Read a 'vnic.LanConnectivityPolicyInventory' resource. READ.vnic.LanSettings: Read a 'vnic.LanSettings' resource. READ.vnic.LcpStatus: Read a 'vnic.LcpStatus' resource. CREATE.vnic.SanConnectivityPolicy: Create a 'vnic.SanConnectivityPolicy' resource. DELETE.vnic.SanConnectivityPolicy: Delete a 'vnic.SanConnectivityPolicy' resource. READ.vnic.SanConnectivityPolicy: Read a 'vnic.SanConnectivityPolicy' resource. UPDATE.vnic.SanConnectivityPolicy: Update a 'vnic.SanConnectivityPolicy' resource. READ.vnic.SanConnectivityPolicyInventory: Read a 'vnic.SanConnectivityPolicyInventory' resource. READ.vnic.SanSettings: Read a 'vnic.SanSettings' resource. READ.vnic.ScpStatus: Read a 'vnic.ScpStatus' resource. READ.vnic.ServiceEthIf: Read a 'vnic.ServiceEthIf' resource. READ.vnic.ServiceEthIfInventory: Read a 'vnic.ServiceEthIfInventory' resource. CREATE.vnic.VhbaTemplate: Create a 'vnic.VhbaTemplate' resource. DELETE.vnic.VhbaTemplate: Delete a 'vnic.VhbaTemplate' resource. READ.vnic.VhbaTemplate: Read a 'vnic.VhbaTemplate' resource. UPDATE.vnic.VhbaTemplate: Update a 'vnic.VhbaTemplate' resource. READ.vnic.VifIdPool: Read a 'vnic.VifIdPool' resource. CREATE.vnic.VnicTemplate: Create a 'vnic.VnicTemplate' resource. DELETE.vnic.VnicTemplate: Delete a 'vnic.VnicTemplate' resource. READ.vnic.VnicTemplate: Read a 'vnic.VnicTemplate' resource. UPDATE.vnic.VnicTemplate: Update a 'vnic.VnicTemplate' resource. CREATE.vrf.Vrf: Create a 'vrf.Vrf' resource. DELETE.vrf.Vrf: Delete a 'vrf.Vrf' resource. READ.vrf.Vrf: Read a 'vrf.Vrf' resource. UPDATE.vrf.Vrf: Update a 'vrf.Vrf' resource. CREATE.webhook.Endpoint: Create a 'webhook.Endpoint' resource. DELETE.webhook.Endpoint: Delete a 'webhook.Endpoint' resource. READ.webhook.Endpoint: Read a 'webhook.Endpoint' resource. UPDATE.webhook.Endpoint: Update a 'webhook.Endpoint' resource. CREATE.webhook.Schema: Create a 'webhook.Schema' resource. DELETE.webhook.Schema: Delete a 'webhook.Schema' resource. READ.webhook.Schema: Read a 'webhook.Schema' resource. UPDATE.webhook.Schema: Update a 'webhook.Schema' resource. CREATE.workflow.AnsibleBatchExecutor: Create a 'workflow.AnsibleBatchExecutor' resource. DELETE.workflow.AnsibleBatchExecutor: Delete a 'workflow.AnsibleBatchExecutor' resource. READ.workflow.AnsibleBatchExecutor: Read a 'workflow.AnsibleBatchExecutor' resource. UPDATE.workflow.AnsibleBatchExecutor: Update a 'workflow.AnsibleBatchExecutor' resource. CREATE.workflow.BatchApiExecutor: Create a 'workflow.BatchApiExecutor' resource. DELETE.workflow.BatchApiExecutor: Delete a 'workflow.BatchApiExecutor' resource. READ.workflow.BatchApiExecutor: Read a 'workflow.BatchApiExecutor' resource. UPDATE.workflow.BatchApiExecutor: Update a 'workflow.BatchApiExecutor' resource. READ.workflow.Catalog: Read a 'workflow.Catalog' resource. CREATE.workflow.CatalogItemDefinition: Create a 'workflow.CatalogItemDefinition' resource. DELETE.workflow.CatalogItemDefinition: Delete a 'workflow.CatalogItemDefinition' resource. READ.workflow.CatalogItemDefinition: Read a 'workflow.CatalogItemDefinition' resource. UPDATE.workflow.CatalogItemDefinition: Update a 'workflow.CatalogItemDefinition' resource. CREATE.workflow.CatalogServiceRequest: Create a 'workflow.CatalogServiceRequest' resource. DELETE.workflow.CatalogServiceRequest: Delete a 'workflow.CatalogServiceRequest' resource. READ.workflow.CatalogServiceRequest: Read a 'workflow.CatalogServiceRequest' resource. UPDATE.workflow.CatalogServiceRequest: Update a 'workflow.CatalogServiceRequest' resource. CREATE.workflow.CustomDataTypeDefinition: Create a 'workflow.CustomDataTypeDefinition' resource. DELETE.workflow.CustomDataTypeDefinition: Delete a 'workflow.CustomDataTypeDefinition' resource. READ.workflow.CustomDataTypeDefinition: Read a 'workflow.CustomDataTypeDefinition' resource. UPDATE.workflow.CustomDataTypeDefinition: Update a 'workflow.CustomDataTypeDefinition' resource. CREATE.workflow.ErrorResponseHandler: Create a 'workflow.ErrorResponseHandler' resource. DELETE.workflow.ErrorResponseHandler: Delete a 'workflow.ErrorResponseHandler' resource. READ.workflow.ErrorResponseHandler: Read a 'workflow.ErrorResponseHandler' resource. UPDATE.workflow.ErrorResponseHandler: Update a 'workflow.ErrorResponseHandler' resource. CREATE.workflow.PowerShellBatchApiExecutor: Create a 'workflow.PowerShellBatchApiExecutor' resource. DELETE.workflow.PowerShellBatchApiExecutor: Delete a 'workflow.PowerShellBatchApiExecutor' resource. READ.workflow.PowerShellBatchApiExecutor: Read a 'workflow.PowerShellBatchApiExecutor' resource. UPDATE.workflow.PowerShellBatchApiExecutor: Update a 'workflow.PowerShellBatchApiExecutor' resource. CREATE.workflow.RollbackWorkflow: Create a 'workflow.RollbackWorkflow' resource. DELETE.workflow.RollbackWorkflow: Delete a 'workflow.RollbackWorkflow' resource. READ.workflow.RollbackWorkflow: Read a 'workflow.RollbackWorkflow' resource. UPDATE.workflow.RollbackWorkflow: Update a 'workflow.RollbackWorkflow' resource. CREATE.workflow.ServiceItemActionDefinition: Create a 'workflow.ServiceItemActionDefinition' resource. DELETE.workflow.ServiceItemActionDefinition: Delete a 'workflow.ServiceItemActionDefinition' resource. READ.workflow.ServiceItemActionDefinition: Read a 'workflow.ServiceItemActionDefinition' resource. UPDATE.workflow.ServiceItemActionDefinition: Update a 'workflow.ServiceItemActionDefinition' resource. CREATE.workflow.ServiceItemActionInstance: Create a 'workflow.ServiceItemActionInstance' resource. DELETE.workflow.ServiceItemActionInstance: Delete a 'workflow.ServiceItemActionInstance' resource. READ.workflow.ServiceItemActionInstance: Read a 'workflow.ServiceItemActionInstance' resource. UPDATE.workflow.ServiceItemActionInstance: Update a 'workflow.ServiceItemActionInstance' resource. READ.workflow.ServiceItemAttribute: Read a 'workflow.ServiceItemAttribute' resource. CREATE.workflow.ServiceItemDefinition: Create a 'workflow.ServiceItemDefinition' resource. DELETE.workflow.ServiceItemDefinition: Delete a 'workflow.ServiceItemDefinition' resource. READ.workflow.ServiceItemDefinition: Read a 'workflow.ServiceItemDefinition' resource. UPDATE.workflow.ServiceItemDefinition: Update a 'workflow.ServiceItemDefinition' resource. READ.workflow.ServiceItemHealthCheckDefinition: Read a 'workflow.ServiceItemHealthCheckDefinition' resource. READ.workflow.ServiceItemHealthCheckExecution: Read a 'workflow.ServiceItemHealthCheckExecution' resource. CREATE.workflow.ServiceItemInstance: Create a 'workflow.ServiceItemInstance' resource. DELETE.workflow.ServiceItemInstance: Delete a 'workflow.ServiceItemInstance' resource. READ.workflow.ServiceItemInstance: Read a 'workflow.ServiceItemInstance' resource. UPDATE.workflow.ServiceItemInstance: Update a 'workflow.ServiceItemInstance' resource. CREATE.workflow.ServiceItemOutput: Create a 'workflow.ServiceItemOutput' resource. DELETE.workflow.ServiceItemOutput: Delete a 'workflow.ServiceItemOutput' resource. READ.workflow.ServiceItemOutput: Read a 'workflow.ServiceItemOutput' resource. UPDATE.workflow.ServiceItemOutput: Update a 'workflow.ServiceItemOutput' resource. CREATE.workflow.SshBatchExecutor: Create a 'workflow.SshBatchExecutor' resource. DELETE.workflow.SshBatchExecutor: Delete a 'workflow.SshBatchExecutor' resource. READ.workflow.SshBatchExecutor: Read a 'workflow.SshBatchExecutor' resource. UPDATE.workflow.SshBatchExecutor: Update a 'workflow.SshBatchExecutor' resource. READ.workflow.TaskDebugLog: Read a 'workflow.TaskDebugLog' resource. CREATE.workflow.TaskDefinition: Create a 'workflow.TaskDefinition' resource. DELETE.workflow.TaskDefinition: Delete a 'workflow.TaskDefinition' resource. READ.workflow.TaskDefinition: Read a 'workflow.TaskDefinition' resource. UPDATE.workflow.TaskDefinition: Update a 'workflow.TaskDefinition' resource. READ.workflow.TaskInfo: Read a 'workflow.TaskInfo' resource. UPDATE.workflow.TaskInfo: Update a 'workflow.TaskInfo' resource. READ.workflow.TaskMetadata: Read a 'workflow.TaskMetadata' resource. CREATE.workflow.TemplateEvaluation: Create a 'workflow.TemplateEvaluation' resource. READ.workflow.TemplateFunctionMeta: Read a 'workflow.TemplateFunctionMeta' resource. CREATE.workflow.TemplateParser: Create a 'workflow.TemplateParser' resource. CREATE.workflow.UiDisplayMetadata: Create a 'workflow.UiDisplayMetadata' resource. DELETE.workflow.UiDisplayMetadata: Delete a 'workflow.UiDisplayMetadata' resource. READ.workflow.UiDisplayMetadata: Read a 'workflow.UiDisplayMetadata' resource. UPDATE.workflow.UiDisplayMetadata: Update a 'workflow.UiDisplayMetadata' resource. CREATE.workflow.Variable: Create a 'workflow.Variable' resource. DELETE.workflow.Variable: Delete a 'workflow.Variable' resource. READ.workflow.Variable: Read a 'workflow.Variable' resource. UPDATE.workflow.Variable: Update a 'workflow.Variable' resource. CREATE.workflow.WorkflowDefinition: Create a 'workflow.WorkflowDefinition' resource. DELETE.workflow.WorkflowDefinition: Delete a 'workflow.WorkflowDefinition' resource. READ.workflow.WorkflowDefinition: Read a 'workflow.WorkflowDefinition' resource. UPDATE.workflow.WorkflowDefinition: Update a 'workflow.WorkflowDefinition' resource. CREATE.workflow.WorkflowInfo: Create a 'workflow.WorkflowInfo' resource. DELETE.workflow.WorkflowInfo: Delete a 'workflow.WorkflowInfo' resource. READ.workflow.WorkflowInfo: Read a 'workflow.WorkflowInfo' resource. UPDATE.workflow.WorkflowInfo: Update a 'workflow.WorkflowInfo' resource. READ.workflow.WorkflowMetadata: Read a 'workflow.WorkflowMetadata' resource. CREATE.workload.Blueprint: Create a 'workload.Blueprint' resource. DELETE.workload.Blueprint: Delete a 'workload.Blueprint' resource. READ.workload.Blueprint: Read a 'workload.Blueprint' resource. UPDATE.workload.Blueprint: Update a 'workload.Blueprint' resource. CREATE.workload.ClearWorkloadTag: Create a 'workload.ClearWorkloadTag' resource. DELETE.workload.ClearWorkloadTag: Delete a 'workload.ClearWorkloadTag' resource. READ.workload.ClearWorkloadTag: Read a 'workload.ClearWorkloadTag' resource. READ.workload.DeploymentInput: Read a 'workload.DeploymentInput' resource. CREATE.workload.WorkloadDefinition: Create a 'workload.WorkloadDefinition' resource. DELETE.workload.WorkloadDefinition: Delete a 'workload.WorkloadDefinition' resource. READ.workload.WorkloadDefinition: Read a 'workload.WorkloadDefinition' resource. UPDATE.workload.WorkloadDefinition: Update a 'workload.WorkloadDefinition' resource. CREATE.workload.WorkloadDeployment: Create a 'workload.WorkloadDeployment' resource. DELETE.workload.WorkloadDeployment: Delete a 'workload.WorkloadDeployment' resource. READ.workload.WorkloadDeployment: Read a 'workload.WorkloadDeployment' resource. UPDATE.workload.WorkloadDeployment: Update a 'workload.WorkloadDeployment' resource. DELETE.workload.WorkloadInstance: Delete a 'workload.WorkloadInstance' resource. READ.workload.WorkloadInstance: Read a 'workload.WorkloadInstance' resource. UPDATE.workload.WorkloadInstance: Update a 'workload.WorkloadInstance' resource. READ.workload.WorkloadMetadata: Read a 'workload.WorkloadMetadata' resource. UPDATE.workload.WorkloadMetadata: Update a 'workload.WorkloadMetadata' resource. externalDocs: url: /apidocs description: Online documentation for the Intersight APIs