Supported Target Versions |
---|
ProLiant DL380 Gen11 |
HPE Cray XD220v |
Application Version Details
Application Version | Bug fixes / Enhancements |
---|---|
1.0.1 | Modified moid's to avoid resource reconciliation for different models. |
1.0.0 | Initial version with discovery, monitoring, alerts. |
Introduction to HPE iLO
Integrated Lights-Out (iLO) is a proprietary management technology built into HPE products, which enables remote control access to ProLiant servers, even without a connection to the organization’s main network. The ‘Lights Out’ designation originates from its ability to provide out-of-band management facilities. The iLO software can remotely perform most functions that would otherwise require a physical visit to the servers in the data center, computer room, or remote location.
This Redfish integration supports various HPE servers, including Apollo systems, Blade systems, OneView, ProLiant servers, ProLiant DL servers, Rack servers, Synergy servers, and more. As of now, we have completed an analysis on HPE ProLiant servers.
HPE Proliant DL Series
HPE ProLiant servers are engineered with a fundamental security approach to defend against increasingly complex threats. Protect your infrastructure, workloads, and data with our newest HPE ProLiant Gen11 servers or our full portfolio of both rack and tower servers.
The following diagram illustrates the HPE ProLiant DL380 Gen11 model.

Adaptable for diverse workloads and environments, the secure 2P 2U HPE ProLiant DL380 Gen11 delivers world-class performance with the right balance of expandability and scalability. Designed for supreme versatility and resiliency, and backed by a comprehensive warranty, it is ideal for multiple environments, from Containers to Cloud to Big Data. Standardize on the industry’s most trusted compute platform.
Key Use Cases
Discovery Use Cases:
- Provides resource visibility to the administrator to view and manage resources available (Ex: Manager, Chassis, Systems, Network Adapters, PCIe Devices and PCIe Functions, Power, Thermals) under different resource types.
- Publishes relationships between resources to have a topological view and ease of maintenance.
Monitoring Use Cases:
- Provides metrics related to CPU Utilization, Memory Utilization, Performance Utilization and Health Monitoring and so on for different resources.
- Concern alerts will be generated for each metric to notify the administrator regarding the issue with the resource.
Prerequisites
- OpsRamp Classic Gateway version 14.0.0 and above.
- OpsRamp Nextgen Gateway version 14.0.0 and above.
Note: OpsRamp recommends using the latest Gateway version for full coverage of recent bug fixes, enhancements, etc..
Resource Hierarchy
Redfish Server →
→ Manager
→ Network Interfaces
→ Chassis
→ Compute System
→ Ethernet Interfaces
→ Processors
→ Drives
→ Volumes
→ Memory
→ Devices
→ NetworkAdapters
→ Power Supplies
→ Fans
→ Temperature Sensors
Default Monitoring Configurations
iLO Redfish have default Global Device Management Policies, Global Templates, Global Monitors and Global metrics in OpsRamp. Users can customize these default monitoring configurations as per their business use cases by cloning respective global templates and global Device Management Policies. OpsRamp recommends doing this activity before installing the application to avoid noise alerts and data.
Default Global Device Management Policies
OpsRamp has a Global Device Management Policy for each Native Type of iLO Redfish. You can find those Device Management Policies at Setup > Resources > Device Management Policies, search with suggested names in global scope. Each Device Management Policy follows below naming convention:
{appName nativeType - version}
Ex: ilo-redfish iLO Redfish Chassis - 1 (i.e, appName = ilo-redfish, nativeType = iLO Redfish Chassis, version = 1)
Default Global Templates
OpsRamp has a Global template for each Native Type of iLO Redfish. You can find those templates at Setup > Monitoring > Templates, search with suggested names in global scope. Each template follows below naming convention:
{appName nativeType 'Template' - version}
Ex: ilo-redfish iLO Redfish Chassis Template - 1 (i.e, appName = ilo-redfish, nativeType = iLO Redfish Chassis, version = 1)
Default Global Monitors
OpsRamp has a Global Monitors for each Native Type which has monitoring support. You can find those monitors at Setup > Monitoring > Monitors, search with suggested names in global scope. Each Monitors follows below naming convention:
{monitorKey appName nativeType - version}
Ex: ilo-redfish iLO Redfish Chassis Monitor ilo-redfish iLO Redfish Chassis 1(i.e, monitorKey = iLO Redfish Chassis, appName = ilo-redfish, nativeType = iLO Redfish Chassis, version = 1)
Configure and Install the Redfish - Server Integration
- From All Clients, select a client.
- Go to Setup > Account.
- Select the Integrations and Apps tab.
- The Installed Integrations page, where all the installed applications are displayed.
Note: If there are no installed applications, it will navigate to the ADD APP page. - Click + ADD on the Installed Integrations page. The Available Integrations and Apps page displays all the available applications along with the newly created application with the version.
Note: You can even search for the application using the search option available. Also you can use the All Categories option to search.

- Click ADD in the Redfish - Server application.
- In the Configurations page, click + ADD. The Add Configuration page appears.
- Enter the below mentioned BASIC INFORMATION:
Funtionality | Description |
---|---|
Name | Enter the name for the configuration. |
IP Address/ Host Name | IP address/host name of the Redfish - Server. |
Port | Port details. Note: By default port is 443. |
Credential | Select the Credential from the drop-down list. Notes:
|
Notes:
- By default the Is Secure checkbox is selected.
- IP Address/Host Name and Port Should be accessible from Gateway.
- App Failure Notifications: if turned on, you will be notified in case of an application failure that is, Connectivity Exception, Authentication Exception.
- Select the below mentioned Custom Attribute:
Functionality | Description |
---|---|
Custom Attribute | Select the custom attribute from the drop down list box. |
Value | Select the value from the drop down list box. |
Note: The custom attribute that you add here will be assigned to all the resources that are created by the integration. You can add a maximum of five custom attributes (key and value pair).
In the RESOURCE TYPE section, select:
- ALL: All the existing and future resources will be discovered.
- SELECT: You can select one or multiple resources to be discovered.
In the DISCOVERY SCHEDULE section, select Recurrence Pattern to add one of the following patterns:
- Minutes
- Hourly
- Daily
- Weekly
- Monthly
Click ADD.

Now the configuration is saved and displayed on the configurations page after you save it.
Note: From the same page, you may Edit and Remove the created configuration.
- Click NEXT
- Below are the optional steps you can perform on the Installation page.
Under the ADVANCED SETTINGS, Select the Bypass Resource Reconciliation option, if you wish to bypass resource reconciliation when encountering the same resources discovered by multiple applications.
Note: If two different applications provide identical discovery attributes, two separate resources will be generated with those respective attributes from the individual discoveries.

- Click +ADD to create a new collector by providing a name or use the pre-populated name.

- Select an existing registered profile.

- Click FINISH.
The integration is installed and displayed on the INSTALLED INTEGRATION page. Use the search field to find the installed integration.
Modify the Configuration
See Modify an Installed Integration or Application article.
Note: Select the Redfish - Server application.
View the Redfish - Server Details
To discover resources for Redfish - Server, you have two options:
Option 1:
Navigate to Infrastructure > Resources > Others, with Native Resource Type as Redfish Server. You can go to the Attributes tab to view the discovery details.

Option 2:
- Navigate to Infrastructure > Search > COMPUTE > Redfish - Server.
- The REDFISH - SERVER page is displayed, select the application name.
- The RESOURCE DETAILS page appears from the right.
- Click the ellipsis (…) on the top right and select View details.

- Navigate to the Attributes tab to view the discovery details.

- Click the Metrics tab to view the metric details for Redfish - Server.
View resource metrics
To confirm Redfish - Server monitoring, review the following:
- Metric graphs: A graph is plotted for each metric that is enabled in the configuration.
- Alerts: Alerts are generated for metrics that are configured as defined for integration.

Resource Filter Input keys
iLO Redfish application Resources are filtered and discovered based on below keys:
Click here to view the Supported Input Keys
Resource Type | Supported Input Keys |
---|---|
All Types | resourceName |
hostName | |
aliasName | |
dnsName | |
ipAddress | |
macAddress | |
os | |
make | |
model | |
serialNumber | |
Manager | ManagerId |
ManagerType | |
FirmwareVersion | |
ManagerInterfaces | |
Manager Network Interface | InterfaceId |
PermanentMACAddress | |
FQDN | |
IPv6Addresses | |
Description | |
AutoNeg | |
FullDuplex | |
Chassis | ChassisId |
ChassisType | |
PartNumber | |
AssetTag | |
SKU | |
EnvironmentalClass | |
ChassisResourceSummary | |
FirmwareVersion | |
SystemProgrammableLogicDeviceVersion | |
Description | |
Compute System | ComputeSystemId |
BiosVersion | |
AssetTag | |
SystemType | |
PartNumber | |
SKU | |
SubModel | |
OsType | |
OsVersion | |
PCAPartNumber | |
PCASerialNumber | |
ServerFQDN | |
SystemResourceSummary | |
ProcessorModel | |
Description | |
System Ethernet Interface | EthernetInterfaceId |
IPv6Addresses | |
EthernetInterfaceType | |
UefiDevicePath | |
FullDuplex | |
SpeedMbps | |
InterfaceEnabled | |
Processor | ProcessorId |
ProcessorType | |
Socket | |
PartNumber | |
ProcessorArchitecture | |
TotalCores | |
TotalThreads | |
MaxSpeedMHz | |
RatedSpeedMHz | |
AssetTag | |
ExternalClockMHz | |
Drive | DriveId |
MediaType | |
AssetTag | |
ServiceLabel | |
LocationType | |
BlockSizeBytes | |
DriveCapacity GB | |
Revision | |
Protocol | |
WriteCacheEnabled | |
Volume | VolumeId |
DisplayName | |
LogicalUnitNumber | |
RAIDType | |
VolumeCapacity GB | |
BlockSizeBytes | |
Encrypted | |
Compressed | |
Deduplicated | |
WriteCachePolicy | |
ReadCachePolicy | |
Memory | MemoryControllerId |
PartNumber | |
MemoryType | |
MemoryDeviceType | |
VendorId | |
DeviceLocator | |
MemoryCapacity GB / CapacityMiB | |
ErrorCorrection | |
RankCount | |
BusWidthBits | |
OperatingSpeedMhz | |
MemorySubsystemControllerManufacturerID | |
MemorySubsystemControllerProductID | |
ModuleManufacturerID | |
ModuleProductID | |
CacheSizeMiB | |
DataWidthBits | |
BaseModuleType | |
VolatileSizeMiB | |
Device | DeviceId |
FirmwareVersion | |
PartNumber | |
Location | |
ProductPartNumber | |
ProductVersion | |
Network Adapter | NetworkAdapterId |
PartNumber | |
LocationType | |
ServiceLabel | |
Power Supply | Actual PowerControl Name |
FirmwareVersion | |
PowerSupplyType | |
SparePartNumber | |
PowerCapacityWatts | |
BayNumber | |
MaxPowerOutputWatts | |
Fan | MemberId |
Location | |
HotPluggable | |
Redundant | |
Temperature Sensors | MemberId |
PhysicalContext | |
SensorNumber | |
UpperThresholdFatal | |
UpperThresholdCritical |
Supported Alert Custom Macros
Customize the alert subject and description with below macros then it will generate alerts based on customisation.
Click here to view the alert subject and description with macros
${resource.name}
${resource.ip}
${resource.mac}
${resource.aliasname}
${resource.os}
${resource.type}
${resource.dnsname}
${resource.alternateip}
${resource.make}
${resource.model}
${resource.serialnumber}
${resource.systemId}
${parent.resource.name}
${Custom attributes on the resource}
Supported Metrics
Click here to view the supported metrics
Native Type | Metric Name | Display Name | Units | Application Version | Description |
---|---|---|---|---|---|
Redfish Server | redfish_server_APIStatistics | Redfish Server API Statistics | 1.0.0 | Returns number of API calls made on each native type for each pole. | |
Manager | redfish_manager_HealthStatus | Redfish Manager Health Status | 1.0.0 | Returns the health status of the Manager. Possible states are CRITICAL(0), OK(1), WARNING(2). | |
redfish_manager_State | Redfish Manager State | 1.0.0 | Returns the availability state of the Manager. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
Manager Network Interface | redfish_manager_networkInterface_HealthStatus | Redfish Manager Network Interface Health Status | 1.0.0 | Returns the health status of the Manager Network Interface. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_manager_networkInterface_State | Redfish Manager Network Interface State | 1.0.0 | Returns the availability state of the Manager Network Interface. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_manager_networkInterface_LinkStatus | Redfish Manager Network Interface Link Status | 1.0.0 | Returns the link status of the Manager Network Interface. Possible states are LINKDOWN(0), LINKUP(1), NOLINK(2) | ||
redfish_manager_networkInterface_SpeedMbps | Redfish Manager Network Interface Speed in Mbps | Mbps | 1.0.0 | Returns the speed (in Mbps) of the Manager Network Interface | |
Chassis | redfish_chassis_HealthStatus | Redfish Chassis Health Status | 1.0.0 | Returns the health status of the Chassis. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_chassis_State | Redfish Chassis State | 1.0.0 | Returns the availability state of the Chassis. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_chassis_IndicatorLedStatus | Redfish Chassis Indicator Led Status | 1.0.0 | Returns the link status of the Manager Network Interface. Possible states are BLINKING(0), LIT(1), OFF(2), UNKNOWN(3) | ||
redfish_chassis_PowerState | Redfish Chassis Power State | 1.0.0 | Returns the Power Status of the Chassis, Possible states are OFF(0), ON(1), POWERINGOFF(2), POWERINGON(3) | ||
Compute System | redfish_computeSystem_HealthStatus | Redfish Compute System Health Status | 1.0.0 | Returns the health status of the Compute System. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_computeSystem_State | Redfish Compute System State | 1.0.0 | Returns the availability state of the Compute System. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_computeSystem_HealthRollupStatus | Redfish Compute System Health Rollup Status | 1.0.0 | Returns the healthRollup status of the Compute System. Possible states are CRITICAL(0), OK(1), WARNING(2) | ||
redfish_computeSystem_PowerState | Redfish Compute System Power State | 1.0.0 | Returns the Power Status of the Compute System, Possible states are OFF(0), ON(1), POWERINGOFF(2), POWERINGON(3) | ||
redfish_computeSystem_IndicatorLedStatus | Redfish Compute System Indicator Led Status | 1.0.0 | Returns the link status of the Compute System. Possible states are BLINKING(0), LIT(1), OFF(2), UNKNOWN(3) | ||
redfish_computeSystem_Uptime | Redfish Compute System Uptime | m | 1.0.0 | Returns the Uptime (in Minutes) of the Compute System. | |
redfish_computeSystem_AggregateHealth | Redfish Compute System Aggregate Server Health | 1.0.0 | Returns the aggregate health status of the Server Compute System. Possible states are CRITICAL(0), OK(1), WARNING(2) | ||
redfish_computeSystem_BiosHardwareHealth | Redfish Compute System Bios Hardware Health | 1.0.0 | Returns the bios or hardware health status of the Compute System. Possible states are CRITICAL(0), OK(1), WARNING(2) | ||
redfish_computeSystem_AverageCPU | Redfish Compute System Average CPU | MHz | 1.0.0 | Returns the ComputeSystem Average CPU. | |
redfish_computeSystem_CpuPower | Redfish Compute System CPU Power | W | 1.0.0 | Returns the ComputeSystem CPU Power. | |
redfish_computeSystem_CpuICUtilization | Redfish Compute System CPU IC Utilization | % | 1.0.0 | Returns the ComputeSystem CPU IC Utilization. | |
redfish_computeSystem_CpuUtilization | Redfish Compute System CPU Utilization | % | 1.0.0 | Returns the ComputeSystem CPU Utilization. | |
redfish_computeSystem_IoBusUtilization | Redfish Compute System IO Bus Utilization | % | 1.0.0 | Returns the ComputeSystem IO Bus Utilization. | |
redfish_computeSystem_JitterCount | Redfish Compute System Jitter Count | count | 1.0.0 | Returns the ComputeSystem Jitter Count. | |
redfish_computeSystem_MemoryBusUtilization | Redfish ComputeSystem Memory Bus Utilization | % | 1.0.0 | Returns the ComputeSystem Memory Bus Utilization. | |
redfish_computeSystem_Workload_10mins | Redfish Compute System WorkLoad | 1.0.0 | Redfish Compute System WorkLoad | ||
System Ethernet Interface | redfish_ethernetInterface_HealthStatus | Redfish Ethernet Interface Health Status | 1.0.0 | Returns the health status of the Compute System Ethernet Interface. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_ethernetInterface_State | Redfish Ethernet Interface State | 1.0.0 | Returns the availability state of the Compute System Ethernet Interface. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_ethernetInterface_LinkStatus | Redfish Ethernet Interface Link Status | 1.0.0 | Returns the link status of the Compute System Ethernet Interface. Possible states are LINKDOWN(0), LINKUP(1), NOLINK(2) | ||
Processor | redfish_processor_HealthStatus | Redfish Processor Health Status | 1.0.0 | Returns the health status of the Compute System Processor. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_processor_State | Redfish Processor State | 1.0.0 | Returns the availability state of the Compute System Processor. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_processor_Voltage | Redfish Processor Voltage | v | 1.0.0 | Returns the Voltage(In volts) of the Compute System Processor. | |
Drive | redfish_drive_HealthStatus | Redfish Drive Health Status | 1.0.0 | Returns the health status of the Drive. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_drive_State | Redfish Drive State | 1.0.0 | Returns the availability state of the Drive. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_drive_CapableSpeed | Redfish Drive Capable Speed | Gbps | 1.0.0 | Returns the Capable Speed (in Gbs) of the Drive. | |
redfish_drive_NegotiatedSpeed | Redfish Drive Negotiated Speed | Gbps | 1.0.0 | Returns the Negotiated speed (in Gbs) of the Drive | |
redfish_drive_IndicatorStatus | Redfish Drive Indicator Status | 1.0.0 | Indicates the status of the Drive. Possible states are FAIL(0), HOTSPARE(1), INACRITICALARRAY(2), INAFAILEDARRAY(3), OK(4), PREDICTIVEFAILUREANALYSIS(5), REBUILD(6) | ||
Volume | redfish_volume_HealthStatus | Redfish Volume Health Status | 1.0.0 | Returns the health status of the Volume. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_volume_State | Redfish Volume State | 1.0.0 | Returns the availability state of the Volume. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
Memory | redfish_memory_HealthStatus | Redfish Memory Health Status | 1.0.0 | Returns the health status of the Memory Components. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_memory_State | Redfish Memory State | 1.0.0 | Returns the availability state of the Memory Components. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_memory_OperationStatus | Redfish Memory Operation Status | 1.0.0 | Indicates the Operation Status of the Memory Components. Possible states are ABSENT(0), NotPresent(1), EmptyOrNotInstalled(2), GoodInUse(3), Operable(4) | ||
Device | redfish_device_HealthStatus | Redfish Device Health Status | 1.0.0 | Returns the health status of the Device. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_device_State | Redfish Device State | 1.0.0 | Returns the availability state of the Device. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
Network Adapter | redfish_networkAdapter_HealthStatus | Redfish Network Adapter Health Status | 1.0.0 | Returns the health status of the Network Adapter. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_networkAdapter_State | Redfish Network Adapter State | 1.0.0 | Returns the availability state of the Network Adapter. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
Power Supply | redfish_powerSupply_HealthStatus | Redfish Power Supply Health Status | 1.0.0 | Returns the health status of the Power Supply. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_powerSupply_State | Redfish Power Supply State | 1.0.0 | Returns the availability state of the Power Supply. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_powerSupply_LineInputVoltage | Redfish Power Supply Line Input Voltage | v | 1.0.0 | Returns the input voltage of the Power Supply. | |
redfish_powerSupply_AveragePowerOutput | Redfish Power Supply Average Power Output | W | 1.0.0 | Returns the average power output (in watts) of the Power Supply. | |
Fan | redfish_fan_HealthStatus | Redfish Fan Health Status | 1.0.0 | Returns the health status of the Fan. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_fan_State | Redfish Fan State | 1.0.0 | Returns the availability state of the Fan. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_fan_Reading | Redfish Fan Reading | 1.0.0 | Returns the reading value of the Fan. | ||
Temperature Sensors | redfish_temperature_HealthStatus | Redfish Temperature Health Status | 1.0.0 | Returns the health status of the Temperature. Possible states are CRITICAL(0), OK(1), WARNING(2) | |
redfish_temperature_State | Redfish Temperature State | 1.0.0 | Returns the availability state of the Temperature. Possible states are ABSENT(0), DEFERRING(1), DISABLED(2), ENABLED(3), INTEST(4), QUALIFIED(5), QUIESCED(6), STANDBYOFFLINE(7), STANDBYSPARE(8), STARTING(9), UNAVAILABLEOFFLINE(10), UPDATING(11) | ||
redfish_temperature_Reading | Redfish Temperature Reading | Celsius | 1.0.0 | Returns the reading value (in Celsius) of the Temperature. |
Risks, Limitations & Assumptions
- Application can handle Critical/Recovery failure notifications for below two cases when user enables App Failure Notifications in configuration:
- Connectivity Exception
- Authentication Exception
- Using metrics for monitoring the resources and generating alerts when the threshold values are breached.
- Application cannot control monitoring pause/resume actions based on above alerts.
- Application is not compatible with Cluster Gateway.
- Tested redfish-server integration with ProLiant DL380 Gen11 and HPE Cray XD220v. As per the configurations and model of the target device resources will be discovered.
- For few PowerSupply resources getting name as empty or null from the api response, So we are providing powersupply name as a combination of string “PowerSupply” and Id.Eg : PowerSupply_0