- PowerShell 5+
- OpenManage Enterprise 3.4+
- OpenManage Enterprise Modular 1.20.00+
Install-Module -Name DellOpenManage -Scope CurrentUser
- Open PowerShell Command Window
- Change your PowerShell Execution Policy
Set-ExecutionPolicy -ExecutionPolicy RemoteSigned -Scope CurrentUser - CD to the directory where you cloned the Github repo
- .\Install-Module.ps1
- Determine module path
$Env:PSModulePath- PowerShell 5: C:\Users\username\Documents\WindowsPowerShell\Modules
- PowerShell 6+: C:\Users\username\Documents\PowerShell\Modules
- Copy the DellOpenManage folder to a directory in your module path
- Example: C:\Users\username\Documents\WindowsPowerShell\Modules\DellOpenManage
- List available Modules
Get-Module Dell* -ListAvailable - Import module
Import-Module DellOpenManage
See Contributing
See if Module is available
Get-Module Dell* -ListAvailable
List available commandlets in Module
Get-Command -Module "DellOpenManage"
Show help for commandlet
Get-Help Connect-OMEServer -Detailed
- Copy and paste these commands into a Test.ps1 script or PowerShell ISE and execute the script.
- This will Import the Module, connect to server prompting for credentials, list servers by model, then disconnect the current session.
Import-Module DellOpenManage
Connect-OMEServer -Name "ome.example.com" -Credentials $(Get-Credential) -IgnoreCertificateWarning
"PowerEdge R640" | Get-OMEDevice -FilterBy "Model" | Format-Table
Disconnect-OMEServer
Connect
$credentials = New-Object -TypeName System.Management.Automation.PSCredential -ArgumentList "admin", $(ConvertTo-SecureString -Force -AsPlainText "password")
Connect-OMEServer -Name "ome.example.com" -Credentials $credentials -IgnoreCertificateWarning
Connect: Variables
. "C:\Path\To\Credentials.ps1"
$credentials = New-Object -TypeName System.Management.Automation.PSCredential -ArgumentList $OMEUsername, $(ConvertTo-SecureString -Force -AsPlainText $OMEPassword)
Connect-OMEServer -Name $OMEServer -Credentials $credentials -IgnoreCertificateWarning
Connect: Prompt for Credentials
$credentials = Get-Credential
Connect-OMEServer -Name "ome.example.com" -Credentials $credentials -IgnoreCertificateWarning
Discover servers by hostname
New-OMEDiscovery -Name "TestDiscovery01" -Hosts @('server01-idrac.example.com') -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait
Discover servers by IP Address
New-OMEDiscovery -Name "TestDiscovery01" -Hosts @('10.35.0.0', '10.35.0.1') -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait
Discover servers by Subnet
New-OMEDiscovery -Name "TestDiscovery01" -Hosts @('10.37.0.0/24') -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait
Discover servers by Subnet every Sunday at 12:00AM UTC
New-OMEDiscovery -Name "TestDiscovery01" -Hosts @('10.37.0.0/24') -Schedule "RunLater" -ScheduleCron "0 0 0 ? * sun *" -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait -Verbose
Replace host list and run now
"TestDiscovery01" | Get-OMEDiscovery | Edit-OMEDiscovery -Hosts @('server01-idrac.example.com') -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait -Verbose
Append host to host list and run now
"TestDiscovery01" | Get-OMEDiscovery | Edit-OMEDiscovery -Hosts @('server02-idrac.example.com') -Mode "Append" -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait -Verbose
Remove host from host list and run now
"TestDiscovery01" | Get-OMEDiscovery | Edit-OMEDiscovery -Hosts @('server02-idrac.example.com') -Mode "Remove" -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait -Verbose
Run discovery job now
"TestDiscovery01" | Get-OMEDiscovery | Edit-OMEDiscovery -Schedule "RunNow" -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait -Verbose
Run discovery job every Sunday at 12:00AM UTC
"TestDiscovery01" | Get-OMEDiscovery | Edit-OMEDiscovery -Schedule "RunLater" -ScheduleCron "0 0 0 ? * sun *" -DiscoveryUserName "root" -DiscoveryPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Wait -Verbose
Get device by id
10097, 10100 | Get-OMEDevice -FilterBy "Id" | Format-Table
Get device by service tag
"C86F0ZZ", "3XMHHZZ" | Get-OMEDevice -FilterBy "ServiceTag" | Format-Table
Get device by name
"R620.example.com" | Get-OMEDevice -FilterBy "Name" | Format-Table
Get device by model
"PowerEdge R640" | Get-OMEDevice -FilterBy "Model" | Format-Table
Get device by group
Get-OMEDevice -Group $(Get-OMEGroup "Servers_Win") | Format-Table
"Servers_ESXi", "Servers_Win" | Get-OMEGroup | Get-OMEDevice | Format-Table
Create separate inventory refresh job for each device in list
"PowerEdge R640" | Get-OMEDevice -FilterBy "Model" | Invoke-OMEInventoryRefresh -Verbose
Create one inventory refresh job for all devices in list. Notice the preceeding comma before the device list.
,$("PowerEdge R640" | Get-OMEDevice -FilterBy "Model") | Invoke-OMEInventoryRefresh -Verbose
Get all inventory
10097, 10100 | Get-OMEDevice -FilterBy "Id" | Get-OMEDeviceDetail
Get network cards and mac addresses
"C39P9ZZ", "C39N9ZZ" | Get-OMEDevice | Get-OMEDeviceDetail -InventoryType "serverNetworkInterfaces" | Format-Table
Get firmware inventory
"C39P9ZZ", "C39N9ZZ" | Get-OMEDevice | Get-OMEDeviceDetail -InventoryType "deviceSoftware" | Format-Table
Inventory Types
These are device specific. A full list can be found by querying the OME API at /api/DeviceService/Devices(DeviceId)/InventoryTypes
deviceCapabilities
serverDeviceCards
chassisControllerList
chassisFansList
chassisPciDeviceList
chassisPowerSupplies
chassisSlotsList
chassisStorageComputeAssociations
chassisTemperatureList
serverRaidControllers
serverProcessors
serverArrayDisks
serverFcCards
serverVirtualFlashes
deviceFru
deviceLicense
deviceLocation
deviceManagement
serverMemoryDevices
serverNetworkInterfaces
serverOperatingSystems
serverSupportedPowerStates
serverPowerSupplies
deviceSoftware
serverStorageEnclosures
subsystemRollupStatus
Get all groups
Get-OMEGroup | Format-Table
Get group by name
Get-OMEGroup "R640Test" | Format-Table
Create a new static group
New-OMEGroup -Name "Test Group 01"
Edit group name and description
Get-OMEGroup "Test Group 01" | Edit-OMEGroup -Name "Test Group 001" -Description "This is a new group"
Add devices to group
Get-OMEGroup "Test Group 01" | Edit-OMEGroup -Devices $("PowerEdge R640" | Get-OMEDevice -FilterBy "Model")
Remove devices from group
Get-OMEGroup "Test Group 01" | Edit-OMEGroup -Mode "Remove" -Devices $("PowerEdge R640" | Get-OMEDevice -FilterBy "Model")
Remove group
Get-OMEGroup "Test Group 01" | Remove-OMEGroup
Power on server
Set-OMEPowerState -State "On" -Devices $("37KP0ZZ" | Get-OMEDevice -FilterBy "ServiceTag")
Create new firmware catalog that points to downloads.dell.com
New-OMECatalog -Name "Test01"
Create new firmware catalog to a CIFS share (Requires Dell Repository Manager)
New-OMECatalog -Name "CIFSTest" -RepositoryType "CIFS" -Source "windows01.example.com" -SourcePath "/Share01/DRM/AllDevices" -CatalogFile "AllDevices_1.01_Catalog.xml" -DomainName "example.com" -Username "Administrator" -Password $("P@ssword1" | ConvertTo-SecureString -AsPlainText -Force)
Create new firmware catalog to a NFS share (Requires Dell Repository Manager)
New-OMECatalog -Name "NFSTest" -RepositoryType "NFS" -Source "nfs01.example.com" -SourcePath "/mnt/data/drm/AllDevices" -CatalogFile "AllDevices_1.01_Catalog.xml"
Get firmware catalog
Get-OMECatalog | Format-Table
"DRM" | Get-OMECatalog | Format-Table
Get firmware baseline
Get-OMEFirmwareBaseline | Format-Table
"AllLatest" | Get-OMEFirmwareBaseline | Get-OMEFirmwareCompliance | Format-Table
Get device firmware compliance report
$devices = $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag")
"AllLatest" | Get-OMEFirmwareBaseline | Get-OMEFirmwareCompliance -DeviceFilter $devices |
Select-Object -Property ServiceTag,DeviceModel,DeviceName,CurrentVersion,Version,UpdateAction,ComplianceStatus,Name | Format-Table
Get device firmware compliance report. BIOS only.
"AllLatest" | Get-OMEFirmwareBaseline | Get-OMEFirmwareCompliance -ComponentFilter "BIOS" |
Select-Object -Property ServiceTag,DeviceModel,DeviceName,CurrentVersion,Version,UpdateAction,ComplianceStatus,Name |
Sort-Object CurrentVersion | Format-Table
Get device firmware compliance report. Multiple component filter
"AllLatest" | Get-OMEFirmwareBaseline | Get-OMEFirmwareCompliance -ComponentFilter "BIOS", "iDRAC" |
Select-Object -Property ServiceTag,DeviceModel,DeviceName,CurrentVersion,Version,UpdateAction,ComplianceStatus,Name |
Sort-Object CurrentVersion | Format-Table
Create new firmware baseline
$catalog = $("Auto-Update-Online" | Get-OMECatalog)
$devices = $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag")
New-OMEFirmwareBaseline -Name "TestBaseline01" -Catalog $catalog -Devices $devices
Create new firmware baseline for downgrades
$catalog = $("Auto-Update-Online" | Get-OMECatalog)
$devices = $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag")
New-OMEFirmwareBaseline -Name "TestBaseline01" -Catalog $catalog -Devices $devices -AllowDowngrade
Display device compliance report for all devices in baseline. No updates are installed by default.
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) | Format-Table
Update firmware on all devices in baseline immediately ***Warning: This will force a reboot of all servers
$devices = $("CY85DZZ" | Get-OMEDevice -FilterBy "ServiceTag")
$baseline = $("AllLatest" | Get-OMEFirmwareBaseline)
Update-OMEFirmware -Baseline $baseline -UpdateSchedule "RebootNow" -Wait
Update firmware on all devices in baseline on next reboot
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) -UpdateSchedule "StageForNextReboot"
Update firmware on specific devices in baseline immediately ***Warning: This will force a reboot of all servers
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) -DeviceFilter $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag") -UpdateSchedule "RebootNow" -Wait
Downgrade firmware on specific devices in baseline immediately ***Warning: This will force a reboot of all servers
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) -DeviceFilter $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag") -UpdateSchedule "RebootNow" -UpdateAction "Downgrade" -Wait
Update firmware on specific components in baseline on next reboot and clear job queue
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) -ComponentFilter "iDRAC" -UpdateSchedule "StageForNextReboot" -ClearJobQueue
Update firmware later scheduled at 11/1/2020 12:00AM UTC
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) -DeviceFilter $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag") -UpdateSchedule "ScheduleLater" -UpdateScheduleCron "0 0 0 1 11 ?"
Get all templates
Get-OMETemplate | Format-Table
Get template by name
"DRM" | Get-OMETemplate | Format-Table
Get template by type
"Deployment" | Get-OMETemplate -FilterBy "Type" | Format-Table
Get template when templates with similar names exist
Get-OMETemplate | Where-Object -Property "Name" -EQ "Test Template "
Create new deployment template from source device
New-OMETemplateFromDevice -Name "TestTemplate" -Device $("37KP0ZZ" | Get-OMEDevice -FilterBy "ServiceTag") -Wait
Create new deployment template from source device and capture specific components
New-OMETemplateFromDevice -Name "TestTemplate" -Component "iDRAC", "BIOS" -Device $("37KP0ZZ" | Get-OMEDevice -FilterBy "ServiceTag") -Wait
Create new deployment template from XML string
$xml = @'
<SystemConfiguration>
<Component FQDD="iDRAC.Embedded.1">
<Attribute Name="Users.5#UserName">testuser</Attribute>
</Component>
</SystemConfiguration>
'@
New-OMETemplateFromFile -Name "TestTemplate" -Content $xml
Create new deployment template from XML file
New-OMETemplateFromFile -Name "TestTemplate" -Content $(Get-Content -Path .\Data.xml | Out-String)
Deploy template to device
"TestTemplate" | Get-OMETemplate | Invoke-OMETemplateDeploy -Devices $("37KP0ZZ" | Get-OMEDevice) -Wait
Deploy template and boot to network ISO over NFS
"TestTemplate" | Get-OMETemplate | Invoke-OMETemplateDeploy -Devices $("37KP0ZZ" | Get-OMEDevice) -NetworkBootShareType "NFS" -NetworkBootShareIpAddress "192.168.1.100" -NetworkBootIsoPath "/mnt/data/iso/CentOS7-Unattended.iso" -Wait
Deploy template and boot to network ISO over CIFS
"TestTemplate" | Get-OMETemplate | Invoke-OMETemplateDeploy -Devices $("37KP0ZZ" | Get-OMEDevice) -NetworkBootShareType "CIFS" -NetworkBootShareIpAddress "192.168.1.101" -NetworkBootIsoPath "/Share/ISO/CentOS7-Unattended.iso" -NetworkBootShareUser "Administrator" -NetworkBootSharePassword "Password" -NetworkBootShareName "Share" -Wait
Clone template using default name "TestTemplate01 - Clone"
"TestTemplate01" | Get-OMETemplate | Copy-OMETemplate
Clone template using default name "TestTemplate01 - Clone" when multiple templates with similar names exist
$(Get-OMETemplate | Where-Object -Property "Name" -EQ "TestTemplate") | Copy-OMETemplate
Clone template and specify new name
"TestTemplate01" | Get-OMETemplate | Copy-OMETemplate -Name "TestTemplate02"
Clone template including Identity Pool, VLANs and Teaming
"TestTemplate01" | Get-OMETemplate | Copy-OMETemplate -All
Get template by type
"Configuration" | Get-OMETemplate -FilterBy "Type" | Format-Table
Create new configuration compliance template from source device
New-OMETemplateFromDevice -Name "TestTemplate" -TemplateType "Configuration" -Device $("37KP0ZZ" | Get-OMEDevice -FilterBy "ServiceTag") -Wait
Create new configuration compliance template from XML file
New-OMETemplateFromFile -Name "TestTemplate" -TemplateType "Configuration" -Content $(Get-Content -Path .\Data.xml | Out-String)
Create new configuration compliance baseline
New-OMEConfigurationBaseline -Name "TestBaseline01" -Template $("Template01" | Get-OMETemplate -FilterBy "Name") -Devices $("37KPZZZ" | Get-OMEDevice -FilterBy "ServiceTag") -Wait -Verbose
Update configuration compliance on all devices in baseline This will force a reboot if necessary
Update-OMEConfiguration -Name "Make Compliant Test01" -Baseline $("TestBaseline01" | Get-OMEConfigurationBaseline) -Wait -Verbose
Update configuration compliance on filtered devices in baseline This will force a reboot if necessary
Update-OMEConfiguration -Name "Make Compliant Test01" -Baseline $("TestBaseline01" | Get-OMEConfigurationBaseline) -DeviceFilter $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag") -Wait -Verbose
Update configuration compliance on filtered devices in baseline staging changes for next reboot
Update-OMEConfiguration -Name "Make Compliant Test01" -Baseline $("TestBaseline01" | Get-OMEConfigurationBaseline) -DeviceFilter $("C86CZZZ" | Get-OMEDevice -FilterBy "ServiceTag") -UpdateSchedule "StageForNextReboot" -Wait -Verbose
Check configuration compliance for baseline
$("TestBaseline01" | Get-OMEConfigurationBaseline -FilterBy "Name") | Invoke-OMEConfigurationBaselineRefresh -Wait -Verbose
Get Profile by ProfileName
"ProfileName" | Get-OMEProfile
Get Profile by ProfileName where ProfileName includes single quotes. Use for Profiles deployed from Templates on the MX platform
Get-OMEProfile | Where-Object { $_.ProfileName -eq "Profile from template 'Test Template 01' 00001" }
Get Profile by TemplateName
"TemplateName" | Get-OMEProfile -FilterBy TemplateName
Create a new Profile from a Template
"Test Template 01" | Get-OMETemplate | New-OMEProfile -NamePrefix "Test Profile" -NumberOfProfilesToCreate 3
Create a new Profile from a Template and mount ISO from NFS share to Virtual Media
"Test Template 01" | Get-OMETemplate | New-OMEProfile -NamePrefix "Test Profile" -NumberOfProfilesToCreate 3 -NetworkBootShareType "NFS" -NetworkBootShareIpAddress "192.168.1.100" -NetworkBootIsoPath "/mnt/data/iso/OS.iso" -Verbose
Assign Profile to Device
$Device = "933NCZZ" | Get-OMEDevice
"Test Profile 00001" | Get-OMEProfile | Invoke-OMEProfileAssign -TargetId $Device.Id -Verbose
Invoke-OMEProfileUnassign -ProfileName "TSTest 00001" -Wait -Verbose
Assign Profile to Chassis Slot 1 and Apply Immediately This will force a reseat of the sled
$Chassis = "933MCZZ" | Get-OMEDevice
$ChassisSlots = $Chassis | Get-OMEDeviceDetail -InventoryType "chassisSlotsList" | Select-Object -ExpandProperty InventoryInfo
$SlotId = $ChassisSlots | Where-Object { $_.Number -eq "1" -and $_.DeviceType -eq 1000 } | Select-Object -ExpandProperty Id
"Test Profile 00001" | Get-OMEProfile | Invoke-OMEProfileAssign -TargetId $SlotId -AttachAndApply -Wait -Verbose
Unassign Profile by device
Invoke-OMEProfileUnassign -Device $("37KP0ZZ" | Get-OMEDevice) -Wait -Verbose
Unassign Profile on multiple devices
$("37KP0ZZ", "37KT0ZZ" | Get-OMEDevice) | Invoke-OMEProfileUnassign -Wait -Verbose
Unassign Profile by template
Invoke-OMEProfileUnassign -Template $("TestTemplate01" | Get-OMETemplate) -Wait -Verbose
Unassign Profile by profile name and force reclaim identities
Invoke-OMEProfileUnassign -ProfileName "Profile from template 'TestTemplate01' 00001" -ForceReclaim -Wait -Verbose
Remove Profile
"TestProfile01" | Get-OMEProfile | Remove-OMEProfile
Rename Profile
"Profile 00005" | Get-OMEProfile | Invoke-OMEProfileRename -Name "Test Profile 00005"
Rename Profile deployed from Template on MX platform
Get-OMEProfile | Where-Object { $_.ProfileName -eq "Profile from template 'Test Template 01' 00001" } | Invoke-OMEProfileRename -Name "Test Profile 01 - 00001"
List all jobs
Get-OMEJob | Format-Table
Get job details by Id
13852 | Get-OMEJob -Detail -Verbose
Get job by job type
5 | Get-OMEJob -FilterBy "Type" | Format-Table
Get job by last run status
2060 | Get-OMEJob -FilterBy "LastRunStatus" | Format-Table
Get job by state
"Enabled" | Get-OMEJob -FilterBy "State" | Format-Table
Export job details to CSV by Id
10085 | Get-OMEJob -FilterBy "Id" -Detail | Select-Object @{Name='JobId'; Expression='Id'}, JobName, JobTypeId, JobType, JobDescription, LastRun -ExpandProperty JobDetail
| Export-Csv -Path "C:\Temp\OMEJobDetail.csv" -NoTypeInformation
Get jobs filter by multiple properties
2070 | Get-OMEJob -FilterBy "LastRunStatus" | Where-Object JobTypeId -EQ 101
Run job
28991 | Invoke-OMEJobRun -Wait -Verbose
Run report
Invoke-Report -ReportId 11709
Get 50 most recent critical alerts
Get-OMEAlert -SeverityType CRITICAL -Top 50 -Pages 1
Get all alert policies
Get-OMEAlertPolicy
Get alert policy by ID
12016 | Get-OMEAlertPolicy
Get alert policy by Name (OME API does not currently support filtering by Name natively)
Get-OMEAlertPolicy | Where-Object { $_.Name -eq "Group A Alert" }
Enable Alert Policy
17758 | Get-OMEAlertPolicy | Enable-OMEAlertPolicy
Disable Alert Policy
17758 | Get-OMEAlertPolicy | Disable-OMEAlertPolicy
Disable Multiple Alert Policies
$AlertPolicies = Get-OMEAlertPolicy | Where-Object { $_.Name -match "Group A Alert" }
Disable-OMEAlertPolicy -AlertPolicy $AlertPolicies
Create alert policy
Use 17758 | Get-OMEAlertPolicy | ConvertTo-Json -Depth 10 to show an existing policy as an example
$NewAlertPolicy = '{
"Name": "Test Alert Policy",
"Description": null,
"Enabled": true,
"DefaultPolicy": false,
"PolicyData": {
"Catalogs": [
{
"CatalogName": "iDRAC",
"Categories": [
0
],
"SubCategories": [
0
]
}
],
"Severities": [
16
],
"MessageIds": [],
"Devices": [],
"DeviceTypes": [],
"Groups": [
17745,
17743,
17746
],
"AllTargets": false,
"Schedule": {
"StartTime": "2023-03-21 04:00:00.017",
"EndTime": "",
"CronString": "* * * ? * * *",
"Interval": false
},
"Actions": [
{
"Id": 36,
"Name": "Email",
"ParameterDetails": [
{
"Id": 1,
"Name": "subject",
"Value": "Device Name: $name, Device IP Address: $ip, Severity: $severity",
"Type": "string",
"TypeParams": [
{
"Name": "maxLength",
"Value": "255"
}
]
},
{
"Id": 1,
"Name": "to",
"Value": "[email protected]",
"Type": "string",
"TypeParams": [
{
"Name": "maxLength",
"Value": "255"
}
]
},
{
"Id": 1,
"Name": "from",
"Value": "[email protected]",
"Type": "string",
"TypeParams": [
{
"Name": "maxLength",
"Value": "255"
}
]
},
{
"Id": 1,
"Name": "message",
"Value": "Event occurred for Device Name: $name, Device IP Address: $ip, Identifier: $identifier, UTC Time: $time, Severity: $severity, Message ID: $messageId, $message",
"Type": "string",
"TypeParams": [
{
"Name": "maxLength",
"Value": "255"
}
]
}
],
"TemplateId": 50
}
],
"UndiscoveredTargets": []
},
"State": true
}'
New-OMEAlertPolicy -AlertPolicy $NewAlertPolicy
Test AD Directory Service using Global Catalog Lookup
New-OMEDirectoryService -Name "LAB.LOCAL" -DirectoryType "AD" `
-DirectoryServerLookup "DNS" -DirectoryServers @("lab.local") -ADGroupDomain "lab.local" `
-TestConnection -TestUserName "[email protected]" -TestPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -Verbose
Create AD Directory Service using Global Catalog Lookup
New-OMEDirectoryService -Name "LAB.LOCAL" -DirectoryType "AD" `
-DirectoryServerLookup "DNS" -DirectoryServers @("lab.local") -ADGroupDomain "lab.local"
Create AD Directory Service using Global Catalog Lookup with Certificate Validation
New-OMEDirectoryService -Name "LAB.LOCAL" -DirectoryType "AD" -DirectoryServerLookup "DNS" -DirectoryServers @("lab.local") -ADGroupDomain "lab.local" -CertificateValidation -CertificateFile "C:\Temp\CA.cer"
Create AD Directory Service manually specifing Domain Controllers
New-OMEDirectoryService -Name "LAB.LOCAL" -DirectoryType "AD" `
-DirectoryServerLookup "MANUAL" -DirectoryServers @("ad1.lab.local", "ad2.lab.local") -ADGroupDomain "lab.local"
Import directory group
$AD = Get-OMEDirectoryService -DirectoryType "AD" -Name "LAB.LOCAL"
$ADGroups = Get-OMEDirectoryServiceSearch -Name "Admin" -DirectoryService $AD
$Role = Get-OMERole -Name "chassis"
Invoke-OMEDirectoryServiceImportGroup -DirectoryService $AD -DirectoryGroups $ADGroups -DirectoryType "AD" -UserName "[email protected]" -Password $(ConvertTo-SecureString 'calvin' -AsPlainText -Force)) -Role $Role -Verbose
Create LDAP Directory Service
New-OMEDirectoryService -Name "LAB.LOCAL" -DirectoryType "LDAP" `
-DirectoryServerLookup "MANUAL" -DirectoryServers @("ldap1.lab.local", "ldap2.lab.local") `
-LDAPBaseDistinguishedName "dc=lab,dc=local"
Backup chassis to CIFS share now
$MXChassis = @("LEAD" | Get-OMEMXDomain | Select-Object -First 1)
Invoke-OMEApplianceBackup -Chassis $MXChassis -Share "192.168.1.100" -SharePath "/SHARE" -ShareType "CIFS" `
-UserName "Administrator" -Password $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) `
-BackupFile "BACKUP_$((Get-Date).ToString('yyyyMMddHHmmss'))" `
-IncludePw -IncludeCertificates -EncryptionPassword $(ConvertTo-SecureString 'nkQ*DTrNK7$b' -AsPlainText -Force) -Wait -Verbose
Backup chassis to NFS share now
$MXChassis = @("LEAD" | Get-OMEMXDomain | Select-Object -First 1)
Invoke-OMEApplianceBackup -Chassis $MXChassis -Share "192.168.1.100" -SharePath "/mnt/data/backup" -ShareType "NFS" `
-BackupFile "BACKUP_$((Get-Date).ToString('yyyyMMddHHmmss'))" `
-IncludePw -IncludeCertificates -EncryptionPassword $(ConvertTo-SecureString 'nkQ*DTrNK7$b' -AsPlainText -Force) -Wait -Verbose
Backup chassis to NFS share on schedule every Sunday at 12:00AM UTC
$MXChassis = @("LEAD" | Get-OMEMXDomain | Select-Object -First 1)
Invoke-OMEApplianceBackup -Chassis $MXChassis -Share "192.168.1.100" -SharePath "/mnt/data/backup" -ShareType "NFS" `
-BackupFile "BACKUP_$((Get-Date).ToString('yyyyMMddHHmmss'))" -ScheduleCron '0 0 0 ? * sun *' `
-IncludePw -IncludeCertificates -EncryptionPassword $(ConvertTo-SecureString 'nkQ*DTrNK7$b' -AsPlainText -Force) -Wait -Verbose
Get Support cases for device by Service Tag
"C38V9T2" | Get-OMESupportAssistCase -Verbose
Export example json used to create new Support Assist group
New-OMESupportAssistGroup -ExportExampleJson
Create new Support Assist group from file
New-OMESupportAssistGroup -AddGroup $(Get-Content "C:\Temp\Group.json" -Raw) -Verbose
Edit Support Assist group
$TestSupportAssistGroup = '{
"MyAccountId": "",
"Name": "Support Assist Group 2",
"Description": "Support Assist Group",
"DispatchOptIn": false,
"CustomerDetails": null,
"ContactOptIn": false
}'
"Support Assist Group 1" | Get-OMEGroup | Edit-OMESupportAssistGroup -EditGroup $TestSupportAssistGroup -Verbose
Add devices to Support Assist group
$devices = $("859N3L3", "759N3L3" | Get-OMEDevice -FilterBy "ServiceTag")
"Support Assist Group 1" | Get-OMEGroup | Edit-OMESupportAssistGroup -Devices $devices -Verbose
Remove devices from Support Assist group
$devices = $("859N3L3", "759N3L3" | Get-OMEDevice -FilterBy "ServiceTag")
"Support Assist Group 1" | Get-OMEGroup | Edit-OMESupportAssistGroup -Mode "Remove" -Devices $devices -Verbose
Remove Support Assist group
"Support Assist Group 1" | Get-OMEGroup | Remove-OMESupportAssistGroup
Create new Chassis Group
New-OMEMcmGroup -Name "TestLabMX"
Create new Chassis Group with VIP
New-OMEMcmGroup -Name "TestLabMX" -VIPIPv4Address "100.79.6.111" -VIPSubnetMask "255.255.254.0" -VIPGateway "100.79.7.254" -Wait -Verbose
Create new Smart Fabric
New-OMEFabric -Name "SmartFabric01" -DesignType "2xMX9116n_Fabric_Switching_Engines_in_same_chassis" `
-SwitchAServiceTag "C38S9T2" -SwitchBServiceTag "CMWSV43" -Verbose
Configure Port Breakouts and Refresh Inventory
$SwitchA = $("C38S9T2" | Get-OMEDevice)
$SwitchB = $("CMWSV43" | Get-OMEDevice)
Set-OMEIOMPortBreakout -Device $SwitchA -BreakoutType "4X10GE" -PortGroups "port-group1/1/13" -Wait -Verbose
Set-OMEIOMPortBreakout -Device $SwitchA -BreakoutType "4X8GFC" -PortGroups "port-group1/1/15,port-group1/1/16" -Wait -Verbose
Set-OMEIOMPortBreakout -Device $SwitchB -BreakoutType "4X10GE" -PortGroups "port-group1/1/13" -Wait -Verbose
Set-OMEIOMPortBreakout -Device $SwitchB -BreakoutType "4X8GFC" -PortGroups "port-group1/1/15,port-group1/1/16" -Wait -Verbose
Invoke-OMEInventoryRefresh -Devices @($SwitchA, $SwitchB) -Wait
Create new Uplink
$SwitchA = $("C38S9T2" | Get-OMEDevice)
$SwitchB = $("CMWSV43" | Get-OMEDevice)
$DefaultNetworks = $("VLAN 1001", "VLAN 1003" | Get-OMENetwork)
$StorageFabricANetwork = $("Storage Fabric A" | Get-OMENetwork)
$StorageFabricBNetwork = $("Storage Fabric B" | Get-OMENetwork)
$Fabric = $("SmartFabric01" | Get-OMEFabric)
New-OMEFabricUplink -Name "EthernetUplink01" -Fabric $Fabric -UplinkType "Ethernet - No Spanning Tree" `
-TaggedNetworks $DefaultNetworks -Ports "C38S9T2:ethernet1/1/41:1,CMWSV43:ethernet1/1/41:1" -Verbose
New-OMEFabricUplink -Name "StorageFabricAUplink" -Fabric $Fabric -UplinkType "FC Gateway" `
-TaggedNetworks $StorageFabricANetwork -Ports "C38S9T2:fibrechannel1/1/43:1" -Verbose
New-OMEFabricUplink -Name "StorageFabricBUplink" -Fabric $Fabric -UplinkType "FC Gateway" `
-TaggedNetworks $StorageFabricBNetwork -Ports "CMWSV43:fibrechannel1/1/43:1" -Verbose
Edit Uplink
$Fabric = "SmartFabric01" | Get-OMEFabric
$Uplink = "EthernetUplink01" | Get-OMEFabricUplink -Fabric $Fabric
$AddNetwork = "VLAN 1005", "VLAN 1006" | Get-OMENetwork
$UnTaggedNetwork = "default" | Get-OMENetwork
Edit-OMEFabricUplink -Fabric $Fabric -Uplink $Uplink -Name "NewUplinkName"
Edit-OMEFabricUplink -Fabric $Fabric -Uplink $Uplink -Mode "Append" -TaggedNetworks $AddNetwork -Verbose
Edit-OMEFabricUplink -Fabric $Fabric -Uplink $Uplink -Mode "Append" -Ports "C38S9T2:ethernet1/1/41:2,CMWSV43:ethernet1/1/41:2" -Verbose
Edit-OMEFabricUplink -Fabric $Fabric -Uplink $Uplink -Mode "Remove" -TaggedNetworks $AddNetwork -Ports "C38S9T2:ethernet1/1/41:2" -Verbose
Edit-OMEFabricUplink -Fabric $Fabric -Uplink $Uplink -Mode "Replace" -TaggedNetworks $AddNetwork -Ports "C38S9T2:ethernet1/1/41:1,CMWSV43:ethernet1/1/41:1" -Verbose
Edit-OMEFabricUplink -Fabric $Fabric -Uplink $Uplink -UnTaggedNetwork $UnTaggedNetwork -Verbose
Configure Template with Storage Networks
$DefaultNetworks = $("VLAN 1001", "VLAN 1003", "VLAN 1004", "VLAN 1005" | Get-OMENetwork)
$StorageFabricANetwork = $("Storage Fabric A" | Get-OMENetwork)
$StorageFabricBNetwork = $("Storage Fabric B" | Get-OMENetwork)
$Template = "MX740c 4 Port" | Get-OMETemplate
$Template | Set-OMETemplateNetwork -NICIdentifier "NIC in Mezzanine 1A" -Port 1 -TaggedNetworks $DefaultNetworks -Mode "Append" -Verbose
$Template | Set-OMETemplateNetwork -NICIdentifier "NIC in Mezzanine 1A" -Port 2 -TaggedNetworks $DefaultNetworks -Mode "Append" -Verbose
$Template | Set-OMETemplateNetwork -NICIdentifier "NIC in Mezzanine 1A" -Port 1 -TaggedNetworks $StorageFabricANetwork -Mode "Append" -Verbose
$Template | Set-OMETemplateNetwork -NICIdentifier "NIC in Mezzanine 1A" -Port 2 -TaggedNetworks $StorageFabricBNetwork -Mode "Append" -Verbose
Remove Network from Template
$Template | Set-OMETemplateNetwork -NICIdentifier "NIC in Mezzanine 1A" -Port 1 -TaggedNetworks $StorageFabricANetwork -Mode "Remove" -Verbose
$Template | Set-OMETemplateNetwork -NICIdentifier "NIC in Mezzanine 1A" -Port 2 -TaggedNetworks $StorageFabricBNetwork -Mode "Remove" -Verbose
Configure Template Identity Pool
$IdentityPool = $("default" | Get-OMEIdentityPool)
"MX740c 4 Port" | Get-OMETemplate | Set-OMETemplateIdentityPool -IdentityPool $IdentityPool -Verbose
$Chassis = "C38V9ZZ" | Get-OMEDevice
Set-OMEChassisName -Name "TESTMX7000-1" -Chassis $Chassis -Wait -Verbose
$Chassis = "C38V9ZZ" | Get-OMEDevice
Set-OMEChassisSlotName -Chassis $Chassis -Slot 1 -Name "MX840c-C39N9ZZ" -Wait -Verbose
Set-OMEChassisSlotName -Chassis $Chassis -Slot 1 -Name "MX5108-C38T9ZZ" -SlotType "IOM" -Wait -Verbose
Trigger virtual system reseat
"933NCZZ" | Get-OMEDevice | Invoke-OMEDeviceReseat -Verbose -Wait
$RootPassword = $(ConvertTo-SecureString 'calvin' -AsPlainText -Force)
$Chassis = "C38V9ZZ" | Get-OMEDevice
Sleds DHCP
$QuickDeployDHCP = @(
@{Slot=1;},
@{Slot=2;}
)
Invoke-OMEQuickDeploy -RootPassword $RootPassword -SlotType "SLED" -Chassis $Chassis `
-IPv4Enabled -IPv4NetworkType "DHCP" `
-Slots $QuickDeployDHCP -Wait -Verbose
Invoke-OMEQuickDeploy -RootPassword $RootPassword -SlotType "SLED" -Chassis $Chassis `
-IPv4Enabled -IPv4NetworkType "DHCP" `
-IPv6Enabled -IPv6NetworkType "DHCP" `
-Slots $QuickDeployDHCP -Wait -Verbose
Sleds IPv4 Only
$QuickDeployIPv4Static = @(
@{Slot=1; IPv4Address="192.168.1.100"; VlanId=1}
)
Invoke-OMEQuickDeploy -RootPassword $RootPassword -SlotType "SLED" -Chassis $Chassis `
-IPv4Enabled -IPv4NetworkType "STATIC" -IPv4SubnetMask "255.255.254.0" -IPv4Gateway "192.168.1.1" `
-Slots $QuickDeployBothStatic -Verbose
Sleds IPv6 Only
$QuickDeployIPv6Static = @(
@{Slot=1; IPv6Address="2001:0db8:85a3:0000:0000:8a2e:0370:7334"; VlanId=1},
@{Slot=2; IPv6Address="2001:0db8:85a3:0000:0000:8a2e:0370:7335"; VlanId=1}
)
Invoke-OMEQuickDeploy -RootPassword $RootPassword -SlotType "SLED" -Chassis $Chassis `
-IPv6Enabled -IPv6NetworkType "STATIC" -IPv6Gateway "fe80::1" -IPv6PrefixLength 4 `
-Slots $QuickDeployIPv6Static -Verbose
Sleds IPv4 and IPv6
$QuickDeployBothStatic = @(
@{Slot=1; IPv4Address="192.168.1.100"; IPv6Address="2001:0db8:85a3:0000:0000:8a2e:0370:7334"; VlanId=1}
)
Invoke-OMEQuickDeploy -RootPassword $RootPassword -SlotType "SLED" -Chassis $Chassis `
-IPv4Enabled -IPv4NetworkType "STATIC" -IPv4SubnetMask "255.255.254.0" -IPv4Gateway "192.168.1.1" `
-IPv6Enabled -IPv6NetworkType "STATIC" -IPv6Gateway "fe80::1" -IPv6PrefixLength 4 `
-Slots $QuickDeployBothStatic -Verbose
IOM IPv4
$QuickDeployIPv4Static = @(
@{Slot=1; IPv4Address="192.168.1.100"; VlanId=1}
)
Invoke-OMEQuickDeploy -RootPassword $RootPassword -SlotType "IOM" -Chassis $Chassis `
-IPv4Enabled -IPv4NetworkType "STATIC" -IPv4SubnetMask "255.255.255.0" -IPv4Gateway "192.168.1.1" `
-Slots $QuickDeployIPv4Static -Verbose
Set Application Settings
$Settings = @(
@{Name="EmailAlertsConf.1#DestinationEmailAddress"; Value="mail.example.net"},
@{Name="EmailAlertsConf.1#portNumber"; Value=25},
@{Name="EmailAlertsConf.1#useSSL"; Value=$false},
@{Name="ChassisLocation.1#DataCenterName"; Value="DC1"},
@{Name="ChassisLocation.1#RoomName"; Value=""},
@{Name="ChassisLocation.1#AisleName"; Value=""},
@{Name="TimeConfig.1#NTPEnable"; Value=$true},
@{Name="TimeConfig.1#TimeZone"; Value="TZ_ID_9"},
@{Name="TimeConfig.1#NTPServer1"; Value="0.centos.pool.ntp.org"},
@{Name="ChassisPower.1#RedundancyPolicy"; Value="GRID_REDUNDANCY"},
@{Name="ChassisPower.1#EnableHotSpare"; Value=$true},
@{Name="ChassisPower.1#PrimaryGrid"; Value="GRID_1"},
@{Name="SessionConfiguration.1#maxSessions"; Value=100},
@{Name="SSH.1#Enable"; Value=$true},
@{Name="Preference.1#DeviceName"; Value="HOST_NAME"}
)
Set-OMEApplicationSettings -Settings $Settings -Wait -Verbose
Get Application Settings
$CurrentSettings = Get-OMEApplicationSettings
$CurrentSettings.SystemConfiguration.Components[0].Attributes | Format-Table
https://devblogs.microsoft.com/scripting/handling-errors-the-powershell-way
The -ErrorAction common parameter allows you to specify which action to take if a command fails. The available options are: Stop, Continue, SilentlyContinue, Ignore, or Inquire. By default, Windows PowerShell uses an error action preference of Continue, which means that errors will be written out to the host, but the script will continue to execute.
Verbose Output
- Append
-Verboseto any command
Redirect ALL output to file
Update-OMEFirmware -Baseline $("AllLatest" | Get-OMEFirmwareBaseline) -UpdateSchedule "StageForNextReboot" *> firmware.txt
Get PowerShell Version
$PSVersionTable
Get PowerShell Module Path
$env:PSModulePath
This code is provided as-is and currently not officially supported by Dell EMC.
To report problems or provide feedback https://github.com/dell/OpenManage-PowerShell-Modules/issues
Copyright Dell EMC