Posted in
Virtual Machine Manager,
Windows Powershell,
Windows Server |
No Comment | 1,738 views | 25/03/2014 16:44
You can use this script to move your VMs into another Cloud (Cloud Migration) and Cluster on SCVMM 2012 R2.
This script only works on SCVMM 2012 R2 due to vHBA control.
You can remove vHBA control to make it work on SCVMM 2012 SP1.
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| # Parameters
$DestinationCloud = "New Cloud"
$DestinationHostCluster = "cluster.domain.com"
# Create VM Array
$VMArray = New-Object System.Collections.ArrayList
$VMArray.Clear();
# Add VMs into Array
$AddArray = $VMArray.Add("VM01")
$AddArray = $VMArray.Add("VM02")
$AddArray = $VMArray.Add("VM03")
$AddArray = $VMArray.Add("VM04")
# Get Destination Cloud
$Cloud = Get-SCCloud -Name $DestinationCloud
# Cloud Host Group Path
$HostGroupPath = (($Cloud.HostGroup)[0]).Path + "*"
foreach ($VMName in $VMArray)
{
# Get VM
$VM = Get-SCVirtualMachine -Name $VMName
# Output
Write-Host VM Name: $VMName
Write-Host " "
if ($VM.HasPassthroughDisk -eq $False -and $VM.HasVirtualFibreChannelAdapters -eq $False)
{
# Current Cloud
$CurrentCloud = Get-SCCloud -Name $VM.Cloud.Name
# Current Hyper-V Host
$CurrentVMHost = Get-SCVMHost -ComputerName $VM.VMHost.Name
# Create Job Guid
$JobGuid = [System.Guid]::NewGuid().toString()
# Remove from Cloud
$SetCloud = $VM | Set-SCVirtualMachine -RemoveFromCloud
# Get Best Available Hyper-V Host
if ($DestinationHostCluster)
{
$VMHostName = (@(Get-SCVMHost | Where {$_.VMHostGroup -like $HostGroupPath -and $_.HostCluster.Name -eq $DestinationHostCluster -and $_.CoresPerCPU -eq $CurrentVMHost.CoresPerCPU -and $_.CPUArchitecture -eq $CurrentVMHost.CPUArchitecture -and $_.CPUFamily -eq $CurrentVMHost.CPUFamily } | Select Name,AvailableMemory | Sort AvailableMemory -Descending)[0]).Name
}
else
{
$VMHostName = ((Get-SCVMHost | Where {$_.VMHostGroup -like $HostGroupPath -and $_.CoresPerCPU -eq $CurrentVMHost.CoresPerCPU -and $_.CPUArchitecture -eq $CurrentVMHost.CPUArchitecture -and $_.CPUFamily -eq $CurrentVMHost.CPUFamily } | Select Name,AvailableMemory | Sort AvailableMemory -Descending)[0]).Name
}
if ($VMHostName)
{
# Output
Write-Host Target Host: $VMHostName
# Get Best Available CSV
$VolumeName = ((Get-SCStorageVolume | Where {$_.VMHost -eq $VMHostName -and $_.IsClusterSharedVolume -eq $True} | Select Name,FreeSpace | Sort FreeSpace -Descending)[0]).Name
# Output
Write-Host Target Volume: $VolumeName
Write-Host " "
# Get Hyper-V Host Information
$VMHost = Get-SCVMHost -ComputerName $VMHostName
[int64]$VMHostAvailableMemory = [int64]$VMHost.AvailableMemory + 10240 # Leave 10 GB Available Memory
# Get CSV Information
$Volume = Get-SCStorageVolume -Name $VolumeName -VMHost $VMHostName
[int64]$VolumeFreeSpace = [int64]$Volume.FreeSpace + 107374182400 # Leave 100 GB Free Space
# Control Free Memory
if ($VM.Memory -lt $VMHostAvailableMemory -and $VM.TotalSize -lt $VolumeFreeSpace)
{
# Get Virtual Network Adapters
$VirtualNetworkAdapters = $VM | Get-SCVirtualNetworkAdapter
foreach ($VirtualNetworkAdapter in $VirtualNetworkAdapters)
{
# Clear VM Network
$VMNetwork = $Null;
# Get VM Network
$VMNetwork = Get-SCVMNetwork | Where {$_.Name -eq $VirtualNetworkAdapter.VMNetwork.Name}
if (!$VMNetwork)
{
$VMNetwork = Get-SCVMNetwork | Where {$_.VMSubnet.SubnetVLANs.VLanID -eq $VirtualNetworkAdapter.VLanID}
}
# Destination Virtual Network
$VirtualNetwork = ((Get-VM -Cloud $Cloud | Where {$_.VirtualNetworkAdapters.VMNetwork.Name -eq $VirtualNetworkAdapter.VMNetwork.Name -and $_.VirtualNetworkAdapters.VirtualNetwork})[0]).VirtualNetworkAdapters.VirtualNetwork
# Set VM Network Adapter
$SetSCVirtualNetworkAdapter = Set-SCVirtualNetworkAdapter -VirtualNetworkAdapter $VirtualNetworkAdapter -VirtualNetwork $VirtualNetwork -VMNetwork $VMNetwork -JobGroup $JobGuid
}
# Move VM
$MoveSCVirtualMachine = $VM | Move-SCVirtualMachine -VMHost $VMHostName -HighlyAvailable $True -UseLAN -UseDiffDiskOptimization -JobGroup $JobGuid -Path $VolumeName
Write-Host "Migration process is finished."
Write-Host "Please check job results to ensure that if operation is successful.."
Write-Host " "
Write-Host " "
# Set Cloud
$SetCloud = $VM | Set-SCVirtualMachine -Cloud $Cloud
# Refresh VM
$RefreshVM = $VM | Refresh-VM
}
else
{
Write-Host "Not enough resources to move VM.."
Write-Host "Skipping migration.."
Write-Host " "
Write-Host " "
# Set Cloud
$SetCloud = $VM | Set-SCVirtualMachine -Cloud $CurrentCloud
}
}
else
{
Write-Host "There is no available host to migrate VM.."
Write-Host "Skipping migration.."
Write-Host " "
Write-Host " "
}
}
else
{
Write-Host "VM has Pass-through disks or vHBA.."
Write-Host "Skipping migration.."
Write-Host " "
Write-Host " "
}
} |
# Parameters
$DestinationCloud = "New Cloud"
$DestinationHostCluster = "cluster.domain.com"
# Create VM Array
$VMArray = New-Object System.Collections.ArrayList
$VMArray.Clear();
# Add VMs into Array
$AddArray = $VMArray.Add("VM01")
$AddArray = $VMArray.Add("VM02")
$AddArray = $VMArray.Add("VM03")
$AddArray = $VMArray.Add("VM04")
# Get Destination Cloud
$Cloud = Get-SCCloud -Name $DestinationCloud
# Cloud Host Group Path
$HostGroupPath = (($Cloud.HostGroup)[0]).Path + "*"
foreach ($VMName in $VMArray)
{
# Get VM
$VM = Get-SCVirtualMachine -Name $VMName
# Output
Write-Host VM Name: $VMName
Write-Host " "
if ($VM.HasPassthroughDisk -eq $False -and $VM.HasVirtualFibreChannelAdapters -eq $False)
{
# Current Cloud
$CurrentCloud = Get-SCCloud -Name $VM.Cloud.Name
# Current Hyper-V Host
$CurrentVMHost = Get-SCVMHost -ComputerName $VM.VMHost.Name
# Create Job Guid
$JobGuid = [System.Guid]::NewGuid().toString()
# Remove from Cloud
$SetCloud = $VM | Set-SCVirtualMachine -RemoveFromCloud
# Get Best Available Hyper-V Host
if ($DestinationHostCluster)
{
$VMHostName = (@(Get-SCVMHost | Where {$_.VMHostGroup -like $HostGroupPath -and $_.HostCluster.Name -eq $DestinationHostCluster -and $_.CoresPerCPU -eq $CurrentVMHost.CoresPerCPU -and $_.CPUArchitecture -eq $CurrentVMHost.CPUArchitecture -and $_.CPUFamily -eq $CurrentVMHost.CPUFamily } | Select Name,AvailableMemory | Sort AvailableMemory -Descending)[0]).Name
}
else
{
$VMHostName = ((Get-SCVMHost | Where {$_.VMHostGroup -like $HostGroupPath -and $_.CoresPerCPU -eq $CurrentVMHost.CoresPerCPU -and $_.CPUArchitecture -eq $CurrentVMHost.CPUArchitecture -and $_.CPUFamily -eq $CurrentVMHost.CPUFamily } | Select Name,AvailableMemory | Sort AvailableMemory -Descending)[0]).Name
}
if ($VMHostName)
{
# Output
Write-Host Target Host: $VMHostName
# Get Best Available CSV
$VolumeName = ((Get-SCStorageVolume | Where {$_.VMHost -eq $VMHostName -and $_.IsClusterSharedVolume -eq $True} | Select Name,FreeSpace | Sort FreeSpace -Descending)[0]).Name
# Output
Write-Host Target Volume: $VolumeName
Write-Host " "
# Get Hyper-V Host Information
$VMHost = Get-SCVMHost -ComputerName $VMHostName
[int64]$VMHostAvailableMemory = [int64]$VMHost.AvailableMemory + 10240 # Leave 10 GB Available Memory
# Get CSV Information
$Volume = Get-SCStorageVolume -Name $VolumeName -VMHost $VMHostName
[int64]$VolumeFreeSpace = [int64]$Volume.FreeSpace + 107374182400 # Leave 100 GB Free Space
# Control Free Memory
if ($VM.Memory -lt $VMHostAvailableMemory -and $VM.TotalSize -lt $VolumeFreeSpace)
{
# Get Virtual Network Adapters
$VirtualNetworkAdapters = $VM | Get-SCVirtualNetworkAdapter
foreach ($VirtualNetworkAdapter in $VirtualNetworkAdapters)
{
# Clear VM Network
$VMNetwork = $Null;
# Get VM Network
$VMNetwork = Get-SCVMNetwork | Where {$_.Name -eq $VirtualNetworkAdapter.VMNetwork.Name}
if (!$VMNetwork)
{
$VMNetwork = Get-SCVMNetwork | Where {$_.VMSubnet.SubnetVLANs.VLanID -eq $VirtualNetworkAdapter.VLanID}
}
# Destination Virtual Network
$VirtualNetwork = ((Get-VM -Cloud $Cloud | Where {$_.VirtualNetworkAdapters.VMNetwork.Name -eq $VirtualNetworkAdapter.VMNetwork.Name -and $_.VirtualNetworkAdapters.VirtualNetwork})[0]).VirtualNetworkAdapters.VirtualNetwork
# Set VM Network Adapter
$SetSCVirtualNetworkAdapter = Set-SCVirtualNetworkAdapter -VirtualNetworkAdapter $VirtualNetworkAdapter -VirtualNetwork $VirtualNetwork -VMNetwork $VMNetwork -JobGroup $JobGuid
}
# Move VM
$MoveSCVirtualMachine = $VM | Move-SCVirtualMachine -VMHost $VMHostName -HighlyAvailable $True -UseLAN -UseDiffDiskOptimization -JobGroup $JobGuid -Path $VolumeName
Write-Host "Migration process is finished."
Write-Host "Please check job results to ensure that if operation is successful.."
Write-Host " "
Write-Host " "
# Set Cloud
$SetCloud = $VM | Set-SCVirtualMachine -Cloud $Cloud
# Refresh VM
$RefreshVM = $VM | Refresh-VM
}
else
{
Write-Host "Not enough resources to move VM.."
Write-Host "Skipping migration.."
Write-Host " "
Write-Host " "
# Set Cloud
$SetCloud = $VM | Set-SCVirtualMachine -Cloud $CurrentCloud
}
}
else
{
Write-Host "There is no available host to migrate VM.."
Write-Host "Skipping migration.."
Write-Host " "
Write-Host " "
}
}
else
{
Write-Host "VM has Pass-through disks or vHBA.."
Write-Host "Skipping migration.."
Write-Host " "
Write-Host " "
}
}
After migrations, please check SCVMM job results to see if migrations are successful.
Posted in
Windows Powershell,
Windows Server |
No Comment | 2,488 views | 24/03/2014 11:02
You can query network adapter information via WMI. Just add your all hosts into Servers.txt and use following script:
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| $Servers = Get-Content Servers.txt
foreach ($Server in $Servers)
{
$ErrorActionPreference = "silentlycontinue"
$Ping = New-Object System.Net.Networkinformation.ping
$Status = $Null
$Status = ($Ping.Send("$Server", 1)).Status
if ($Status -eq "Success")
{
ForEach ($Adapter in (Get-WmiObject Win32_NetworkAdapter -ComputerName $Server))
{
$Config = Get-WmiObject Win32_NetworkAdapterConfiguration -Filter "Index = '$($Adapter.Index)'" -ComputerName $Server
if ($Config.IPAddress)
{
$Output = $Server + ";" + $Adapter.Name + ";" + $Config.IPAddress[0] + ";" + $Config.MacAddress
Write-Host $Output
}
}
}
} |
$Servers = Get-Content Servers.txt
foreach ($Server in $Servers)
{
$ErrorActionPreference = "silentlycontinue"
$Ping = New-Object System.Net.Networkinformation.ping
$Status = $Null
$Status = ($Ping.Send("$Server", 1)).Status
if ($Status -eq "Success")
{
ForEach ($Adapter in (Get-WmiObject Win32_NetworkAdapter -ComputerName $Server))
{
$Config = Get-WmiObject Win32_NetworkAdapterConfiguration -Filter "Index = '$($Adapter.Index)'" -ComputerName $Server
if ($Config.IPAddress)
{
$Output = $Server + ";" + $Adapter.Name + ";" + $Config.IPAddress[0] + ";" + $Config.MacAddress
Write-Host $Output
}
}
}
}
After that you will see all network adapters and ip configurations.
Posted in
Virtual Machine Manager,
Windows Powershell,
Windows Server |
No Comment | 7,384 views | 17/03/2014 15:51
You can use following script to get HBA Info and Port WWN:
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| function Get-WinHBAInfo
{
param ($ComputerName="localhost")
# Get HBA Information
$Port = Get-WmiObject -ComputerName $ComputerName -Class MSFC_FibrePortHBAAttributes -Namespace "root\WMI"
$HBAs = Get-WmiObject -ComputerName $ComputerName -Class MSFC_FCAdapterHBAAttributes -Namespace "root\WMI"
$HBAProperties = $HBAs | Get-Member -MemberType Property, AliasProperty | Select -ExpandProperty name | ? {$_ -notlike "__*"}
$HBAs = $HBAs | Select $HBAProperties
$HBAs | %{ $_.NodeWWN = ((($_.NodeWWN) | % {"{0:x2}" -f $_}) -join ":").ToUpper() }
ForEach($HBA in $HBAs) {
# Get Port WWN
$PortWWN = (($Port |? { $_.instancename -eq $HBA.instancename }).attributes).PortWWN
$PortWWN = (($PortWWN | % {"{0:x2}" -f $_}) -join ":").ToUpper()
Add-Member -MemberType NoteProperty -InputObject $HBA -Name PortWWN -Value $PortWWN
# Output
$HBA
}
} |
function Get-WinHBAInfo
{
param ($ComputerName="localhost")
# Get HBA Information
$Port = Get-WmiObject -ComputerName $ComputerName -Class MSFC_FibrePortHBAAttributes -Namespace "root\WMI"
$HBAs = Get-WmiObject -ComputerName $ComputerName -Class MSFC_FCAdapterHBAAttributes -Namespace "root\WMI"
$HBAProperties = $HBAs | Get-Member -MemberType Property, AliasProperty | Select -ExpandProperty name | ? {$_ -notlike "__*"}
$HBAs = $HBAs | Select $HBAProperties
$HBAs | %{ $_.NodeWWN = ((($_.NodeWWN) | % {"{0:x2}" -f $_}) -join ":").ToUpper() }
ForEach($HBA in $HBAs) {
# Get Port WWN
$PortWWN = (($Port |? { $_.instancename -eq $HBA.instancename }).attributes).PortWWN
$PortWWN = (($PortWWN | % {"{0:x2}" -f $_}) -join ":").ToUpper()
Add-Member -MemberType NoteProperty -InputObject $HBA -Name PortWWN -Value $PortWWN
# Output
$HBA
}
}
Usage:
Get-WinHBAInfo -ComputerName Server01 |
Get-WinHBAInfo -ComputerName Server01
After that you will see HBA and Port WWN information.
Posted in
Windows Powershell,
Windows Server |
2 Comments | 2,441 views | 14/03/2014 10:09
You can check all reverse DNS records with DNS records with following script to see if they are equal:
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| $Servers = Get-DnsServerResourceRecord -ZoneName contoso.domain.com
foreach ($Server in $Servers)
{
# Clear Values
$ServerName = $Null;
$DNSName = $Null;
$DNSHostName = $Null;
$DNSIPAddress = $Null;
$ReverseDNSHostName = $Null;
# Resolve DNS Name
$ServerName = $Server.HostName
$DNSName = (Resolve-DnsName $ServerName)
if ($DNSName)
{
# Get Reverse DNS Name
$DNSHostName = $DNSName.Name
$DNSIPAddress = $DNSName.IPAddress
$ReverseDNSHostName = ([System.Net.Dns]::GetHostByAddress("$DNSIPAddress")).HostName
if ($DNSHostName -eq $ReverseDNSHostName -and $ReverseDNSHostName -ne $Null)
{
Write-Host "."
}
else
{
$Output = $DNSHostName + ";" + $ReverseDNSHostName
Write-Host $Output
}
}
else
{
Write-Host "Cannot resolve $ServerName"
}
} |
$Servers = Get-DnsServerResourceRecord -ZoneName contoso.domain.com
foreach ($Server in $Servers)
{
# Clear Values
$ServerName = $Null;
$DNSName = $Null;
$DNSHostName = $Null;
$DNSIPAddress = $Null;
$ReverseDNSHostName = $Null;
# Resolve DNS Name
$ServerName = $Server.HostName
$DNSName = (Resolve-DnsName $ServerName)
if ($DNSName)
{
# Get Reverse DNS Name
$DNSHostName = $DNSName.Name
$DNSIPAddress = $DNSName.IPAddress
$ReverseDNSHostName = ([System.Net.Dns]::GetHostByAddress("$DNSIPAddress")).HostName
if ($DNSHostName -eq $ReverseDNSHostName -and $ReverseDNSHostName -ne $Null)
{
Write-Host "."
}
else
{
$Output = $DNSHostName + ";" + $ReverseDNSHostName
Write-Host $Output
}
}
else
{
Write-Host "Cannot resolve $ServerName"
}
}
If they are not equal, that will output results.
You should run this script on a Windows Server 2012/R2 DNS server with elevated privileges.
Posted in
Windows Powershell,
Windows Server |
1 Comment | 5,896 views | 13/03/2014 11:57
You can use following function to get EMC Disk Numbers via PowerPath:
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| function Get-EMCDiskNumber
{
param ($DiskID)
function Get-PowerMtOutput
{
# Get Powermt Output
$Outputs = powermt display dev=all
# Create Hash Table
$Properties = New-Object Psobject
foreach ($Output in $Outputs)
{
# Clear Variables
$DiskNumber = $Null;
$DiskID = $Null;
if ($Output -ne "")
{
if ($Output -match 'Pseudo name=harddisk(?<Name>\d+)') { $DiskNumber = $Matches["Name"] }
if ($Output -match 'Logical device ID=(?<ID>\w+)') { $DiskID = $Matches["ID"] }
if ($DiskID) { $Properties | Add-Member Noteproperty DiskID $DiskID }
if ($DiskNumber) { $Properties | Add-Member Noteproperty DiskNumber $DiskNumber }
}
else
{
# Output Data
Write-Output $Properties
# Create New Hash Table
$Properties = New-Object Psobject
}
}
}
if ($DiskID)
{
Get-PowerMtOutput | Where { $_.DiskID -eq $DiskID }
}
else
{
Get-PowerMtOutput
}
} |
function Get-EMCDiskNumber
{
param ($DiskID)
function Get-PowerMtOutput
{
# Get Powermt Output
$Outputs = powermt display dev=all
# Create Hash Table
$Properties = New-Object Psobject
foreach ($Output in $Outputs)
{
# Clear Variables
$DiskNumber = $Null;
$DiskID = $Null;
if ($Output -ne "")
{
if ($Output -match 'Pseudo name=harddisk(?<Name>\d+)') { $DiskNumber = $Matches["Name"] }
if ($Output -match 'Logical device ID=(?<ID>\w+)') { $DiskID = $Matches["ID"] }
if ($DiskID) { $Properties | Add-Member Noteproperty DiskID $DiskID }
if ($DiskNumber) { $Properties | Add-Member Noteproperty DiskNumber $DiskNumber }
}
else
{
# Output Data
Write-Output $Properties
# Create New Hash Table
$Properties = New-Object Psobject
}
}
}
if ($DiskID)
{
Get-PowerMtOutput | Where { $_.DiskID -eq $DiskID }
}
else
{
Get-PowerMtOutput
}
}
If you know Disk ID, you can use it:
Usage:
Get-EMCDiskNumber -DiskID "11E40" |
Get-EMCDiskNumber -DiskID "11E40"
Also you can display all disk names and ids:
Usage:
That will output disk informations.
Posted in
Windows Powershell,
Windows Server |
No Comment | 7,896 views | 02/03/2014 23:34
You have a Hyper-V Cluster and you use vHBA on your virtual machines?
Then you may be familiar with this error after restart your virtual machine:
TestVM: Virtual port (C003FF4CC9C5003D) creation failed with a NPIV error (Virtual machine ID 12BE2D01-D693-4488-AA5F-3715CBDA4F10)
Technet gives 2 reasons for that error as a possible cause:
Virtual Port creation failure because the WWPN is still in use because of:
· HBA failing to remove virtual port
· Host unresponsiveness
You can check documentation from here:
Only solution in that case is restarting your Hyper-V server or changing WWNN and WWPN addresses of virtual machine.
But i don’t like both ways because it takes more operator time and requires more service downtime..
So I went a little bit deeper to see what may be the reason. Because I was not able to start my virtual machine.
I installed QLogic SanSurfer on my Hyper-V host to check Physical HBA and Virtual Ports.
Then I noticed something:
My Virtual Machine was off, but its virtual port was still active on server.
After discovering that, removed that virtual port via QLogic Tools.
It worked like a charm! I was able to start my virtual machine again.
So I wrote a PowerShell script to find other inactive vHBA ports and remove them.
First, download Hyper-V vHBA PowerShell Module and put it into PowerShell Modules Directory.
You can query your inactive vHBA ports with following command:
Get-InactiveFCVirtualPort |
Get-InactiveFCVirtualPort
If you want to query a remote Hyper-V server, use following command:
Get-InactiveFCVirtualPort -ComputerName RemoteServerName |
Get-InactiveFCVirtualPort -ComputerName RemoteServerName
That will give you inactive ports as an output:
ComputerName : VMHOST36
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:0B
pHBAWWNN : 50:06:0B:00:00:C2:62:A1
pHBAWWPN : 50:06:0B:00:00:C2:62:A0
ComputerName : VMHOST36
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:09
pHBAWWNN : 50:06:0B:00:00:C2:62:A3
pHBAWWPN : 50:06:0B:00:00:C2:62:A2 |
ComputerName : VMHOST36
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:0B
pHBAWWNN : 50:06:0B:00:00:C2:62:A1
pHBAWWPN : 50:06:0B:00:00:C2:62:A0
ComputerName : VMHOST36
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:09
pHBAWWNN : 50:06:0B:00:00:C2:62:A3
pHBAWWPN : 50:06:0B:00:00:C2:62:A2
You can use following command to remove all inactive virtual ports:
Remove-InactiveFCVirtualPort |
Remove-InactiveFCVirtualPort
Of course you can also remove inactive virtual ports on remote server:
Remove-InactiveFCVirtualPort -ComputerName RemoteServerName |
Remove-InactiveFCVirtualPort -ComputerName RemoteServerName
After that you should be able to start your virtual machine.
You can also list your all virtual ports and their virtual machine information:
PS C:\Users\yusufozt> Get-FCVirtualPort
ComputerName : localhost
VMName : VMDB01
VMState : Running
VMSanName : Switch_A
VMSanSet : Set A
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:04
pHBAWWNN : 50:06:0B:00:00:C2:62:1F
pHBAWWPN : 50:06:0B:00:00:C2:62:1E
ComputerName : localhost
VMName : VMDB01
VMState : Running
VMSanName : Switch_B
VMSanSet : Set A
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:06
pHBAWWNN : 50:06:0B:00:00:C2:62:1D
pHBAWWPN : 50:06:0B:00:00:C2:62:1C |
PS C:\Users\yusufozt> Get-FCVirtualPort
ComputerName : localhost
VMName : VMDB01
VMState : Running
VMSanName : Switch_A
VMSanSet : Set A
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:04
pHBAWWNN : 50:06:0B:00:00:C2:62:1F
pHBAWWPN : 50:06:0B:00:00:C2:62:1E
ComputerName : localhost
VMName : VMDB01
VMState : Running
VMSanName : Switch_B
VMSanSet : Set A
vHBAWWNN : C0:03:FF:00:00:FF:FF:00
vHBAWWPN : C0:03:FF:F1:25:95:00:06
pHBAWWNN : 50:06:0B:00:00:C2:62:1D
pHBAWWPN : 50:06:0B:00:00:C2:62:1C
If you have a Hyper-V cluster, then you can use something like that:
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| $ClusterNodes = Get-Cluster | Get-ClusterNode
foreach ($ClusterNode in $ClusterNodes)
{
Remove-InactiveFCVirtualPort -ComputerName $ClusterNode
} |
$ClusterNodes = Get-Cluster | Get-ClusterNode
foreach ($ClusterNode in $ClusterNodes)
{
Remove-InactiveFCVirtualPort -ComputerName $ClusterNode
}
That will remove all inactive virtual ports on cluster.
You should run this script on one of your Hyper-V host.