A couple of things to note:

1.The section below on datastore freespace filters out the local datastore which contains the name of the host.

$VMHost = $Cluster | Get-VMHost | Select-Object -Last 1
$HostName = ($VMHost.name -split ".", 0, "simplematch")[0]
$ClusterFreeDiskspaceGB = ($VMHost | Get-Datastore | Where-Object {$_.Name -notmatch $HostName} | Measure-Object -Property FreeSpaceGB -Sum).Sum

2. I’ve recently changed the way I create custom objects to output reports with. For a long time I have used the cheat way of Select-Object , partly because of performance and partly because you can’t control the order of properties in New-Object. These are being addressed in PowerShell v3 (see here and here) so I thought it was about time to make the switch. This means for the time being that when working with the output you need to pipe it to Select-Object to control the order of the output, e.g.

Get-Cluster | Get-ClusterCapacityCheck | Select-Object Cluster,ClusterCPUCores,ClusterAllocatedvCPUs,ClustervCPUpCPURatio,ClusterEffectiveMemoryGB,

ClusterAllocatedMemoryGB,ClusterActiveMemoryPercentage,ClusterFreeDiskspaceGB

function Get-ClusterCapacityCheck {
<#
.SYNOPSIS
Retrieves basic capacity info for VMware clusters

.DESCRIPTION
Retrieves basic capacity info for VMware clusters

.PARAMETER  ClusterName
Name of the computer to test the services for

.EXAMPLE
PS C:\> Get-ClusterCapacityCheck -ClusterName Cluster01

.EXAMPLE
PS C:\> Get-Cluster | Get-ClusterCapacityCheck

.NOTES
Author: Jonathan Medd
Date: 18/01/2012
#>

[CmdletBinding()]
param(
[Parameter(Position=0,Mandatory=$true,HelpMessage="Name of the cluster to test",
ValueFromPipeline=$True,ValueFromPipelineByPropertyName=$true)]
[System.String]
$ClusterName
)

begin {
$Finish = (Get-Date -Hour 0 -Minute 0 -Second 0)
$Start = $Finish.AddDays(-1).AddSeconds(1)

New-VIProperty -Name FreeSpaceGB -ObjectType Datastore -Value {
param($ds)
[Math]::Round($ds.FreeSpaceMb/1KB,0)
} -Force

}

process {

$Cluster = Get-Cluster $ClusterName

$ClusterCPUCores = $Cluster.ExtensionData.Summary.NumCpuCores
$ClusterEffectiveMemoryGB = [math]::round(($Cluster.ExtensionData.Summary.EffectiveMemory / 1KB),0)

$ClusterVMs = $Cluster | Get-VM

$ClusterAllocatedvCPUs = ($ClusterVMs | Measure-Object -Property NumCPu -Sum).Sum
$ClusterAllocatedMemoryGB = [math]::round(($ClusterVMs | Measure-Object -Property MemoryMB -Sum).Sum / 1KB)

$ClustervCPUpCPURatio = [math]::round($ClusterAllocatedvCPUs / $ClusterCPUCores,2)
$ClusterActiveMemoryPercentage = [math]::round(($Cluster | Get-Stat -Stat mem.usage.average -Start $Start -Finish $Finish | Measure-Object -Property Value -Average).Average,0)

$VMHost = $Cluster | Get-VMHost | Select-Object -Last 1
$ClusterFreeDiskspaceGB = ($VMHost | Get-Datastore | Where-Object {$_.Extensiondata.Summary.MultipleHostAccess -eq $True} | Measure-Object -Property FreeSpaceGB -Sum).Sum

New-Object -TypeName PSObject -Property @{
Cluster = $Cluster.Name
ClusterCPUCores = $ClusterCPUCores
ClusterAllocatedvCPUs = $ClusterAllocatedvCPUs
ClustervCPUpCPURatio = $ClustervCPUpCPURatio
ClusterEffectiveMemoryGB = $ClusterEffectiveMemoryGB
ClusterAllocatedMemoryGB = $ClusterAllocatedMemoryGB
ClusterActiveMemoryPercentage = $ClusterActiveMemoryPercentage
ClusterFreeDiskspaceGB = $ClusterFreeDiskspaceGB
}
}
}

This should be pretty straightforward since we have a Get-Service cmdlet. Unfortunately however, this cmdlet does not return a StartMode parameter, i.e. it’s not possible to tell whether the Startup Type has been set to Automatic, Manual or Disabled. This is quite a large gap in my opinon – if you agree with me you can vote to get it included in a future release here. Of course with PowerShell there’s usually another way to achieve the same objective and using Get-WMIObject it is possible to find out the Startup Type of the service.

Get-WmiObject Win32_Service -ComputerName $ComputerName -Filter "StartMode='Auto' AND State='Stopped' AND Name!='SysmonLog'"

Notice that we filter out the Perfmon service (SysmonLog) since it is rarely in a started state.

One other thing to watch out for in this script is that the section

catch [System.Exception]

which is there to catch any WMI queries that fail, e.g. the server hasn’t rebooted properly or the correct permissions do not exist to make the WMI query, will not pick up any of these failures. This is because try / catch will only catch terminating errors and the WMI failures are non terminating. We can work around this by setting:

$ErrorActionPreference = "Stop"

and then back to normal afterwards:

$ErrorActionPreference = "Continue"

The script accepts pipeline input, so for example you could run it like:

Get-Content servers.txt | ./Get-AutomaticServiceState.ps1

Here it is:

<#
.SYNOPSIS
Retrieves any Windows services set to Automatic and are not running

.DESCRIPTION
Retrieves any Windows services set to Automatic and are not running

.PARAMETER  ComputerName
Name of the computer to test the services for

.EXAMPLE
PS C:\> Get-AutomaticServiceState -ComputerName Server01

.EXAMPLE
PS C:\> Get-Content servers.txt | Get-AutomaticServiceState

.NOTES
Author: Jonathan Medd
Date: 11/01/2012
#>

[CmdletBinding()]
param(
[Parameter(Position=0,Mandatory=$true,HelpMessage="Name of the computer to test",
ValueFromPipeline=$True,ValueFromPipelineByPropertyName=$true)]
[Alias('CN','__SERVER','IPAddress','Server')]
[System.String]
$ComputerName
)

process {

try {

# Set ErrorActionPreference to Stop in order to catch non-terminating WMI errors
$ErrorActionPreference = "Stop"

# Query the server via WMI and exclude the Performance Logs and Alerts Service
$WMI = Get-WmiObject Win32_Service -ComputerName $ComputerName -Filter "StartMode='Auto' AND State='Stopped' AND Name!='SysmonLog'"

}

catch [System.Exception]

{
$WMI = “” | Select-Object SystemName,Displayname,StartMode,State
$WMI.SystemName = $ComputerName
$WMI.Displayname = "Unable to connect to server"
$WMI.StartMode = ""
$WMI.State = ""
}

finally {

$ErrorActionPreference = "Continue"

}

if ($WMI){

foreach ($WMIResult in $WMI){

$MYObject = “” | Select-Object ComputerName,ServiceName,StartupMode,State
$MYObject.ComputerName = $WMIResult.SystemName
$MYObject.ServiceName = $WMIResult.Displayname
$MYObject.StartupMode = $WMIResult.StartMode
$MYObject.State = $WMIResult.State
$MYObject
}
}
}

The PatternFileDate value stored in HKEY_LOCAL_MACHINE\SOFTWARE\Symantec\Symantec Endpoint Protection\AV needs a little figuring out, this posting helps figure it out.

You can get the Info from this Registry Location

HKEY_LOCAL_MACHINE\SOFTWARE\Symantec\Symantec Endpoint Protection\AV

On this Key you can find two Values  
PatternFileDate  : Current Definition date
PatternFileRevision : Revision

These are Hexadecimal values

Example:
PatternFileDate  : 27090e – 2009 Oct 14 
27090e – YYMMDD Format
27 – 2009
27 Hex is 39 Decimal, this value is since 1970. So 1970+39 = 2009

09 is October (00- Jan, 0B – Dec)
0e Hex - 14 in decimal

PatternFileRevision : 16Hex – 22

16 HEX is 22 in Decimal

function Get-SEPVersion {
<#
.SYNOPSIS
Retrieve Symantec Endpoint Version, Definition Date and Sylink Group

.DESCRIPTION
Retrieve Symantec Endpoint Version, Definition Date and Sylink Group

.PARAMETER  ComputerName
Name of the computer to query SEP info for

.EXAMPLE
PS C:\> Get-SEPVersion -ComputerName Server01

.EXAMPLE
PS C:\> $servers | Get-SEPVersion

.NOTES
Author: Jonathan Medd
Date: 23/12/2011
#>

[CmdletBinding()]
param(
[Parameter(Position=0,Mandatory=$true,HelpMessage="Name of the computer to query SEP for",
ValueFromPipeline=$True,ValueFromPipelineByPropertyName=$True)]
[Alias('CN','__SERVER','IPAddress','Server')]
[System.String]
$ComputerName
)

begin {
# Create object to enable access to the months of the year
$DateTimeFormat = New-Object System.Globalization.DateTimeFormatInfo

# Set Registry keys to query
$SMCKey = "SOFTWARE\\Symantec\\Symantec Endpoint Protection\\SMC"
$AVKey = "SOFTWARE\\Symantec\\Symantec Endpoint Protection\\AV"
$SylinkKey = "SOFTWARE\\Symantec\\Symantec Endpoint Protection\\SMC\\SYLINK\\SyLink"
}

process {

try {

# Connect to Registry
$reg = [Microsoft.Win32.RegistryKey]::OpenRemoteBaseKey("LocalMachine",$ComputerName)

# Obtain Product Version value
$SMCRegKey = $reg.opensubkey($SMCKey)
$SEPVersion = $SMCRegKey.GetValue('ProductVersion')

# Obtain Pattern File Date Value
$AVRegKey = $reg.opensubkey($AVKey)
$AVPatternFileDate = $AVRegKey.GetValue('PatternFileDate')

# Convert PatternFileDate to readable date
$AVYearFileDate = [string]($AVPatternFileDate[0] + 1970)
$AVMonthFileDate = $DateTimeFormat.MonthNames[$AVPatternFileDate[1]]
$AVDayFileDate = [string]$AVPatternFileDate[2]
$AVFileVersionDate = $AVDayFileDate + " " + $AVMonthFileDate + " " + $AVYearFileDate

# Obtain Sylink Group value
$SylinkRegKey = $reg.opensubkey($SylinkKey)
$SylinkGroup = $SylinkRegKey.GetValue('CurrentGroup')

}

catch [System.Management.Automation.MethodInvocationException]

{
$SEPVersion = "Unable to connect to computer"
$AVFileVersionDate = ""
$SylinkGroup = ""
}

$MYObject = “” | Select-Object ComputerName,SEPProductVersion,SEPDefinitionDate,SylinkGroup
$MYObject.ComputerName = $ComputerName
$MYObject.SEPProductVersion = $SEPVersion
$MYObject.SEPDefinitionDate = $AVFileVersionDate
$MYObject.SylinkGroup = $SylinkGroup
$MYObject

}
}

They can be implemented via PowerCLI and the below script demonstrates how these different types of settings can be configured. The most interesting one for me was setting the default Path Selection Policy to VMW_PSP_RR. The guide recommends you use the following command from the ESXi console:

esxcli nmp satp setdefaultpsp -satp VMW_SATP_ALUA -psp VMW_PSP_RR

With the introduction of the Get-ESXCLI cmdlet we can now carry out the equivalent from PowerCLI. Get-EsxCLI requires a direct connection to the ESXi host rather than from vCenter, so all the settings in this script are configured via a direct connection to the ESXi host

Warning: Before carrying out any of these types of changes make sure you talk to your Storage Adminstrator to confirm what is appropriate for your own environment. Other array vendors offer different recommendations so be sure to check their documentation for similar settings.

<#
.SYNOPSIS
Implement HP Recommended Settings for EVA SAN

.DESCRIPTION
Implement HP Recommended Settings for EVA SAN

.PARAMETER  HostName
Name of the ESXi host to configure the settings on

.EXAMPLE
PS C:\> ./Set-HPEVAESXiConfig.ps1 -Hostname ESX01

.EXAMPLE
PS C:\> Get-Content ESXServers.txt | ./Set-HPEVAESXiConfig.ps1

.NOTES
Author: Jonathan Medd
Date: 21/12/2011
#>

[CmdletBinding()]
param(
[Parameter(Position=0,Mandatory=$true,HelpMessage="Name of the ESXi host to configure the settings on",
ValueFromPipeline=$True,ValueFromPipelineByPropertyName=$True)]
[Alias('IPAddress','Server','ComputerName')]
[System.String]
$HostName
)

begin {

Write-Host "Please enter credentials to connect to the ESXi hosts" -ForegroundColor:Yellow
$Credential = Get-Credential
$UserName = $Credential.GetNetworkCredential().UserName
$Password = $Credential.GetNetworkCredential().Password
}

process {

Connect-VIServer $Hostname -User $Username -Password $Password | Out-Null

Write-Host "Setting Disk.DiskMaxIOSize Advanced Option"
Set-VMHostAdvancedConfiguration -VMHost $Hostname -Name Disk.DiskMaxIOSize -Value 128 | Out-Null

Write-Host "Changing any LUNs with MultipathPolicy set to MostRecentlyUsed to be RoundRobin instead"
Get-ScsiLun -VmHost $Hostname -LunType "disk" | Where-Object {$_.MultipathPolicy –eq "MostRecentlyUsed"} | Set-ScsiLun -MultipathPolicy "RoundRobin" | Out-Null

Write-Host "Setting the default PSP to be VMW_PSP_RR"
$esxCli = Get-EsxCli –Server $Hostname
$esxCli.nmp.satp.setdefaultpsp("VMW_PSP_RR", "VMW_SATP_ALUA")

Write-Host "Disconnecting from Host"
$DefaultVIServer | Disconnect-VIServer -Confirm:$false
}

So taking inspiration from that post I put together the following script (I convert it to a function for my own use, but it’s easier for my colleagues to use as a script) which will test by default RDP response from servers and report the results. A few examples of how to use it:

Test a single server

.\Test-PortResponse.ps1 -ComputerName Server01 | Format-Table -AutoSize

Testing multiple servers

Get-Content servers.txt | .\Test-PortResponse.ps1 | Format-Table -AutoSize

Testing multiple servers on port 22 and exporting the results to csv

Get-Content servers.txt | .\Test-PortResponse.ps1 -Port 22 | Export-Csv Ports.csv -NoTypeInformation

Here’s the code you can use.

<#
.SYNOPSIS
Test the response of a computer to a specific TCP port

.DESCRIPTION
Test the response of a computer to a specific TCP port

.PARAMETER  ComputerName
Name of the computer to test the response for

.PARAMETER  Port
TCP Port number to test

.EXAMPLE
PS C:\> ./Test-PortResponse.ps1 -ComputerName Server01

.EXAMPLE
PS C:\> Get-Content Servers.txt | ./Test-PortResponse.ps1 -Port 22

.NOTES
Author: Jonathan Medd
Date: 20/12/2011
#>

[CmdletBinding()]
param(
[Parameter(Position=0,Mandatory=$true,HelpMessage="Name of the computer to test",
ValueFromPipeline=$True,ValueFromPipelineByPropertyName=$true)]
[Alias('CN','__SERVER','IPAddress','Server')]
[System.String]
$ComputerName,

[Parameter(Position=1)]
[ValidateRange(1,65535)]
[Int]
$Port = 3389
)

process {

$Connection = New-Object Net.Sockets.TcpClient

try {

$Connection.Connect($ComputerName,$Port)

if ($Connection.Connected) {
$Response = “Open”
$Connection.Close()
}

}

catch [System.Management.Automation.MethodInvocationException]

{
$Response = “Closed / Filtered”
}

$Connection = $null

$MYObject = “” | Select-Object ComputerName,Port,Response
$MYObject.ComputerName = $ComputerName
$MYObject.Port = $Port
$MYObject.Response = $Response
$MYObject

}

When: Thursday, Dec 15, 2011 7:30 PM (GMT)

Where: Virtual

*~*~*~*~*~*~*~*~*~*

Discover how to use the WSMAN cmdlets to retreive WMI information and see a demo of the new WMI API’s CIM cmdlets in PowerShell v3 CTP 2

Notes

Richard Siddaway has invited you to attend an online meeting using Live Meeting.
Join the meeting.
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First Time Users:
To save time before the meeting, check your system to make sure it is ready to use Microsoft Office Live Meeting.
Troubleshooting
Unable to join the meeting? Follow these steps:

1. Copy this address and paste it into your web browser:

   https://www.livemeeting.com/cc/usergroups/join

2. Copy and paste the required information:
   Meeting ID: PJSH3M
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If you still cannot enter the meeting, contact support

Notice
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The below forum post details some discussion around using this class to find the Share permissions and unsurprisingly the legendary Shay Levy provides the solution.

http://groups.google.com/group/powershell-users/browse_thread/thread/43f06ce172e68c38?pli=1

The following script makes use of this code and adds some parameters depending on your requirements.

<#
.SYNOPSIS
Retrieve report of share permissions

.DESCRIPTION
Retrieve report of share permissions

.PARAMETER  ComputerName
Computer name to retrieve share permissions from

.PARAMETER  Share
Name of the share to retrieve permissions from (optional)

.PARAMETER  OutputFile
Name of the file to output the report to (optional)

.EXAMPLE
PS C:\> Get-SharePermissions.ps1 -ComputerName Server01 -Share Share01 -OutputFile C:\Scripts\SharePermissions.csv

.EXAMPLE
PS C:\> Get-SharePermissions.ps1 -ComputerName Server01

.NOTES
Author: Jonathan Medd
Date: 06/12/2011
Version: 0.1

#>

[CmdletBinding()]
param(

[Parameter(Position=0)]
[System.String]
$ComputerName = '.',

[Parameter(Position=1)]
[System.String]
$Share,

[Parameter(Position=2)]
[System.String]
$OutputFile
)

function Translate-AccessMask($val){
Switch ($val)
{
2032127 {"FullControl"; break}
1179785 {"Read"; break}
1180063 {"Read, Write"; break}
1179817 {"ReadAndExecute"; break}
-1610612736 {"ReadAndExecuteExtended"; break}
1245631 {"ReadAndExecute, Modify, Write"; break}
1180095 {"ReadAndExecute, Write"; break}
268435456 {"FullControl (Sub Only)"; break}
default {$AccessMask = $val; break}
}
}

function Translate-AceType($val){
Switch ($val)
{
0 {"Allow"; break}
1 {"Deny"; break}
2 {"Audit"; break}
}
}

# Create calculated properties
$ShareProperty = @{n="Share";e={$ShareName}}
$AccessMask = @{n="AccessMask";e={Translate-AccessMask $_.AccessMask}}
$AceType = @{n="AceType";e={Translate-AceType $_.AceType}}
$Trustee = @{n="Trustee";e={$_.Trustee.Name}}

if ($Share){

$filter="name='$Share'"

$WMIQuery = Get-WmiObject -Class Win32_LogicalShareSecuritySetting -ComputerName $ComputerName -filter $filter | ForEach-Object {
$ShareName = $_.name
$_.GetSecurityDescriptor().Descriptor.DACL | Select-Object $Shareproperty,$AccessMask,$AceType,$Trustee}
}

else {
$WMIQuery = Get-WmiObject -Class Win32_LogicalShareSecuritySetting -ComputerName $ComputerName | ForEach-Object {
$ShareName = $_.name
$_.GetSecurityDescriptor().Descriptor.DACL | Select-Object $Share,$AccessMask,$AceType,$Trustee }
}

if ($OutputFile){
$WMIQuery | Export-Csv $OutputFile -NoTypeInformation
}

else {
$WMIQuery | Format-Table -AutoSize
}

For NTFS permissions Jeff Hicks has a very useful post for creating NTFS ACL reports.

http://jdhitsolutions.com/blog/2011/06/creating-acl-reports/

The following is a script based off some of the ideas in that post which you can use for generating a report depending on your requirements.

<#
.SYNOPSIS
Retrieve report of NTFS permissions

.DESCRIPTION
Retrieve report of NTFS permissions

.PARAMETER  ComputerName
Computer name to retrieve NTFS permissions from

.PARAMETER  Folder
Name of the NTFS path to retrieve permissions from

.PARAMETER  Recurse
Retrieve permissions from subfolders and files

.PARAMETER  OutputFile
Name of the file to output the report to (optional)

.EXAMPLE
PS C:\> Get-NTFSPermissions.ps1 -ComputerName Server01 -Folder D$\Home -OutputFile C:\Scripts\NTFSPermissions.csv

.EXAMPLE
PS C:\> Get-NTFSPermissions.ps1 -Folder D:\Home -Recurse

.NOTES
Author: Jonathan Medd
Date: 07/12/2011
Version: 0.1

#>

[CmdletBinding()]
param(

[Parameter(Position=0)]
[System.String]
$ComputerName = '.',

[Parameter(Position=1,Mandatory=$true,HelpMessage="Name of the NTFS path to retrieve permissions from")]
[System.String]
$Folder,

[Parameter(Position=2)]
[Switch]
$Recurse,

[Parameter(Position=3)]
[System.String]
$OutputFile
)

# Set the Path variable dependent on whether its for a remote machine
if ($ComputerName -eq '.'){
$Path = $Folder
}

else {
$Path = "\\$ComputerName\$Folder"
}

if ($OutputFile){
Get-Childitem $Path -Recurse:$Recurse | ForEach-Object {Get-Acl $_.FullName} | Select-Object @{Name="Path";Expression={$_.PSPath.Substring($_.PSPath.IndexOf(":")+2) }},@{Name="Type";Expression={$_.GetType()}},Owner -ExpandProperty Access | Export-CSV $OutputFile -NoTypeInformation
}

else {
Get-Childitem $Path -Recurse:$Recurse | ForEach-Object {Get-Acl $_.FullName} | Select-Object @{Name="Path";Expression={$_.PSPath.Substring($_.PSPath.IndexOf(":")+2) }},@{Name="Type";Expression={$_.GetType()}},Owner -ExpandProperty Access | Format-Table -AutoSize
}

PowerShell V3 CTP2 is part of the Windows Management Framework (WMF) 3.0 CTP2 and can be installed on the following Windows configurations.

Full details on other changes in CTP2 are detailed on the PowerShell Team Blog:

—————————————————————————————————————————————————————————————————————————————————-

I’m pleased to announce that the Community Technology Preview #2 (CTP2) is available for download.

Windows Management Framework 3.0 CTP2 makes some updated management functionality available to be installed on Windows 7 SP1 & Windows Server 2008 R2 SP1. Windows Management Framework 3.0 contains Windows PowerShell 3.0, WMI & WinRM.

IMPORTANT: If you have WMF3.0 CTP1 installed, you must uninstall it before installing CTP2.

Overview of changes since WMF 3.0 CTP1
1. Customer Reported Bug Fixes
Many customer reported bugs have been fixed since the WMF 3.0 CTP1. The release notes contains a list of bug titles, but please check Connect for full details.

2. Single Command Pane in Windows PowerShell ISE
The Command and Output panes in Windows PowerShell ISE have been combined into a single Command pane that looks and behaves like the Windows PowerShell console.

3. Updatable Help
The WMF 3.0 CTP1 release notes described a new Updatable Help system in Windows PowerShell 3.0 and included a copy of the help content. The Updatable Help system is now active on the Internet. To download and update help files, type: Update-Help.

4. Windows PowerShell Workflows
A number of enhancements have been made in the scripting experience for Windows PowerShell Workflows, including new keywords: Parallel, Sequence & Inlinescript. A document describing these changes will be published to the download page shortly.

5. Remote Get-Module
The Get-Module cmdlet now supports implicit remoting. You can now use the new PSSession and CIMSession parameters of the Get-Module cmdlet to get the modules in any remote session or CIM session. A number of other module enhancements are listed in the release notes.

Feedback & Bugs
We welcome any feedback or bug submissions to the Windows PowerShell Connect site: http://connect.microsoft.com/PowerShell

Additional Information:
This software is a pre-release version. Features and behavior are likely to change before the final release.

This preview release is designed to enable the community to experience and review the preliminary designs and direction of key features Windows PowerShell 3.0 and to solicit feedback before features are finalized.

For an interesting post describing what to expect with a CTP, read this very old post from Jeffrey

Travis Jones [MSFT]
Program Manager – Windows PowerShell
Microsoft Corporation

sf

Looking for alternatives, I discovered a script from Hugo Peeters which instead queried the registry key HKLM\SYSTEM\CurrentControlSet\Control\Class\{4D36E972-E325-11CE-BFC1-08002BE10318} which looked like it would do the job. However, for some reason this works fine for HP rackmount servers, but blades do not appear to publish NIC info to that registry key so I needed to look for something else.

A colleague pointed me to the HPQ WMI Provider, which I had not seen before and there does not appear to be a lot of published info about either. It can be installed as part of the HP Proliant installation process and adds 800+ classes that can be queried via WMI -  a sample is shown below from the Root\HPQ Namespace:

In this instance, I was able to use the following classes to obtain the information I needed:

HP_EthernetTeam
HP_EthernetPort
HP_WinEthLANEndpoint

There is an absolute wealth of information stored in here, so I would encourage you to check it out if you work with Windows Server on HP systems. The script I put together puts together a basic report of some key NIC info, with the knowledge that there are never more than 4 NICs in a server being queried.

Note that I have used the parameter -ErrorAction Stop in the WMI queries, to enforce a terminating error to be generated if the WMI query fails. Without this, the error is non-terminating and does not get caught by the Catch statement.

$HP_EthernetTeam = Get-WmiObject -Namespace root\hpq -Class HP_EthernetTeam -ComputerName $ComputerName -ErrorAction Stop

<#
.SYNOPSIS
Retrieve HP NIC Info from HPQ WMI Namespace

.DESCRIPTION
Retrieve HP NIC Info from HPQ WMI Namespace

.PARAMETER  ServersInputFile
Path to the file containing server names

.PARAMETER  OutputFile
Path to the csv file to output data to

.EXAMPLE
PS C:\> Get-HPNICStatus.ps1 -ServersInputFile C:\Scripts\Servers.txt -OutputFile C:\Scripts\HPNICStatus.csv

#>

[CmdletBinding()]
param(

[Parameter(Position=0,Mandatory=$true,HelpMessage="Path to the file containing server names")]
[System.String]
$ServersInputFile,

[Parameter(Position=1,Mandatory=$true,HelpMessage="Path to the csv file to output data to")]
[System.String]
$OutputFile
)

$ComputerNames = Get-Content $ServersInputFile

# Allow conversion to MB/sec for NIC speed
$NICSpeedConversionConstant = 1000000

$myCol = @()

foreach ($ComputerName in $ComputerNames){

Write-Host "`n`n"
Write-Host "Querying NIC info on $ComputerName"

# Test for HPQ WMI Namespace and deal with a failure in catch statement
try {

$HP_EthernetTeam = Get-WmiObject -Namespace root\hpq -Class HP_EthernetTeam -ComputerName $ComputerName -ErrorAction Stop
$HP_EthernetPort = Get-WmiObject -Namespace root\hpq -Class HP_EthernetPort -ComputerName $ComputerName -ErrorAction Stop
$HP_WinEthLANEndpoint = Get-WmiObject -Namespace root\hpq -Class HP_WinEthLANEndpoint -ComputerName $ComputerName -ErrorAction Stop

Write-Host "Successful query on $ComputerName"

# Calculate Team Health Status based on WMI query result
switch ($HP_WinEthLANEndpoint.HealthState) {
"0" {$HPTeamStatus = "Unknown"; break}
"5" {$HPTeamStatus = "OK"; break}
"10" {$HPTeamStatus = "Degraded/Warning"; break}
"15" {$HPTeamStatus = "Minor Failure"; break}
"20" {$HPTeamStatus = "Major Failure"; break}
"25" {$HPTeamStatus = "Critical Failure"; break}
"30" {$HPTeamStatus = "Non-recoverable Error"; break}
default {$HPTeamStatus = "Unknown"}
}

# Check Ethernet Port Status
$EthernetPortHealthStateArray = @()

foreach ($EthernetPort in $HP_EthernetPort){

switch ($EthernetPort.HealthState) {
"0" {$EthernetPortHealthState = "Unknown"; break}
"5" {$EthernetPortHealthState = "OK"; break}
"10" {$EthernetPortHealthState = "Degraded/Warning"; break}
"15" {$EthernetPortHealthState = "Minor Failure"; break}
"20" {$EthernetPortHealthState = "Major Failure"; break}
"25" {$EthernetPortHealthState = "Critical Failure"; break}
"30" {$EthernetPortHealthState = "Non-recoverable Error"; break}
default {$EthernetPortHealthState = "Unknown"}
}

$EthernetPortHealthStateObject = "" | Select-Object EthernetPortName,EthernetPortHealthStatus
$EthernetPortHealthStateObject.EthernetPortName = $EthernetPort.Description
$EthernetPortHealthStateObject.EthernetPortHealthStatus = $EthernetPortHealthState
$EthernetPortHealthStateArray += $EthernetPortHealthStateObject

}

$MYObject = “” | Select-Object Servername,HPTeamName,HPTeamStatus,HPTeamSpeed,NIC1Description,NIC1Model,NIC1Speed,NIC1FullDuplex,NIC1HealthState,NIC2Description,NIC2Model,NIC2Speed,NIC2FullDuplex,NIC2HealthState,NIC3Description,NIC3Model,NIC3Speed,NIC3FullDuplex,NIC3HealthState,NIC4Description,NIC4Model,NIC4Speed,NIC4FullDuplex,NIC4HealthState
$MYObject.Servername = $ComputerName
$MYObject.HPTeamName = $HP_EthernetTeam.Description
$MYObject.HPTeamStatus = $HPTeamStatus
$MYObject.HPTeamSpeed = [string]($HP_EthernetTeam.Speed / $NICSpeedConversionConstant) + " MB/sec"
$MYObject.NIC1Description = $HP_EthernetPort[0].Description
$MYObject.NIC1Model = $HP_EthernetPort[0].Caption
$MYObject.NIC1Speed = [string]($HP_EthernetPort[0].Speed / $NICSpeedConversionConstant) + " MB/sec"
$MYObject.NIC1FullDuplex = $HP_EthernetPort[0].FullDuplex
$MYObject.NIC1HealthState = $EthernetPortHealthStateArray[0].EthernetPortHealthStatus
$MYObject.NIC2Description = $HP_EthernetPort[1].Description
$MYObject.NIC2Model = $HP_EthernetPort[1].Caption
$MYObject.NIC2Speed = [string]($HP_EthernetPort[1].Speed / $NICSpeedConversionConstant) + " MB/sec"
$MYObject.NIC2FullDuplex = $HP_EthernetPort[1].FullDuplex
$MYObject.NIC2HealthState = $EthernetPortHealthStateArray[1].EthernetPortHealthStatus
$MYObject.NIC3Description = $HP_EthernetPort[2].Description
$MYObject.NIC3Model = $HP_EthernetPort[2].Caption
$MYObject.NIC3Speed = if ($HP_EthernetPort[2].Speed -ne $null){[string]($HP_EthernetPort[2].Speed / $NICSpeedConversionConstant) + " MB/sec"}
$MYObject.NIC3FullDuplex = $HP_EthernetPort[2].FullDuplex
$MYObject.NIC3HealthState = $EthernetPortHealthStateArray[2].EthernetPortHealthStatus
$MYObject.NIC4Description = $HP_EthernetPort[3].Description
$MYObject.NIC4Model = $HP_EthernetPort[3].Caption
$MYObject.NIC4Speed = if ($HP_EthernetPort[3].Speed -ne $null){[string]($HP_EthernetPort[3].Speed / $NICSpeedConversionConstant) + " MB/sec"}
$MYObject.NIC4FullDuplex = $HP_EthernetPort[3].FullDuplex
$MYObject.NIC4HealthState = $EthernetPortHealthStateArray[3].EthernetPortHealthStatus
$myCol += $MYObject
}

# If WMI query fails
catch {

Write-Host "Unsuccessful query on $ComputerName"

$MYObject = “” | Select-Object Servername,HPTeamName,HPTeamStatus,HPTeamSpeed,NIC1Description,NIC1Model,NIC1Speed,NIC1FullDuplex,NIC1HealthState,NIC2Description,NIC2Model,NIC2Speed,NIC2FullDuplex,NIC2HealthState,NIC3Description,NIC3Model,NIC3Speed,NIC3FullDuplex,NIC3HealthState,NIC4Description,NIC4Model,NIC4Speed,NIC4FullDuplex,NIC4HealthState
$MYObject.Servername = $ComputerName
$MYObject.HPTeamName = "HPQ WMI is not installed or WMI query failed"
$MYObject.HPTeamStatus = "N/A"
$MYObject.HPTeamSpeed = "N/A"
$MYObject.NIC1Description = "N/A"
$MYObject.NIC1Model = "N/A"
$MYObject.NIC1Speed = "N/A"
$MYObject.NIC1FullDuplex = "N/A"
$MYObject.NIC1HealthState = "N/A"
$MYObject.NIC2Description = "N/A"
$MYObject.NIC2Model = "N/A"
$MYObject.NIC2Speed = "N/A"
$MYObject.NIC2FullDuplex = "N/A"
$MYObject.NIC2HealthState = "N/A"
$MYObject.NIC3Description = "N/A"
$MYObject.NIC3Model = "N/A"
$MYObject.NIC3Speed = "N/A"
$MYObject.NIC3FullDuplex = "N/A"
$MYObject.NIC3HealthState = "N/A"
$MYObject.NIC4Description = "N/A"
$MYObject.NIC4Model = "N/A"
$MYObject.NIC4Speed = "N/A"
$MYObject.NIC4FullDuplex = "N/A"
$MYObject.NIC4HealthState = "N/A"
$myCol += $MYObject
}

Clear-Variable HP_EthernetTeam,HP_EthernetPort,HP_WinEthLANEndpoint,HPTeamStatus,EthernetPortHealthStateArray,EthernetPortHealthStateObject,EthernetPortHealthStateArray

}

$myCol | Export-Csv $OutputFile -NoTypeInformation

sdf