Public/Get-GuestVMAndHypervisorInfo.ps1
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<# .SYNOPSIS This function is meant to be used in situations where Docker-For-Windows (Docker CE) is being installed on a Windows Guest VM (as opposed to Bare Metal). It gathers a lot of information about the Windows Guest VM, as well as its Hyper-V hypervisor (if appropriate credentials are provided). The function can be run from anywhere as long as it's pointed at a Guest VM (via the -TargetHostNameOrIP or -TargetVM parameters). If you do not have access to the Guest VM's hypervisor or if the hypervisor is not Hyper-V, make sure to use the -TryWithoutHypervisorInfo switch. .DESCRIPTION See .SYNOPSIS .PARAMETER TargetHostNameOrIP This parameter is OPTIONAL. This parameter takes a string that represents the IP Address, DNS-Resolvable HostName, or FQDN of the Guest VM that you would like to gather info from. If it is NOT used (and if the -TargetVMName parameter is not used), the function will assume that the localhost is the Guest VM that you would like to gather information about. .PARAMETER TargetVMName This parameter is MANDATORY (for its parameter set). This parameter takes a string that represents the name of the Hyper-V VM that you would like to gather info from. Using this parameter requires that you use the -HypervisorFQDNOrIP and -HypervisorCreds parameters, unless the localhost IS the Hyper-V hypervisor. .PARAMETER HypervisorFQDNOrIP This parameter is OPTIONAL. This parameter takes a string that represents the IP, DNS-Resolvable HostName, or FQDN of the Hyper-V hypervisor that is managing the Guest VM that you would like to gather info from. If the localhost is NOT the Hyper-V hypervisor and if you are NOT using the -TryWithoutHypervisorInfo switch, then this parameter becomes MANDATORY. .PARAMETER TargetHostNameCreds This parameter is OPTIONAL. This parameter takes a pscredential object that contains credentials with permission to access the Guest VM that you would like to gather info from. If the localhost is the Guest VM target, or if you are logged in as a user that already has access to the Guest VM, then you do NOT need to use this parameter. .PARAMETER HypervisorCreds This parameter is OPTIONAL. This parameter takes a pscredential object that contains credentials with permission to access the Hyper-V hypervisor that is managing the Guest VM that you would like to gather info from. If the localhost IS the Hyper-V hypervisor, or if you are logged in as a user that already has access to the Hyper-V hypervisor, then you do NOT need to use this parameter. .PARAMETER TryWithoutHypervisorInfo This parameter is OPTIONAL. This parameter is a switch. If used, this function will not attempt to gather any information about the hypervisor managing the target Guest VM. Be sure to use this switch if you do not have access to the hypervisor or if the hypervisor is not Hyper-V. .PARAMETER AllowRestarts This parameter is OPTIONAL. This parameter is a switch. By default, this function installs Hyper-V on the target Guest VM is it isn't already. This is part of a test that is used to determine if an External vSwitch attached to a Nested VM on the Guest VM can actually reach an outside network. If Hyper-V has not already been installed on the target Guest VM, then a restart will be required. You can use this switch to allow the Guest VM to restart. The function will remain in a holding pattern until the Guest VM comes back online, so you will NOT need to run this function twice. .PARAMETER NoMacAddressSpoofing This parameter is OPTIONAL. This parameter is a switch. If used, this function will NOT conduct the test to determine if an External vSwitch attached to a Nested VM on the Guest VM can reach an outside network. In other words, the assumption will be that all Nested VMs will be on a Hyper-V Internal network on the Guest VM. HOWEVER, since it is still possible to configure networking such that Nested VMs on an Internal Hyper-V network can reach an outside network, a test will still be conducted to determine if an Internal vSwitch attached to a Nested VM can reach an outside network via NAT. .PARAMETER SkipHyperVInstallCheck This parameter is OPTIONAL. This parameter is a switch. If used, this function will assume that Hyper-V is already installed on the target Guest VM and not attempt any verification or installation. .PARAMETER SkipExternalvSwitchCheck This parameter is OPTIONAL. This parameter is a switch. If used, this function will NOT conduct the test to determine if an External vSwitch attached to a Nested VM on the Guest VM can reach an outside network. In other words, the assumption will be that all Nested VMs will be on a Hyper-V Internal network on the Guest VM. .EXAMPLE # Open an elevated PowerShell Session, import the module, and - PS C:\Users\zeroadmin> Get-GuestVMAndHypervisorInfo #> function Get-GuestVMAndHypervisorInfo { [CmdletBinding(DefaultParameterSetName='Default')] Param( [Parameter( Mandatory = $False, ParameterSetName = 'Default' )] [string]$TargetHostNameOrIP, [Parameter( Mandatory=$True, ParameterSetName = 'UsingVMName' )] [string]$TargetVMName, [Parameter(Mandatory=$False)] [string]$HypervisorFQDNOrIP, [Parameter(Mandatory=$False)] $TargetHostNameCreds, [Parameter(Mandatory=$False)] $HypervisorCreds, [Parameter(Mandatory=$False)] [switch]$TryWithoutHypervisorInfo, [Parameter(Mandatory=$False)] [switch]$AllowRestarts, # -NoMacAddressSpoofing WILL result in creating a Local NAT with an Internal vSwitch on the # Target Machine (assuming it's a Guest VM). Maybe change this parameter to 'CreateNAT' instead # of 'NoMacAddressSpoofing' [Parameter(Mandatory=$False)] [switch]$NoMacAddressSpoofing, [Parameter(Mandatory=$False)] [switch]$SkipHyperVInstallCheck, [Parameter(Mandatory=$False)] [switch]$SkipExternalvSwitchCheck ) if ($PSBoundParameters['TargetHostNameCreds']) { if ($TargetHostNameCreds.GetType().FullName -ne "System.Management.Automation.PSCredential") { Write-Error "The object provided to the -TargetHostNameCreds parameter must be a System.Management.Automation.PSCredential! Halting!" $global:FunctionResult = "1" return } } if ($PSBoundParameters['HypervisorCreds']) { if ($HypervisorCreds.GetType().FullName -ne "System.Management.Automation.PSCredential") { Write-Error "The object provided to the -HypervisorCreds parameter must be a System.Management.Automation.PSCredential! Halting!" $global:FunctionResult = "1" return } } if (!$TargetHostNameOrIP -and !$TargetVMName) { $TargetHostNameOrIP = $env:ComputerName } if ($TargetVMName) { if ($TryWithoutHypervisorInfo) { $ErrMsg = "Using the -TargetVMName parameter requires that we gather information from " + "the hypervisor, but the -TryWithoutHypervisorInfo switch was also supplied. Impossible situation. Halting!" Write-Error $ErrMsg $global:FunctionResult = "1" return } if (!$HypervisorFQDNOrIP) { # Assume that $env:ComputerName is the hypervisor $HypervisorFQDNOrIP = $env:ComputerName if ($(Get-Module -ListAvailable).Name -notcontains "Hyper-V" -and $(Get-Module).Name -notcontains "Hyper-V") { Write-Warning "The localhost $env:ComputerName does not appear to be a hypervisor!" $HypervisorFQDNOrIP = Read-Host -Prompt "Please enter the FQDN or IP of the hypervisor that manages $TargetVMName" } } } # We only REALLY need to resolve the Hypervisor's network location if we are using $TargetVMName if ($HypervisorFQDNOrIP) { try { $HypervisorNetworkInfo = ResolveHost -HostNameOrIP $HypervisorFQDNOrIP -ErrorAction Stop } catch { if ($TargetVMName) { Write-Error "Unable to resolve $HypervisorFQDNOrIP! Halting!" $global:FunctionResult = "1" return } else { Write-Warning "Unable to resolve $HypervisorFQDNOrIP!" # In which case, we need to TryWithoutHypervisorInfo $TryWithoutHypervisorInfo = $True } } } ## BEGIN $TargetVMName adjudication ## if ($TargetVMName) { # If $TargetVMName is provided (as opposed to $TargetHostNameOrIP), it is MANDATORY that we get # Hyper-V Hypervisor Info. If we can't for whatever reason, we need to HALT. # Make sure the $TargetVMName exists on the hypervisor and get some info about it from the Hypervisor's perspective if ($HypervisorNetworkInfo.HostName -ne $env:ComputerName) { $InvokeCommandSB = { try { $TargetVMInfoFromHyperV = Get-VM -Name $using:TargetVMName -ErrorAction Stop $VMProcessorInfo = Get-VMProcessor -VMName $using:TargetVMName $VMNetworkAdapterInfo = Get-VmNetworkAdapter -VmName $using:TargetVMName $VMMemoryInfo = Get-VMMemory -VmName $using:TargetVMName } catch { Write-Error "Unable to find $using:TargetVMName on $($using:HypervisorNetworkInfo.HostName)!" return } # Need to Get $HostNameNetworkInfo via Network Adapter IP $GuestVMIPAddresses = $TargetVMInfoFromHyperV.NetworkAdapters.IPAddresses [pscustomobject]@{ HypervisorComputerInfo = Get-CimInstance Win32_ComputerSystem HypervisorOSInfo = Get-CimInstance Win32_OperatingSystem TargetVMInfoFromHyperV = $TargetVMInfoFromHyperV VMProcessorInfo = $VMProcessorInfo VMNetworkAdapterInfo = $VMNetworkAdapterInfo VMMemoryInfo = $VMMemoryInfo GuestVMIPAddresses = $GuestVMIPAddresses } } $GetWorkingCredsSplatParams = @{ RemoteHostNameOrIP = $HypervisorNetworkInfo.FQDN ErrorAction = "Stop" } if ($HypervisorCreds) { $GetWorkingCredsSplatParams.Add("AltCredentials",$HypervisorCreds) } try { $GetHypervisorCredsInfo = GetWorkingCredentials @GetWorkingCredsSplatParams if (!$GetHypervisorCredsInfo.DeterminedCredsThatWorkedOnRemoteHost) {throw "Can't determine working credentials for $($HypervisorNetworkInfo.FQDN)!"} if ($GetHypervisorCredsInfo.CurrentLoggedInUserCredsWorked -eq $True) { $HypervisorCreds = $null } $HypervisorInvCmdLocation = $GetHypervisorCredsInfo.RemoteHostWorkingLocation } catch { Write-Error $_ if ($PSBoundParameters['HypervisorCreds']) { Write-Error "The GetWorkingCredentials function failed! Check the credentials provided to the -HypervisorCreds parameter! Halting!" } else { Write-Error "The GetWorkingCredentials function failed! Try using the -HypervisorCreds parameter! Halting!" } $global:FunctionResult = "1" return } $InvCmdSplatParams = @{ ComputerName = $HypervisorInvCmdLocation ScriptBlock = $InvokeCommandSB ErrorAction = "Stop" } if ($HypervisorCreds) { $InvCmdSplatParams.Add("Credential",$HypervisorCreds) } try { $InvokeCommandOutput = Invoke-Command @InvCmdSplatParams $HypervisorComputerInfo = $InvokeCommandOutput.HypervisorComputerInfo $HypervisorOSInfo = $InvokeCommandOutput.HypervisorOSInfo $TargetVMInfoFromHyperV = $InvokeCommandOutput.TargetVMInfoFromHyperV $VMProcessorInfo = $InvokeCommandOutput.VMProcessorInfo $VMNetworkAdapterInfo = $InvokeCommandOutput.VMNetworkAdapterInfo $VMMemoryInfo = $InvokeCommandOutput.VMMemoryInfo $GuestVMIPAddresses = $InvokeCommandOutput.GuestVMIPAddresses } catch { Write-Error $_ Write-Error "The Get-GuestVMAndHypervisorInfo function was unable to gather information (i.e. `$HypervisorComputerInfo etc) about the Hyper-V host! Halting!" $global:FunctionResult = "1" return } } else { # Guest VM Info from Hypervisor Perspective try { $TargetVMInfoFromHyperV = Get-VM -Name $TargetVMName -ErrorAction Stop $VMProcessorInfo = Get-VMProcessor -VMName $TargetVMName $VMNetworkAdapterInfo = Get-VmNetworkAdapter -VmName $TargetVMName $VMMemoryInfo = Get-VMMemory -VmName $TargetVMName $HypervisorComputerInfo = Get-CimInstance Win32_ComputerSystem $HypervisorOSInfo = Get-CimInstance Win32_OperatingSystem $GuestVMIPAddresses = $TargetVMInfoFromHyperV.NetworkAdapters.IPAddresses } catch { Write-Error $_ Write-Error "The Get-GuestVMAndHypervisorInfo function was unable to gather information (i.e. `$HypervisorComputerInfo etc) about the Hyper-V host! Halting!" $global:FunctionResult = "1" return } } # Now, we need to get $HostNameOSInfo and $HostNameComputerInfo [System.Collections.ArrayList]$ResolvedIPs = @() foreach ($IPAddr in $GuestVMIPAddresses) { try { $HostNameNetworkInfoPrep = ResolveHost -HostNameOrIP $IPAddr -ErrorAction Stop $null = $ResolvedIPs.Add($HostNameNetworkInfoPrep) } catch { Write-Verbose "Unable to resolve $IPAddr" } } # If we didn't resolve any additional info beyond just IP Address, HALT if ($ResolvedIP.Count -eq 0 -or ![bool]$($ResolvedIP.HostName -match "[\w]")) { Write-Error "Unable to resolve any network information regarding $TargetVMName! Halting!" $global:FunctionResult = "1" return } if ($ResolvedIPs.Count -gt 1) { # Choose NetworkInfo that is on the same domain as our workstation $NTDomainInfo = Get-CimInstance Win32_NTDomain foreach ($ResolvedIP in $ResolvedIPs) { if ($ResolvedIP.Domain -eq $NTDomainInfo.DnsForestName) { $HostNameNetworkInfo = $ResolvedIP } } # If we still don't have one, pick one that is on the same subnet as our workstation's primary IP if (!$HostNameNetworkInfo) { $PrimaryIfIndex = $(Get-CimInstance Win32_IP4RouteTable | Where-Object { $_.Destination -eq '0.0.0.0' -and $_.Mask -eq '0.0.0.0' } | Sort-Object Metric1)[0].InterfaceIndex $NicInfo = Get-CimInstance Win32_NetworkAdapterConfiguration | Where-Object {$_.InterfaceIndex -eq $PrimaryIfIndex} $PrimaryIP = $NicInfo.IPAddress | Where-Object {TestIsValidIPAddress -IPAddress $_} $Mask = $NicInfo.IPSubnet | Where-Object {TestIsValidIPAddress -IPAddress $_} $IPRange = GetIPRange -ip $PrimaryIP -mask $Mask foreach ($ResolvedIP in $ResolvedIPs) { if ($IPRange -contains $ResolvedIP.IPAddressList[0]) { $HostNameNetworkInfo = $ResolvedIP } } } # If we still don't have one, pick one that we can reach if (!$HostNameNetworkInfo) { foreach ($ResolvedIP in $ResolvedIPs) { $Ping = [System.Net.NetworkInformation.Ping]::new() $PingResult =$Ping.Send($($ResolvedIP.IPAddressList[0]),1000) if ($PingResult.Status -eq "Success") { $HostNameNetworkInfo = $ResolvedIP } } } # If we still don't have one, just pick one if (!$HostNameNetworkInfo) { $HostNameNetworkInfo = $ResolvedIPs[0] } } else { $HostNameNetworkInfo = $ResolvedIPs[0] } # Now we need to get some info about the Guest VM $InvokeCommandSB = { [pscustomobject]@{ HostNameComputerInfo = Get-CimInstance Win32_ComputerSystem HostNameOSInfo = Get-CimInstance Win32_OperatingSystem HostNameProcessorInfo = Get-CimInstance Win32_Processor HostNameBIOSInfo = Get-CimInstance Win32_BIOS } } $GetWorkingCredsSplatParams = @{ RemoteHostNameOrIP = $HostNameNetworkInfo.FQDN ErrorAction = "Stop" } if ($TargetHostNameCreds) { $GetWorkingCredsSplatParams.Add("AltCredentials",$TargetHostNameCreds) } try { $GetTargetHostCredsInfo = GetWorkingCredentials @GetWorkingCredsSplatParams if (!$GetTargetHostCredsInfo.DeterminedCredsThatWorkedOnRemoteHost) {throw "Can't determine working credentials for $($HostNameNetworkInfo.FQDN)!"} if ($GetTargetHostCredsInfo.CurrentLoggedInUserCredsWorked -eq $True) { $TargetHostNameCreds = $null } $TargetHostInvCmdLocation = $GetTargetHostCredsInfo.RemoteHostWorkingLocation } catch { Write-Error $_ if ($PSBoundParameters['TargetHostNameCreds']) { Write-Error "The GetWorkingCredentials function failed! Check the credentials provided to the -TargetHostNameCreds parameter! Halting!" } else { Write-Error "The GetWorkingCredentials function failed! Try using the -TargetHostNameCreds parameter! Halting!" } $global:FunctionResult = "1" return } $InvCmdSplatParams = @{ ComputerName = $TargetHostInvCmdLocation ScriptBlock = $InvokeCommandSB ErrorAction = "Stop" } if ($TargetHostNameCreds) { $InvCmdSplatParams.Add("Credential",$TargetHostNameCreds) } try { $InvokeCommandOutput = Invoke-Command @InvCmdSplatParams #$HostNameVirtualStatusInfo = Get-ComputerVirtualStatus -ComputerName $HostNameNetworkInfo.FQDN -WarningAction SilentlyContinue -ErrorAction Stop $HostNameComputerInfo = $InvokeCommandOutput.HostNameComputerInfo $HostNameOSInfo = $InvokeCommandOutput.HostNameOSInfo $HostNameProcessorInfo = $InvokeCommandOutput.HostNameProcessorInfo $HostNameBIOSInfo = $InvokeCommandOutput.HostNameBIOSInfo } catch { Write-Error $_ Write-Error "The Get-GuestVMAndHypervisorInfo function was unable to gather information (i.e. `$HostNameComputerInfo, etc) about the Target Guest VM! Halting!" $global:FunctionResult = "1" return } # Now we have $HypervisorNetworkInfo, $HypervisorComputerInfo, $HypervisorOSInfo, $TargetVMInfoFromHyperV, # $HostNameNetworkInfo, $HostNameComputerInfo, $HostNameOSInfo, and $HostNameBIOSInfo } ## END $TargetVMName adjudication ## ## BEGIN $TargetHostNameOrIP adjudication ## if ($TargetHostNameOrIP) { # If $TargetHostNameOrIP is provided (as opposed to $TargetVMName), we's LIKE TO # get information from the Hyper-V Hypervisor, but it's not strictly necessary. # However, like with $TargetVMName it is still MANDATORY that we get info about # the Target Host. If we can't for whatever reason, we need to HALT # We need to be able to get Network Info about the Target Host regardless of whether or not # our workstation is actually the Target Host. So if we can't get the info, HALT try { $HostNameNetworkInfo = ResolveHost -HostNameOrIP $TargetHostNameOrIP -ErrorAction Stop } catch { Write-Error "Unable to resolve $TargetHostNameOrIP! Halting!" $global:FunctionResult = "1" return } # BEGIN Get Guest VM Info # if ($HostNameNetworkInfo.HostName -ne $env:ComputerName) { $InvokeCommandSB = { $IntegrationServicesRegistryPath = "HKLM:\SOFTWARE\Microsoft\Virtual Machine\Guest\Parameters" $HostNameBiosInfoSB = Get-CimInstance Win32_BIOS $HostNameComputerInfoSB = Get-CimInstance Win32_ComputerSystem $HostNameOSInfoSB = Get-CimInstance Win32_OperatingSystem $HostNameProcessorInfoSB = Get-CimInstance Win32_Processor $HostNameIntegrationServicesPresentSB = Test-Path $IntegrationServicesRegistryPath if ($HostNameIntegrationServicesPresentSB) { $HostNameGuestVMInfoSB = Get-ItemProperty $IntegrationServicesRegistryPath } else { $HostNameGuestVMInfoSB = "IntegrationServices_Not_Installed" } [pscustomobject]@{ HostNameComputerInfo = $HostNameComputerInfoSB HostNameOSInfo = $HostNameOSInfoSB HostNameProcessorInfo = $HostNameProcessorInfoSB HostNameBIOSInfo = $HostNameBiosInfoSB HostNameGuestVMInfo = $HostNameGuestVMInfoSB } } $GetWorkingCredsSplatParams = @{ RemoteHostNameOrIP = $HostNameNetworkInfo.FQDN ErrorAction = "Stop" } if ($TargetHostNameCreds) { $GetWorkingCredsSplatParams.Add("AltCredentials",$TargetHostNameCreds) } try { $GetTargetHostCredsInfo = GetWorkingCredentials @GetWorkingCredsSplatParams if (!$GetTargetHostCredsInfo.DeterminedCredsThatWorkedOnRemoteHost) {throw "Can't determine working credentials for $($HostNameNetworkInfo.FQDN)!"} if ($GetTargetHostCredsInfo.CurrentLoggedInUserCredsWorked -eq $True) { $TargetHostNameCreds = $null } $TargetHostInvCmdLocation = $GetTargetHostCredsInfo.RemoteHostWorkingLocation } catch { Write-Error $_ if ($PSBoundParameters['TargetHostNameCreds']) { Write-Error "The GetWorkingCredentials function failed! Check the credentials provided to the -TargetHostNameCreds parameter! Halting!" } else { Write-Error "The GetWorkingCredentials function failed! Try using the -TargetHostNameCreds parameter! Halting!" } $global:FunctionResult = "1" return } $InvCmdSplatParams = @{ ComputerName = $TargetHostInvCmdLocation ScriptBlock = $InvokeCommandSB ErrorAction = "Stop" } if ($TargetHostNameCreds) { $InvCmdSplatParams.Add("Credential",$TargetHostNameCreds) } try { $InvokeCommandOutput = Invoke-Command @InvCmdSplatParams #$HostNameVirtualStatusInfo = Get-ComputerVirtualStatus -ComputerName $HostNameNetworkInfo.FQDN -WarningAction SilentlyContinue -ErrorAction Stop $HostNameComputerInfo = $InvokeCommandOutput.HostNameComputerInfo $HostNameOSInfo = $InvokeCommandOutput.HostNameOSInfo $HostNameProcessorInfo = $InvokeCommandOutput.HostNameProcessorInfo $HostNameBIOSInfo = $InvokeCommandOutput.HostNameBIOSInfo $HostNameGuestVMInfo = $InvokeCommandOutput.HostNameGuestVMInfo } catch { Write-Error $_ Write-Error "The Get-GuestVMAndHypervisorInfo function was unable to gather information about $TargetHostInvCmdLocation (i.e. `$HostNameComputerInfo, etc)! Halting!" $global:FunctionResult = "1" return } } else { $IntegrationServicesRegistryPath = "HKLM:\SOFTWARE\Microsoft\Virtual Machine\Guest\Parameters" $HostNameBiosInfo = Get-CimInstance Win32_BIOS $HostNameIntegrationServicesPresent = Test-Path $IntegrationServicesRegistryPath if ($HostNameIntegrationServicesPresent) { $HostNameGuestVMInfo = Get-ItemProperty "HKLM:\SOFTWARE\Microsoft\Virtual Machine\Guest\Parameters" } else { $HostNameGuestVMInfo = "IntegrationServices_Not_Installed" } $HostNameComputerInfo = Get-CimInstance Win32_ComputerSystem $HostNameOSInfo = Get-CimInstance Win32_OperatingSystem $HostNameProcessorInfo = Get-CimInstance Win32_Processor $HostNameBIOSInfo = Get-CimInstance Win32_BIOS $TargetHostInvCmdLocation = $env:ComputerName } if ($HostNameBIOSInfo.SMBIOSBIOSVersion -match "Hyper-V|VirtualBox|VMWare|Xen" -or $HostNameBIOSInfo.Manufacturer -match "Hyper-V|VirtualBox|VMWare|Xen" -or $HostNameBIOSInfo.Name -match "Hyper-V|VirtualBox|VMWare|Xen" -or $HostNameBIOSInfo.SerialNumber -match "Hyper-V|VirtualBox|VMWare|Xen" -or $HostNameBIOSInfo.Version -match "Hyper-V|VirtualBox|VMWare|Xen|VRTUAL" -or $HostNameIntegrationServicesPresent) { Add-Member -InputObject $HostNameBIOSInfo NoteProperty -Name "IsVirtual" -Value $True } else { Add-Member -InputObject $HostNameBIOSInfo NoteProperty -Name "IsVirtual" -Value $False } if (!$HostNameBIOSInfo.IsVirtual) { Write-Error "This function is meant to determine if a Guest VM is capable of Nested Virtualization, but $TargetHostNameOrIP is a physical machine! Halting!" $global:FunctionResult = "1" return } if (!$($HostNameBIOSInfo.SMBIOSBIOSVersion -match "Hyper-V" -or $HostNameBIOSInfo.Name -match "Hyper-V")) { Write-Warning "The hypervisor for $($HostNameNetworkInfo.FQDN) is NOT Microsoft's Hyper-V. Unable to get additional information about the hypervisor!" $HypervisorIsHyperV = $False $TryWithoutHypervisorInfo = $True } else { $HypervisorIsHyperV = $True } # END Get Guest VM Info # # BEGIN Get Hypervisor Info # if ($HypervisorIsHyperV -and !$TryWithoutHypervisorInfo) { # Now we need to try and get some info about the hypervisor if ($HostNameGuestVMInfo -eq "IntegrationServices_Not_Installed") { # Still need the FQDN/Location of the hypervisor if (!$HypervisorFQDNOrIP -and !$TryWithoutHypervisorInfo) { while (!$HypervisorFQDNOrIP) { Write-Warning "The localhost $env:ComputerName does not appear to be a hypervisor!" $HypervisorFQDNOrIP = Read-Host -Prompt "Please enter the FQDN or IP of the hypervisor that manages $TargetHostInvCmdLocation" } } } if ($HostNameGuestVMInfo.PhysicalHostNameFullyQualified) { $HypervisorFQDNOrIPToResolve = $HostNameGuestVMInfo.PhysicalHostNameFullyQualified } elseif ($HypervisorFQDNOrIP) { $HypervisorFQDNOrIPToResolve = $HypervisorFQDNOrIP } # Now we need the FQDN of the hypervisor... try { $HypervisorNetworkInfo = ResolveHost -HostNameOrIP $HypervisorFQDNOrIPToResolve -ErrorAction Stop } catch { Write-Warning "Unable to resolve $HypervisorFQDNOrIPToResolve! Trying without hypervisor info..." $TryWithoutHypervisorInfo = $True } try { # Still need the name of the Guest VM according the the hypervisor if ($HypervisorNetworkInfo.HostName -ne $env:ComputerName) { try { $InvokeCommandSB = { # We an determine the $TargetVMName by finding the Guest VM Network Adapter with an IP that matches # $HostNameNetworkInfo.IPAddressList $TargetVMName = $(Get-VM | Where-Object {$_.NetworkAdapters.IPAddresses -contains $using:HostNameNetworkInfo.IPAddressList[0]}).Name try { $TargetVMInfoFromHyperV = Get-VM -Name $TargetVMName -ErrorAction Stop $VMProcessorInfo = Get-VMProcessor -VMName $TargetVMName $VMNetworkAdapterInfo = Get-VmNetworkAdapter -VmName $TargetVMName $VMMemoryInfo = Get-VMMemory -VmName $TargetVMName } catch { $TargetVMInfoFromHyperV = "Unable_to_find_VM" } [pscustomobject]@{ HypervisorComputerInfo = Get-CimInstance Win32_ComputerSystem HypervisorOSInfo = Get-CimInstance Win32_OperatingSystem TargetVMInfoFromHyperV = $TargetVMInfoFromHyperV VMProcessorInfo = $VMProcessorInfo VMNetworkAdapterInfo = $VMNetworkAdapterInfo VMMemoryInfo = $VMMemoryInfo } } $GetWorkingCredsSplatParams = @{ RemoteHostNameOrIP = $HypervisorNetworkInfo.FQDN ErrorAction = "Stop" } if ($HypervisorCreds) { $GetWorkingCredsSplatParams.Add("AltCredentials",$HypervisorCreds) } try { $GetHypervisorCredsInfo = GetWorkingCredentials @GetWorkingCredsSplatParams if (!$GetHypervisorCredsInfo.DeterminedCredsThatWorkedOnRemoteHost) {throw "Can't determine working credentials for $($HypervisorNetworkInfo.FQDN)!"} if ($GetHypervisorCredsInfo.CurrentLoggedInUserCredsWorked -eq $True) { $HypervisorCreds = $null } $HypervisorInvCmdLocation = $GetHypervisorCredsInfo.RemoteHostWorkingLocation } catch { if ($PSBoundParameters['HypervisorCreds']) { throw "The GetWorkingCredentials function failed! Check the credentials provided to the -HypervisorCreds parameter! Halting!" } else { throw "The GetWorkingCredentials function failed! Try using the -HypervisorCreds parameter! Halting!" } } $InvCmdSplatParams = @{ ComputerName = $HypervisorInvCmdLocation ScriptBlock = $InvokeCommandSB ErrorAction = "Stop" } if ($HypervisorCreds) { $InvCmdSplatParams.Add("Credential",$HypervisorCreds) } try { $InvokeCommandOutput = Invoke-Command @InvCmdSplatParams $HypervisorComputerInfo = $InvokeCommandOutput.HypervisorComputerInfo $HypervisorOSInfo = $InvokeCommandOutput.HypervisorOSInfo $TargetVMInfoFromHyperV = $InvokeCommandOutput.TargetVMInfoFromHyperV $VMProcessorInfo = $InvokeCommandOutput.VMProcessorInfo $VMNetworkAdapterInfo = $InvokeCommandOutput.VMNetworkAdapterInfo $VMMemoryInfo = $InvokeCommandOutput.VMMemoryInfo } catch { throw "The Get-GuestVMAndHypervisorInfo function was not able to gather information (i.e. `$HypervisorComputerInfo, etc) about the Hyper-V Host and the Target Guest VM by remoting into the Hyper-V Host! Halting!" } } catch { if (!$TryWithoutHypervisorInfo) { Write-Error $_ Write-Error "Unable to get Hyper-V Hypervisor info! Halting!" $global:FunctionResult = "1" return } else { Write-Verbose "Unabel to get info about the hypervisor. Trying without hypervisor info..." } } } else { # We an determine the $TargetVMName by finding the Guest VM Network Adapter with an IP that matches # $HostNameNetworkInfo.IPAddressList $TargetVMName = $(Get-VMNetworkAdapter -All | Where-Object {$_.IPAddresses -contains $HostNameNetworkInfo.IPAddressList[0]}).VMName #$TargetVMName = $(Get-VM | Where-Object {$_.NetworkAdapters.IPAddresses -contains $HostNameNetworkInfo.IPAddressList[0]}).Name try { $TargetVMInfoFromHyperV = Get-VM -Name $TargetVMName -ErrorAction Stop $VMProcessorInfo = Get-VMProcessor -VMName $TargetVMName $VMNetworkAdapterInfo = Get-VmNetworkAdapter -VmName $TargetVMName $VMMemoryInfo = Get-VMMemory -VmName $TargetVMName } catch { $TargetVMInfoFromHyperV = "Unable_to_find_VM" } $HypervisorComputerInfo = Get-CimInstance Win32_ComputerSystem $HypervisorOSInfo = Get-CimInstance Win32_OperatingSystem } } catch { if (!$TryWithoutHypervisorInfo) { Write-Error $_ Write-Error "Unable to get Hyper-V Hypervisor info! Halting!" $global:FunctionResult = "1" return } else { Write-Verbose "Unable to get info about the hypervisor. Trying without hypervisor info..." } } if ($TargetVMInfoFromHyperV -eq "Unable_to_find_VM") { Write-Error "Unable to find VM $TargetVMName on the specified hypervisor $($HypervisorNetworkInfo.FQDN)! Halting!" $global:FunctionResult = "1" return } } elseif (!$HypervisorIsHyperV) { $TryWithoutHypervisorInfo = $True } elseif ((!$HypervisorIsHyperV -and !$TryWithoutHypervisorInfo)) { $ErrMsg = "Unable to get info about $($HostNameNetworkInfo.FQDN) from the hypervisor! " + "If you would like to try without hypervisor information, use the -TryWithoutHypervisorInfo switch. Halting!" Write-Error $ErrMsg $global:FunctionResult = "1" return } # Now we have $HypervisorNetworkInfo, $HypervisorComputerInfo, $HypervisorOSInfo, $TargetVMInfoFromHyperV, # $HostNameGuestVMInfo, $HostNameNetworkInfo, $HostNameComputerInfo, and $HostNameOSInfo, $HostNameBIOSInfo, # and $HostNameProcessorInfo # End Get Hypervisor Info # } ## END $TargetHostNameOrIP adjudication ## # NOTE: $TryWithoutHypervisorInfo should never be $True if -TargetVMName parameter is used if ($($TryWithoutHypervisorInfo -or $NoMacAddressSpoofing) -and !$Hypervisorcreds -and !$GuestVMAndHVInfo.HypervisorCreds -and !$SkipExternalvSwitchCheck ) { if ($HostNameNetworkInfo.HostName -ne $env:ComputerName) { $InvokeCommandSB = {Get-Module -ListAvailable -Name Hyper-V} $InvCmdSplatParams = @{ ComputerName = $TargetHostInvCmdLocation ScriptBlock = $InvokeCommandSB ErrorAction = "SilentlyContinue" } if ($TargetHostNameCreds) { $InvCmdSplatParams.Add("Credential",$TargetHostNameCreds) } $HyperVInstallCheck = [bool]$(Invoke-Command @InvCmdSplatParams) $FunctionsForRemoteUse = @( ${Function:GetElevation}.Ast.Extent.Text ${Function:TestIsValidIPAddress}.Ast.Extent.Text ${Function:Get-VagrantBoxManualDownload}.Ast.Extent.Text ${Function:NewUniqueString}.Ast.Extent.Text ${Function:GetvSwitchAllRelatedInfo}.Ast.Extent.Text ${Function:FixNTVirtualMachinesPerms}.Ast.Extent.Text ${Function:Manage-HyperVVM}.Ast.Extent.Text ${Function:Deploy-HyperVVagrantBoxManually}.Ast.Extent.Text ${Function:FixVagrantPrivateKeyPerms}.Ast.Extent.Text ${Function:InstallFeatureDism}.Ast.Extent.Text ${Function:InstallHyperVFeatures}.Ast.Extent.Text ${Function:TestHyperVExternalvSwitch}.Ast.Extent.Text 'Install-Module ProgramManagement; Import-Module ProgramManagement' ${Function:GetPendingReboot}.Ast.Extent.Text ) $InvokeCommandSB = { # Load the functions we packed up: $using:FunctionsForRemoteUse | foreach { Invoke-Expression $_ } # Check for pre-existing PendingReboot if ($PSVersionTable.PSEdition -eq "Core") { $GetPendingRebootAsString = ${Function:GetPendingReboot}.Ast.Extent.Text $RebootPendingCheck = Invoke-WinCommand -ComputerName localhost -ScriptBlock { Invoke-Expression $args[0] $(GetPendingReboot).RebootPending } -ArgumentList $GetPendingRebootAsString $RebootPendingFileCheck = Invoke-WinCommand -ComputerName localhost -ScriptBlock { Invoke-Expression $args[0] $(GetPendingReboot).PendFileRenVal } -ArgumentList $GetPendingRebootAsString } else { $RebootPendingCheck = $(GetPendingReboot).RebootPending $RebootPendingFileCheck = $(GetPendingReboot).PendFileRenVal } if (!$RebootPendingCheck -or $RebootPendingFileCheck -eq $null) { $TestHyperVExternalSwitchSplatParams = @{} if ($using:SkipHyperVInstallCheck) { $TestHyperVExternalSwitchSplatParams.Add("SkipHyperVInstallCheck",$True) } if ($using:AllowRestarts) { $TestHyperVExternalSwitchSplatParams.Add("AllowRestarts",$True) } $TestHyperVExternalSwitchResults = TestHyperVExternalvSwitch @TestHyperVExternalSwitchSplatParams $TestHyperVExternalSwitchResults } else { [pscustomobject]@{RestartNeeded = $True} return } } $InvCmdSplatParams = @{ ComputerName = $TargetHostInvCmdLocation ScriptBlock = $InvokeCommandSB ErrorAction = "SilentlyContinue" } if ($TargetHostNameCreds) { $InvCmdSplatParams.Add("Credential",$TargetHostNameCreds) } try { $TestHyperVExternalSwitchResults = Invoke-Command @InvCmdSplatParams -ErrorAction SilentlyContinue -ErrorVariable ICTHVSErr if (!$TestHyperVExternalSwitchResults) {throw "The Invoke-Command TestHyperVExternalvSwitch function failed!"} } catch { Write-Error $_ if ($($ICTHVSErr | Out-String) -match "The operation has timed out") { Write-Error "There was a problem downloading the Vagrant Box to be used to test the External vSwitch! Halting!" $global:FunctionResult = "1" return } else { Write-Host "Errors for Invoke-Command TestHyperVExternalvSwitch function are as follows:" Write-Error $($ICTHVSErr | Out-String) $global:FunctionResult = "1" return } } if ($TestHyperVExternalSwitchResults -eq "RestartNeeded" -or $TestHyperVExternalSwitchResults.RestartNeeded) { Write-Warning "You must restart $TargetHostInvCmdLocation before the Get-GuestVMAndHypervisorInfo function can proceed! Halting!" [pscustomobject]@{RestartNeeded = $True} return } } else { $HyperVInstallCheck = [bool]$(Get-Module -ListAvailable -Name Hyper-V) try { # Check for pre-existing PendingReboot if ($PSVersionTable.PSEdition -eq "Core") { $GetPendingRebootAsString = ${Function:GetPendingReboot}.Ast.Extent.Text $RebootPendingCheck = Invoke-WinCommand -ComputerName localhost -ScriptBlock { Invoke-Expression $args[0] $(GetPendingReboot).RebootPending } -ArgumentList $GetPendingRebootAsString $RebootPendingFileCheck = Invoke-WinCommand -ComputerName localhost -ScriptBlock { Invoke-Expression $args[0] $(GetPendingReboot).PendFileRenVal } -ArgumentList $GetPendingRebootAsString } else { $RebootPendingCheck = $(GetPendingReboot).RebootPending $RebootPendingFileCheck = $(GetPendingReboot).PendFileRenVal } if (!$RebootPendingCheck -or $RebootPendingFileCheck -eq $null) { # Use the TestHyperVExternalvSwitch function here $TestHyperVExternalSwitchSplatParams = @{ ErrorAction = "SilentlyContinue" ErrorVariable = "THVSErr" } if ($HyperVInstallCheck) { $TestHyperVExternalSwitchSplatParams.Add("SkipHyperVInstallCheck",$True) } $TestHyperVExternalSwitchResults = TestHyperVExternalvSwitch @TestHyperVExternalSwitchSplatParams if (!$TestHyperVExternalSwitchResults) {throw "The TestHyperVExternalvSwitch function failed!"} if ($TestHyperVExternalSwitchResults -eq "RestartNeeded") { Write-Warning "You must restart $env:ComputerName before the Get-GuestVMAndHypervisorInfo function can proceed! Halting!" if ($AllowRestarts) { Restart-Computer -Confirm:$False -Force } [pscustomobject]@{RestartNeeded = $True} return } } else { Write-Warning "There is currently a reboot pending. Please restart $env:ComputerName before proceeding. Halting!" [pscustomobject]@{RestartNeeded = $True} return } } catch { Write-Error $_ if ($($THVSErr | Out-String) -match "The operation has timed out") { Write-Error "There was a problem downloading the Vagrant Box to be used to test the External vSwitch! Halting!" $global:FunctionResult = "1" return } else { Write-Host "Errors for the TestHyperVExternalvSwitch function are as follows:" Write-Error $($THVSErr | Out-String) $global:FunctionResult = "1" return } } } if ($TestHyperVExternalSwitchResults -eq $null) { Write-Error "There was a problem with the TestHyperVExternalvSwitch function! This usually has to do with AWS or Vagrant websites throttling traffic. Try starting a fresh PowerShell Session. Halting!" $global:FunctionResult = "1" return } } if ($HypervisorCreds -eq $null -and $GetHypervisorCredsInfo.DeterminedCredsThatWorkedOnRemoteHost) { $FinalHypervisorCreds = whoami } else { $FinalHypervisorCreds = $HypervisorCreds } $Output = [ordered]@{ HypervisorNetworkInfo = $HypervisorNetworkInfo HypervisorInvCmdLocation = $HypervisorInvCmdLocation HypervisorComputerInfo = $HypervisorComputerInfo HypervisorOSInfo = $HypervisorOSInfo TargetVMInfoFromHyperV = $TargetVMInfoFromHyperV VMProcessorInfo = $VMProcessorInfo VMNetworkAdapterInfo = $VMNetworkAdapterInfo VMMemoryInfo = $VMMemoryInfo HypervisorCreds = $FinalHypervisorCreds HostNameNetworkInfo = $HostNameNetworkInfo TargetHostInvCmdLocation = $TargetHostInvCmdLocation HostNameComputerInfo = $HostNameComputerInfo HostNameOSInfo = $HostNameOSInfo HostNameProcessorInfo = $HostNameProcessorInfo HostNameBIOSInfo = $HostNameBIOSInfo TargetHostNameCreds = if ($TargetHostNameCreds -eq $null) {whoami} else {$TargetHostNameCreds} } if ($TryWithoutHypervisorInfo) { if ($HyperVInstallCheck -eq $False) { $RestartNeeded = $True if ($AllowRestarts) { $RestartOccurred = $True } else { $RestartOccurred = $False } } else { $RestartNeeded = $False $RestartOccurred = $False } $Output.Add("RestartNeeded",$RestartNeeded) $Output.Add("RestartOccurred",$RestartOccurred) if (!$SkipExternalvSwitchCheck) { if ($TestHyperVExternalSwitchResults.VirtualizationExtensionsExposed -eq $null) { $Output.Add("VirtualizationExtensionsExposed",$False) } else { $Output.Add("VirtualizationExtensionsExposed",$TestHyperVExternalSwitchResults.VirtualizationExtensionsExposed) } if ($TestHyperVExternalSwitchResults.MacAddressSpoofingEnabled -eq $null) { $Output.Add("MacAddressSpoofingEnabled","Unknown") } else { $Output.Add("MacAddressSpoofingEnabled",$TestHyperVExternalSwitchResults.MacAddressSpoofingEnabled) } } else { if ($(Confirm-AWSVM -EA SilentlyContinue) -or $(Confirm-AzureVM -EA SilentlyContinue) -or $(Confirm-GoogleComputeVM -EA SilentlyContinue) ) { $Output.Add("VirtualizationExtensionsExposed",$True) $Output.Add("MacAddressSpoofingEnabled",$False) } else { # 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