helpers/hyperv/HypervHelpers.ps1
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function Connect-HypervHost { <# .SYNOPSIS Creates a CIM session to a remote Hyper-V host. .DESCRIPTION Establishes a CIM session using WSMan (default) or DCOM for older hosts. Returns a CIMSession object used by all other helper functions. .PARAMETER ComputerName The hostname or IP of the Hyper-V host. .PARAMETER Credential PSCredential for authentication. .PARAMETER UseDCOM Use DCOM instead of WSMan (for older hosts without WinRM). .EXAMPLE $cred = Get-Credential $session = Connect-HypervHost -ComputerName "hyperv01.lab.local" -Credential $cred Creates a CIM session to the specified Hyper-V host using WSMan. .EXAMPLE $session = Connect-HypervHost -ComputerName "hyperv01" -Credential $cred -UseDCOM Creates a CIM session using DCOM for compatibility with older hosts. #> param( [Parameter(Mandatory)][string]$ComputerName, [Parameter(Mandatory)][PSCredential]$Credential, [switch]$UseDCOM ) $sessionOption = if ($UseDCOM) { New-CimSessionOption -Protocol Dcom } else { New-CimSessionOption -Protocol Wsman } try { $session = New-CimSession -ComputerName $ComputerName -Credential $Credential -SessionOption $sessionOption -ErrorAction Stop Write-Verbose "Connected to Hyper-V host: $ComputerName" return $session } catch { throw "Failed to connect to $ComputerName : $($_.Exception.Message)" } } function Get-HypervClusterInfo { <# .SYNOPSIS Detects whether a Hyper-V host is a Failover Cluster node and returns cluster metadata. .PARAMETER ComputerName Hostname or IP of the Hyper-V host. .PARAMETER Credential PSCredential for authentication. .EXAMPLE $cluster = Get-HypervClusterInfo -ComputerName "hyperv01" -Credential $cred if ($cluster) { "Cluster: $($cluster.ClusterName), Nodes: $($cluster.Nodes -join ', ')" } #> [CmdletBinding()] param( [Parameter(Mandatory)][string]$ComputerName, [Parameter(Mandatory)][PSCredential]$Credential ) try { $clusterObj = Get-WmiObject -Namespace 'root\MSCluster' -Class MSCluster_Cluster ` -ComputerName $ComputerName -Credential $Credential -ErrorAction Stop } catch { Write-Verbose "No Failover Cluster on $ComputerName (root\MSCluster unavailable)." return $null } if (-not $clusterObj) { return $null } $nodes = @(Get-WmiObject -Namespace 'root\MSCluster' -Class MSCluster_Node ` -ComputerName $ComputerName -Credential $Credential -ErrorAction SilentlyContinue) $nodeDetails = @{} foreach ($n in $nodes) { $nodeDetails["$($n.Name)"] = switch ([int]$n.State) { 0 { 'Up' }; 1 { 'Down' }; 2 { 'Paused' }; 3 { 'Joining' } default { "Unknown($($n.State))" } } } $vmOwners = @{} try { $groups = Get-WmiObject -Namespace 'root\MSCluster' -Class MSCluster_ResourceGroup ` -ComputerName $ComputerName -Credential $Credential -ErrorAction Stop foreach ($grp in $groups) { if ([int]$grp.GroupType -eq 111 -or $grp.Name -match '^[0-9a-f]{8}-') { $vmOwners[$grp.Name] = "$($grp.OwnerNode)" } } } catch { } $quorumType = '' try { $quorumType = switch ([int]$clusterObj.QuorumType) { 1 { 'NodeMajority' }; 2 { 'NodeAndDiskMajority' }; 3 { 'NodeAndFileShareMajority' } 4 { 'DiskOnly' }; 5 { 'NodeAndCloudWitness' } default { "Type$($clusterObj.QuorumType)" } } } catch { } [PSCustomObject]@{ ClusterName = "$($clusterObj.Name)" Nodes = @($nodes | ForEach-Object { "$($_.Name)" }) NodeStates = $nodeDetails VMOwners = $vmOwners QuorumType = $quorumType } } function Get-HypervHostDetail { <# .SYNOPSIS Gathers detailed information about a Hyper-V host. .PARAMETER CimSession An active CIM session to the Hyper-V host. .PARAMETER ComputerName Hostname or IP of the Hyper-V host (WMI fallback mode). .PARAMETER Credential PSCredential for WMI authentication when using ComputerName. .EXAMPLE $session = Connect-HypervHost -ComputerName "hyperv01" -Credential $cred Get-HypervHostDetail -CimSession $session Returns OS, CPU, RAM, and uptime details for the Hyper-V host. .EXAMPLE Get-HypervHostDetail -ComputerName "hyperv01" -Credential $cred Returns the same details using WMI instead of a CIM session. #> [CmdletBinding(DefaultParameterSetName = 'CimSession')] param( [Parameter(Mandatory, ParameterSetName = 'CimSession')] [Microsoft.Management.Infrastructure.CimSession]$CimSession, [Parameter(Mandatory, ParameterSetName = 'Direct')] [string]$ComputerName, [Parameter(ParameterSetName = 'Direct')] [PSCredential]$Credential ) if ($PSCmdlet.ParameterSetName -eq 'CimSession') { $targetName = $CimSession.ComputerName $os = Get-CimInstance -CimSession $CimSession -ClassName Win32_OperatingSystem $cs = Get-CimInstance -CimSession $CimSession -ClassName Win32_ComputerSystem $cpu = Get-CimInstance -CimSession $CimSession -ClassName Win32_Processor | Select-Object -First 1 try { $netConfigs = Get-CimInstance -CimSession $CimSession -ClassName Win32_NetworkAdapterConfiguration -Filter "IPEnabled = True" } catch { $netConfigs = $null } $cpuCount = @(Get-CimInstance -CimSession $CimSession -ClassName Win32_Processor).Count # Host disks try { $hostDisks = @(Get-CimInstance -CimSession $CimSession -ClassName Win32_LogicalDisk -Filter "DriveType = 3") } catch { $hostDisks = @() } # Virtual switches try { $vSwitches = @(Get-CimInstance -CimSession $CimSession -Namespace 'root\virtualization\v2' -ClassName Msvm_VirtualEthernetSwitch) } catch { $vSwitches = @() } } else { $targetName = $ComputerName $wmiSplat = @{ ComputerName = $ComputerName; ErrorAction = 'Stop' } if ($Credential) { $wmiSplat['Credential'] = $Credential } $os = Get-WmiObject -Class Win32_OperatingSystem @wmiSplat $cs = Get-WmiObject -Class Win32_ComputerSystem @wmiSplat $cpu = Get-WmiObject -Class Win32_Processor @wmiSplat | Select-Object -First 1 try { $netConfigs = Get-WmiObject -Class Win32_NetworkAdapterConfiguration -Filter "IPEnabled = True" @wmiSplat } catch { $netConfigs = $null } $cpuCount = @(Get-WmiObject -Class Win32_Processor @wmiSplat).Count # Host disks try { $hostDisks = @(Get-WmiObject -Class Win32_LogicalDisk -Filter "DriveType = 3" @wmiSplat) } catch { $hostDisks = @() } # Virtual switches try { $vSwitches = @(Get-WmiObject -Namespace 'root\virtualization\v2' -Class Msvm_VirtualEthernetSwitch @wmiSplat) } catch { $vSwitches = @() } } # Resolve real hostname from Win32_ComputerSystem if ($cs -and $cs.Name) { $targetName = $cs.Name } # Resolve IP from active adapters $ip = "N/A" if ($netConfigs) { $foundIP = $netConfigs | ForEach-Object { $_.IPAddress } | Where-Object { $_ -match '^\d{1,3}(\.\d{1,3}){3}$' -and $_ -notlike '169.254.*' } | Select-Object -First 1 if ($foundIP) { $ip = $foundIP } } # LastBootUpTime handling (WMI returns string, CIM returns DateTime) $uptimeHours = 0 try { if ($os.LastBootUpTime -is [datetime]) { $uptimeHours = [math]::Round(((Get-Date) - $os.LastBootUpTime).TotalHours, 1) } else { $boot = [System.Management.ManagementDateTimeConverter]::ToDateTime($os.LastBootUpTime) $uptimeHours = [math]::Round(((Get-Date) - $boot).TotalHours, 1) } } catch { } # NIC count $nicCount = if ($netConfigs) { @($netConfigs).Count } else { 0 } # Disk summary — per-drive details $diskSummary = '' $diskTotalGB = 0 $diskFreeGB = 0 if ($hostDisks.Count -gt 0) { $driveParts = @() foreach ($d in $hostDisks) { $dTotal = [math]::Round([long]$d.Size / 1GB, 0) $dFree = [math]::Round([long]$d.FreeSpace / 1GB, 0) $diskTotalGB += $dTotal $diskFreeGB += $dFree $driveParts += "$($d.DeviceID) $dFree/$($dTotal) GB" } $diskSummary = $driveParts -join ', ' } # Virtual switch names $switchNames = ($vSwitches | ForEach-Object { $_.ElementName } | Select-Object -Unique) -join ', ' [PSCustomObject]@{ Type = "Hyper-V Host" HostName = $targetName IPAddress = $ip OSName = "$($os.Caption)" OSVersion = "$($os.Version)" OSBuild = "$($os.BuildNumber)" Manufacturer = "$($cs.Manufacturer)" Model = "$($cs.Model)" Domain = "$($cs.Domain)" CPUModel = "$($cpu.Name)" CPUSockets = "$cpuCount" CPUCores = "$($cpu.NumberOfCores)" CPULogical = "$($cpu.NumberOfLogicalProcessors)" RAM_TotalGB = "$([math]::Round($cs.TotalPhysicalMemory / 1GB, 2))" RAM_FreeGB = "$([math]::Round($os.FreePhysicalMemory / 1MB, 2))" Uptime = "$uptimeHours hours" Status = if ($os.Status -eq "OK") { "running" } else { "$($os.Status)" } NicCount = "$nicCount" DiskSummary = $diskSummary DiskTotalGB = "$diskTotalGB" DiskFreeGB = "$diskFreeGB" SwitchNames = $switchNames } } function Get-HypervVMs { <# .SYNOPSIS Returns a list of VMs on the Hyper-V host. .PARAMETER CimSession An active CIM session to the Hyper-V host. .PARAMETER ComputerName Hostname or IP of the Hyper-V host (WMI fallback mode). .PARAMETER Credential PSCredential for WMI authentication when using ComputerName. .EXAMPLE $session = Connect-HypervHost -ComputerName "hyperv01" -Credential $cred $vms = Get-HypervVMs -CimSession $session Returns all VMs on the Hyper-V host. .EXAMPLE $vms = Get-HypervVMs -ComputerName "hyperv01" -Credential $cred Returns all VMs using WMI instead of a CIM session. #> [CmdletBinding(DefaultParameterSetName = 'CimSession')] param( [Parameter(Mandatory, ParameterSetName = 'CimSession')] [Microsoft.Management.Infrastructure.CimSession]$CimSession, [Parameter(Mandatory, ParameterSetName = 'Direct')] [string]$ComputerName, [Parameter(ParameterSetName = 'Direct')] [PSCredential]$Credential ) if ($PSCmdlet.ParameterSetName -eq 'CimSession') { Get-VM -CimSession $CimSession } else { $wmiSplat = @{ ComputerName = $ComputerName; ErrorAction = 'Stop' } if ($Credential) { $wmiSplat['Credential'] = $Credential } $wmiVMs = Get-WmiObject -Namespace 'root\virtualization\v2' -Class Msvm_ComputerSystem @wmiSplat | Where-Object { $_.Caption -eq 'Virtual Machine' } foreach ($wv in $wmiVMs) { [PSCustomObject]@{ Name = $wv.ElementName VMId = $wv.Name State = switch ([int]$wv.EnabledState) { 2 { 'Running' } 3 { 'Off' } 6 { 'Saved' } 9 { 'Paused' } 32768 { 'Paused' } 32769 { 'Suspended' } default { "Unknown($($wv.EnabledState))" } } ProcessorCount = 0 CPUUsage = 0 MemoryAssigned = 0 MemoryStartup = 0 DynamicMemoryEnabled = $false Generation = 0 Version = '' Uptime = [timespan]::Zero Status = 'OK' ReplicationState = 'None' Notes = '' _WmiMode = $true _WmiObject = $wv } } } } function Get-HypervVMDetail { <# .SYNOPSIS Gathers detailed information about a single Hyper-V VM. .PARAMETER CimSession An active CIM session to the Hyper-V host. .PARAMETER VM A VM object returned by Get-VM or Get-HypervVMs. .PARAMETER ComputerName Hostname or IP of the Hyper-V host (WMI fallback mode). .PARAMETER Credential PSCredential for WMI authentication when using ComputerName. .EXAMPLE $session = Connect-HypervHost -ComputerName "hyperv01" -Credential $cred $vms = Get-HypervVMs -CimSession $session Get-HypervVMDetail -CimSession $session -VM $vms[0] .EXAMPLE $vms = Get-HypervVMs -ComputerName "hyperv01" -Credential $cred Get-HypervVMDetail -ComputerName "hyperv01" -Credential $cred -VM $vms[0] #> [CmdletBinding(DefaultParameterSetName = 'CimSession')] param( [Parameter(Mandatory, ParameterSetName = 'CimSession')] [Microsoft.Management.Infrastructure.CimSession]$CimSession, [Parameter(Mandatory)]$VM, [Parameter(Mandatory, ParameterSetName = 'Direct')] [string]$ComputerName, [Parameter(ParameterSetName = 'Direct')] [PSCredential]$Credential ) # ---- WMI / Direct mode ------------------------------------------------ if ($PSCmdlet.ParameterSetName -eq 'Direct') { $hostName = $ComputerName $wmiSplat = @{ ComputerName = $ComputerName; ErrorAction = 'SilentlyContinue' } if ($Credential) { $wmiSplat['Credential'] = $Credential } $ns = 'root\virtualization\v2' $vmGuid = $VM.VMId # --- VM Settings (generation, notes) --- $generation = '0' $notes = '' $guestOSName = '' try { $vssd = Get-WmiObject -Namespace $ns -Class Msvm_VirtualSystemSettingData @wmiSplat | Where-Object { $_.VirtualSystemIdentifier -eq $vmGuid -and $_.VirtualSystemType -eq 'Microsoft:Hyper-V:System:Realized' } if ($vssd) { $generation = if ($vssd.VirtualSystemSubType -eq 'Microsoft:Hyper-V:SubType:2') { '2' } else { '1' } $noteText = if ($vssd.Notes) { if ($vssd.Notes -is [array]) { "$($vssd.Notes[0])" } else { "$($vssd.Notes)" } } else { '' } if ($noteText.Length -gt 200) { $noteText = $noteText.Substring(0, 200) } $notes = $noteText } } catch {} # --- CPU count --- $cpuCount = 0 try { $cpuSD = Get-WmiObject -Namespace $ns -Class Msvm_ProcessorSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } if ($cpuSD) { $cpuCount = [int]$cpuSD.VirtualQuantity } } catch {} # --- Memory (startup, dynamic) --- $memStartupMB = 0 $memDynamic = $false try { $memSD = Get-WmiObject -Namespace $ns -Class Msvm_MemorySettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } if ($memSD) { $memStartupMB = [long]$memSD.VirtualQuantity $memDynamic = [bool]$memSD.DynamicMemoryEnabled } } catch {} $memStartupGB = [math]::Round($memStartupMB / 1024, 2) $memAssignedGB = $memStartupGB # --- IP addresses --- $vmIP = 'N/A' # Method 1: Msvm_GuestNetworkAdapterConfiguration (modern, preferred) try { $guestNicConfigs = Get-WmiObject -Namespace $ns -Class Msvm_GuestNetworkAdapterConfiguration @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } foreach ($gnic in @($guestNicConfigs)) { if ($gnic.IPAddresses) { $foundIP = @($gnic.IPAddresses) | Where-Object { $_ -match '^\d{1,3}(\.\d{1,3}){3}$' -and $_ -notlike '169.254.*' } | Select-Object -First 1 if ($foundIP) { $vmIP = $foundIP; break } } } } catch {} # Method 2: KVP exchange (fallback, with IP format validation) if ($vmIP -eq 'N/A') { try { $kvpItems = Get-WmiObject -Namespace $ns -Class Msvm_KvpExchangeComponent @wmiSplat | Where-Object { $_.SystemName -eq $vmGuid } if ($kvpItems -and $kvpItems.GuestIntrinsicExchangeItems) { foreach ($item in $kvpItems.GuestIntrinsicExchangeItems) { try { $xml = [xml]$item $kvpName = ($xml.SelectNodes("//PROPERTY[@NAME='Name']/VALUE")).InnerText $kvpVal = ($xml.SelectNodes("//PROPERTY[@NAME='Data']/VALUE")).InnerText if ($kvpName -eq 'NetworkAddressIPv4' -and $kvpVal -match '^\d{1,3}(\.\d{1,3}){3}$' -and $kvpVal -notlike '169.254.*') { $vmIP = $kvpVal; break } } catch {} } } } catch {} } # --- Guest OS name from KVP (for fallback Notes) --- try { $kvpItems2 = Get-WmiObject -Namespace $ns -Class Msvm_KvpExchangeComponent @wmiSplat | Where-Object { $_.SystemName -eq $vmGuid } if ($kvpItems2 -and $kvpItems2.GuestIntrinsicExchangeItems) { foreach ($item in $kvpItems2.GuestIntrinsicExchangeItems) { try { $xml = [xml]$item $kvpName = ($xml.SelectNodes("//PROPERTY[@NAME='Name']/VALUE")).InnerText $kvpVal = ($xml.SelectNodes("//PROPERTY[@NAME='Data']/VALUE")).InnerText if ($kvpName -eq 'OSName' -and $kvpVal) { $guestOSName = "$kvpVal"; break } } catch {} } } } catch {} # If no user-set notes, use guest OS name as fallback if (-not $notes -and $guestOSName) { $notes = $guestOSName } # --- NICs (synthetic + legacy) --- $nicCount = 0 try { $vmNics = Get-WmiObject -Namespace $ns -Class Msvm_SyntheticEthernetPortSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } $nicCount = @($vmNics).Count } catch {} try { $legacyNics = Get-WmiObject -Namespace $ns -Class Msvm_EmulatedEthernetPortSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } $nicCount += @($legacyNics).Count } catch {} # --- Virtual switch names --- $switchNames = '' try { $allSwitches = @{} Get-WmiObject -Namespace $ns -Class Msvm_VirtualEthernetSwitch @wmiSplat | ForEach-Object { $allSwitches[$_.Name] = $_.ElementName } $portAllocs = Get-WmiObject -Namespace $ns -Class Msvm_EthernetPortAllocationSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } $swNames = @() foreach ($pa in @($portAllocs)) { if ($pa.HostResource) { foreach ($hr in $pa.HostResource) { if ($hr -match 'Name="([^"]+)"') { $swGuid = $Matches[1] if ($allSwitches.ContainsKey($swGuid)) { $swNames += $allSwitches[$swGuid] } } } } } $switchNames = ($swNames | Select-Object -Unique) -join ', ' } catch {} # --- VLAN IDs --- $vlanIds = '' try { $vlanSettings = Get-WmiObject -Namespace $ns -Class Msvm_EthernetSwitchPortVlanSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } $vids = @($vlanSettings | ForEach-Object { $_.AccessVlanId } | Where-Object { $_ -and $_ -ne 0 } | Select-Object -Unique) $vlanIds = $vids -join ', ' } catch {} # --- Storage / disks --- $diskCount = 0 $diskTotalGB = 0 try { $storSD = Get-WmiObject -Namespace $ns -Class Msvm_StorageAllocationSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" -and $_.HostResource.Count -gt 0 } $diskCount = @($storSD).Count foreach ($sd in @($storSD)) { try { # Limit = max VHD size in bytes (most reliable) if ($sd.Limit -and [long]$sd.Limit -gt 0) { $diskTotalGB += [math]::Round([long]$sd.Limit / 1GB, 2) } elseif ($sd.VirtualQuantity -and $sd.VirtualResourceBlockSize -and [long]$sd.VirtualQuantity -gt 0 -and [long]$sd.VirtualResourceBlockSize -gt 0) { $diskTotalGB += [math]::Round(([long]$sd.VirtualQuantity * [long]$sd.VirtualResourceBlockSize) / 1GB, 2) } elseif ($sd.HostResource) { # Fall back to VHD file size on disk foreach ($hr in $sd.HostResource) { try { $vhdPath = ($hr -replace '\\\\', '\').Trim() $escapedPath = $vhdPath -replace '\\', '\\' -replace "'", "''" $fileObj = Get-WmiObject -Class CIM_DataFile -Filter "Name='$escapedPath'" @wmiSplat if ($fileObj -and $fileObj.FileSize) { $diskTotalGB += [math]::Round([long]$fileObj.FileSize / 1GB, 2) } } catch {} } } } catch {} } } catch {} # --- Snapshots --- $snapshotCount = 0 try { $snapshots = @(Get-WmiObject -Namespace $ns -Class Msvm_VirtualSystemSettingData @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" -and $_.VirtualSystemType -like '*Snapshot*' }) $snapshotCount = $snapshots.Count } catch {} # --- Heartbeat --- $heartbeatText = 'N/A' try { $hbComp = Get-WmiObject -Namespace $ns -Class Msvm_HeartbeatComponent @wmiSplat | Where-Object { $_.SystemName -eq $vmGuid } if ($hbComp -and $hbComp.OperationalStatus) { $heartbeatText = switch ([int]$hbComp.OperationalStatus[0]) { 2 { 'OK' } 12 { 'No Contact' } 13 { 'Lost Communication' } default { "Unknown($($hbComp.OperationalStatus[0]))" } } } } catch {} # --- Uptime --- $uptimeStr = '00:00:00' try { $vmWmi = if ($VM._WmiObject) { $VM._WmiObject } else { Get-WmiObject -Namespace $ns -Class Msvm_ComputerSystem @wmiSplat | Where-Object { $_.Name -eq $vmGuid } } if ($vmWmi -and $vmWmi.OnTimeInMilliseconds -and [long]$vmWmi.OnTimeInMilliseconds -gt 0) { $ts = [timespan]::FromMilliseconds([long]$vmWmi.OnTimeInMilliseconds) $uptimeStr = $ts.ToString('d\.hh\:mm\:ss') } } catch {} # --- Replication --- $replState = 'None' try { $repl = Get-WmiObject -Namespace $ns -Class Msvm_ReplicationRelationship @wmiSplat | Where-Object { $_.InstanceID -like "*$vmGuid*" } if ($repl) { $replState = switch ([int]$repl.ReplicationState) { 0 { 'Disabled' }; 1 { 'ReadyForInitialReplication' } 2 { 'WaitingToCompleteInitialReplication' }; 3 { 'Replicating' } 4 { 'SyncedReplicationComplete' }; 5 { 'Recovered' } 6 { 'Committed' }; 7 { 'Suspended' }; 8 { 'Critical' } 9 { 'WaitingForStartResynchronize' }; 10 { 'Resynchronizing' } default { "Unknown($($repl.ReplicationState))" } } } } catch {} return [PSCustomObject]@{ Name = "$($VM.Name)" VMId = "$($VM.VMId)" Host = $hostName State = "$($VM.State)" Status = "$($VM.Status)" IPAddress = $vmIP Generation = $generation Version = "$($VM.Version)" Uptime = $uptimeStr CPUCount = "$cpuCount" CPUUsagePct = "$($VM.CPUUsage)%" MemoryAssignedGB = "$memAssignedGB" MemoryStartupGB = "$memStartupGB" DynamicMemory = "$memDynamic" DiskCount = "$diskCount" DiskTotalGB = "$([math]::Round($diskTotalGB, 2))" NicCount = "$nicCount" SwitchNames = $switchNames VLanIds = $vlanIds SnapshotCount = "$snapshotCount" Heartbeat = $heartbeatText ReplicationState = $replState Notes = $notes } } # ---- CIM session mode (original) ------------------------------------- $hostName = $CimSession.ComputerName # Network adapters and IP $nics = Get-VMNetworkAdapter -CimSession $CimSession -VM $VM -ErrorAction SilentlyContinue $ip = $nics | ForEach-Object { $_.IPAddresses } | Where-Object { $_ -match '^\d{1,3}(\.\d{1,3}){3}$' -and $_ -notlike '169.254.*' } | Select-Object -First 1 if (-not $ip) { $ip = "N/A" } # VHDs $vhds = Get-VMHardDiskDrive -CimSession $CimSession -VM $VM -ErrorAction SilentlyContinue $vhdCount = @($vhds).Count $totalDiskGB = 0 foreach ($vhd in $vhds) { try { $vhdInfo = Get-VHD -CimSession $CimSession -Path $vhd.Path -ErrorAction SilentlyContinue if ($vhdInfo) { $totalDiskGB += $vhdInfo.Size / 1GB } } catch { } } # Memory $memAssigned = if ($VM.MemoryAssigned) { [math]::Round($VM.MemoryAssigned / 1GB, 2) } else { 0 } $memStartup = if ($VM.MemoryStartup) { [math]::Round($VM.MemoryStartup / 1GB, 2) } else { 0 } $memDynamic = $VM.DynamicMemoryEnabled # Snapshots / checkpoints $snapshots = @(Get-VMSnapshot -CimSession $CimSession -VM $VM -ErrorAction SilentlyContinue) # Integration services $intSvc = Get-VMIntegrationService -CimSession $CimSession -VM $VM -ErrorAction SilentlyContinue $heartbeat = ($intSvc | Where-Object { $_.Name -eq "Heartbeat" }).PrimaryStatusDescription [PSCustomObject]@{ Name = "$($VM.Name)" VMId = "$($VM.VMId)" Host = $hostName State = "$($VM.State)" Status = "$($VM.Status)" IPAddress = $ip Generation = "$($VM.Generation)" Version = "$($VM.Version)" Uptime = "$($VM.Uptime)" CPUCount = "$($VM.ProcessorCount)" CPUUsagePct = "$($VM.CPUUsage)%" MemoryAssignedGB = "$memAssigned" MemoryStartupGB = "$memStartup" DynamicMemory = "$memDynamic" DiskCount = "$vhdCount" DiskTotalGB = "$([math]::Round($totalDiskGB, 2))" NicCount = "$(@($nics).Count)" SwitchNames = ($nics | ForEach-Object { $_.SwitchName } | Select-Object -Unique) -join ", " VLanIds = ($nics | ForEach-Object { $_.VlanSetting.AccessVlanId } | Where-Object { $_ } | Select-Object -Unique) -join ", " SnapshotCount = "$($snapshots.Count)" Heartbeat = if ($heartbeat) { "$heartbeat" } else { "N/A" } ReplicationState = "$($VM.ReplicationState)" Notes = if ($VM.Notes) { "$($VM.Notes.Substring(0, [math]::Min(200, $VM.Notes.Length)))" } else { "$($VM.GuestOperatingSystem)" } } } function Get-HypervDashboard { <# .SYNOPSIS Builds a flat dashboard view combining Hyper-V hosts and their VMs. .DESCRIPTION Connects to one or more Hyper-V hosts, gathers host details and VM details, then returns a unified collection of objects suitable for rendering in an interactive Bootstrap Table dashboard. Each row represents a VM enriched with its parent host context including host CPU model, RAM, OS, and IP address. .PARAMETER CimSessions One or more active CIM sessions to Hyper-V hosts. Create sessions using Connect-HypervHost. .EXAMPLE $session = Connect-HypervHost -ComputerName "hyperv01" -Credential $cred Get-HypervDashboard -CimSessions $session Returns a flat dashboard view of all VMs across the specified host. .EXAMPLE $sessions = @("hyperv01","hyperv02") | ForEach-Object { Connect-HypervHost -ComputerName $_ -Credential $cred } $dashboard = Get-HypervDashboard -CimSessions $sessions Returns a unified view across multiple Hyper-V hosts. .EXAMPLE $cred = Get-Credential $sessions = @("hyperv01","hyperv02") | ForEach-Object { Connect-HypervHost -ComputerName $_ -Credential $cred } $data = Get-HypervDashboard -CimSessions $sessions Export-HypervDashboardHtml -DashboardData $data -OutputPath "C:\Reports\hyperv.html" Start-Process "C:\Reports\hyperv.html" End-to-end: connect to hosts, gather dashboard data, export HTML, and open in browser. .OUTPUTS PSCustomObject[] Each object contains VM details enriched with host context: VMName, State, Status, IPAddress, Host, HostIP, HostOS, HostCPUModel, HostRAM_TotalGB, HostRAM_FreeGB, Generation, CPUCount, CPUUsagePct, MemoryAssignedGB, MemoryStartupGB, DynamicMemory, DiskCount, DiskTotalGB, NicCount, SwitchNames, VLanIds, SnapshotCount, Heartbeat, ReplicationState, Uptime, Notes. .NOTES Author : jason@wug.ninja Version : 1.0.0 Date : 2025-07-15 Requires: PowerShell 5.1+, Hyper-V PowerShell module, CIM sessions to target hosts. .LINK https://github.com/jayyx2/WhatsUpGoldPS #> param( [Parameter(Mandatory)]$CimSessions ) if ($CimSessions -isnot [System.Collections.IEnumerable] -or $CimSessions -is [string]) { $CimSessions = @($CimSessions) } $results = @() foreach ($session in $CimSessions) { $hostDetail = Get-HypervHostDetail -CimSession $session $vms = Get-HypervVMs -CimSession $session foreach ($vm in $vms) { $vmDetail = Get-HypervVMDetail -CimSession $session -VM $vm $results += [PSCustomObject]@{ VMName = $vmDetail.Name State = $vmDetail.State Status = $vmDetail.Status IPAddress = $vmDetail.IPAddress Host = $hostDetail.HostName HostIP = $hostDetail.IPAddress HostOS = $hostDetail.OSName HostCPUModel = $hostDetail.CPUModel HostRAM_TotalGB = $hostDetail.RAM_TotalGB HostRAM_FreeGB = $hostDetail.RAM_FreeGB Generation = $vmDetail.Generation CPUCount = $vmDetail.CPUCount CPUUsagePct = $vmDetail.CPUUsagePct MemoryAssignedGB = $vmDetail.MemoryAssignedGB MemoryStartupGB = $vmDetail.MemoryStartupGB DynamicMemory = $vmDetail.DynamicMemory DiskCount = $vmDetail.DiskCount DiskTotalGB = $vmDetail.DiskTotalGB NicCount = $vmDetail.NicCount SwitchNames = $vmDetail.SwitchNames VLanIds = $vmDetail.VLanIds SnapshotCount = $vmDetail.SnapshotCount Heartbeat = $vmDetail.Heartbeat ReplicationState = $vmDetail.ReplicationState Uptime = "$($vmDetail.Uptime)" Notes = $vmDetail.Notes } } } return $results } function Export-HypervDashboardHtml { <# .SYNOPSIS Renders Hyper-V dashboard data into a self-contained HTML file. .DESCRIPTION Takes the output of Get-HypervDashboard and generates a Bootstrap-based HTML report with sortable, searchable, and exportable tables. The report uses Bootstrap 5 and Bootstrap-Table for interactive filtering, sorting, column toggling, and CSV/JSON export. .PARAMETER DashboardData Array of PSCustomObject from Get-HypervDashboard containing VM and host details. .PARAMETER OutputPath File path for the output HTML file. Parent directory must exist. .PARAMETER ReportTitle Title shown in the report header. Defaults to "Hyper-V Dashboard". .PARAMETER TemplatePath Optional path to a custom HTML template. If omitted, uses the Hyperv-Dashboard-Template.html in the same directory as this script. .EXAMPLE $data = Get-HypervDashboard -CimSessions $sessions Export-HypervDashboardHtml -DashboardData $data -OutputPath "C:\Reports\hyperv.html" Exports the dashboard data to an HTML file using the default template. .EXAMPLE Export-HypervDashboardHtml -DashboardData $data -OutputPath "$env:TEMP\hyperv.html" -ReportTitle "Production Hyper-V" Exports with a custom report title. .EXAMPLE $cred = Get-Credential $sessions = @("hv01","hv02") | ForEach-Object { Connect-HypervHost -ComputerName $_ -Credential $cred } $data = Get-HypervDashboard -CimSessions $sessions Export-HypervDashboardHtml -DashboardData $data -OutputPath "C:\Reports\hyperv.html" Start-Process "C:\Reports\hyperv.html" Full pipeline: connect, gather, export, and open the report in a browser. .OUTPUTS System.Void Writes an HTML file to the path specified by OutputPath. .NOTES Author : jason@wug.ninja Version : 1.0.0 Date : 2025-07-15 Requires: PowerShell 5.1+, Hyperv-Dashboard-Template.html in the script directory. .LINK https://github.com/jayyx2/WhatsUpGoldPS #> [CmdletBinding()] param( [Parameter(Mandatory)]$DashboardData, [Parameter(Mandatory)][string]$OutputPath, [string]$ReportTitle = "Hyper-V Dashboard", [string]$TemplatePath ) if (-not $TemplatePath) { $TemplatePath = Join-Path $PSScriptRoot "Hyperv-Dashboard-Template.html" } if (-not (Test-Path $TemplatePath)) { throw "HTML template not found at $TemplatePath" } $firstObj = $DashboardData | Select-Object -First 1 $columns = @() foreach ($prop in $firstObj.PSObject.Properties) { $col = @{ field = $prop.Name title = ($prop.Name -creplace '([A-Z])', ' $1').Trim() sortable = $true searchable = $true } if ($prop.Name -eq 'State') { $col.formatter = 'formatState' } if ($prop.Name -eq 'Heartbeat') { $col.formatter = 'formatHeartbeat' } $columns += $col } $columnsJson = $columns | ConvertTo-Json -Depth 5 -Compress $dataJson = ConvertTo-Json -InputObject @($DashboardData) -Depth 5 -Compress $tableConfig = @" columns: $columnsJson, data: $dataJson "@ $html = Get-Content -Path $TemplatePath -Raw $html = $html -replace 'replaceThisHere', $tableConfig $html = $html -replace 'ReplaceYourReportNameHere', $ReportTitle $html = $html -replace 'ReplaceUpdateTimeHere', (Get-Date).ToString("yyyy-MM-dd HH:mm:ss") Set-Content -Path $OutputPath -Value $html -Encoding UTF8 Write-Verbose "Hyper-V Dashboard HTML written to $OutputPath" } # 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