Src/Public/Invoke-AsBuiltReport.VMware.ESXi.ps1
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function Invoke-AsBuiltReport.VMware.ESXi { <# .SYNOPSIS PowerShell script to document the configuration of VMware ESXi servers in Word/HTML/XML/Text formats .DESCRIPTION Documents the configuration of VMware ESXi servers in Word/HTML/XML/Text formats using PScribo. .NOTES Version: 1.1.0 Author: Tim Carman Twitter: @tpcarman Github: tpcarman Credits: Iain Brighton (@iainbrighton) - PScribo module .LINK https://github.com/AsBuiltReport/AsBuiltReport.VMware.ESXi #> param ( [String[]] $Target, [PSCredential] $Credential ) # Check if the required version of VMware PowerCLI is installed Get-RequiredModule -Name 'VMware.PowerCLI' -Version '12.3' # Import Report Configuration $Report = $ReportConfig.Report $InfoLevel = $ReportConfig.InfoLevel $Options = $ReportConfig.Options # Used to set values to TitleCase where required $TextInfo = (Get-Culture).TextInfo #region Script Body #---------------------------------------------------------------------------------------------# # SCRIPT BODY # #---------------------------------------------------------------------------------------------# # Connect to ESXi Server using supplied credentials foreach ($VIServer in $Target) { try { Write-PScriboMessage "Connecting to ESXi Server '$VIServer'." $ESXi = Connect-VIServer $VIServer -Credential $Credential -Protocol https -ErrorAction Stop } catch { Write-Error $_ } #region Generate ESXi report if ($ESXi) { # Create a lookup hashtable to quickly link VM MoRefs to Names # Exclude VMware Site Recovery Manager placeholder VMs Write-PScriboMessage 'Creating VM lookup hashtable.' $VMs = Get-VM -Server $ESXi | Where-Object { $_.ExtensionData.Config.ManagedBy.ExtensionKey -notlike 'com.vmware.vcDr*' } | Sort-Object Name $VMLookup = @{ } foreach ($VM in $VMs) { $VMLookup.($VM.Id) = $VM.Name } # Create a lookup hashtable to link Host MoRefs to Names # Exclude VMware HCX hosts and ESX/ESXi versions prior to vSphere 5.0 from VMHost lookup Write-PScriboMessage 'Creating VMHost lookup hashtable.' $VMHost = Get-VMHost -Server $ESXi | Where-Object { $_.Model -notlike "*VMware Mobility Platform" -and $_.Version -gt 5 } | Sort-Object Name $VMHostLookup = @{ } $VMHostLookup.($VMHost.Id) = $VMHost.ExtensionData.Name # Create a lookup hashtable to link Datastore MoRefs to Names Write-PScriboMessage 'Creating Datastore lookup hashtable.' $Datastores = Get-Datastore -Server $ESXi | Where-Object { ($_.State -eq 'Available') -and ($_.CapacityGB -gt 0) } | Sort-Object Name $DatastoreLookup = @{ } foreach ($Datastore in $Datastores) { $DatastoreLookup.($Datastore.Id) = $Datastore.Name } # Create a lookup hashtable to link VDS Port Groups MoRefs to Names Write-PScriboMessage 'Creating VDPortGroup lookup hashtable.' $VDPortGroups = Get-VDPortgroup -Server $ESXi | Sort-Object Name $VDPortGroupLookup = @{ } foreach ($VDPortGroup in $VDPortGroups) { $VDPortGroupLookup.($VDPortGroup.Key) = $VDPortGroup.Name } Write-PScriboMessage "VMHost InfoLevel set at $($InfoLevel.VMHost)." #region Hosts Section if ($VMHost | Where-Object { $_.ConnectionState -eq 'Connected' -or $_.ConnectionState -eq 'Maintenance' }) { #region ESXi Host Detailed Information Section -Style Heading1 $($VMHost.ExtensionData.Name) { Paragraph "The following sections detail the configuration of VMware ESXi host $($VMHost.ExtensionData.Name)." # TODO: Host Certificate, Swap File Location if ($InfoLevel.VMHost -ge 1) { #region ESXi Host Hardware Section Section -Style Heading2 'Hardware' { Paragraph "The following section details the host hardware configuration for $($VMHost.ExtensionData.Name)." BlankLine #region ESXi Host Specifications $VMHostUptime = Get-Uptime -VMHost $VMHost $esxcli = Get-EsxCli -VMHost $VMHost -V2 $VMHostLicense = Get-VMHostLicense -VMHost $VMHost $ScratchLocation = Get-AdvancedSetting -Entity $VMHost | Where-Object { $_.Name -eq 'ScratchConfig.CurrentScratchLocation' } $VMHostDetail = [PSCustomObject]@{ 'Host' = $VMHost.ExtensionData.Name 'Connection State' = Switch ($VMHost.ConnectionState) { 'NotResponding' { 'Not Responding' } default { $VMHost.ConnectionState } } 'ID' = $VMHost.Id 'Manufacturer' = $VMHost.Manufacturer 'Model' = $VMHost.Model 'Serial Number' = Switch ($VMHost.ExtensionData.Hardware.SystemInfo.SerialNumber) { $null { '--' } default { $VMHost.ExtensionData.Hardware.SystemInfo.SerialNumber } } 'Asset Tag' = Switch ($VMHost.ExtensionData.Summary.Hardware.OtherIdentifyingInfo[0].IdentifierValue) { '' { 'Unknown' } $null { 'Unknown' } default { $VMHost.ExtensionData.Summary.Hardware.OtherIdentifyingInfo[0].IdentifierValue } } 'Processor Type' = $VMHost.Processortype 'HyperThreading' = Switch ($VMHost.HyperthreadingActive) { $true { 'Enabled' } $false { 'Disabled' } } 'Number of CPU Sockets' = $VMHost.ExtensionData.Hardware.CpuInfo.NumCpuPackages 'Number of CPU Cores' = $VMHost.ExtensionData.Hardware.CpuInfo.NumCpuCores 'Number of CPU Threads' = $VMHost.ExtensionData.Hardware.CpuInfo.NumCpuThreads 'CPU Total / Used' = "$([math]::Round(($VMHost.CpuTotalMhz) / 1000, 2)) GHz / $([math]::Round(($VMHost.CpuUsageMhz) / 1000, 2)) GHz" 'Memory Total / Used' = "$([math]::Round($VMHost.MemoryTotalGB, 2)) GB / $([math]::Round($VMHost.MemoryUsageGB, 2)) GB" 'NUMA Nodes' = $VMHost.ExtensionData.Hardware.NumaInfo.NumNodes 'Number of NICs' = $VMHost.ExtensionData.Summary.Hardware.NumNics 'Number of Datastores' = $VMHost.ExtensionData.Datastore.Count 'Number of VMs' = $VMHost.ExtensionData.VM.Count 'Power Management Policy' = $VMHost.ExtensionData.Hardware.CpuPowerManagementInfo.CurrentPolicy 'Scratch Location' = $ScratchLocation.Value 'Bios Version' = $VMHost.ExtensionData.Hardware.BiosInfo.BiosVersion 'Bios Release Date' = $VMHost.ExtensionData.Hardware.BiosInfo.ReleaseDate 'ESXi Version' = $VMHost.Version 'ESXi Build' = $VMHost.build 'Product' = $VMHostLicense.Product -join ', ' 'License Key' = $VMHostLicense.LicenseKey 'License Expiration' = $VMHostLicense.Expiration 'Boot Time' = ($VMHost.ExtensionData.Runtime.Boottime).ToLocalTime() 'Uptime Days' = $VMHostUptime.UptimeDays } if ($Healthcheck.VMHost.ConnectionState) { $VMHostDetail | Where-Object { $_.'Connection State' -eq 'Maintenance' } | Set-Style -Style Warning -Property 'Connection State' } if ($Healthcheck.VMHost.HyperThreading) { $VMHostDetail | Where-Object { $_.'HyperThreading' -eq 'Disabled' } | Set-Style -Style Warning -Property 'Disabled' } if ($Healthcheck.VMHost.Licensing) { $VMHostDetail | Where-Object { $_.'Product' -like '*Evaluation*' } | Set-Style -Style Warning -Property 'Product' $VMHostDetail | Where-Object { $_.'License Key' -like '*-00000-00000' } | Set-Style -Style Warning -Property 'License Key' $VMHostDetail | Where-Object { $_.'License Expiration' -eq 'Expired' } | Set-Style -Style Critical -Property 'License Expiration' } if ($Healthcheck.VMHost.ScratchLocation) { $VMHostDetail | Where-Object { $_.'Scratch Location' -eq '/tmp/scratch' } | Set-Style -Style Warning -Property 'Scratch Location' } if ($Healthcheck.VMHost.UpTimeDays) { $VMHostDetail | Where-Object { $_.'Uptime Days' -ge 275 -and $_.'Uptime Days' -lt 365 } | Set-Style -Style Warning -Property 'Uptime Days' $VMHostDetail | Where-Object { $_.'Uptime Days' -ge 365 } | Set-Style -Style Critical -Property 'Uptime Days' } $TableParams = @{ Name = "ESXi Host Configuration - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostDetail | Table @TableParams #endregion ESXi Host Specifications #region ESXi Host Boot Device Section -Style Heading3 'Boot Device' { $ESXiBootDevice = Get-ESXiBootDevice -VMHost $VMHost $VMHostBootDevice = [PSCustomObject]@{ 'Host' = $ESXiBootDevice.Host 'Device' = $ESXiBootDevice.Device 'Boot Type' = $ESXiBootDevice.BootType 'Vendor' = $ESXiBootDevice.Vendor 'Model' = $ESXiBootDevice.Model 'Size' = "$([math]::Round($ESXiBootDevice.SizeMB / 1024, 2)) GB" 'Is SAS' = $ESXiBootDevice.IsSAS 'Is SSD' = $ESXiBootDevice.IsSSD 'Is USB' = $ESXiBootDevice.IsUSB } $TableParams = @{ Name = "Boot Device - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostBootDevice | Table @TableParams } #endregion ESXi Host Boot Devices #region ESXi Host PCI Devices Section -Style Heading3 'PCI Devices' { $PciHardwareDevices = $esxcli.hardware.pci.list.Invoke() | Where-Object { $_.VMkernelName -match 'vmhba|vmnic|vmgfx' -and $_.ModuleName -ne 'None'} | Sort-Object -Property VMkernelName $VMHostPciDevices = foreach ($PciHardwareDevice in $PciHardwareDevices) { [PSCustomObject]@{ 'Device' = $PciHardwareDevice.VMkernelName 'PCI Address' = $PciHardwareDevice.Address 'Device Class' = $PciHardwareDevice.DeviceClassName 'Device Name' = $PciHardwareDevice.DeviceName 'Vendor Name' = $PciHardwareDevice.VendorName 'Slot Description' = $PciHardwareDevice.SlotDescription } } $TableParams = @{ Name = "PCI Devices - $($VMHost.ExtensionData.Name)" ColumnWidths = 12, 13, 15, 25, 20, 15 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostPciDevices | Table @TableParams } #endregion ESXi Host PCI Devices #region ESXi Host PCI Devices Drivers & Firmware Section -Style Heading3 'PCI Devices Drivers & Firmware' { $VMHostPciDevicesDetails = Get-PciDeviceDetail -Server $ESXi -esxcli $esxcli | Sort-Object 'Device' $TableParams = @{ Name = "PCI Devices Drivers & Firmware - $($VMHost.ExtensionData.Name)" ColumnWidths = 12, 20, 11, 19, 11, 11, 16 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostPciDevicesDetails | Table @TableParams } #endregion ESXi Host PCI Devices Drivers & Firmware #> } #endregion ESXi Host Hardware Section #region ESXi Host System Section Section -Style Heading2 'System' { Paragraph "The following section details the host system configuration for $($VMHost.ExtensionData.Name)." #region ESXi Host Image Profile Information Section -Style Heading3 'Image Profile' { $installdate = Get-InstallDate $esxcli = Get-EsxCli -VMHost $VMHost -V2 $ImageProfile = $esxcli.software.profile.get.Invoke() $SecurityProfile = [PSCustomObject]@{ 'Image Profile' = $ImageProfile.Name 'Vendor' = $ImageProfile.Vendor 'Installation Date' = $InstallDate.InstallDate } $TableParams = @{ Name = "Image Profile - $($VMHost.ExtensionData.Name)" #ColumnWidths = 50, 25, 25 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $SecurityProfile | Table @TableParams } #endregion ESXi Host Image Profile Information #region ESXi Host Time Configuration Section -Style Heading3 'Time Configuration' { $VMHostTimeSettings = [PSCustomObject]@{ 'Time Zone' = $VMHost.timezone 'NTP Service' = Switch ((Get-VMHostService -VMHost $VMHost | Where-Object { $_.key -eq 'ntpd' }).Running) { $true { 'Running' } $false { 'Stopped' } } 'NTP Server(s)' = (Get-VMHostNtpServer -VMHost $VMHost | Sort-Object) -join ', ' } if ($Healthcheck.VMHost.NTP) { $VMHostTimeSettings | Where-Object { $_.'NTP Service' -eq 'Stopped' } | Set-Style -Style Critical -Property 'NTP Service' } $TableParams = @{ Name = "Time Configuration - $($VMHost.ExtensionData.Name)" ColumnWidths = 30, 30, 40 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostTimeSettings | Table @TableParams } #endregion ESXi Host Time Configuration #region ESXi Host Syslog Configuration $SyslogConfig = $VMHost | Get-VMHostSysLogServer if ($SyslogConfig) { Section -Style Heading3 'Syslog Configuration' { # TODO: Syslog Rotate & Size, Log Directory (Adv Settings) $SyslogConfig = $SyslogConfig | Select-Object @{L = 'SysLog Server'; E = { $_.Host } }, Port $TableParams = @{ Name = "Syslog Configuration - $($VMHost.ExtensionData.Name)" ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $SyslogConfig | Table @TableParams } } #endregion ESXi Host Syslog Configuration #region ESXi Host Comprehensive Information Section if ($InfoLevel.VMHost -ge 5) { #region ESXi Host Advanced System Settings Section -Style Heading3 'Advanced System Settings' { $AdvSettings = $VMHost | Get-AdvancedSetting | Select-Object Name, Value $TableParams = @{ Name = "Advanced System Settings - $($VMHost.ExtensionData.Name)" ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $AdvSettings | Sort-Object Name | Table @TableParams } #endregion ESXi Host Advanced System Settings #region ESXi Host Software VIBs Section -Style Heading3 'Software VIBs' { $esxcli = Get-EsxCli -VMHost $VMHost -V2 $VMHostVibs = $esxcli.software.vib.list.Invoke() $VMHostVibs = foreach ($VMHostVib in $VMHostVibs) { [PSCustomObject]@{ 'VIB' = $VMHostVib.Name 'ID' = $VMHostVib.Id 'Version' = $VMHostVib.Version 'Acceptance Level' = $VMHostVib.AcceptanceLevel 'Creation Date' = $VMHostVib.CreationDate 'Install Date' = $VMHostVib.InstallDate } } $TableParams = @{ Name = "Software VIBs - $($VMHost.ExtensionData.Name)" ColumnWidths = 15, 25, 15, 15, 15, 15 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostVibs | Sort-Object 'Install Date' -Descending | Table @TableParams } #endregion ESXi Host Software VIBs } #endregion ESXi Host Comprehensive Information Section } #endregion ESXi Host System Section #region ESXi Host Storage Section if ($InfoLevel.Storage -ge 1) { Section -Style Heading2 'Storage' { Paragraph "The following section details the host storage configuration for $($VMHost.ExtensionData.Name)." #region Datastore Section Write-PScriboMessage "Storage InfoLevel set at $($InfoLevel.Storage)." if ($Datastores) { Section -Style Heading3 'Datastores' { #region Datastore Infomative Information if (($InfoLevel.Storage -ge 1) -and ($InfoLevel.Storage -lt 3)) { $DatastoreInfo = foreach ($Datastore in $Datastores) { [PSCustomObject]@{ 'Datastore' = $Datastore.Name 'Type' = $Datastore.Type 'Version' = Switch ($Datastore.FileSystemVersion) { $null { '--' } default { $Datastore.FileSystemVersion } } '# of VMs' = $Datastore.ExtensionData.VM.Count 'Total Capacity GB' = [math]::Round($Datastore.CapacityGB, 2) 'Used Capacity GB' = [math]::Round((($Datastore.CapacityGB) - ($Datastore.FreeSpaceGB)), 2) 'Free Space GB' = [math]::Round($Datastore.FreeSpaceGB, 2) '% Used' = [math]::Round((100 - (($Datastore.FreeSpaceGB) / ($Datastore.CapacityGB) * 100)), 2) } } if ($Healthcheck.Datastore.CapacityUtilization) { $DatastoreInfo | Where-Object { $_.'% Used' -ge 90 } | Set-Style -Style Critical -Property '% Used' $DatastoreInfo | Where-Object { $_.'% Used' -ge 75 -and $_.'% Used' -lt 90 } | Set-Style -Style Warning -Property '% Used' } $TableParams = @{ Name = "Datastores - $($VMHost.ExtensionData.Name)" ColumnWidths = 20, 8, 9, 8, 15, 15, 15, 10 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $DatastoreInfo | Sort-Object 'Datastore' | Table @TableParams } #endregion Datastore Advanced Summary #region Datastore Detailed Information if ($InfoLevel.Storage -ge 3) { foreach ($Datastore in $Datastores) { #region Datastore Section Section -Style Heading4 $Datastore.Name { $DatastoreDetail = [PSCustomObject]@{ 'Datastore' = $Datastore.Name 'ID' = $Datastore.Id 'Type' = $Datastore.Type 'Version' = Switch ($Datastore.FileSystemVersion) { $null { '--' } default { $Datastore.FileSystemVersion } } 'State' = $Datastore.State 'Number of VMs' = $Datastore.ExtensionData.VM.Count 'Storage I/O Control' = Switch ($Datastore.StorageIOControlEnabled) { $true { 'Enabled' } $false { 'Disabled' } } 'Congestion Threshold' = Switch ($Datastore.CongestionThresholdMillisecond) { $null { '--' } default { "$($Datastore.CongestionThresholdMillisecond) ms" } } 'Total Capacity' = "$([math]::Round($Datastore.CapacityGB, 2)) GB" 'Used Capacity' = "$([math]::Round((($Datastore.CapacityGB) - ($Datastore.FreeSpaceGB)), 2)) GB" 'Free Space' = "$([math]::Round($Datastore.FreeSpaceGB, 2)) GB" '% Used' = [math]::Round((100 - (($Datastore.FreeSpaceGB) / ($Datastore.CapacityGB) * 100)), 2) } if ($Healthcheck.Datastore.CapacityUtilization) { $DatastoreDetail | Where-Object { $_.'% Used' -ge 90 } | Set-Style -Style Critical -Property '% Used' $DatastoreDetail | Where-Object { $_.'% Used' -ge 75 -and $_.'% Used' -lt 90 } | Set-Style -Style Warning -Property '% Used' } #region Datastore Advanced Detailed Information if ($InfoLevel.Storage -ge 4) { $MemberProps = @{ 'InputObject' = $DatastoreDetail 'MemberType' = 'NoteProperty' } $DatastoreVMs = foreach ($DatastoreVM in $Datastore.ExtensionData.VM) { $VMLookup."$($DatastoreVM.Type)-$($DatastoreVM.Value)" } Add-Member @MemberProps -Name 'Virtual Machines' -Value (($DatastoreVMs | Sort-Object) -join ', ') } #endregion Datastore Advanced Detailed Information $TableParams = @{ Name = "Datastore $($Datastore.Name) - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $DatastoreDetail | Sort-Object Datacenter, Datastore | Table @TableParams # Get VMFS volumes. Ignore local SCSILuns. if (($Datastore.Type -eq 'VMFS') -and ($Datastore.ExtensionData.Info.Vmfs.Local -eq $false)) { #region SCSI LUN Information Section Section -Style Heading4 'SCSI LUNs' { $ScsiLuns = foreach ($DatastoreHost in $Datastore.ExtensionData.Host.Key) { $DiskName = $Datastore.ExtensionData.Info.Vmfs.Extent.DiskName $ScsiDeviceDetailProps = @{ 'VMHosts' = $VMHost 'VMHostMoRef' = "$($DatastoreHost.Type)-$($DatastoreHost.Value)" 'DatastoreDiskName' = $DiskName } $ScsiDeviceDetail = Get-ScsiDeviceDetail @ScsiDeviceDetailProps [PSCustomObject]@{ 'Host' = $VMHostLookup."$($DatastoreHost.Type)-$($DatastoreHost.Value)" 'Canonical Name' = $DiskName 'Capacity GB' = $ScsiDeviceDetail.CapacityGB 'Vendor' = $ScsiDeviceDetail.Vendor 'Model' = $ScsiDeviceDetail.Model 'Is SSD' = $ScsiDeviceDetail.Ssd 'Multipath Policy' = $ScsiDeviceDetail.MultipathPolicy 'Paths' = $ScsiDeviceDetail.Paths } } $TableParams = @{ Name = "SCSI LUNs - $($VMHost.ExtensionData.Name)" ColumnWidths = 18, 18, 10, 14, 12, 8, 12, 8 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $ScsiLuns | Sort-Object Host | Table @TableParams } #endregion SCSI LUN Information Section } } #endregion Datastore Section } } #endregion Datastore Detailed Information } } #endregion Datastore Section #region ESXi Host Storage Adapter Information $VMHostHbas = $VMHost | Get-VMHostHba | Sort-Object Device if ($VMHostHbas) { #region ESXi Host Storage Adapters Section Section -Style Heading3 'Storage Adapters' { if ($InfoLevel.VMHost -ge 3) { foreach ($VMHostHba in $VMHostHbas) { $Target = ((Get-View $VMHostHba.VMhost).Config.StorageDevice.ScsiTopology.Adapter | Where-Object { $_.Adapter -eq $VMHostHba.Key }).Target $LUNs = Get-ScsiLun -Hba $VMHostHba -LunType "disk" -ErrorAction SilentlyContinue $Paths = ($Target | ForEach-Object { $_.Lun.Count } | Measure-Object -Sum) Section -Style Heading4 "$($VMHostHba.Device)" { $VMHostStorageAdapter = [PSCustomObject]@{ 'Adapter' = $VMHostHba.Device 'Type' = Switch ($VMHostHba.Type) { 'FibreChannel' { 'Fibre Channel' } 'IScsi' { 'iSCSI' } 'ParallelScsi' { 'Parallel SCSI' } default { $TextInfo.ToTitleCase($VMHostHba.Type) } } 'Model' = $VMHostHba.Model 'Status' = $TextInfo.ToTitleCase($VMHostHba.Status) 'Targets' = $Target.Count 'Devices' = $LUNs.Count 'Paths' = $Paths.Sum } $MemberProps = @{ 'InputObject' = $VMHostStorageAdapter 'MemberType' = 'NoteProperty' } if ($VMHostStorageAdapter.Type -eq 'iSCSI') { $iScsiAuthenticationMethod = Switch ($VMHostHba.ExtensionData.AuthenticationProperties.ChapAuthenticationType) { 'chapProhibited' { 'None' } 'chapPreferred' { 'Use unidirectional CHAP unless prohibited by target' } 'chapDiscouraged' { 'Use unidirectional CHAP if required by target' } 'chapRequired' { Switch ($VMHostHba.ExtensionData.AuthenticationProperties.MutualChapAuthenticationType) { 'chapProhibited' { 'Use unidirectional CHAP' } 'chapRequired' { 'Use bidirectional CHAP' } } } default { $VMHostHba.ExtensionData.AuthenticationProperties.ChapAuthenticationType } } Add-Member @MemberProps -Name 'iSCSI Name' -Value $VMHostHba.IScsiName if ($VMHostHba.IScsiAlias) { Add-Member @MemberProps -Name 'iSCSI Alias' -Value $VMHostHba.IScsiAlias } else { Add-Member @MemberProps -Name 'iSCSI Alias' -Value '--' } if ($VMHostHba.CurrentSpeedMb) { Add-Member @MemberProps -Name 'Speed' -Value "$($VMHostHba.CurrentSpeedMb) Mb" } else { Add-Member @MemberProps -Name 'Speed' -Value '--' } if ($VMHostHba.ExtensionData.ConfiguredSendTarget) { Add-Member @MemberProps -Name 'Dynamic Discovery' -Value (($VMHostHba.ExtensionData.ConfiguredSendTarget | ForEach-Object { "$($_.Address)" + ":" + "$($_.Port)" }) -join [Environment]::NewLine) } else { Add-Member @MemberProps -Name 'Dynamic Discovery' -Value '--' } if ($VMHostHba.ExtensionData.ConfiguredStaticTarget) { Add-Member @MemberProps -Name 'Static Discovery' -Value (($VMHostHba.ExtensionData.ConfiguredStaticTarget | ForEach-Object { "$($_.Address)" + ":" + "$($_.Port)" + " " + "$($_.IScsiName)" }) -join [Environment]::NewLine) } else { Add-Member @MemberProps -Name 'Static Discovery' -Value '--' } if ($iScsiAuthenticationMethod -eq 'None') { Add-Member @MemberProps -Name 'Authentication Method' -Value $iScsiAuthenticationMethod } elseif ($iScsiAuthenticationMethod -eq 'Use bidirectional CHAP') { Add-Member @MemberProps -Name 'Authentication Method' -Value $iScsiAuthenticationMethod Add-Member @MemberProps -Name 'Outgoing CHAP Name' -Value $VMHostHba.ExtensionData.AuthenticationProperties.ChapName Add-Member @MemberProps -Name 'Incoming CHAP Name' -Value $VMHostHba.ExtensionData.AuthenticationProperties.MutualChapName } else { Add-Member @MemberProps -Name 'Authentication Method' -Value $iScsiAuthenticationMethod Add-Member @MemberProps -Name 'Outgoing CHAP Name' -Value $VMHostHba.ExtensionData.AuthenticationProperties.ChapName } if ($InfoLevel.VMHost -eq 4) { Add-Member @MemberProps -Name 'Advanced Options' -Value (($VMHostHba.ExtensionData.AdvancedOptions | ForEach-Object { "$($_.Key) = $($_.Value)" }) -join [Environment]::NewLine) } } if ($VMHostStorageAdapter.Type -eq 'Fibre Channel') { Add-Member @MemberProps -Name 'Node WWN' -Value (([String]::Format("{0:X}", $VMHostHba.NodeWorldWideName) -split "(\w{2})" | Where-Object { $_ -ne "" }) -join ":") Add-Member @MemberProps -Name 'Port WWN' -Value (([String]::Format("{0:X}", $VMHostHba.PortWorldWideName) -split "(\w{2})" | Where-Object { $_ -ne "" }) -join ":") Add-Member @MemberProps -Name 'Speed' -Value $VMHostHba.Speed } if ($Healthcheck.VMHost.StorageAdapter) { $VMHostStorageAdapter | Where-Object { $_.'Status' -ne 'Online' } | Set-Style -Style Warning -Property 'Status' $VMHostStorageAdapter | Where-Object { $_.'Status' -eq 'Offline' } | Set-Style -Style Critical -Property 'Status' } $TableParams = @{ Name = "Storage Adapter $($VMHostStorageAdapter.Adapter) - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 25, 75 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostStorageAdapter | Table @TableParams } } } else { $VMHostStorageAdapters = foreach ($VMHostHba in $VMHostHbas) { [PSCustomObject]@{ 'Adapter' = $VMHostHba.Device 'Type' = Switch ($VMHostHba.Type) { 'FibreChannel' { 'Fibre Channel' } 'IScsi' { 'iSCSI' } 'ParallelScsi' { 'Parallel SCSI' } default { $TextInfo.ToTitleCase($VMHostHba.Type) } } 'Model' = $VMHostHba.Model 'Status' = $TextInfo.ToTitleCase($VMHostHba.Status) } } if ($Healthcheck.VMHost.StorageAdapter) { $VMHostStorageAdapters | Where-Object { $_.'Status' -ne 'Online' } | Set-Style -Style Warning -Property 'Status' $VMHostStorageAdapters | Where-Object { $_.'Status' -eq 'Offline' } | Set-Style -Style Critical -Property 'Status' } $TableParams = @{ Name = "Storage Adapters - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 25, 25, 25 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostStorageAdapters | Table @TableParams } } #endregion ESXi Host Storage Adapters Section } #endregion ESXi Host Storage Adapter Information } } #endregion ESXi Host Storage Section } #region ESXi Host Network Section if ($InfoLevel.Network -ge 1) { Section -Style Heading2 'Network' { Paragraph "The following section details the host network configuration for $($VMHost.ExtensionData.Name)." BlankLine #region ESXi Host Network Configuration $VMHostNetwork = $VMHost.ExtensionData.Config.Network $VMHostVirtualSwitch = @() $VMHostVss = foreach ($vSwitch in $VMHost.ExtensionData.Config.Network.Vswitch) { $VMHostVirtualSwitch += $vSwitch.Name } $VMHostDvs = foreach ($dvSwitch in $VMHost.ExtensionData.Config.Network.ProxySwitch) { $VMHostVirtualSwitch += $dvSwitch.DvsName } $VMHostNetworkDetail = [PSCustomObject]@{ 'Host' = $($VMHost.ExtensionData.Name) 'Virtual Switches' = ($VMHostVirtualSwitch | Sort-Object) -join ', ' 'VMkernel Adapters' = ($VMHostNetwork.Vnic.Device | Sort-Object) -join ', ' 'Physical Adapters' = ($VMHostNetwork.Pnic.Device | Sort-Object) -join ', ' 'VMkernel Gateway' = $VMHostNetwork.IpRouteConfig.DefaultGateway 'IPv6' = Switch ($VMHostNetwork.IPv6Enabled) { $true { 'Enabled' } $false { 'Disabled' } } 'VMkernel IPv6 Gateway' = Switch ($VMHostNetwork.IpRouteConfig.IpV6DefaultGateway) { $null { '--' } default { $VMHostNetwork.IpRouteConfig.IpV6DefaultGateway } } 'DNS Servers' = ($VMHostNetwork.DnsConfig.Address | Sort-Object) -join ', ' 'Host Name' = $VMHostNetwork.DnsConfig.HostName 'Domain Name' = $VMHostNetwork.DnsConfig.DomainName 'Search Domain' = ($VMHostNetwork.DnsConfig.SearchDomain | Sort-Object) -join ', ' } if ($Healthcheck.VMHost.IPv6) { $VMHostNetworkDetail | Where-Object { $_.'IPv6' -eq $false } | Set-Style -Style Warning -Property 'IPv6' } $TableParams = @{ Name = "Network Configuration - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostNetworkDetail | Table @TableParams #endregion ESXi Host Network Configuration #region ESXi Host Physical Adapters Section -Style Heading3 'Physical Adapters' { $PhysicalNetAdapters = $VMHost.ExtensionData.Config.Network.Pnic | Sort-Object Device $VMHostPhysicalNetAdapters = foreach ($PhysicalNetAdapter in $PhysicalNetAdapters) { [PSCustomObject]@{ 'Adapter' = $PhysicalNetAdapter.Device 'Status' = Switch ($PhysicalNetAdapter.Linkspeed) { $null { 'Disconnected' } default { 'Connected' } } 'Virtual Switch' = $( if ($VMHost.ExtensionData.Config.Network.Vswitch.Pnic -contains $PhysicalNetAdapter.Key) { ($VMHost.ExtensionData.Config.Network.Vswitch | Where-Object { $_.Pnic -eq $PhysicalNetAdapter.Key }).Name } elseif ($VMHost.ExtensionData.Config.Network.ProxySwitch.Pnic -contains $PhysicalNetAdapter.Key) { ($VMHost.ExtensionData.Config.Network.ProxySwitch | Where-Object { $_.Pnic -eq $PhysicalNetAdapter.Key }).DvsName } else { '--' } ) 'MAC Address' = $PhysicalNetAdapter.Mac 'Actual Speed, Duplex' = Switch ($PhysicalNetAdapter.LinkSpeed.SpeedMb) { $null { 'Down' } default { if ($PhysicalNetAdapter.LinkSpeed.Duplex) { "$($PhysicalNetAdapter.LinkSpeed.SpeedMb) Mbps, Full Duplex" } else { 'Auto negotiate' } } } 'Configured Speed, Duplex' = Switch ($PhysicalNetAdapter.Spec.LinkSpeed) { $null { 'Auto negotiate' } default { if ($PhysicalNetAdapter.Spec.LinkSpeed.Duplex) { "$($PhysicalNetAdapter.Spec.LinkSpeed.SpeedMb) Mbps, Full Duplex" } else { "$($PhysicalNetAdapter.Spec.LinkSpeed.SpeedMb) Mbps" } } } 'Wake on LAN' = Switch ($PhysicalNetAdapter.WakeOnLanSupported) { $true { 'Supported' } $false { 'Not Supported' } } } } if ($Healthcheck.VMHost.NetworkAdapter) { $VMHostPhysicalNetAdapters | Where-Object { $_.'Status' -ne 'Connected' } | Set-Style -Style Critical -Property 'Status' $VMHostPhysicalNetAdapters | Where-Object { $_.'Actual Speed, Duplex' -eq 'Down' } | Set-Style -Style Critical -Property 'Actual Speed, Duplex' } if ($InfoLevel.VMHost -ge 4) { foreach ($VMHostPhysicalNetAdapter in $VMHostPhysicalNetAdapters) { Section -Style Heading4 "$($VMHostPhysicalNetAdapter.Adapter)" { $TableParams = @{ Name = "Physical Adapter $($VMHostPhysicalNetAdapter.Adapter) - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostPhysicalNetAdapter | Table @TableParams } } } else { $TableParams = @{ Name = "Physical Adapters - $($VMHost.ExtensionData.Name)" ColumnWidths = 11, 13, 15, 19, 14, 14, 14 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostPhysicalNetAdapters | Table @TableParams } } #endregion ESXi Host Physical Adapters #region ESXi Host Cisco Discovery Protocol $VMHostNetworkAdapterCDP = $VMHost | Get-VMHostNetworkAdapterDP | Where-Object { $_.Status -eq 'Connected' } | Sort-Object Device if ($VMHostNetworkAdapterCDP) { Section -Style Heading3 'Cisco Discovery Protocol' { if ($InfoLevel.VMHost -ge 4) { foreach ($VMHostNetworkAdapter in $VMHostNetworkAdapterCDP) { Section -Style Heading5 "$($VMHostNetworkAdapter.Device)" { $VMHostCDP = [PSCustomObject]@{ 'Status' = $VMHostNetworkAdapter.Status 'System Name' = $VMHostNetworkAdapter.SystemName 'Hardware Platform' = $VMHostNetworkAdapter.HardwarePlatform 'Switch ID' = $VMHostNetworkAdapter.SwitchId 'Software Version' = $VMHostNetworkAdapter.SoftwareVersion 'Management Address' = $VMHostNetworkAdapter.ManagementAddress 'Address' = $VMHostNetworkAdapter.Address 'Port ID' = $VMHostNetworkAdapter.PortId 'VLAN' = $VMHostNetworkAdapter.Vlan 'MTU' = $VMHostNetworkAdapter.Mtu } $TableParams = @{ Name = "Network Adapter $($VMHostNetworkAdapter.Device) CDP Information - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostCDP | Table @TableParams } } } else { $VMHostCDP = foreach ($VMHostNetworkAdapter in $VMHostNetworkAdapterCDP) { [PSCustomObject]@{ 'Adapter' = $VMHostNetworkAdapter.Device 'Status' = $VMHostNetworkAdapter.Status 'Hardware Platform' = $VMHostNetworkAdapter.HardwarePlatform 'Switch ID' = $VMHostNetworkAdapter.SwitchId 'Address' = $VMHostNetworkAdapter.Address 'Port ID' = $VMHostNetworkAdapter.PortId } } $TableParams = @{ Name = "Network Adapter CDP Information - $($VMHost.ExtensionData.Name)" ColumnWidths = 11, 13, 26, 22, 17, 11 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostCDP | Table @TableParams } } } #endregion ESXi Host Cisco Discovery Protocol #region ESXi Host Link Layer Discovery Protocol $VMHostNetworkAdapterLLDP = $VMHost | Get-VMHostNetworkAdapterDP | Where-Object { $null -ne $_.ChassisId } | Sort-Object Device if ($VMHostNetworkAdapterLLDP) { Section -Style Heading3 'Link Layer Discovery Protocol' { if ($InfoLevel.VMHost -ge 4) { foreach ($VMHostNetworkAdapter in $VMHostNetworkAdapterLLDP) { Section -Style Heading5 "$($VMHostNetworkAdapter.Device)" { $VMHostLLDP = [PSCustomObject]@{ 'Chassis ID' = $VMHostNetworkAdapter.ChassisId 'Port ID' = $VMHostNetworkAdapter.PortId 'Time to live' = $VMHostNetworkAdapter.TimeToLive 'TimeOut' = $VMHostNetworkAdapter.TimeOut 'Samples' = $VMHostNetworkAdapter.Samples 'Management Address' = $VMHostNetworkAdapter.ManagementAddress 'Port Description' = $VMHostNetworkAdapter.PortDescription 'System Description' = $VMHostNetworkAdapter.SystemDescription 'System Name' = $VMHostNetworkAdapter.SystemName } $TableParams = @{ Name = "Network Adapter $($VMHostNetworkAdapter.Device) LLDP Information - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostLLDP | Table @TableParams } } } else { $VMHostLLDP = foreach ($VMHostNetworkAdapter in $VMHostNetworkAdapterLLDP) { [PSCustomObject]@{ 'Adapter' = $VMHostNetworkAdapter.Device 'Chassis ID' = $VMHostNetworkAdapter.ChassisId 'Port ID' = $VMHostNetworkAdapter.PortId 'Management Address' = $VMHostNetworkAdapter.ManagementAddress 'Port Description' = $VMHostNetworkAdapter.PortDescription 'System Name' = $VMHostNetworkAdapter.SystemName } } $TableParams = @{ Name = "Network Adapter LLDP Information - $($VMHost.ExtensionData.Name)" ColumnWidths = 11, 19, 16, 19, 18, 17 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostLLDP | Table @TableParams } } } #endregion ESXi Host Link Layer Discovery Protocol #region ESXi Host VMkernel Adapaters Section -Style Heading3 'VMkernel Adapters' { $VMkernelAdapters = $VMHost | Get-View | ForEach-Object -Process { $esx = $_ $netSys = Get-View -Id $_.ConfigManager.NetworkSystem $vnicMgr = Get-View -Id $_.ConfigManager.VirtualNicManager $netSys.NetworkInfo.Vnic | ForEach-Object -Process { $device = $_.Device [PSCustomObject]@{ 'Adapter' = $_.Device 'Port Group' = & { if ($_.Spec.Portgroup) { $script:pg = $_.Spec.Portgroup } else { $script:pg = Get-View -ViewType DistributedVirtualPortgroup -Property Name, Key -Filter @{'Key' = "$($_.Spec.DistributedVirtualPort.PortgroupKey)" } | Select-Object -ExpandProperty Name } $script:pg } 'Virtual Switch' = & { if ($_.Spec.Portgroup) { (Get-VirtualPortGroup -Standard -Name $script:pg -VMHost $VMHost).VirtualSwitchName } else { (Get-VDPortgroup -Name $script:pg).VDSwitch.Name | Select-Object -Unique } } 'TCP/IP Stack' = Switch ($_.Spec.NetstackInstanceKey) { 'defaultTcpipStack' { 'Default' } 'vSphereProvisioning' { 'Provisioning' } 'vmotion' { 'vMotion' } 'vxlan' { 'nsx-overlay' } 'hyperbus' { 'nsx-hyperbus' } $null { 'Not Applicable' } default { $_.Spec.NetstackInstanceKey } } 'Enabled Services' = Switch ( $vnicMgr.Info.NetConfig | Where-Object { $_.SelectedVnic -match $device } | ForEach-Object { $_.NicType } ) { 'vmotion' { 'vMotion' } 'vSphereProvisioning' { 'Provisioning' } 'faultToleranceLogging' { 'FT Logging' } 'management' { 'Management' } 'vSphereReplication' { 'vSphere Replication' } 'vSphereReplicationNFC' { 'vSphere Replication NFC' } 'vsan' { 'vSAN' } 'vsanWitness' { 'vSAN Witness' } } 'MTU' = $_.Spec.Mtu 'MAC Address' = $_.Spec.Mac 'DHCP' = Switch ($_.Spec.Ip.Dhcp) { $true { 'Enabled' } $false { 'Disabled' } } 'IP Address' = & { if ($_.Spec.IP.IPAddress) { $script:ip = $_.Spec.IP.IPAddress } else { $script:ip = '--' } $script:ip } 'Subnet Mask' = & { if ($_.Spec.IP.SubnetMask) { $script:netmask = $_.Spec.IP.SubnetMask } else { $script:netmask = '--' } $script:netmask } 'Default Gateway' = Switch ($_.Spec.IpRouteSpec.IpRouteConfig.DefaultGateway) { $null { '--' } default { $_.Spec.IpRouteSpec.IpRouteConfig.DefaultGateway } } } } } if ($InfoLevel.VMHost -ge 3) { foreach ($VMkernelAdapter in ($VMkernelAdapters | Sort-Object 'Adapter')) { Section -Style Heading4 "$($VMkernelAdapter.Adapter)" { $TableParams = @{ Name = "VMkernel Adapter $($VMkernelAdapter.Adapter) - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMkernelAdapter | Table @TableParams } } } else { $TableParams = @{ Name = "VMkernel Adapters - $($VMHost.ExtensionData.Name)" Columns = 'Adapter', 'Port Group', 'TCP/IP Stack', 'Enabled Services','IP Address' ColumnWidths = 11, 35, 18, 18, 18 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMkernelAdapters | Sort-Object 'Adapter' | Table @TableParams } } #endregion ESXi Host VMkernel Adapaters #region ESXi Host Standard Virtual Switches $VSSwitches = $VMHost | Get-VirtualSwitch -Standard | Sort-Object Name if ($VSSwitches) { #region Section Standard Virtual Switches Section -Style Heading5 'Standard Virtual Switches' { Paragraph "The following section details the standard virtual switch configuration for $VMHost." BlankLine $VSSwitchNicTeaming = $VSSwitches | Get-NicTeamingPolicy #region ESXi Host Standard Virtual Switch Properties $VSSProperties = foreach ($VSSwitchNicTeam in $VSSwitchNicTeaming) { [PSCustomObject]@{ 'Virtual Switch' = $VSSwitchNicTeam.VirtualSwitch 'MTU' = $VSSwitchNicTeam.VirtualSwitch.Mtu 'Number of Ports' = $VSSwitchNicTeam.VirtualSwitch.NumPorts 'Number of Ports Available' = $VSSwitchNicTeam.VirtualSwitch.NumPortsAvailable } } $TableParams = @{ Name = "Standard Virtual Switches - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 25, 25, 25 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VSSProperties | Table @TableParams #endregion ESXi Host Standard Virtual Switch Properties #region ESXi Host Virtual Switch Security Policy $VssSecurity = $VSSwitches | Get-SecurityPolicy if ($VssSecurity) { #region Virtual Switch Security Policy Section -Style Heading5 'Virtual Switch Security' { $VssSecurity = foreach ($VssSec in $VssSecurity) { [PSCustomObject]@{ 'Virtual Switch' = $VssSec.VirtualSwitch 'Promiscuous Mode' = Switch ($VssSec.AllowPromiscuous) { $true { 'Accept' } $false { 'Reject' } } 'MAC Address Changes' = Switch ($VssSec.MacChanges) { $true { 'Accept' } $false { 'Reject' } } 'Forged Transmits' = Switch ($VssSec.ForgedTransmits) { $true { 'Accept' } $false { 'Reject' } } } } $TableParams = @{ Name = "Virtual Switch Security Policy - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 25, 25, 25 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssSecurity | Sort-Object 'Virtual Switch' | Table @TableParams } #endregion Virtual Switch Security Policy } #endregion ESXi Host Virtual Switch Security Policy #region ESXi Host Virtual Switch Traffic Shaping Policy Section -Style Heading5 'Virtual Switch Traffic Shaping' { $VssTrafficShapingPolicy = foreach ($VSSwitch in $VSSwitches) { [PSCustomObject]@{ 'Virtual Switch' = $VSSwitch.Name 'Status' = Switch ($VSSwitch.ExtensionData.Spec.Policy.ShapingPolicy.Enabled) { $True { 'Enabled' } $False { 'Disabled' } } 'Average Bandwidth (kbit/s)' = $VSSwitch.ExtensionData.Spec.Policy.ShapingPolicy.AverageBandwidth 'Peak Bandwidth (kbit/s)' = $VSSwitch.ExtensionData.Spec.Policy.ShapingPolicy.PeakBandwidth 'Burst Size (KB)' = $VSSwitch.ExtensionData.Spec.Policy.ShapingPolicy.BurstSize } } $TableParams = @{ Name = "Virtual Switch Traffic Shaping Policy - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 15, 20, 20, 20 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssTrafficShapingPolicy | Sort-Object 'Virtual Switch' | Table @TableParams } #endregion ESXi Host Virtual Switch Traffic Shaping Policy #region ESXi Host Virtual Switch Teaming & Failover $VssNicTeamingPolicy = $VSSwitches | Get-NicTeamingPolicy if ($VssNicTeamingPolicy) { #region Virtual Switch Teaming & Failover Section Section -Style Heading5 'Virtual Switch Teaming & Failover' { $VssNicTeaming = foreach ($VssNicTeam in $VssNicTeamingPolicy) { [PSCustomObject]@{ 'Virtual Switch' = $VssNicTeam.VirtualSwitch 'Load Balancing' = Switch ($VssNicTeam.LoadBalancingPolicy) { 'LoadbalanceSrcId' { 'Route based on the originating port ID' } 'LoadbalanceSrcMac' { 'Route based on source MAC hash' } 'LoadbalanceIP' { 'Route based on IP hash' } 'ExplicitFailover' { 'Explicit Failover' } default { $VssNicTeam.LoadBalancingPolicy } } 'Network Failure Detection' = Switch ($VssNicTeam.NetworkFailoverDetectionPolicy) { 'LinkStatus' { 'Link status only' } 'BeaconProbing' { 'Beacon probing' } default { $VssNicTeam.NetworkFailoverDetectionPolicy } } 'Notify Switches' = Switch ($VssNicTeam.NotifySwitches) { $true { 'Yes' } $false { 'No' } } 'Failback' = Switch ($VssNicTeam.FailbackEnabled) { $true { 'Yes' } $false { 'No' } } 'Active NICs' = ($VssNicTeam.ActiveNic | Sort-Object) -join [Environment]::NewLine 'Standby NICs' = ($VssNicTeam.StandbyNic | Sort-Object) -join [Environment]::NewLine 'Unused NICs' = ($VssNicTeam.UnusedNic | Sort-Object) -join [Environment]::NewLine } } $TableParams = @{ Name = "Virtual Switch Teaming & Failover - $($VMHost.ExtensionData.Name)" ColumnWidths = 20, 17, 12, 11, 10, 10, 10, 10 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssNicTeaming | Sort-Object 'Virtual Switch' | Table @TableParams } #endregion Virtual Switch Teaming & Failover Section } #endregion ESXi Host Virtual Switch Teaming & Failover #region ESXi Host Virtual Switch Port Groups $VssPortgroups = $VSSwitches | Get-VirtualPortGroup -Standard if ($VssPortgroups) { Section -Style Heading5 'Virtual Switch Port Groups' { $VssPortgroups = foreach ($VssPortgroup in $VssPortgroups) { [PSCustomObject]@{ 'Port Group' = $VssPortgroup.Name 'VLAN ID' = $VssPortgroup.VLanId 'Virtual Switch' = $VssPortgroup.VirtualSwitchName '# of VMs' = ($VssPortgroup | Get-VM).Count } } $TableParams = @{ Name = "Virtual Switch Port Group Information - $($VMHost.ExtensionData.Name)" ColumnWidths = 40, 10, 40, 10 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssPortgroups | Sort-Object 'Port Group', 'VLAN ID', 'Virtual Switch' | Table @TableParams } #endregion ESXi Host Virtual Switch Port Groups #region ESXi Host Virtual Switch Port Group Security Policy $VssPortgroupSecurity = $VSSwitches | Get-VirtualPortGroup | Get-SecurityPolicy if ($VssPortgroupSecurity) { #region Virtual Port Group Security Policy Section Section -Style Heading5 'Virtual Switch Port Group Security' { $VssPortgroupSecurity = foreach ($VssPortgroupSec in $VssPortgroupSecurity) { [PSCustomObject]@{ 'Port Group' = $VssPortgroupSec.VirtualPortGroup 'Virtual Switch' = $VssPortgroupSec.virtualportgroup.virtualswitchname 'Promiscuous Mode' = Switch ($VssPortgroupSec.AllowPromiscuous) { $true { 'Accept' } $false { 'Reject' } } 'MAC Changes' = Switch ($VssPortgroupSec.MacChanges) { $true { 'Accept' } $false { 'Reject' } } 'Forged Transmits' = Switch ($VssPortgroupSec.ForgedTransmits) { $true { 'Accept' } $false { 'Reject' } } } } $TableParams = @{ Name = "Virtual Switch Port Group Security Policy - $($VMHost.ExtensionData.Name)" ColumnWidths = 27, 25, 16, 16, 16 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssPortgroupSecurity | Sort-Object 'Port Group', 'Virtual Switch' | Table @TableParams } #endregion Virtual Port Group Security Policy Section } #endregion ESXi Host Virtual Switch Port Group Security Policy #region ESXi Host Virtual Switch Port Group Traffic Shaping Policy Section -Style Heading5 'Virtual Switch Port Group Traffic Shaping' { $VssPortgroupTrafficShapingPolicy = foreach ($VssPortgroup in $VssPortgroups) { [PSCustomObject]@{ 'Port Group' = $VssPortgroup.Name 'Virtual Switch' = $VssPortgroup.VirtualSwitchName 'Status' = Switch ($VssPortgroup.ExtensionData.Spec.Policy.ShapingPolicy.Enabled) { $True { 'Enabled' } $False { 'Disabled' } $null { 'Inherited' } } 'Average Bandwidth (kbit/s)' = $VssPortgroup.ExtensionData.Spec.Policy.ShapingPolicy.AverageBandwidth 'Peak Bandwidth (kbit/s)' = $VssPortgroup.ExtensionData.Spec.Policy.ShapingPolicy.PeakBandwidth 'Burst Size (KB)' = $VssPortgroup.ExtensionData.Spec.Policy.ShapingPolicy.BurstSize } } $TableParams = @{ Name = "Virtual Switch Port Group Traffic Shaping Policy - $($VMHost.ExtensionData.Name)" ColumnWidths = 19, 19, 11, 17, 17, 17 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssPortgroupTrafficShapingPolicy | Sort-Object 'Port Group', 'Virtual Switch' | Table @TableParams } #endregion ESXi Host Virtual Switch Port Group Traffic Shaping Policy #region ESXi Host Virtual Switch Port Group Teaming & Failover $VssPortgroupNicTeaming = $VSSwitches | Get-VirtualPortGroup | Get-NicTeamingPolicy if ($VssPortgroupNicTeaming) { #region Virtual Switch Port Group Teaming & Failover Section Section -Style Heading5 'Virtual Switch Port Group Teaming & Failover' { $VssPortgroupNicTeaming = foreach ($VssPortgroupNicTeam in $VssPortgroupNicTeaming) { [PSCustomObject]@{ 'Port Group' = $VssPortgroupNicTeam.VirtualPortGroup 'Virtual Switch' = $VssPortgroupNicTeam.virtualportgroup.virtualswitchname 'Load Balancing' = Switch ($VssPortgroupNicTeam.LoadBalancingPolicy) { 'LoadbalanceSrcId' { 'Route based on the originating port ID' } 'LoadbalanceSrcMac' { 'Route based on source MAC hash' } 'LoadbalanceIP' { 'Route based on IP hash' } 'ExplicitFailover' { 'Explicit Failover' } default { $VssPortgroupNicTeam.LoadBalancingPolicy } } 'Network Failure Detection' = Switch ($VssPortgroupNicTeam.NetworkFailoverDetectionPolicy) { 'LinkStatus' { 'Link status only' } 'BeaconProbing' { 'Beacon probing' } default { $VssPortgroupNicTeam.NetworkFailoverDetectionPolicy } } 'Notify Switches' = Switch ($VssPortgroupNicTeam.NotifySwitches) { $true { 'Yes' } $false { 'No' } } 'Failback' = Switch ($VssPortgroupNicTeam.FailbackEnabled) { $true { 'Yes' } $false { 'No' } } 'Active NICs' = ($VssPortgroupNicTeam.ActiveNic | Sort-Object) -join [Environment]::NewLine 'Standby NICs' = ($VssPortgroupNicTeam.StandbyNic | Sort-Object) -join [Environment]::NewLine 'Unused NICs' = ($VssPortgroupNicTeam.UnusedNic | Sort-Object) -join [Environment]::NewLine } } $TableParams = @{ Name = "Virtual Switch Port Group Teaming & Failover - $($VMHost.ExtensionData.Name)" ColumnWidths = 12, 11, 11, 11, 11, 11, 11, 11, 11 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VssPortgroupNicTeaming | Sort-Object 'Port Group', 'Virtual Switch' | Table @TableParams } #endregion Virtual Switch Port Group Teaming & Failover Section } #endregion ESXi Host Virtual Switch Port Group Teaming & Failover } } #endregion Section Standard Virtual Switches } #endregion ESXi Host Standard Virtual Switches #region Distributed Virtual Switch Section # Create Distributed Switch Section if they exist $VDSwitches = Get-VDSwitch -Server $ESXi if ($VDSwitches) { Section -Style Heading3 'Distributed Virtual Switches' { #region Distributed Virtual Switch Advanced Summary if ($InfoLevel.Network -le 2) { $VDSInfo = foreach ($VDS in $VDSwitches) { [PSCustomObject]@{ 'Distributed Switch' = $VDS.Name 'Number of Ports' = $VDS.NumPorts 'Number of Port Groups' = ($VDS.ExtensionData.Summary.PortGroupName).Count 'MTU' = $VDS.Mtu 'Discovery Protocol Type' = $VDS.LinkDiscoveryProtocol 'Discovery Protocol Operation' = $VDS.LinkDiscoveryProtocolOperation } } $TableParams = @{ Name = "Distributed Switch Information - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 15, 15, 15, 15, 15 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VDSInfo | Table @TableParams } #endregion Distributed Switch Advanced Summary #region Distributed Switch Detailed Information if ($InfoLevel.Network -ge 3) { # TODO: LACP, NetFlow, NIOC foreach ($VDS in ($VDSwitches)) { $VdsVmCount = ($VDS | Get-VM).Count #region VDS Section Section -Style Heading4 $VDS { #region Distributed Switch General Properties $VDSwitchDetail = [PSCustomObject]@{ 'Distributed Switch' = $VDS.Name 'ID' = $VDS.Id 'Number of Ports' = $VDS.NumPorts 'Number of Port Groups' = ($VDS.ExtensionData.Summary.PortGroupName).Count 'Number of VMs' = $VdsVmCount 'MTU' = $VDS.Mtu 'Network I/O Control' = Switch ($VDS.ExtensionData.Config.NetworkResourceManagementEnabled) { $true { 'Enabled' } $false { 'Disabled' } } 'Discovery Protocol' = $VDS.LinkDiscoveryProtocol 'Discovery Protocol Operation' = $VDS.LinkDiscoveryProtocolOperation } # TODO: Fix this, incorrect reporting! #region Network Advanced Detail Information if ($InfoLevel.Network -ge 4) { $VDSwitchVMs = $VDS | Get-VM | Sort-Object Add-Member -InputObject $VDSwitchDetail -MemberType NoteProperty -Name 'Virtual Machines' -Value ($VDSwitchVMs.Name -join ', ') } #endregion Network Advanced Detail Information $TableParams = @{ Name = "$VDS Distributed Switch General Properties - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VDSwitchDetail | Table @TableParams #endregion Distributed Switch General Properties #region Distributed Switch Uplink Ports $VdsUplinks = $VDS | Get-VDPortgroup | Where-Object { $_.IsUplink -eq $true } | Get-VDPort if ($VdsUplinks) { Section -Style Heading4 'Distributed Switch Uplink Ports' { $VdsUplinkDetail = foreach ($VdsUplink in $VdsUplinks) { [PSCustomObject]@{ 'Distributed Switch' = $VdsUplink.Switch 'Uplink Name' = $VdsUplink.Name 'Physical Network Adapter' = $VdsUplink.ConnectedEntity 'Uplink Port Group' = $VdsUplink.Portgroup } } $TableParams = @{ Name = "$VDS Distributed Switch Uplink Ports - $($VMHost.ExtensionData.Name)" ColumnWidths = 30, 20, 20, 30 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VdsUplinkDetail | Sort-Object 'Distributed Switch', 'Uplink Name' | Table @TableParams } } #endregion Distributed Virtual Switch Uplink Ports #region Distributed Switch Port Groups $VDSPortgroups = $VDS | Get-VDPortgroup if ($VDSPortgroups) { Section -Style Heading4 'Distributed Switch Port Groups' { $VDSPortgroupDetail = foreach ($VDSPortgroup in $VDSPortgroups) { [PSCustomObject]@{ 'Port Group' = $VDSPortgroup.Name 'Distributed Switch' = $VDSPortgroup.VDSwitch.Name 'VLAN Configuration' = Switch ($VDSPortgroup.VlanConfiguration) { $null { '--' } default { $VDSPortgroup.VlanConfiguration } } 'Port Binding' = $VDSPortgroup.PortBinding } } $TableParams = @{ Name = "$VDS Distributed Switch Port Groups - $($VMHost.ExtensionData.Name)" ColumnWidths = 35, 35, 15, 15 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VDSPortgroupDetail | Sort-Object 'Port Group' | Table @TableParams } } #endregion Distributed Switch Port Groups #region Distributed Switch Private VLANs $VDSwitchPrivateVLANs = $VDS | Get-VDSwitchPrivateVlan if ($VDSwitchPrivateVLANs) { Section -Style Heading4 'Distributed Switch Private VLANs' { $VDSPvlan = foreach ($VDSwitchPrivateVLAN in $VDSwitchPrivateVLANs) { [PSCustomObject]@{ 'Primary VLAN ID' = $VDSwitchPrivateVLAN.PrimaryVlanId 'Private VLAN Type' = $VDSwitchPrivateVLAN.PrivateVlanType 'Secondary VLAN ID' = $VDSwitchPrivateVLAN.SecondaryVlanId } } $TableParams = @{ Name = "$VDS Distributed Switch Private VLANs - $($VMHost.ExtensionData.Name)" ColumnWidths = 33, 34, 33 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VDSPvlan | Sort-Object 'Primary VLAN ID', 'Secondary VLAN ID' | Table @TableParams } } #endregion Distributed Switch Private VLANs } #endregion VDS Section } } #endregion Distributed Virtual Switch Detailed Information } } #endregion Distributed Virtual Switch Section } } #endregion ESXi Host Network Section #region ESXi Host Security Section if ($InfoLevel.VMHost -ge 1) { Section -Style Heading2 'Security' { Paragraph "The following section details the host security configuration for $($VMHost.ExtensionData.Name)." #region ESXi Host Lockdown Mode if ($VMHost.ExtensionData.Config.LockdownMode -ne $null) { Section -Style Heading3 'Lockdown Mode' { $LockdownMode = [PSCustomObject]@{ 'Lockdown Mode' = Switch ($VMHost.ExtensionData.Config.LockdownMode) { 'lockdownDisabled' { 'Disabled' } 'lockdownNormal' { 'Enabled (Normal)' } 'lockdownStrict' { 'Enabled (Strict)' } default { $VMHost.ExtensionData.Config.LockdownMode } } } if ($Healthcheck.VMHost.LockdownMode) { $LockdownMode | Where-Object { $_.'Lockdown Mode' -eq 'Disabled' } | Set-Style -Style Warning -Property 'Lockdown Mode' } $TableParams = @{ Name = "Lockdown Mode - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $LockdownMode | Table @TableParams } } #endregion ESXi Host Lockdown Mode #region ESXi Host Services Section -Style Heading3 'Services' { $VMHostServices = $VMHost | Get-VMHostService $Services = foreach ($VMHostService in $VMHostServices) { [PSCustomObject]@{ 'Service' = $VMHostService.Label 'Daemon' = Switch ($VMHostService.Running) { $true { 'Running' } $false { 'Stopped' } } 'Startup Policy' = Switch ($VMHostService.Policy) { 'automatic' { 'Start and stop with port usage' } 'on' { 'Start and stop with host' } 'off' { 'Start and stop manually' } default { $VMHostService.Policy } } } } if ($Healthcheck.VMHost.NTP) { $Services | Where-Object { ($_.'Service' -eq 'NTP Daemon') -and ($_.Daemon -eq 'Stopped') } | Set-Style -Style Critical -Property 'Daemon' $Services | Where-Object { ($_.'Service' -eq 'NTP Daemon') -and ($_.'Startup Policy' -ne 'Start and stop with host') } | Set-Style -Style Critical -Property 'Startup Policy' } if ($Healthcheck.VMHost.SSH) { $Services | Where-Object { ($_.'Service' -eq 'SSH') -and ($_.Daemon -eq 'Running') } | Set-Style -Style Warning -Property 'Daemon' $Services | Where-Object { ($_.'Service' -eq 'SSH') -and ($_.'Startup Policy' -ne 'Start and stop manually') } | Set-Style -Style Warning -Property 'Startup Policy' } if ($Healthcheck.VMHost.ESXiShell) { $Services | Where-Object { ($_.'Service' -eq 'ESXi Shell') -and ($_.Daemon -eq 'Running') } | Set-Style -Style Warning -Property 'Daemon' $Services | Where-Object { ($_.'Service' -eq 'ESXi Shell') -and ($_.'Startup Policy' -ne 'Start and stop manually') } | Set-Style -Style Warning -Property 'Startup Policy' } $TableParams = @{ Name = "Services - $($VMHost.ExtensionData.Name)" ColumnWidths = 40, 20, 40 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $Services | Sort-Object 'Service' | Table @TableParams } #endregion ESXi Host Services #region ESXi Host Advanced Detail Information if ($InfoLevel.VMHost -ge 4) { #region ESXi Host Firewall $VMHostFirewallExceptions = $VMHost | Get-VMHostFirewallException if ($VMHostFirewallExceptions) { #region Friewall Section Section -Style Heading3 'Firewall' { $VMHostFirewall = foreach ($VMHostFirewallException in $VMHostFirewallExceptions) { [PScustomObject]@{ 'Service' = $VMHostFirewallException.Name 'Status' = Switch ($VMHostFirewallException.Enabled) { $true { 'Enabled' } $false { 'Disabled' } } 'Incoming Ports' = $VMHostFirewallException.IncomingPorts 'Outgoing Ports' = $VMHostFirewallException.OutgoingPorts 'Protocols' = $VMHostFirewallException.Protocols 'Daemon' = Switch ($VMHostFirewallException.ServiceRunning) { $true { 'Running' } $false { 'Stopped' } $null { 'N/A' } default { $VMHostFirewallException.ServiceRunning } } } } $TableParams = @{ Name = "Firewall Configuration - $($VMHost.ExtensionData.Name)" ColumnWidths = 22, 12, 21, 21, 12, 12 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHostFirewall | Sort-Object 'Service' | Table @TableParams } #endregion Friewall Section } #endregion ESXi Host Firewall #region ESXi Host Authentication $AuthServices = $VMHost | Get-VMHostAuthentication if ($AuthServices.DomainMembershipStatus) { Section -Style Heading3 'Authentication Services' { $AuthServices = $AuthServices | Select-Object Domain, @{L = 'Domain Membership'; E = { $_.DomainMembershipStatus } }, @{L = 'Trusted Domains'; E = { $_.TrustedDomains } } $TableParams = @{ Name = "Authentication Services - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 25, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $AuthServices | Table @TableParams } } #endregion ESXi Host Authentication } #endregion ESXi Host Advanced Detail Information } } #endregion ESXi Host Security Section #region Virtual Machine Section Write-PScriboMessage "VM InfoLevel set at $($InfoLevel.VM)." if ($InfoLevel.VM -ge 1) { if ($VMs) { Section -Style Heading2 'Virtual Machines' { Paragraph "The following section details the configuration of virtual machines managed by $($VMHost.ExtensionData.Name)." #region Virtual Machine Summary Information if ($InfoLevel.VM -eq 1) { BlankLine $VMSummary = [PSCustomObject]@{ 'Total VMs' = $VMs.Count 'Total vCPUs' = ($VMs | Measure-Object -Property NumCpu -Sum).Sum 'Total Memory' = "$([math]::Round(($VMs | Measure-Object -Property MemoryGB -Sum).Sum, 2)) GB" 'Total Provisioned Space' = "$([math]::Round(($VMs | Measure-Object -Property ProvisionedSpaceGB -Sum).Sum, 2)) GB" 'Total Used Space' = "$([math]::Round(($VMs | Measure-Object -Property UsedSpaceGB -Sum).Sum, 2)) GB" 'VMs Powered On' = ($VMs | Where-Object { $_.PowerState -eq 'PoweredOn' }).Count 'VMs Powered Off' = ($VMs | Where-Object { $_.PowerState -eq 'PoweredOff' }).Count 'VMs Suspended' = ($VMs | Where-Object { $_.PowerState -eq 'Suspended' }).Count 'VMs with Snapshots' = ($VMs | Where-Object { $_.ExtensionData.Snapshot }).Count 'Guest Operating System Types' = (($VMs | Get-View).Summary.Config.GuestFullName | Select-Object -Unique).Count 'VM Tools OK' = ($VMs | Where-Object { $_.ExtensionData.Guest.ToolsStatus -eq 'toolsOK' }).Count 'VM Tools Old' = ($VMs | Where-Object { $_.ExtensionData.Guest.ToolsStatus -eq 'toolsOld' }).Count 'VM Tools Not Running' = ($VMs | Where-Object { $_.ExtensionData.Guest.ToolsStatus -eq 'toolsNotRunning' }).Count 'VM Tools Not Installed' = ($VMs | Where-Object { $_.ExtensionData.Guest.ToolsStatus -eq 'toolsNotInstalled' }).Count } $TableParams = @{ Name = "VM Summary - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMSummary | Table @TableParams } #endregion Virtual Machine Summary Information #region Virtual Machine Advanced Summary if ($InfoLevel.VM -eq 2) { BlankLine $VMSnapshotList = $VMs.Extensiondata.Snapshot.RootSnapshotList $VMInfo = foreach ($VM in $VMs) { $VMView = $VM | Get-View [PSCustomObject]@{ 'Virtual Machine' = $VM.Name 'Power State' = Switch ($VM.PowerState) { 'PoweredOn' { 'On' } 'PoweredOff' { 'Off' } default { $VM.PowerState } } 'IP Address' = Switch ($VMView.Guest.IpAddress) { $null { '--' } default { $VMView.Guest.IpAddress } } 'vCPUs' = $VM.NumCpu 'Memory GB' = [math]::Round(($VM.MemoryGB), 0) 'Provisioned GB' = [math]::Round(($VM.ProvisionedSpaceGB), 0) 'Used GB' = [math]::Round(($VM.UsedSpaceGB), 0) 'HW Version' = ($VM.HardwareVersion).Replace('vmx-', 'v') 'VM Tools Status' = Switch ($VMView.Guest.ToolsStatus) { 'toolsOld' { 'Old' } 'toolsOK' { 'OK' } 'toolsNotRunning' { 'Not Running' } 'toolsNotInstalled' { 'Not Installed' } default { $VMView.Guest.ToolsStatus } } } } if ($Healthcheck.VM.VMToolsStatus) { $VMInfo | Where-Object { $_.'VM Tools Status' -ne 'OK' } | Set-Style -Style Warning -Property 'VM Tools Status' } if ($Healthcheck.VM.PowerState) { $VMInfo | Where-Object { $_.'Power State' -ne 'On' } | Set-Style -Style Warning -Property 'Power State' } $TableParams = @{ Name = "VM Advanced Summary - $($VMHost.ExtensionData.Name)" ColumnWidths = 21, 8, 16, 9, 9, 9, 9, 9, 10 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMInfo | Table @TableParams #region VM Snapshot Information if ($VMSnapshotList -and $Options.ShowVMSnapshots) { Section -Style Heading3 'Snapshots' { $VMSnapshotInfo = foreach ($VMSnapshot in $VMSnapshotList) { [PSCustomObject]@{ 'Virtual Machine' = $VMLookup."$($VMSnapshot.VM)" 'Snapshot Name' = $VMSnapshot.Name 'Description' = $VMSnapshot.Description 'Days Old' = ((Get-Date).ToUniversalTime() - $VMSnapshot.CreateTime).Days } } if ($Healthcheck.VM.VMSnapshots) { $VMSnapshotInfo | Where-Object { $_.'Days Old' -ge 7 } | Set-Style -Style Warning $VMSnapshotInfo | Where-Object { $_.'Days Old' -ge 14 } | Set-Style -Style Critical } $TableParams = @{ Name = "VM Snapshot Information - $($VMHost.ExtensionData.Name)" ColumnWidths = 30, 30, 30, 10 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMSnapshotInfo | Table @TableParams } } #endregion VM Snapshot Information } #endregion Virtual Machine Advanced Summary #region Virtual Machine Detailed Information if ($InfoLevel.VM -ge 3) { foreach ($VM in $VMs) { Section -Style Heading3 $VM.name { $VMUptime = @() $VMUptime = Get-Uptime -VM $VM $VMSpbmPolicy = $VMSpbmConfig | Where-Object { $_.entity -eq $vm } $VMView = $VM | Get-View $VMSnapshotList = $vmview.Snapshot.RootSnapshotList $VMDetail = [PSCustomObject]@{ 'Virtual Machine' = $VM.Name 'ID' = $VM.Id 'Operating System' = $VMView.Summary.Config.GuestFullName 'Hardware Version' = ($VM.HardwareVersion).Replace('vmx-', 'v') 'Power State' = Switch ($VM.PowerState) { 'PoweredOn' { 'On' } 'PoweredOff' { 'Off' } default { $VM.PowerState } } 'Connection State' = $TextInfo.ToTitleCase($VM.ExtensionData.Runtime.ConnectionState) 'VM Tools Status' = Switch ($VMView.Guest.ToolsStatus) { 'toolsOld' { 'Old' } 'toolsOK' { 'OK' } 'toolsNotRunning' { 'Not Running' } 'toolsNotInstalled' { 'Not Installed' } default { $VMView.Guest.ToolsStatus } } 'Fault Tolerance State' = Switch ($VMView.Runtime.FaultToleranceState) { 'notConfigured' { 'Not Configured' } 'needsSecondary' { 'Needs Secondary' } 'running' { 'Running' } 'disabled' { 'Disabled' } 'starting' { 'Starting' } 'enabled' { 'Enabled' } default { $VMview.Runtime.FaultToleranceState } } 'vCPUs' = $VM.NumCpu 'Cores per Socket' = $VM.CoresPerSocket 'CPU Shares' = "$($VM.VMResourceConfiguration.CpuSharesLevel) / $($VM.VMResourceConfiguration.NumCpuShares)" 'CPU Reservation' = $VM.VMResourceConfiguration.CpuReservationMhz 'CPU Limit' = "$($VM.VMResourceConfiguration.CpuReservationMhz) MHz" 'CPU Hot Add' = Switch ($VMView.Config.CpuHotAddEnabled) { $true { 'Enabled' } $false { 'Disabled' } } 'CPU Hot Remove' = Switch ($VMView.Config.CpuHotRemoveEnabled) { $true { 'Enabled' } $false { 'Disabled' } } 'Memory Allocation' = "$([math]::Round(($VM.memoryGB), 2)) GB" 'Memory Shares' = "$($VM.VMResourceConfiguration.MemSharesLevel) / $($VM.VMResourceConfiguration.NumMemShares)" 'Memory Hot Add' = Switch ($VMView.Config.MemoryHotAddEnabled) { $true { 'Enabled' } $false { 'Disabled' } } 'vNICs' = $VMView.Summary.Config.NumEthernetCards 'DNS Name' = if ($VMView.Guest.HostName) { $VMView.Guest.HostName } else { '--' } 'Networks' = if ($VMView.Guest.Net.Network) { (($VMView.Guest.Net | Where-Object { $_.Network -ne $null } | Select-Object Network | Sort-Object Network).Network -join ', ') } else { '--' } 'IP Address' = if ($VMView.Guest.Net.IpAddress) { (($VMView.Guest.Net | Where-Object { ($_.Network -ne $null) -and ($_.IpAddress -ne $null) } | Select-Object IpAddress | Sort-Object IpAddress).IpAddress -join ', ') } else { '--' } 'MAC Address' = if ($VMView.Guest.Net.MacAddress) { (($VMView.Guest.Net | Where-Object { $_.Network -ne $null } | Select-Object -Property MacAddress).MacAddress -join ', ') } else { '--' } 'vDisks' = $VMView.Summary.Config.NumVirtualDisks 'Provisioned Space' = "$([math]::Round(($VM.ProvisionedSpaceGB), 2)) GB" 'Used Space' = "$([math]::Round(($VM.UsedSpaceGB), 2)) GB" 'Changed Block Tracking' = Switch ($VMView.Config.ChangeTrackingEnabled) { $true { 'Enabled' } $false { 'Disabled' } } } $MemberProps = @{ 'InputObject' = $VMDetail 'MemberType' = 'NoteProperty' } #if ($VMView.Config.CreateDate) { # Add-Member @MemberProps -Name 'Creation Date' -Value ($VMView.Config.CreateDate).ToLocalTime() #} if ($VM.Notes) { Add-Member @MemberProps -Name 'Notes' -Value $VM.Notes } if ($VMView.Runtime.BootTime) { Add-Member @MemberProps -Name 'Boot Time' -Value ($VMView.Runtime.BootTime).ToLocalTime() } if ($VMUptime.UptimeDays) { Add-Member @MemberProps -Name 'Uptime Days' -Value $VMUptime.UptimeDays } #region VM Health Checks if ($Healthcheck.VM.VMToolsStatus) { $VMDetail | Where-Object { $_.'VM Tools Status' -ne 'OK' } | Set-Style -Style Warning -Property 'VM Tools Status' } if ($Healthcheck.VM.PowerState) { $VMDetail | Where-Object { $_.'Power State' -ne 'On' } | Set-Style -Style Warning -Property 'Power State' } if ($Healthcheck.VM.ConnectionState) { $VMDetail | Where-Object { $_.'Connection State' -ne 'Connected' } | Set-Style -Style Critical -Property 'Connection State' } if ($Healthcheck.VM.CpuHotAdd) { $VMDetail | Where-Object { $_.'CPU Hot Add' -eq 'Enabled' } | Set-Style -Style Warning -Property 'CPU Hot Add' } if ($Healthcheck.VM.CpuHotRemove) { $VMDetail | Where-Object { $_.'CPU Hot Remove' -eq 'Enabled' } | Set-Style -Style Warning -Property 'CPU Hot Remove' } if ($Healthcheck.VM.MemoryHotAdd) { $VMDetail | Where-Object { $_.'Memory Hot Add' -eq 'Enabled' } | Set-Style -Style Warning -Property 'Memory Hot Add' } if ($Healthcheck.VM.ChangeBlockTracking) { $VMDetail | Where-Object { $_.'Changed Block Tracking' -eq 'Disabled' } | Set-Style -Style Warning -Property 'Changed Block Tracking' } #endregion VM Health Checks $TableParams = @{ Name = "$($VM.Name) VM Configuration - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 50, 50 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMDetail | Table @TableParams if ($InfoLevel.VM -ge 4) { $VMnics = $VM.Guest.Nics | Where-Object { $_.Device -ne $null } | Sort-Object Device $VMHdds = $VMHardDisks | Where-Object { $_.ParentId -eq $VM.Id } | Sort-Object Name $SCSIControllers = $VMView.Config.Hardware.Device | Where-Object { $_.DeviceInfo.Label -match "SCSI Controller" } $VMGuestVols = $VM.Guest.Disks | Sort-Object Path if ($VMnics) { Section -Style Heading4 "Network Adapters" { $VMnicInfo = foreach ($VMnic in $VMnics) { [PSCustomObject]@{ 'Adapter' = $VMnic.Device 'Connected' = $VMnic.Connected 'Network Name' = Switch -wildcard ($VMnic.Device.NetworkName) { 'dvportgroup*' { $VDPortgroupLookup."$($VMnic.Device.NetworkName)" } default { $VMnic.Device.NetworkName } } 'Adapter Type' = $VMnic.Device.Type 'IP Address' = $VMnic.IpAddress -join [Environment]::NewLine 'MAC Address' = $VMnic.Device.MacAddress } } $TableParams = @{ Name = "$($VM.Name) Network Adapters - $($VMHost.ExtensionData.Name)" ColumnWidths = 20, 12, 16, 12, 20, 20 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMnicInfo | Table @TableParams } } if ($SCSIControllers) { Section -Style Heading4 "SCSI Controllers" { $VMScsiControllers = foreach ($VMSCSIController in $SCSIControllers) { [PSCustomObject]@{ 'Device' = $VMSCSIController.DeviceInfo.Label 'Controller Type' = $VMSCSIController.DeviceInfo.Summary 'Bus Sharing' = Switch ($VMSCSIController.SharedBus) { 'noSharing' { 'None' } default { $VMSCSIController.SharedBus } } } } $TableParams = @{ Name = "$($VM.Name) SCSI Controllers - $($VMHost.ExtensionData.Name)" ColumnWidths = 33, 34, 33 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMScsiControllers | Sort-Object 'Device' | Table @TableParams } } if ($VMHdds) { Section -Style Heading4 "Hard Disks" { If ($InfoLevel.VM -eq 4) { $VMHardDiskInfo = foreach ($VMHdd in $VMHdds) { $SCSIDevice = $VMView.Config.Hardware.Device | Where-Object { $_.Key -eq $VMHdd.ExtensionData.Key -and $_.Backing.FileName -eq $VMHdd.FileName } $SCSIController = $SCSIControllers | Where-Object { $SCSIDevice.ControllerKey -eq $_.Key } [PSCustomObject]@{ 'Disk' = $VMHdd.Name 'Datastore' = $VMHdd.FileName.Substring($VMHdd.Filename.IndexOf("[") + 1, $VMHdd.Filename.IndexOf("]") - 1) 'Capacity' = "$([math]::Round(($VMHdd.CapacityGB), 2)) GB" 'Disk Provisioning' = Switch ($VMHdd.StorageFormat) { 'EagerZeroedThick' { 'Thick Eager Zeroed' } 'LazyZeroedThick' { 'Thick Lazy Zeroed' } $null { '--' } default { $VMHdd.StorageFormat } } 'Disk Type' = Switch ($VMHdd.DiskType) { 'RawPhysical' { 'Physical RDM' } 'RawVirtual' { "Virtual RDM" } 'Flat' { 'VMDK' } default { $VMHdd.DiskType } } 'Disk Mode' = Switch ($VMHdd.Persistence) { 'IndependentPersistent' { 'Independent - Persistent' } 'IndependentNonPersistent' { 'Independent - Nonpersistent' } 'Persistent' { 'Dependent' } default { $VMHdd.Persistence } } } } $TableParams = @{ Name = "$($VM.Name) Hard Disks - $($VMHost.ExtensionData.Name)" ColumnWidths = 15, 25, 15, 15, 15, 15 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHardDiskInfo | Table @TableParams } else { foreach ($VMHdd in $VMHdds) { Section -Style Heading4 "$($VMHdd.Name)" { $SCSIDevice = $VMView.Config.Hardware.Device | Where-Object { $_.Key -eq $VMHdd.ExtensionData.Key -and $_.Backing.FileName -eq $VMHdd.FileName } $SCSIController = $SCSIControllers | Where-Object { $SCSIDevice.ControllerKey -eq $_.Key } $VMHardDiskInfo = [PSCustomObject]@{ 'Datastore' = $VMHdd.FileName.Substring($VMHdd.Filename.IndexOf("[") + 1, $VMHdd.Filename.IndexOf("]") - 1) 'Capacity' = "$([math]::Round(($VMHdd.CapacityGB), 2)) GB" 'Disk Path' = $VMHdd.Filename.Substring($VMHdd.Filename.IndexOf("]") + 2) 'Disk Shares' = "$($TextInfo.ToTitleCase($VMHdd.ExtensionData.Shares.Level)) / $($VMHdd.ExtensionData.Shares.Shares)" 'Disk Limit IOPs' = Switch ($VMHdd.ExtensionData.StorageIOAllocation.Limit) { '-1' { 'Unlimited' } default { $VMHdd.ExtensionData.StorageIOAllocation.Limit } } 'Disk Provisioning' = Switch ($VMHdd.StorageFormat) { 'EagerZeroedThick' { 'Thick Eager Zeroed' } 'LazyZeroedThick' { 'Thick Lazy Zeroed' } $null { '--' } default { $VMHdd.StorageFormat } } 'Disk Type' = Switch ($VMHdd.DiskType) { 'RawPhysical' { 'Physical RDM' } 'RawVirtual' { "Virtual RDM" } 'Flat' { 'VMDK' } default { $VMHdd.DiskType } } 'Disk Mode' = Switch ($VMHdd.Persistence) { 'IndependentPersistent' { 'Independent - Persistent' } 'IndependentNonPersistent' { 'Independent - Nonpersistent' } 'Persistent' { 'Dependent' } default { $VMHdd.Persistence } } 'SCSI Controller' = $SCSIController.DeviceInfo.Label 'SCSI Address' = "$($SCSIController.BusNumber):$($VMHdd.ExtensionData.UnitNumber)" } $TableParams = @{ Name = "$($VM.Name) $($VMHdd.Name) HDD Configuration - $($VMHost.ExtensionData.Name)" List = $true ColumnWidths = 25, 75 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMHardDiskInfo | Table @TableParams } } } } } if ($VMGuestVols) { Section -Style Heading4 "Guest Volumes" { $VMGuestDiskInfo = foreach ($VMGuestVol in $VMGuestVols) { [PSCustomObject]@{ 'Path' = $VMGuestVol.Path 'Capacity' = "$([math]::Round(($VMGuestVol.CapacityGB), 2)) GB" 'Used Space' = "$([math]::Round((($VMGuestVol.CapacityGB) - ($VMGuestVol.FreeSpaceGB)), 2)) GB" 'Free Space' = "$([math]::Round($VMGuestVol.FreeSpaceGB, 2)) GB" } } $TableParams = @{ Name = "$($VM.Name) Guest Volumes - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 25, 25, 25 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMGuestDiskInfo | Table @TableParams } } } if ($VMSnapshotList -and $Options.ShowVMSnapshots) { Section -Style Heading4 "Snapshots" { $VMSnapshots = foreach ($VMSnapshot in $VMSnapshotList) { [PSCustomObject]@{ 'Snapshot Name' = $VMSnapshot.Name 'Description' = $VMSnapshot.Description 'Days Old' = ((Get-Date).ToUniversalTime() - $VMSnapshot.CreateTime).Days } } if ($Healthcheck.VM.VMSnapshots) { $VMSnapshots | Where-Object { $_.'Days Old' -ge 7 } | Set-Style -Style Warning $VMSnapshots | Where-Object { $_.'Days Old' -ge 14 } | Set-Style -Style Critical } $TableParams = @{ Name = "$($VM.Name) VM Snapshots - $($VMHost.ExtensionData.Name)" ColumnWidths = 45, 45, 10 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMSnapshots | Table @TableParams } } } } } #endregion Virtual Machine Detailed Information } } } #endregion Virtual Machine Section #region ESXi Host VM Autostart Information if ($InfoLevel.VMHost -ge 1) { $VMStartPolicy = $VMHost | Get-VMStartPolicy | Sort-Object VirtualMachineName if ($VMStartPolicy) { #region VM Autostart Section Section -Style Heading2 'VM Autostart' { Paragraph "The following section details the VM autostart configuration for $($VMHost.ExtensionData.Name)." BlankLine $VMStartPolicies = foreach ($VMStartPol in $VMStartPolicy) { [PSCustomObject]@{ 'Virtual Machine' = $VMStartPol.VirtualMachineName 'Autostart Enabled' = Switch ($VMStartPol.StartAction) { 'PowerOn' { 'Yes' } 'None' { 'No' } default { $VMStartPol.StartAction } } 'Autostart Order' = Switch ($VMStartPol.StartOrder) { $null { 'Unset' } default { $VMStartPol.StartOrder } } 'Shutdown Behavior' = Switch ($VMStartPol.StopAction) { 'PowerOff' { 'Power Off' } 'GuestShutdown' { 'Shutdown' } default { $VMStartPol.StopAction } } 'Start Delay' = "$($VMStartPol.StartDelay) sec" 'Stop Delay' = "$($VMStartPol.StopDelay) sec" 'Wait for Heartbeat' = Switch ($VMStartPol.WaitForHeartbeat) { $true { 'Yes' } $false { 'No' } } } } $TableParams = @{ Name = "VM Autostart Policy - $($VMHost.ExtensionData.Name)" ColumnWidths = 25, 12, 13, 15, 12, 12, 11 } if ($Report.ShowTableCaptions) { $TableParams['Caption'] = "- $($TableParams.Name)" } $VMStartPolicies | Table @TableParams } #endregion VM Autostart Section } } #endregion ESXi Host VM Autostart Information } #endregion ESXi Host Detailed Information } #endregion Hosts Section } # end if ($ESXi) # Disconnect ESXi Server $Null = Disconnect-VIServer -Server $ESXi -Confirm:$false -ErrorAction SilentlyContinue #region Variable cleanup Clear-Variable -Name ESXi #endregion Variable cleanup } # end foreach ($VIServer in $Target) } |