Public/Get-ESXSpeculativeExecution.ps1
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function Get-ESXSpeculativeExecution { <# .SYNOPSIS Get ESXi host mitigation status for Spectre .DESCRIPTION Will validate ESXi host for Spectre/Hypervisor-Assisted Guest Mitigation https://www.vmware.com/security/advisories/VMSA-2018-0004.html .NOTES File Name : Get-ESXSpeculativeExecution.ps1 Author : Edgar Sanchez - @edmsanchez13 Contributor : Ariel Sanchez - @arielsanchezmor Version : 2.4.3 .Link https://github.com/arielsanchezmora/vDocumentation .INPUTS If inputBiosFile is specified then an offline CSV file path input must be provided to check against BIOS version If inputMcuFile is specified then an offline CSV file path input must be provided to check against MCU revision If UseSSH is specified then SSH will be used to gather details around current MCU revisions. You will be prompted for username and password .OUTPUTS CSV file Excel file .PARAMETER esxi The name(s) of the vSphere ESXi Host(s) .EXAMPLE Get-ESXSpeculativeExecution -esxi devvm001.lab.local .PARAMETER cluster The name(s) of the vSphere Cluster(s) .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster .PARAMETER datacenter The name(s) of the vSphere Virtual Datacenter(s). .EXAMPLE Get-ESXSpeculativeExecution -datacenter vDC001 Get-ESXSpeculativeExecution -datacenter "all vdc" will gather all hosts in vCenter(s). This is the default if no Parameter (-esxi, -cluster, or -datacenter) is specified. .PARAMETER inputBiosFile Specify input CSV file containing BIOS versions to validate against. Use this if you do not have access to the internet or wish to use your own offline version .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -inputBiosFile "c:\temp\BIOSUpdates.csv" .PARAMETER inputMcuFile Specify input CSV file containing Intel MCU version to validate against. Use this if you do not have access to the internet or wish to use your own offline version .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -inputMcuFile "c:\temp\Intel_MCU.csv" .PARAMETER UseSSH Switch to use SSH to gahter specific MCU revisions details from the ESXi host. This needs to be specified if needed. This relies on Posh-SSH Module to be installed. Posh-SSH Module can be installed directly from the PowerShell Gallery. See https://github.com/darkoperator/Posh-SSH for more information .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -ReportOnVMS .PARAMETER ReportOnVMs Switch to report on virtual machines. This needs to be specified if needed. .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -ReportOnVMS .PARAMETER ExportCSV Switch to export all data to CSV file. File is saved to the current user directory from where the script was executed. Use -folderPath parameter to specify a alternate location .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -ExportCSV .PARAMETER ExportExcel Switch to export all data to Excel file (No need to have Excel Installed). This relies on ImportExcel Module to be installed. ImportExcel Module can be installed directly from the PowerShell Gallery. See https://github.com/dfinke/ImportExcel for more information File is saved to the current user directory from where the script was executed. Use -folderPath parameter to specify a alternate location .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -ExportExcel .PARAMETER folderPath Specify an alternate folder path where the exported data should be saved. .EXAMPLE Get-ESXSpeculativeExecution -cluster production-cluster -ExportExcel -folderPath C:\temp .PARAMETER PassThru Switch to return object to command line .EXAMPLE Get-ESXSpeculativeExecution -esxi 192.168.1.100 -Hardware -PassThru #> <# ----------------------------------------------------------[Declarations]---------------------------------------------------------- #> [CmdletBinding()] param ( $esxi, $cluster, $datacenter, $inputBiosFile, $inputMcuFile, [switch]$UseSSH, [switch]$ReportOnVMs, [switch]$ExportCSV, [switch]$ExportExcel, [switch]$PassThru, $folderPath ) $patchCollection = @() $skipCollection = @() $vmCollection = @() $vHostList = @() $returnCollection = @() $biosCsvCollection = @() $mcuCsvCollection = @() $biosUrl = 'https://raw.githubusercontent.com/edmsanchez/vDocumentation/master/powershell/vDocumentation/BIOSUpdates.csv' $mcuUrl = 'https://raw.githubusercontent.com/edmsanchez/vDocumentation/master/powershell/vDocumentation/Intel_MCU.csv' $date = Get-Date -format s $date = $date -replace ":", "-" $outputFile = "SpeculativeExecution" + $date <# VMSA-2018-0004.3 Build IDs #> $esx55Build = "7967571" $esx60Build = "7967664" $esx65Build = "7967591" <# ----------------------------------------------------------[Execution]---------------------------------------------------------- #> <# Query PowerCLI and vDocumentation versions if running Verbose #> if ($VerbosePreference -eq "continue") { Write-Verbose -Message ((Get-Date -Format G) + "`tPowerCLI Version:") Get-Module -Name VMware.* | Select-Object -Property Name, Version | Format-Table -AutoSize Write-Verbose -Message ((Get-Date -Format G) + "`tvDocumentation Version:") Get-Module -Name vDocumentation | Select-Object -Property Name, Version | Format-Table -AutoSize } #END if <# Check for an active connection to a VIServer #> Write-Verbose -Message ((Get-Date -Format G) + "`tValidate connection to a vSphere server") if ($Global:DefaultViServers.Count -gt 0) { Write-Host "`tConnected to $Global:DefaultViServers" -ForegroundColor Green } else { Write-Error -Message "You must be connected to a vSphere server before running this Cmdlet." break } #END if/else <# Validate if a parameter was specified (-esxi, -cluster, or -datacenter) Although all 3 can be specified, only the first one is used Example: -esxi "host001" -cluster "test-cluster". -esxi is the first parameter and what will be used. #> Write-Verbose -Message ((Get-Date -Format G) + "`tValidate parameters used") if ([string]::IsNullOrWhiteSpace($esxi) -and [string]::IsNullOrWhiteSpace($cluster) -and [string]::IsNullOrWhiteSpace($datacenter)) { Write-Verbose -Message ((Get-Date -Format G) + "`tA parameter (-esxi, -cluster, -datacenter) was not specified. Will gather all hosts") $datacenter = "all vdc" } #END if <# Gather host list based on parameter used #> Write-Verbose -Message ((Get-Date -Format G) + "`tGather host list") if ([string]::IsNullOrWhiteSpace($esxi)) { Write-Verbose -Message ((Get-Date -Format G) + "`t-esxi parameter is Null or Empty") if ([string]::IsNullOrWhiteSpace($cluster)) { Write-Verbose -Message ((Get-Date -Format G) + "`t-cluster parameter is Null or Empty") if ([string]::IsNullOrWhiteSpace($datacenter)) { Write-Verbose -Message ((Get-Date -Format G) + "`t-datacenter parameter is Null or Empty") } else { Write-Verbose -Message ((Get-Date -Format G) + "`tExecuting Cmdlet using datacenter parameter") if ($datacenter -eq "all vdc") { Write-Host "`tGathering all hosts from the following vCenter(s): " $Global:DefaultViServers $vHostList = Get-VMHost | Sort-Object -Property Name } else { Write-Host "`tGathering host list from the following DataCenter(s): " (@($datacenter) -join ',') foreach ($vDCname in $datacenter) { $tempList = Get-Datacenter -Name $vDCname.Trim() -ErrorAction SilentlyContinue | Get-VMHost if ($tempList) { $vHostList += $tempList | Sort-Object -Property Name } else { Write-Warning -Message "`tDatacenter with name $vDCname was not found in $Global:DefaultViServers" } #END if/else } #END foreach } #END if/else } #END if/else } else { Write-Verbose -Message ((Get-Date -Format G) + "`tExecuting Cmdlet using cluster parameter") Write-Host "`tGathering host list from the following Cluster(s): " (@($cluster) -join ',') foreach ($vClusterName in $cluster) { $tempList = Get-Cluster -Name $vClusterName.Trim() -ErrorAction SilentlyContinue | Get-VMHost if ($tempList) { $vHostList += $tempList | Sort-Object -Property Name } else { Write-Warning -Message "`tCluster with name $vClusterName was not found in $Global:DefaultViServers" } #END if/else } #END foreach } #END if/else } else { Write-Verbose -Message ((Get-Date -Format G) + "`tExecuting Cmdlet using esxi parameter") Write-Host "`tGathering host list..." foreach ($invidualHost in $esxi) { $tempList = Get-VMHost -Name $invidualHost.Trim() -ErrorAction SilentlyContinue if ($tempList) { $vHostList += $tempList | Sort-Object -Property Name } else { Write-Warning -Message "`tESXi host $invidualHost was not found in $Global:DefaultViServers" } #END if/else } #END foreach } #END if/else $tempList = $null <# Validate export switches, folder path and dependencies #> Write-Verbose -Message ((Get-Date -Format G) + "`tValidate export switches and folder path") if ($ExportCSV -or $ExportExcel) { $currentLocation = (Get-Location).Path if ([string]::IsNullOrWhiteSpace($folderPath)) { Write-Verbose -Message ((Get-Date -Format G) + "`t-folderPath parameter is Null or Empty") Write-Warning -Message "`tFolder Path (-folderPath) was not specified for saving exported data. The current location: '$currentLocation' will be used" $outputFile = $currentLocation + "\" + $outputFile } else { if (Test-Path $folderPath) { Write-Verbose -Message ((Get-Date -Format G) + "`t'$folderPath' path found") $lastCharsOfFolderPath = $folderPath.Substring($folderPath.Length - 1) if ($lastCharsOfFolderPath -eq "\" -or $lastCharsOfFolderPath -eq "/") { $outputFile = $folderPath + $outputFile } else { $outputFile = $folderPath + "\" + $outputFile } #END if/else Write-Verbose -Message ((Get-Date -Format G) + "`t$outputFile") } else { Write-Warning -Message "`t'$folderPath' path not found. The current location: '$currentLocation' will be used instead" $outputFile = $currentLocation + "\" + $outputFile } #END if/else } #END if/else } #END if if ($ExportExcel) { if (Get-Module -ListAvailable -Name ImportExcel) { Write-Verbose -Message ((Get-Date -Format G) + "`tImportExcel Module available") } else { Write-Warning -Message "`tImportExcel Module missing. Will export data to CSV file instead" Write-Warning -Message "`tImportExcel Module can be installed directly from the PowerShell Gallery" Write-Warning -Message "`tSee https://github.com/dfinke/ImportExcel for more information" $ExportExcel = $false $ExportCSV = $true } #END if/else } #END if <# Validate UseSSH switch and dependencies #> Write-Verbose -Message ((Get-Date -Format G) + "`tValidate UseSSH switch") if ($UseSSH) { if (Get-Module -ListAvailable -Name Posh-SSH) { Write-Verbose -Message ((Get-Date -Format G) + "`tPosh-SSH Module available") $poshSSH = $true $rootCreds = Get-Credential -UserName root -Message "Enter ESXi SSH Credentials" } else { Write-Warning -Message "`tPosh-SSH Module missing. Will not be able to retrieve MCU revision" Write-Warning -Message "`tPosh-SSH Module can be installed directly from the PowerShell Gallery" Write-Warning -Message "`tSee https://github.com/darkoperator/Posh-SSH for more information" $poshSSH = $false } #END if/else } else { Write-Verbose -Message ((Get-Date -Format G) + "`t-UseSSH switch was not specified.") $poshSSH = $false } #END if/else <# Validate if inputBiosFile/inputMcuFile parameter was specified and if the CSV file(s) is reachable #> if ([string]::IsNullOrWhiteSpace($inputBiosFile)) { Write-Verbose -Message ((Get-Date -Format G) + "`t-inputBiosFile parameter is Null or Empty") Write-Verbose -Message ((Get-Date -Format G) + "`tValidating access to online CSV file") try { $webRequest = Invoke-WebRequest -Uri $biosUrl } catch [System.Net.WebException] { $webRequest = $_.Exception.Response } #END try if ([int]$webRequest.StatusCode -eq "200") { $biosCsvCollection = $webRequest | ConvertFrom-Csv } else { Write-Warning -Message ("`tonline CSV file: '$biosUrl' is NOT reachable/unavailable (Return code: " + ([int]$webRequest.StatusCode) + ")") Write-Warning -Message "`tYou can download the file locally and use it offline with the -inputBiosFile parameter. See help for more information" Write-Warning -Message "`tSkipping BIOS Compliance check..." } #END if/else } else { if (Test-Path $inputBiosFile) { Write-Verbose -Message ((Get-Date -Format G) + "`t'$inputBiosFile' path found") $biosCsvCollection = Import-Csv -Path $inputBiosFile } else { Write-Warning -Message "`t'$inputBiosFile' path not found." Write-Warning -Message "`tSkipping BIOS Compliance check..." } #END if/else } #END if/else if ([string]::IsNullOrWhiteSpace($inputMcuFile)) { Write-Verbose -Message ((Get-Date -Format G) + "`t-inputMcuFile parameter is Null or Empty") Write-Verbose -Message ((Get-Date -Format G) + "`tValidating access to online CSV file") try { $webRequest = Invoke-WebRequest -Uri $mcuUrl } catch [System.Net.WebException] { $webRequest = $_.Exception.Response } #END try if ([int]$webRequest.StatusCode -eq "200") { $mcuCsvCollection = $webRequest | ConvertFrom-Csv } else { Write-Warning -Message ("`tonline CSV file: '$mcuUrl' is NOT reachable/unavailable (Return code: " + ([int]$webRequest.StatusCode) + ")") Write-Warning -Message "`tYou can download the file locally and use it offline with the -inputMcuFile parameter. See help for more information" Write-Warning -Message "`tSkipping Intel MCU Compliance check..." } #END if/else } else { if (Test-Path $inputMcuFile) { Write-Verbose -Message ((Get-Date -Format G) + "`t'$inputMcuFile' path found") $mcuCsvCollection = Import-Csv -Path $inputMcuFile } else { Write-Warning -Message "`t'$inputMcuFile' path not found." Write-Warning -Message "`tSkipping Intel MCU Compliance check..." } #END if/else } #END if/else <# Main code execution #> foreach ($vmhost in $vHostList) { <# Skip if ESXi host is not in a Connected or Maintenance ConnectionState #> Write-Verbose -Message ((Get-Date -Format G) + "`t$vmhost Connection State: " + $vmhost.ConnectionState) if ($vmhost.ConnectionState -eq "Connected" -or $vmhost.ConnectionState -eq "Maintenance") { <# Do nothing - ESXi host is reachable #> } else { <# Use a custom object to keep track of skipped hosts and continue to the next foreach loop #> $skipCollection += [PSCustomObject]@{ 'Hostname' = $vmhost.Name 'Connection State' = $vmhost.ConnectionState } #END [PSCustomObject] continue } #END if/else <# Get ESXi CPUID details #> Write-Host "`tGathering details from $vmhost ..." $esxcli = Get-EsxCli -VMHost $vmhost -V2 $vmhostView = $vmhost | Get-View $mgmtIP = $vmhost | Get-VMHostNetworkAdapter | Where-Object {$_.ManagementTrafficEnabled -eq 'True'} | Select-Object -ExpandProperty IP $cpuList = $esxcli.hardware.cpu.list.Invoke() | Where-Object {$_.Id -eq "0"} $cpuModel = $vmhost.ProcessorType -replace '\s+', ' ' Write-Verbose -Message ((Get-Date -Format G) + "`tGathering ESXi CPUID details...") $hostCpuPcid = $false $hostMcuCPuid = $null $hostFeatureCapability = $vmhostView.Config.FeatureCapability $hostCpuid = $hostFeatureCapability | Where-Object {$_.FeatureName -eq "cpuid.IBRS" -and $_.Value -eq "1" -or $_.Featurename -eq "cpuid.IBPB" -and $_.Value -eq "1" -or $_.Featurename -eq "cpuid.STIBP" -and $_.Value -eq "1"} | Select-Object -ExpandProperty FeatureName $hostInvPcid = $hostFeatureCapability | Where-Object {$_.FeatureName -eq "cpuid.INVPCID" -and $_.Value -eq "1"} | Select-Object -ExpandProperty FeatureName $hostPcid = $hostFeatureCapability | Where-Object {$_.Featurename -eq "cpuid.PCID" -and $_.Value -eq "1"} | Select-Object -ExpandProperty FeatureName if ($hostInvPcid -and $hostPcid) { $hostCpuPcid = $true } #End if if ($hostCpuid) { $hostMcuCPuid = (@($hostCpuid.split('.') | Where-Object {$_ -ne "cpuid"}) -join ',') } #END if <# Get accurate last patched date if ESXi 6.5 based on Date and time (UTC), which is converted to local time #> Write-Verbose -Message ((Get-Date -Format G) + "`tGathering last patched date...") $esxPatches = $esxcli.software.vib.list.Invoke() $vmhostPatch = $esxPatches | Where-Object {$_.ID -match $vmhost.Build} | Select-Object -First 1 if ($vmhost.ApiVersion -notmatch '6.5') { $lastPatched = Get-Date $vmhostPatch.InstallDate -Format d } else { Write-Verbose -Message ((Get-Date -Format G) + "`tESXi version " + $vmhost.ApiVersion + ". Gathering VIB " + $vmhostPatch.Name + " install date through ImageConfigManager" ) $configManagerView = Get-View $vmhostView.ConfigManager.ImageConfigManager $softwarePackages = $configManagerView.fetchSoftwarePackages() | Where-Object {$_.CreationDate -ge $vmhostPatch.InstallDate} $dateInstalledUTC = ($softwarePackages | Where-Object {$_.Name -eq $vmhostPatch.Name -and $_.Version -eq $vmhostPatch.Version}).CreationDate $lastPatched = Get-Date ($dateInstalledUTC.ToLocalTime()) -Format d } #END if/else <# Get ESXi VMSA-2018-0004.3 path details #> $esxFrameworkStatus = $null $esxv2McuStatus = $null if ($vmhost.ApiVersion -eq "5.5") { $esxFrameworkStatus = "Framework Missing" $esxv2McuStatus = "v2 MCU Missing" if ($vmhost.Build -ge $esx55Build) { $esxFrameworkPatch = $esxPatches | Where-Object {$_.Name -eq "esx-base"} $esxv2McuPatch = $esxPatches | Where-Object {$_.Name -eq "cpu-microcode"} if ($esxFrameworkPatch) { if (($esxFrameworkPatch.Version.Split('.') | Select-Object -Last 1) -ge $esx55Build) { $esxFrameworkStatus = "Framework Installed" } #END if } #END if if ($esxv2McuPatch) { if (($esxv2McuPatch.Version.Split('.') | Select-Object -Last 1) -ge $esx55Build) { $esxv2McuStatus = "v2 MCU Installed" } #END if } #END if } #END if } #END if if ($vmhost.ApiVersion -eq "6.0") { $esxFrameworkStatus = "Framework Missing" $esxv2McuStatus = "v2 MCU Missing" if ($vmhost.Build -ge $esx60Build) { $esxFrameworkPatch = $esxPatches | Where-Object {$_.Name -eq "esx-base"} $esxv2McuPatch = $esxPatches | Where-Object {$_.Name -eq "cpu-microcode"} if ($esxFrameworkPatch) { if (($esxFrameworkPatch.Version.Split('.') | Select-Object -Last 1) -ge $esx60Build) { $esxFrameworkStatus = "Framework Installed" } #END if } #END if if ($esxv2McuPatch) { if (($esxv2McuPatch.Version.Split('.') | Select-Object -Last 1) -ge $esx60Build) { $esxv2McuStatus = "v2 MCU Installed" } #END if } #END if } #END if } #END if if ($vmhost.ApiVersion -eq "6.5") { $esxFrameworkStatus = "Framework Missing" $esxv2McuStatus = "v2 MCU Missing" if ($vmhost.Build -ge $esx65Build) { $esxFrameworkPatch = $esxPatches | Where-Object {$_.Name -eq "esx-base"} $esxv2McuPatch = $esxPatches | Where-Object {$_.Name -eq "cpu-microcode"} if ($esxFrameworkPatch) { if (($esxFrameworkPatch.Version.Split('.') | Select-Object -Last 1) -ge $esx65Build) { $esxFrameworkStatus = "Framework Installed" } #END if } #END if if ($esxv2McuPatch) { if (($esxv2McuPatch.Version.Split('.') | Select-Object -Last 1) -ge $esx65Build) { $esxv2McuStatus = "v2 MCU Installed" } #END if } #END if } #END if } #END if <# Get UpTime #> Write-Verbose -Message ((Get-Date -Format G) + "`tGathering ESXi UpTime details...") $bootTimeUTC = $vmhostView.Runtime.BootTime $bootTime = $bootTimeUTC.ToLocalTime() $upTime = New-TimeSpan -Seconds $vmhostView.Summary.QuickStats.Uptime $upTimeDays = $upTime.Days $upTimeHours = $upTime.Hours $upTimeMinutes = $upTime.Minutes <# Get ESXi MCU Revisions #> $mcuUpdate = $null $mcuOriginal = $null $mcuCurrent = $null $biosReleaseDate = $null if ($poshSSH) { Write-Verbose -Message ((Get-Date -Format G) + "`tGathering ESXi MCU revisions and BIOS release date through SSH...") $sshServerFWException = $vmhost | Get-VMHostFirewallException -Name "SSH Server" if ($sshServerFWException.Enabled -eq $false) { $sshServerFWException | Set-VMHostFirewallException -Enabled $true -Confirm:$false | Out-Null } #END if $vmServices = $vmhost | Get-VMHostService $vmServices | Where-Object {$_.Key -eq "TSM-SSH"} | Start-VMHostService -Confirm:$false | Out-Null $sshSession = New-SSHSession -ComputerName $vmhost -Credential $rootCreds -AcceptKey -ConnectionTimeout 90 -KeepAliveInterval 5 -ErrorAction SilentlyContinue if ($sshSession) { Write-Verbose -Message ((Get-Date -Format G) + "`tSSH session established...") $sshCommand = Invoke-SSHCommand -Command "vsish -e cat /hardware/cpu/cpuList/0 | grep microcode -A 2" -SessionId $sshSession.SessionId if ($sshCommand.ExitStatus -eq '0') { $mcuUpdate = ($sshCommand.Output | Where-Object {$_ -match "Number of microcode"}).Split(':')[1] $mcuOriginal = ($sshCommand.Output | Where-Object {$_ -match "Original Revision"}).Split(':')[1] $mcuCurrent = ($sshCommand.Output | Where-Object {$_ -match "Current Revision"}).Split(':')[1] } #END if $sshCommand = Invoke-SSHCommand -Command "esxcfg-info --hardware | grep -i 'bios releasedate'" -SessionId $sshSession.SessionId if ($sshCommand.ExitStatus -eq '0') { Write-Verbose -Message ((Get-Date -Format G) + $sshCommand.Output) $intDate = @() $stringDate = (($sshCommand.Output).Split('.') | Select-Object -Last 1 -ErrorAction SilentlyContinue).Split('T')[0] foreach ($string in $stringDate.Split('-')) { $intDate += [int]$string } #END foreach $biosReleaseDate = Get-Date (@($intDate) -join '/') -ErrorAction SilentlyContinue } #END if Remove-SSHSession $sshSession | Out-Null } else { Write-Warning -Message ("`tFailed to establish SSH connection: " + $Error[0].Exception.Message) } #END if/else $vmServices | Where-Object {$_.Key -eq "TSM-SSH"} | Stop-VMHostService -Confirm:$false | Out-Null if ($mcuUpdate -eq "0") { $mcuUpdate = "Inactive" } elseif ($mcuUpdate -eq "1") { $mcuUpdate = "Active" } #END if/elseif } #END if if ($biosReleaseDate) { Write-Verbose -Message ((Get-Date -Format G) + "`tBIOS release date was gathered through SSH...") } else { if ($vmhostView.Hardware.BiosInfo.ReleaseDate) { $biosReleaseDate = Get-Date $vmhostView.Hardware.BiosInfo.ReleaseDate } else { Write-Verbose -Message ((Get-Date -Format G) + "`tFailed to gather BIOS release date, its null...") } #END if/else } #END if/else <# Check for BIOS version details #> Write-Verbose -Message ((Get-Date -Format G) + "`tGathering BIOS details...") if ($biosCsvCollection) { $minVersion = $biosCsvCollection | Where-Object {$_.Model -eq $vmhost.Model} if ($minVersion) { <# If HP compare against Release Date else compare against BIOS version #> if ($minVersion.Manufacturer -like "HP*") { $biosCsvDate = [DateTime]$minVersion.BIOSReleaseDate if ($biosReleaseDate -ge $biosCsvDate) { $biosComplianceStatus = "Proper BIOS installed" } else { $biosComplianceStatus = "BIOS update available - install v" + $minVersion.BIOS + " (" + $minVersion.BIOSReleaseDate + ")" } #END if/else } else { if ($vmhostView.Hardware.BiosInfo.BiosVersion -ge $minVersion.BIOS) { $biosComplianceStatus = "Proper BIOS installed" } else { $biosComplianceStatus = "BIOS update available - install v" + $minVersion.BIOS } #END if/else } #END if/else } else { $biosComplianceStatus = "Unknown - Check with manufacturer" } #END if/else } #END if if ($biosReleaseDate) { $biosReleaseDate = $biosReleaseDate.ToShortDateString() } #END if <# Check for CPU Signatures Intel Sighting #> Write-Verbose -Message ((Get-Date -Format G) + "`tGathering Intel MCU and sighting details...") $cpuidEAX = ($esxcli.hardware.cpu.cpuid.get.Invoke(@{cpu = 0}) | Where-Object {$_.Level -eq 1}).EAX $cpuidHEX = [System.Convert]::ToString($cpuidEAX, 16) if ($cpuList.Family -eq "6") { if ($mcuCsvCollection) { $intelMcuList = $mcuCsvCollection | Where-Object {$_.CPUID -eq $cpuidHEX} if ($intelMcuList) { $cpuAffected = $null if ($intelMcuList.Count -gt 1) { if ($mcu = $intelMcuList | Where-Object {$cpuModel.Contains($_.Name.Split('')[3])}) { $intelProduct = $mcu.Product $prodStatus = $mcu.Status $affectedMCU = $mcu.AffectedMCU $prodMCU = $mcu.ProductionMCU if ($affectedMCU -eq "N/A") { $cpuAffected = $false } else { if ($mcuCurrent) { $cpuAffected = $affectedMCU.Contains($mcuCurrent) } else { $cpuAffected = "Unknown" } #END if/else } #END if/else } else { Write-Verbose -Message ((Get-Date -Format G) + "`tNo Match found for: $cpuModel") $intelProduct = "Unknown" $prodStatus = "Unknown" $affectedMCU = "Unknown" $prodMCU = "Unknown" $cpuAffected = "Unknown" } #END if/else } else { $intelProduct = $intelMcuList.Product $prodStatus = $intelMcuList.Status $affectedMCU = $intelMcuList.AffectedMCU $prodMCU = $intelMcuList.ProductionMCU if ($affectedMCU -eq "N/A") { $cpuAffected = $false } else { if ($mcuCurrent) { $cpuAffected = $affectedMCU.Contains($mcuCurrent) } else { $cpuAffected = "Unknown" } #END if/else } #END if/else } #END if/else } else { Write-Verbose -Message ((Get-Date -Format G) + "`t$cpuModel not found in Intel MCU Guidance list provided.") $intelProduct = "Unknown" $prodStatus = "Unknown" $affectedMCU = "Unknown" $prodMCU = "Unknown" $cpuAffected = "Unknown" } #END if/else } #END if } else { Write-Verbose -Message ((Get-Date -Format G) + "`tNot an Intel CPU, skipping...") $intelProduct = "N/A" $prodStatus = "N/A" $affectedMCU = "N/A" $prodMCU = "N/A" $cpuAffected = "Unknown - Check with manufacturer" } #END if/Else <# Check for VMware MCU workaround #> Write-Verbose -Message ((Get-Date -Format G) + "`tGathering details for VMware MCU workaround...") $vmhostName = $vmhost.Name $url = "https://$vmhostName/host/vmware_config" $sessionManager = Get-View ($global:DefaultVIServer.ExtensionData.Content.sessionManager) $spec = New-Object VMware.Vim.SessionManagerHttpServiceRequestSpec $spec.Method = "httpGet" $spec.Url = $url $ticket = $sessionManager.AcquireGenericServiceTicket($spec) $websession = New-Object Microsoft.PowerShell.Commands.WebRequestSession $cookie = New-Object System.Net.Cookie $cookie.Name = "vmware_cgi_ticket" $cookie.Value = $ticket.id $cookie.Domain = $vmhostName $websession.Cookies.Add($cookie) $result = Invoke-WebRequest -Uri $url -WebSession $websession $esxconfig = $result.content foreach ($line in $esxconfig.Split("`n")) { if ($line -eq 'cpuid.7.edx = "----:00--:----:----:----:----:----:----"') { $intelWorkaround = $true break } else { $intelWorkaround = $false } #END if/else } #END foreach <# Use a custom object to store collected data #> $patchCollection += [PSCustomObject]@{ 'Hostname' = $vmhost.Name 'Management IP' = $mgmtIP 'Cluster' = $vmhost.Parent 'Product' = $vmhostView.Config.Product.Name 'Version' = $vmhostView.Config.Product.Version 'Build' = $vmhost.Build 'Last patched' = $lastPatched 'Boot time' = $bootTime 'Uptime' = "$upTimeDays Day(s), $upTimeHours Hr(s), $upTimeMinutes Min(s)" 'Make' = $vmhost.Manufacturer 'Model' = $vmhost.Model 'CPU model' = $cpuModel 'CPUID' = $cpuidHEX 'Max EVC mode' = $vmhost.MaxEVCMode 'BIOS version' = $vmhostView.Hardware.BiosInfo.BiosVersion 'BIOS release date' = $biosReleaseDate 'BIOS guidance' = $biosComplianceStatus 'ESXi guidance' = $esxFrameworkStatus + "/" + $esxv2McuStatus 'MCU CPUID' = $hostMcuCPuid 'PCID/INVPCID' = $hostCpuPcid 'ESXi applied MCU' = $mcuUpdate 'MCU BIOS rev.' = $mcuOriginal 'MCU boot rev.' = $mcuCurrent 'Intel product' = $intelProduct 'Intel MCU status' = $prodStatus 'Intel MCU(s) at risk' = $affectedMCU 'Intel production MCU' = $prodMCU 'MCU boot rev. at risk' = $cpuAffected 'VMware MCU workaround applied' = $intelWorkaround } #END [PSCustomObject] <# Report on VMs if switch was specified #> if ($ReportOnVMs) { $vmlist = $vmhost | Get-VM | Sort-Object -Property Name if ($vmhost.Parent.EVCMode) { $clusEvcMode = $vmhost.Parent.EVCMode } else { $clusEvcMode = "Disabled" } #END if/else foreach ($vm in $vmlist) { $vmMcuCpuid = $null $vmCpuPcid = $null $powerOnEvent = $null Write-Host "`tGathering VM hypervisor-assisted guest mitigation details from $vm ..." $hardwareVersion = ($vm.Version.ToString()).Split('v')[1] $vmFeatureRequirement = $vm.ExtensionData.Runtime.FeatureRequirement $vmCpuid = $vmFeatureRequirement | Where-Object {$_.FeatureName -eq "cpuid.IBRS" -or $_.Featurename -eq "cpuid.IBPB" -or $_.Featurename -eq "cpuid.STIBP"} | Select-Object -ExpandProperty FeatureName $vmPcid = $vmFeatureRequirement | Where-Object {$_.FeatureName -eq "cpuid.INVPCID" -or $_.Featurename -eq "cpuid.PCID"} | Select-Object -ExpandProperty FeatureName if ($vm.Guest.OSFullName) { $vmGuestOs = $vm.Guest.OSFullName } else { $vmGuestOs = $vm.ExtensionData.Config.GuestFullName } #END if <# Validate VM Hardware #> Write-Verbose -Message ((Get-Date -Format G) + "`tValidating VM Hardware") if ([int]$hardwareVersion -ge "9" -and $vm.PowerState -eq "PoweredOn") { if ($hostCpuid) { if ($vmCpuid) { $spectreStatus = "Supported/Enabled" } else { $spectreStatus = "Supported/Disabled" } #END if/else } else { $spectreStatus = "NotSupported/Disabled" } #END if/else if ($hostCpuPcid) { if ([int]$hardwareVersion -ge "11") { if ($vmPcid.Count -eq "2") { $pcidStatus = "Supported/Enabled" } else { $pcidStatus = "Supported/Disabled" } #END if/else } else { $pcidStatus = "Supported/Upgrade VM Hardware" } #END if/else } else { $pcidStatus = "NotSupported/NA" } #END if/else $powerOnEvents = $vm | Get-VIEvent -MaxSamples ([int]::MaxValue) -Types Info | Where-Object {$_ -is [VMware.Vim.VmPoweredOnEvent]} if ($powerOnEvents) { $sortedEvents = Sort-Object -InputObject $powerOnEvents -Property CreatedTime -Descending $powerOnEvent = ($sortedEvents | Select-Object -First 1).CreatedTime } #END if } else { if ([int]$hardwareVersion -ge "9" -and $vm.PowerState -eq "PoweredOff") { $spectreStatus = "UnknownSinceOff" $pcidStatus = "UnknownSinceOff" } else { $spectreStatus = "Supported/Upgrade VM Hardware" if ($hostCpuPcid) { $pcidStatus = "Supported/Upgrade VM Hardware" } else { $pcidStatus = "NotSupported/NA" } #END if } #END if/else } #END if/else if ($vmCpuid) { $vmMcuCpuid = (@($vmCpuid.split('.') | Where-Object {$_ -ne "cpuid"}) -join ',') } #END if/else if ($vmPcid) { $vmCpuPcid = (@($vmPcid.split('.') | Where-Object {$_ -ne "cpuid"}) -join ',') } #END if/else <# Use a custom object to store collected data #> $vmCollection += [PSCustomObject]@{ 'Name' = $vm.Name 'Power state' = $vm.PowerState 'VM guest OS' = $vmGuestOs 'ESXi' = $vmhost.Name 'Cluster' = $vmhost.Parent 'Cluster EVC mode' = $clusEvcMode 'Hardware version' = $vm.Version 'ESXi MCU CPUID' = $hostMcuCPuid 'ESXi PCID/INVPCID' = $hostCpuPcid 'VM MCU CPUID' = $vmMcuCpuid 'VM PCID/INVPCID' = $vmCpuPcid 'Last PoweredOn' = $powerOnEvent 'Hypervisor-Assisted Guest mitigation' = $spectreStatus 'PCID optimization' = $pcidStatus } #END [PSCustomObject] } #END foreach } #END if } #END foreach Write-Verbose -Message ((Get-Date -Format G) + "`tMain code execution completed") <# Display skipped hosts and their connection status #> If ($skipCollection) { Write-Warning -Message "`tCheck Connection State or Host name" Write-Warning -Message "`tSkipped hosts:" $skipCollection | Format-Table -AutoSize } #END if <# Validate output arrays #> if ($patchCollection -or $vmCollection) { Write-Verbose -Message ((Get-Date -Format G) + "`tInformation gathered") } else { Write-Verbose -Message ((Get-Date -Format G) + "`tNo information gathered") } #END if/else <# Output to screen Export data to CSV, Excel #> if ($patchCollection) { Write-Host "`n" "ESXi Speculative Execution:" -ForegroundColor Green if ($ExportCSV) { $patchCollection | Export-Csv ($outputFile + "ESXi.csv") -NoTypeInformation Write-Host "`tData exported to" ($outputFile + "ESXi.csv") "file" -ForegroundColor Green } elseif ($ExportExcel) { $patchCollection | Export-Excel ($outputFile + ".xlsx") -WorkSheetname ESXi -NoNumberConversion * -AutoSize -BoldTopRow Write-Host "`tData exported to" ($outputFile + ".xlsx") "file" -ForegroundColor Green } elseif ($PassThru) { $returnCollection += $patchCollection $returnCollection } else { $patchCollection | Format-List }#END if/else } #END if if ($vmCollection) { Write-Host "`n" "VM Hypervisor-Assisted Guest Mitigation:" -ForegroundColor Green if ($ExportCSV) { $VMCollection | Export-Csv ($outputFile + "VM.csv") -NoTypeInformation Write-Host "`tData exported to" ($outputFile + "VM.csv") "file" -ForegroundColor Green } elseif ($ExportExcel) { $VMCollection | Export-Excel ($outputFile + ".xlsx") -WorkSheetname VM -NoNumberConversion * -BoldTopRow Write-Host "`tData exported to" ($outputFile + ".xlsx") "file" -ForegroundColor Green } elseif ($PassThru) { $returnCollection += $VMCollection $returnCollection } else { $vmCollection | Format-List }#END if/else } #END if } #END function |