ATAPAuditor.psm1
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using namespace Microsoft.PowerShell.Commands #region Initialization $RootPath = Split-Path $MyInvocation.MyCommand.Path -Parent $script:atapReportsPath = $env:ATAPReportPath if (-not $script:atapReportsPath) { $script:atapReportsPath = [Environment]::GetFolderPath('MyDocuments') | Join-Path -ChildPath 'ATAPReports' } #endregion #region Classes class AuditTest { [string] $Id [string] $Task [hashtable[]] $Constraints [scriptblock] $Test } enum AuditInfoStatus { True False Warning None Error } class AuditInfo { [string] $Id [string] $Task [AuditInfoStatus] $Status [string] $Message } class ReportSection { [string] $Title [string] $Description [AuditInfo[]] $AuditInfos [ReportSection[]] $SubSections } class Report { [string] $Title [string] $ModuleName [string] $AuditorVersion [hashtable] $HostInformation [string[]] $BasedOn [ReportSection[]] $Sections [RSFullReport] $RSReport [FoundationReport] $FoundationReport } ### Begin Foundation Classes ### class FoundationReport { [ReportSection[]] $Sections } ### End Foundation Classes # RiskScore Classes enum RSEndResult { Critical High Medium Low Unknown } class RSFullReport { [RSSeverityReport] $RSSeverityReport [RSQuantityReport] $RSQuantityReport } class RSSeverityReport { [AuditInfo[]] $AuditInfos [ResultTable[]] $ResultTable [RSEndResult] $Endresult } class RSQuantityReport { } class ResultTable { [int] $Success [int] $Failed } #endregion #region helpers function Test-ArrayEqual { [OutputType([bool])] [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [AllowNull()] [AllowEmptyCollection()] [array] $Array1, [Parameter(Mandatory = $true)] [AllowNull()] [AllowEmptyCollection()] [array] $Array2 ) if ($null -eq $Array1) { $Array1 = @() } if ($null -eq $Array2) { $Array2 = @() } if ($Array1.Count -ne $Array2.Count) { return $false } for ($i = 0; $i -lt $Array1.Count; $i++) { if ($Array1[$i] -ne $Array2[$i]) { return $false } } return $true } # Get domain role # 0 {"Standalone Workstation"} # 1 {"Member Workstation"} # 2 {"Standalone Server"} # 3 {"Member Server"} # 4 {"Backup Domain Controller"} # 5 {"Primary Domain Controller"} function Get-DomainRole { $domainRole = (Get-CimInstance -Class Win32_ComputerSystem).DomainRole switch ($domainRole) { 0 { $result = "Standalone Workstation" } 1 { $result = "Member Workstation"} 2 { $result = "Standalone Server" } 3 { $result = "Member Server"} 4 { $result = "Backup Domain Controller" } 5 { $result = "Primary Domain Controller"} } return $result } ### begin Foundation functions ### function Get-FoundationReport { [CmdletBinding()] [OutputType([FoundationReport])] $Sections = @( [ReportSection] @{ Title = "Security Base Data" SubSections = @( [ReportSection] @{ Title = 'Platform Security' AuditInfos = Test-AuditGroup "Platform Security" } [ReportSection] @{ Title = 'Windows Base Security' AuditInfos = Test-AuditGroup "Windows Base Security" } [ReportSection] @{ Title = 'PowerShell Security' AuditInfos = Test-AuditGroup "PowerShell Security" } [ReportSection] @{ Title = 'Connectivity Security' AuditInfos = Test-AuditGroup "Connectivity Security" } [ReportSection] @{ Title = 'Application Control' AuditInfos = Test-AuditGroup "Application Control" } ) } ) return ([FoundationReport]@{ Sections = $Sections }) } # region for RiskScore functions # function that calls all RiskScore-Subfunctions and generates the RSFullReport function Get-RSFullReport { [CmdletBinding()] [OutputType([RSFullReport])] $severity = Get-RSSeverityReport return ([RSFullReport]@{ RSSeverityReport = $severity }) } # function to generate RiskSeverityReport function Get-RSSeverityReport { [CmdletBinding()] [OutputType([RSSeverityReport])] # Initialization [AuditInfo[]]$tests = Test-AuditGroup "RSSeverityTests" # gather results of tests and save it in resultTable $resultTable = [ResultTable]::new() foreach ($test in $tests) { if ($test.AuditInfoStatus -EQ "True") { $resultTable.Success += 1 } if ($test.AuditInfostatus -ne "True") { $resultTable.Failed += 1 } } return ([RSSeverityReport]@{ AuditInfos = $tests ResultTable = $resultTable Endresult = Get-RSSeverityEndResult($resultTable) }) } # helper for EndResult of RiskScoreSeverity function Get-RSSeverityEndResult { [CmdletBinding()] [OutputType([RSEndResult])] param ( [Parameter(Mandatory = $true)] [ResultTable[]] $resultTable ) $result = "Unknown" $f = $resultTable.Failed if ($f -eq 0) { $result = "Low" } if ($f -ge 1) { $result = "Critical" } return $result } #endregion <# .SYNOPSIS Tests a single AuditGroup. .DESCRIPTION This cmdlet tests a single AuditGroup from folder "AuditGroups". All tests are printed on the console. Can be combined to create own report. .EXAMPLE PS C:\> Test-AuditGroup "Google Chrome-CIS-2.0.0#RegistrySettings" This runs tests defined in the AuditGroup file called 'Google Chrome-CIS-2.0.0#RegistrySettings'. .PARAMETER GroupName The name of the AuditGroup. #> function Test-AuditGroup { [CmdletBinding()] [OutputType([AuditInfo[]])] param( [Parameter(Mandatory = $true)] [string] $GroupName ) #Windows OS if([System.Environment]::OSVersion.Platform -ne 'Unix'){ $tests = . "$RootPath\AuditGroups\$($GroupName).ps1" } #Linux OS else{ $tests = . "$RootPath/AuditGroups/$($GroupName).ps1" } $i = 1 foreach ($test in $tests) { [int]$p = $i++ / $tests.Count * 100 Write-Progress -Activity "Testing Report for '$GroupName'" -Status "Progress:" -PercentComplete $p Write-Verbose "Testing $($test.Id)" $message = "Test not implemented yet." $status = [AuditInfoStatus]::None #if audit test contains datatype "Constraints", proceed if ($test.Constraints) { $DomainRoleConstraint = $test.Constraints | Where-Object Property -EQ "DomainRole" #get domain role of system $currentRole = Get-DomainRole #get domain roles, which are listed in AuditTest $domainRoles = $DomainRoleConstraint.Values if ($currentRole -notin $domainRoles) { $roleValue = (Get-CimInstance -Class Win32_ComputerSystem).DomainRole if($roleValue -eq 4 -or $roleValue -eq 5){ $message = 'Not applicable. This audit only applies to Domain controllers.' $status = [AuditInfoStatus]::None } if($roleValue -ne 4 -or $roleValue -ne 5){ $message = 'Not applicable. This audit does not apply to Domain controllers.' $status = [AuditInfoStatus]::None } if($roleValue -eq 0 -or $roleValue -eq 2){ $message = 'Not applicable. This audit does not apply to Standalone systems.' $status = [AuditInfoStatus]::None } Write-Output ([AuditInfo]@{ Id = $test.Id Task = $test.Task Message = $message Status = $status }) continue } } #Windows OS if([System.Environment]::OSVersion.Platform -ne 'Unix'){ $role = Get-Wmiobject -Class 'Win32_computersystem' -ComputerName $env:computername | Select-Object domainrole if($test.Task -match "(DC only)"){ if($role.domainRole -ne 4 -and $role.domainRole -ne 5){ $message = 'Not applicable. This audit does not apply to Member Server systems.' $status = [AuditInfoStatus]::None Write-Output ([AuditInfo]@{ Id = $test.Id Task = $test.Task Message = $message Status = $status }) continue } } } if($test.Task -match "(MS only)"){ if($role.domainRole -ne 2 -and $role.domainRole -ne 3){ $message = 'Not applicable. This audit does not apply to Domain Controller systems.' $status = [AuditInfoStatus]::None Write-Output ([AuditInfo]@{ Id = $test.Id Task = $test.Task Message = $message Status = $status }) continue } } try { $innerResult = & $test.Test if ($null -ne $innerResult) { $message = $innerResult.Message $status = [AuditInfoStatus]$innerResult.Status } } catch { Write-Error $_ $message = "An error occured!" $status = [AuditInfoStatus]::Error } Write-Output ([AuditInfo]@{ Id = $test.Id Task = $test.Task Message = $message Status = $status }) } } <# .SYNOPSIS Get an audit resource. .DESCRIPTION A resource provides abstration over an existing system resource. It is used by AuditTests. .PARAMETER Name The name of the resource. .EXAMPLE PS C:\> Get-AuditResource -Name "WindowsSecurityPolicy" Gets the WindowsSecurityPolicy resource. #> function Get-AuditResource { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Name ) #Windows OS if([System.Environment]::OSVersion.Platform -ne 'Unix'){ if ($null -eq $script:loadedResources) { return & "$RootPath\Resources\$($Name).ps1" } if (-not $script:loadedResources.ContainsKey($Name)) { $script:loadedResources[$Name] = (& "$RootPath\Resources\$($Name).ps1") } } #Linuxs OS else{ if ($null -eq $script:loadedResources) { return & "$RootPath/Resources/$($Name).ps1" } if (-not $script:loadedResources.ContainsKey($Name)) { $script:loadedResources[$Name] = (& "$RootPath/Resources/$($Name).ps1") } } return $script:loadedResources[$Name] } <# .SYNOPSIS Get all reports. .DESCRIPTION Find the reports installed on the system. .PARAMETER ReportName The name of the report. .EXAMPLE PS C:\> Get-ATAPReport Gets all reports. #> function Get-ATAPReport { [CmdletBinding()] param ( [Parameter()] [string] $ReportName = "*" ) #Windows OS if([System.Environment]::OSVersion.Platform -ne 'Unix'){ return Get-ChildItem "$RootPath\Reports\$ReportName.ps1" | Select-Object -Property BaseName } #Linux OS return Get-ChildItem "$RootPath/Reports/$ReportName.ps1" | Select-Object -Property BaseName } <# .SYNOPSIS Invokes an ATAPReport .DESCRIPTION Long description .EXAMPLE PS C:\> ATAPReport -ReportName "Google Chrome" This runs the report and outputs the logical report data. .PARAMETER ReportName The name of the report. .OUTPUTS Logical report data. #> function Invoke-ATAPReport { [CmdletBinding()] param ( [Alias('RN')] [Parameter(Mandatory = $true)] [string] $ReportName ) $script:loadedResources = @{} # Load the module manifest try { #Windows OS if([System.Environment]::OSVersion.Platform -ne 'Unix'){ $moduleInfo = Import-PowerShellDataFile -Path "$RootPath\ATAPAuditor.psd1" [Report]$report = (& "$RootPath\Reports\$ReportName.ps1") $report.RSReport = Get-RSFullReport $report.FoundationReport = Get-FoundationReport } #Linux OS else{ $moduleInfo = Import-PowerShellDataFile -Path "$RootPath/ATAPAuditor.psd1" [Report]$report = (& "$RootPath/Reports/$ReportName.ps1") } } catch [System.Management.Automation.CommandNotFoundException] { Write-Host "Input for -Reportname is faulty, please make sure to put the correct input. Stopping script." break } $report.AuditorVersion = $moduleInfo.ModuleVersion return $report } <# .SYNOPSIS The Audit Test Automation Package creates transparents reports about hardening compliance status .DESCRIPTION The Audit Test Automation Package gives you the ability to get an overview about the compliance status of several systems. You can easily create HTML-reports and have a transparent overview over compliance and non-compliance of explicit setttings and configurations in comparison to industry standards and hardening guides. .EXAMPLE PS C:\> Save-ATAPHtmlReport -ReportName "Microsoft Windows 10 Complete" -RiskScore -Path C:\Temp\report.html -DarkMode This runs the 'Microsoft Windows 10 Complete' report, adding RiskScore to it, turns it into dark mode and stores the resulting html file under C:\Temp using the file name report.html .EXAMPLE PS C:\> Save-ATAPHtmlReport -ReportName "Microsoft Windows 10 BSI" -RiskScore -Path C:\Temp -DarkMode This runs the 'Microsoft Windows 10 BSI' report, adding RiskScore to it, turns it into dark mode and stores the resulting html file under C:\Temp using the standard naming convention for file names <ReportName_Date_Time>.html .EXAMPLE PS C:\> Save-ATAPHtmlReport -ReportName "Microsoft Windows Server 2022" -Path C:\Temp -DarkMode This runs the 'Microsoft Windows Server 2022' report, without adding RiskScore to it, turns it into dark mode and stores the resulting html file under C:\Temp using the standard naming convention for file names <ReportName_Date_Time>.html .EXAMPLE PS C:\> Save-ATAPHtmlReport -ReportName "Google Chrome" This runs the 'Google Chrome' report and stores the resulting html file (by default) under ~\Documents\ATAPReports .EXAMPLE PS C:\> Save-ATAPHtmlReport -ReportName "Ubuntu 20.04" -DarkMode This runs the 'Ubuntu 20.04' report, turns it into dark mode and stores the resulting html file (by default) under ~\Documents\ATAPReports .PARAMETER ReportName Determine, which OS shall be tested. .PARAMETER Path The path where the result html document should be stored. .PARAMETER RiskScore Add a RiskScore-Matrix to report (works only on Windows OS) .PARAMETER DarkMode By default the report is displayed in light mode. If specified the report will be displayed in dark mode. .PARAMETER Force If the parent directory doesn't exist it will be created. .OUTPUTS None. #> function Save-ATAPHtmlReport { [CmdletBinding()] param( [Alias('RN')] [Parameter(Mandatory = $true)] [string] $ReportName, [Parameter(Mandatory = $false)] [string] $Path = ($script:atapReportsPath | Join-Path -ChildPath "$($ReportName)_$(Get-Date -UFormat %Y%m%d_%H%M%S).html"), [Parameter(Mandatory = $false)] [switch] $RiskScore, # [switch] # $DarkMode, [Parameter()] [switch] $Force ) $parent = $path if ($Path -match ".html") { $parent = Split-Path -Path $Path } #if input path is not default one if($parent -ne $script:atapReportsPath){ $pathCheck = Test-Path -Path $parent -PathType Container #if path doesn't exist if($pathCheck -eq $False){ if (-not [string]::IsNullOrEmpty($parent) -and -not (Test-Path $parent)) { New-Item -ItemType Directory -Path $parent -Force | Out-Null Write-Warning "Could not find Path. Path will be created: $parent" } else { Write-Warning "Could not find Path. Report will be created inside default path: $($script:atapReportsPath)" $Path = $($script:atapReportsPath) } } } Invoke-ATAPReport -ReportName $ReportName | Get-ATAPHtmlReport -Path $Path -RiskScore:$RiskScore #-DarkMode:$DarkMode } New-Alias -Name 'shr' -Value Save-ATAPHtmlReport $completer = { param($commandName, $parameterName, $wordToComplete, $commandAst, $fakeBoundParameters) Get-ChildItem "$RootPath\Reports\*.ps1" ` | Select-Object -ExpandProperty BaseName ` | ForEach-Object { "`"$_`"" } ` | Where-Object { $_ -like "*$wordToComplete*" } }.GetNewClosure() Register-ArgumentCompleter -CommandName Save-ATAPHtmlReport -ParameterName ReportName -ScriptBlock $completer Register-ArgumentCompleter -CommandName shr -ParameterName ReportName -ScriptBlock $completer |