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 #Detailed Server Audit to Text File
 #
 #Thanks to all the Powershell Users who contributed their code. Created on 8/24/15.
 #
 #This Powershell script outputs a very verbose and detailed audit for a list of servers that can be put in a Word or OneNote Document. This script runs on the local server with the Invoke-Command command and saves the information to a detailed text file on a network file share. It requires the following commands to connect remotely and save to a network file share.
 #
 #Run Commands on Server in Powershell Console
 #"Set-ExecutionPolicy RemoteSigned -Force"
 #"Enable-PSRemoting -Force"
 #"Enable-WsManCredSSP -Role Server -Force"
 #
 #Run Commands on Your Computer in Powershell Console
 #"Enable-WSManCredSSP -Role Client -DelegateComputer *.YOURDOMAIN.COM"
 #
 #Replace the path to the text files in the script with your network file share location.
 #\\YOURSERVER\YOURFILESHARE\YOURTEXTFILE.txt
 #
 #Features To Update
 #-Add More Write-Host
 #-Add Logging
 #-Fix Date Time Formatting
 #-Cleanup Formatting
 
 #Pre-Script Commands
 Clear-Host
 
 #Get Credentials
 if($cred = $host.ui.PromptForCredential("Need credentials", "Please enter your user name and password.", "", "")){}else{exit}
 
 #Get Servers
 $ServerList = Get-Content "\\YOURSERVER\YOURFILESHARE\Servers.txt"
 ForEach ($Server in $ServerList) {
 
 #Remote Script
 Invoke-Command -ComputerName $Server -Credential $cred -Authentication CredSSP -ScriptBlock {
 
 	#Start Script
 	#Import Modules
 	Import-Module ServerManager
 
 	#Misc Variables
 	$ServerName = $env:computername
 	$CurrentDateTime = Get-Date
 	$FileOutput = "\\YOURSERVER\YOURFILESHARE\$ServerName.txt"
 	Write-Host "$($ServerName) - Starting Script"
 	#Create Files
 	If(Test-Path -path $FileOutput)
 	    {}
 	    else {New-Item $FileOutput -type file}
 
 	#Clear File Content
 	Clear-Content $FileOutput
 
 	#WMI Queries
 	$OperatingSystems = Get-WmiObject -Class Win32_OperatingSystem | Select -Property Caption , CSDVersion , OSArchitecture , Description
 	$Disk = Get-WmiObject -Class Win32_LogicalDisk -Filter DriveType=3 | Select SystemName , DeviceID , @{Name=”sizeGB”;Expression={“{0:N1}” -f($_.size/1gb)}} , @{Name=”freespaceGB”;Expression={“{0:N1}” -f($_.freespace/1gb)}}
 	$BIOS = Get-WmiObject -Class Win32_BIOS | Select -Property Manufacturer , Model , Version , SerialNumber
 	$ComputerSystem = Get-WmiObject -Class Win32_ComputerSystem | Select -Property Name , Model , Manufacturer , NumberOfProcessors , Description
 	$Processor = [object[]]$(get-WMIObject Win32_Processor)
 	$ProcessorName = Get-WmiObject -Class Win32_Processor | Select -First 1 -Property Name
 	$PhysicalMemory = (Get-WMIObject Win32_PhysicalMemory |  Measure-Object Capacity -Sum).sum/1GB
 	$Adapters = Get-WmiObject -Class Win32_NetworkAdapterConfiguration
 	$Features = Get-WindowsFeature | Where-Object {$_.Installed -eq $True} | Select -Property DisplayName
 
 	#Virtual or Physical System
 	if($BIOS.Version -match "VRTUAL") {$PhysicalOrVirtual = "Virtual - Hyper-V"}
 	elseif($BIOS.Version -match "A M I") {$PhysicalOrVirtual = "Virtual - Virtual PC"}
 	elseif($BIOS.Version -like "*Xen*") {$PhysicalOrVirtual = "Virtual - Xen"}
 	elseif($BIOS.SerialNumber -like "*VMware*") {$PhysicalOrVirtual = "Virtual - VMWare"}
 	elseif($ComputerSystem.manufacturer -like "*Microsoft*") {$PhysicalOrVirtual = "Virtual - Hyper-V"}
 	elseif($ComputerSystem.manufacturer -like "*VMWare*") {$PhysicalOrVirtual = "Virtual - VMWare"}
 	elseif($ComputerSystem.model -like "*Virtual*") {$PhysicalOrVirtual = "Virtual"}
 	else {$PhysicalOrVirtual = "Physical"}
 
 	#Computer.txt File Content
 	#Overview
 	Add-Content $FileOutput "Overview"
 	Add-Content $FileOutput "The $env:computername Server is the $($OperatingSystems.Description).  This Server was last queried on $CurrentDateTime."
 	Add-Content $FileOutput ""
 
 	#Specifications
 	Add-Content $FileOutput "Specifications"
 	Write-Output "The $PhysicalOrVirtual Server $($ComputerSystem.Name) runs the $($OperatingSystems.Caption)$($OperatingSystems.CSDVersion) $($OperatingSystems.OSArchitecture) Operating System on $($ComputerSystem.Model) with $($PhysicalMemory) GBs of Memory running on $($SystemProcessor.Name) with $(($Processor|measure-object NumberOfLogicalProcessors -sum).Sum) Logical processors and $($Processor.count) Cores." | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 	Add-Content $FileOutput ""
 	Write-Output "The Operating System is installed on the $env:SystemDrive Drive, and the rest of the drives are for data.  The server has the following $($Disk.count) drives:" | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 
 	#Drives
 	$Disk | Foreach-Object {
 		Write-Output "The $($_.DeviceID) Drive size is $($_.sizeGB) GBs with $($_.freespaceGB) GBs of free space." | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 		}
 	Add-Content $FileOutput ""
 
 	#Network Adapters
 	Add-Content $FileOutput "This Server has the following active Network Adapters:"
 	Foreach ($Adapter in ($Adapters | Where {$_.IPEnabled -eq $True})) {
 		$AdapterDetails = "" | Select Description, "Physical address" , "IP Address" , "Subnet Mask" , "Default Gateway" , "DHCP Enabled", DNSServerSearchOrder , WINS , DNS
 		$AdapterDetails.Description = "$($Adapter.Description)"
 		$AdapterDetails."Physical address" = "$($Adapter.MACaddress)"
 		If ($Adapter.IPAddress -ne $Null) {
 		$AdapterDetails."IP Address" = "$($Adapter.IPAddress)"
 		$AdapterDetails."Subnet Mask" = "$($Adapter.IPSubnet)"
 		$AdapterDetails."Default Gateway" = "$($Adapter.DefaultIPGateway)"
 		}
 		If ($Adapter.DHCPEnabled -eq "True")	{
 		$AdapterDetails."DHCP Enabled" = "enabled"
 		}
 		Else {
 			$AdapterDetails."DHCP Enabled" = "not enabled"
 		}
 		If ($Adapter.DNSServerSearchOrder -ne $Null)	{
 			$AdapterDetails.DNS =  "$($Adapter.DNSServerSearchOrder)"
 		}
 		$AdapterDetails.WINS = "$($Adapter.WINSPrimaryServer) $($Adapter.WINSSecondaryServer)"
 	    Write-Output "The Network Adapter '$($AdapterDetails.Description)' has the IP Address of $($AdapterDetails.”IP Address"), Subnet Mask of $($AdapterDetails.”Subnet Mask"), Default Gateway of $($AdapterDetails.”Default Gateway"), WINS Servers are $($AdapterDetails.WINS) and the DNS Servers are $($AdapterDetails.DNS) with the MAC Address of $($AdapterDetails.”Physical address"). DHCP Addressing is $($AdapterDetails."DHCP Enabled")." | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 		Add-Content $FileOutput ""
 	}
 
 	#Local Administrators
 	Add-Content $FileOutput "Local Administrators"
 	Add-Content $FileOutput "$env:ComputerName has the following Local Administrators:"
 	net localgroup administrators | where {$_ -AND $_ -notmatch "command completed successfully"} | select -skip 4 | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 	Add-Content $FileOutput ""
 
 	#Roles and Features Section
 	Add-Content $FileOutput "Roles and Features"
 	Add-Content $FileOutput "$env:ComputerName has the following Roles and Features installed:"
 	$Features | Foreach-Object {
 		Write-Output $_.DisplayName | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 		}
 	Add-Content $FileOutput ""
 
 	#Applications Section
 	Add-Content $FileOutput "Applications"
 	Add-Content $FileOutput "This Server has the following non-default Applications installed:"
 	$ServerAppFilter = Get-Content -Path "\\YOURSERVER\YOURFILESHARE\ServerAppFilter.txt"
 	$ServerApps = Get-WmiObject Win32_Product | Select Name , Version
 	$ServerApps | Where-Object {!($ServerAppFilter -contains $_.Name -or $_.Name -like "*Microsoft*" -or $_.Name -Like "*NetIQ*" -or $_.Name -like "*SQL Server*" -or $_.Name -like "*Symantec*" -or $_.Name -like "*Visual Studio*" -or $_.Name -like "*Visual Basic*")} | Sort Name | Foreach-Object {
 			Write-Output "$($_.Name)" | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 			}
 	Add-Content $FileOutput ""
 	Add-Content $FileOutput "This Server has the following default Applications installed:"
 	$ServerAppFilter = Get-Content -Path "\\YOURSERVER\YOURFILESHARE\ServerAppFilter.txt"
 	$ServerApps | Where-Object {$ServerAppFilter -contains $_.Name -or $_.Name -like "*Microsoft*" -or $_.Name -Like "*NetIQ*" -or $_.Name -like "*SQL Server*" -or $_.Name -like "*Symantec*" -or $_.Name -like "*Visual Studio*" -or $_.Name -like "*Visual Basic*"} | Sort Name | Foreach-Object {
 			Write-Output "$($_.Name)" | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 			}
 	Add-Content $FileOutput ""
 
 	#Services Section
 	Add-Content $FileOutput "Services"
 	Add-Content $FileOutput "This Server has the following non-default services installed:"
 	$ServerServiceFilter = Get-Content -Path "\\YOURSERVER\YOURFILESHARE\ServerServiceFilter.txt"
 	$Service = Get-WmiObject win32_service | Select DisplayName , State , StartName | Where-Object { $ServerServiceFilter -notcontains $_.DisplayName}
 	$Service | Foreach-Object {
 			Write-Output "$($_.DisplayName) runs as $($_.State) on $($_.StartName)." | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 			}
 	Add-Content $FileOutput ""
 
 	#File Shares
 	Add-Content $FileOutput "File Shares"
 	Add-Content $FileOutput "$env:ComputerName has the following File Shares installed:"
 	$FileShares = Get-WmiObject -Class Win32_Share | Select -Property Name , Path , Description
 	$FileShares | Foreach-Object {
 		Write-Output "$($_.Name) with the path of $($_.Path) is used for $($_.Description)." | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 		}
 	Add-Content $FileOutput ""
 
 	#Scheduled Tasks Section
 	$SchedTasks = New-Object -Com "Schedule.Service"
 	$SchedTasks.Connect()
 	$SchedOut = @()
 	$SchedTasks.GetFolder("\").GetTasks(0) | % {
 	    $xml = [xml]$_.xml
 	    $SchedOut += New-Object psobject -Property @{
 	        "Name" = $_.Name
 			"Path" = $_.Path
 	        "Status" = switch($_.State) {0 {"Unknown"} 1 {"Disabled"} 2 {"Queued"} 3 {"Ready"} 4 {"Running"}}
 	        "NextRunTime" = $_.NextRunTime
 	        "LastRunTime" = $_.LastRunTime
 	        "LastRunResult" = $_.LastTaskResult
 			"NumberOfMissedRuns" = $_.numberofmissedruns
 			"Actions" = ($xml.Task.Actions.Exec | % { "$($_.Command) $($_.Arguments)" }) -join "`n"
 	        "Author" = $xml.Task.RegistrationInfo.Author
 	        "Created" = $xml.Task.RegistrationInfo.Date
 			"Description" = ([xml]$_.xml).Task.RegistrationInfo.Description
 	        "UserId" = ([xml]$_.xml).Task.Principals.Principal.UserId
 	    }
 	}
 	Add-Content $FileOutput "Scheduled Tasks"
 	Add-Content $FileOutput "This Server has the following Scheduled Tasks:"
 	$SchedOut | Select Name , Path , Status , NextRunTime , LastRunTime , LastRunResult , NumberOfMissedRuns , Actions , Author , Created , Description , UserId , GroupId |`
 	Foreach-Object {
 		Write-Output "The Scheduled Task '$($_.Name)' which $($_.Description) was created by $($_.Author). This task runs the command '$($_.Actions)' with the NT Account '$($_.UserId)'. The Status is $($_.Status), the Last Run Time is $($_.LastRunTime), the Next Run Time is $($_.NextRunTime), and it has missed running $($_.NumberOfMissedRuns) times." | Out-File -FilePath “$FileOutput” -Encoding "UTF8" -Append
 		Add-Content $FileOutput ""
 		}
 
 	#Replace Text
 	(Get-Content $FileOutput) | Foreach-Object {$_ -replace "NT Account 'S-1-5-18'", "NT Account 'NT Authority\SYSTEM'"} | Set-Content $FileOutput
 
 	#End of Remote Script
 	Write-Host "$($ServerName) - Stopping Script"
 	}
 }