Imaging - Reddit

# Image deployment script

# Get the ID and security principal of the current user account
$myWindowsID=[System.Security.Principal.WindowsIdentity]::GetCurrent()
$myWindowsPrincipal=new-object System.Security.Principal.WindowsPrincipal($myWindowsID)

# Get the security principal for the Administrator role
$adminRole=[System.Security.Principal.WindowsBuiltInRole]::Administrator

# Check privledges
if ($myWindowsPrincipal.IsInRole($adminRole))
   {
   # Change window title and background colour to indicate admin rights
   $Host.UI.RawUI.WindowTitle = $myInvocation.MyCommand.Definition + "(Elevated)"
   $Host.UI.RawUI.BackgroundColor = "Red"
   clear-host
   }
else
   {
   # If not currently running as an admin, restart with admin privledges

   $newProcess = new-object System.Diagnostics.ProcessStartInfo "PowerShell";

   $newProcess.Arguments = $myInvocation.MyCommand.Definition;

   $newProcess.Verb = "runas";

   [System.Diagnostics.Process]::Start($newProcess);

   # Exit from the current, unelevated process
   exit
   }

# Imaging script. Please modify for your own site

# This section resets the WDSSERVER service and boot images
[BOOLEAN]$global:xExitSession=$false
import-module IntelvPro
$amtcred = Read-AmtCredential
CLS
write-host "Starting service and disabling boot images" -ForegroundColor Green
$swcount = "-N"
net start wdsserver | Out-Null
Disable-WdsBootImage -Architecture x64 -ImageName "Multicast WDS" | Out-Null
Disable-WdsBootImage -Architecture x86 -Imagename "Image C and D Reboot" | Out-Null
Disable-WDSBootImage -Architecture X86 -ImageName "Image C Reboot" | Out-Null
Disable-WdsBootImage -Architecture X86 -ImageName "Image D Reboot" | Out-Null
Disable-WdsBootImage -Architecture X86 -ImageName "Ghost32 (Capture)" | Out-Null
Disable-WdsBootImage -Architecture X86 -ImageName "CleanDisks image c reboot" | Out-Null
CLS

# User input requested for image selection and lab choice
write-host "Please select a ghost image" -ForegroundColor Yellow
while ( $xMenuChoiceA -lt 1 -or $xMenuChoiceA -gt 8 ) {
write-host "`t`t`t1. DWT Windows 8 & Office 2010" -Fore Cyan
write-host "`t`t`t2. DWT Windows 8 & Office 2013" -ForegroundColor Cyan
write-host "`t`t`t3. Windows 7 & Office 2010 (Dell)" -ForegroundColor Cyan
write-host "`t`t`t4. Windows 8 & Office 2010 (Dell)" -Fore Cyan
write-host "`t`t`t5. Windows 7 & Office 2010 (ThermalTake)" -ForegroundColor Cyan
write-host "`t`t`t6. Windows 8 & Office 2010 (ThermalTake)" -ForegroundColor Cyan
write-host "`t`t`t7. Generic image" -ForegroundColor Cyan
write-host "`t`t`t8. MSFT test image" -ForegroundColor Cyan
write-host " "
[int] $xMenuChoiceA = read-host "Please select option 1 to 8..." }
CLS

# This next step can be removed if you want to set the number of computers as fixed. Make sure you update the ghost command line section below

Write-Host " "
$count = Read-Host "How many machines require ghosting?"
CLS
write-host "Please select a Lab" -ForegroundColor Yellow
while ( $xMenuChoiceB -lt 1 -or $xMenuChoiceB -gt 4 ) {
write-host "`t`t`t1. Lab 1.5" -Fore Cyan
write-host "`t`t`t2. Lab 1.6 - High Spec Lab" -ForegroundColor Cyan
write-host "`t`t`t3. Lab 1.7 - High Spec Lab" -ForegroundColor Cyan
write-host "`t`t`t4. Lab 1.8" -Foregroundcolor Cyan
write-host " "
[int] $xMenuChoiceB = read-host "Please select option 1 to 4..."}
# User inputs are injected into the commands below, to start the Ghostcast session
Switch ( $xMenuChoiceA ) {
1{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }
2{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }
3{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }
4{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C  -LE -FC:\Scripts\Logs\Ghost.log }
5{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }
6{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }
7{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }
8{ Enable-WdsBootImage -Architecture x86 -Imagename "Image C and D Reboot"; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile.gho" 1 $swcount$count -C -LE; c:\ghost\GhostSrv.exe "\\server details\filepath\ghostfile d drive.gho" 2 $swcount$count -C -LE -FC:\Scripts\Logs\Ghost.log }

}
# Switches are changed to deployment vlan, computers are powered on and instructed to PXE boot. Script sleeps, disables WDSSERVER service, waits and then continues
Switch ( $xMenuChoiceB ) {
1{ perl c:\scripts\perl\Lab15_Vlan4.pl; get-content c:\scripts\labs\lab15.txt | Invoke-AMTForceBoot -Device PXE -Operation PowerOn -Credential $amtcred; write-host "Imaging in progress..."; $a = get-process Ghostsrv; $a.WaitForExit(); write-host "Program Closed"; net stop wdsserver; write-host "WDS Service Stopped" }
2{ perl C:\Scripts\perl\Lab16_Vlan4.pl; get-content c:\scripts\labs\lab16.txt | Invoke-AMTForceBoot -Device PXE -Operation PowerOn -Credential $amtcred; write-host "Imaging in progress..."; $a = get-process Ghostsrv; $a.WaitForExit(); write-host "Program Closed"; net stop wdsserver; write-host "WDS Service Stopped" }
3{ perl C:\Scripts\Perl\Lab17_Vlan4.pl; get-content c:\scripts\labs\lab17.txt | Invoke-AMTForceBoot -Device PXE -Operation PowerOn -Credential $amtcred; write-host "Imaging in progress..."; $a = get-process Ghostsrv; $a.WaitForExit(); write-host "Program Closed"; net stop wdsserver; write-host "WDS Service Stopped" }
4{ perl C:\Scripts\perl\Lab18_Vlan4.pl; get-content c:\scripts\labs\lab18.txt | Invoke-AMTForceBoot -Device PXE -Operation PowerOn -Credential $amtcred; write-host "Imaging in progress..."; $a = get-process Ghostsrv; $a.WaitForExit(); write-host "Program Closed"; net stop wdsserver; write-host "WDS Service Stopped" }
}

# Email alerts are generated, and the ghost.log is added as an attachment. The content is also extracted and sent in the body of the email.
$SMTPServer = "smtp.gmail.com"
$SMTPPort = "587"
$Username = "@gmail.com"
$Password = ""
$file = "C:\scripts\logs\ghost.log"
$to = ""
$subject = "Lab Imaging Complete"
$body = get-content C:\Scripts\Logs\ghost.log
$att = New-Object Net.Mail.Attachment ($file)

$message = New-Object System.Net.Mail.MailMessage
$message.subject = $subject
$message.body = $body
$message.to.add($to)
$message.from = $username

$smtp = New-Object System.Net.Mail.SmtpClient($SMTPServer, $SMTPPort);
$smtp.EnableSSL = $true
$smtp.Credentials = New-Object System.Net.NetworkCredential($Username, $Password);
$message.Attachments.Add($att)
$smtp.send($message)
write-host "Mail Sent"

# Android alert notifications are generated, and the ghost.log file is injected into the notification
# Alternative services such as Pushover.net can accomodate devices other than android
# param ($server, $shortname, $status, $datetime, $group, $prioritytext, $down, $message, $lastvalue)
$server = get-content env:computername
$datetime =  get-date -DisplayHint DateTime -Format G
$status = Get-Content C:\Scripts\Logs\ghost.log

# This is the unique API Key associated with my account
# $nmaurl = 'https://www.notifymyandroid.com/publicapi/notify'
# $nmaapikey = 'api key goes here'

# The priority can be changed from -2 (very low) up to 2 (emergency). 0 is Normal
#$priority = [regex]::matches($prioritytext,"\*").Count
#priority = $priority-0

# This defines the message sent
# $parameters = 'apikey=' + $nmaapikey + '&application=PRTG&event=' + $server + ' ' + $shortname + ' ' + $status + '&description=' + $datetime + ' ' + $group + ' Last value: ' + $lastvalue + '&priority=' + $priority
#$http2 = New-Object -ComObject Msxml2.XMLHTTP
#$http2.open('POST', $nmaurl, $false)
#$http2.setRequestHeader("Content-type", "application/x-www-form-urlencoded")
#$http2.setRequestHeader("Content-length", $parameters.length)
#$http2.setRequestHeader("Connection", "close")
#$http2.send($parameters)
#$http2.statusText

#iphone section - this will send the ghost log in a notification
import-module ps-pushover
$token = 'token here'
$user = 'api key here'
Send-PushoverMessage -title "Deployment Complete" -message $body -sound "gamelan" -token $token -user $user

# Ghost.log is renamed according to current date/time for future reference
# C:\scripts\ps\Stamp.ps1 C:\scripts\logs\ghost.log
# Starts a 30 minute delay, then changes the vlan back from deployment
write-host "Beginning 30 minute wait prior to vlan reset"
Switch ( $xMenuChoiceB ) {
1{ start-sleep -s 1800; perl C:\Scripts\Perl\Lab15_Vlan5.pl }
2{ start-sleep -s 1800; perl C:\Scripts\Perl\Lab16_Vlan6.pl }
3{ Start-Sleep -s 1800; perl C:\Scripts\Perl\Lab17_Vlan7.pl }
4{ Start-sleep -s 1800; perl C:\Scripts\perl\Lab18_Vlan8.pl }
}