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This will Trigger a Task Sequence based on the Package ID
<#Triggers Task Sequence based on Package ID Parameter
@GWBLOK
Once Triggered, it will wait 2 minutes, then parse the execmgr log using a function from Jeff Scripter: ConvertFrom-Log
Once Parsed, looks for if the Task Sequence Successfully Started and reports back (Only if the Time Stamp for Starting is After the time you run the script)
#>
[CmdletBinding()]
Param (
[Parameter(Mandatory=$true)][string]
$TSPackageID = "PS2000CA"
)
Function ConvertFrom-Logs
{
<#
.Synopsis
Reads logs into an array of objects.
.DESCRIPTION
Author: Jeff Scripter
Modified: Jeff Scripter
Purpose:
This function tries to parse logs into a object format allowing for greater ability to sort and parse for data.
Return:
Array of Custom objects:
Message - The output of the log's line
Date - date time in the log
Type - 0 - status, 1 - information, 2 - error, 3 -warning, 4 - verbose, 5 - debug
Typename - (status, information, error, warning, verbose, debug)
Component - service, component, or code section logging the message
<Other log spec info>
Overview:
Determines the type of log that is being parsed and converts it into an array of objects by looping through the Regex matches
And building objects.
.NOTES
Comment:
This can be a bit slow when parsing logs larger than 2mb. In these cases, it is helpful to remove extra lines before parsing.
Assumptions:
Log follows certain formatting standards.
Changes:
2017_03_13 - Original - Jeff Scripter - Original
2017_05_02 - 1.0.1 - Jeff Scripter - Fixed sccm regex to not choke on _ in the components field and updated error\file parsing
2017_06_02 - 1.0.2 - Jeff Scripter - Not flagging msi property lines as error
Test Script:
1)
.EXAMPLE
ConvertFrom-Logs -string (get-content -raw 'C:\windows\inf\setupapi.dev.log')
#>
[OutputType([Boolean])]
Param
(
[Parameter(
ValueFromPipeline)]
[String] $string,
[String] $LogPath,
[string] $Date,
[string] $LogComponent,
[Int] $Bottom = $Null,
[DateTime] $After
)
Begin
{
$component = "$($MyInvocation.InvocationName)-1.0.2"
If ($LogPath)
{
If (Test-Path -Path $LogPath)
{
$string = Get-Content -Raw -Path $LogPath
$LogFileName = Get-Item $LogPath |Select-Object -ExpandProperty name
}
Else
{
Return $False
}
}
$dateRegex = '\d{1,2}\/\d{1,2}\/\d{4}'
$timeRegex = '\d{1,2}\:\d{1,2}\:\d{2}(\:\d{3}){0,1}'
$SccmRegexShort = '\[LOG\[(?:.|\s)+?\]LOG\]'
$SccmRegexLong = '(?im)((?<=\[LOG\[)((?:.|\s)+?)(\]LOG\]))(.{2,4}?)<(\s*[a-z0-9:\-\.\+]+="[_a-z0-9:\-\.\+]*")+>'
$CMTraceRegexShort = '.+?\$\$(.*?<(.*?)>.*?){3}'
$CMTraceRegexLong = '(?im)\G((?:.|\s)+?)\$\$(.*?<(.*?)>.*?){3}'
$MSIRegexShort = 'MSI \([sc]\)'
$MSIRegexLong = '(?i)MSI \([sc]\) \([0-9a-f]{1,2}:[0-9a-f]{1,2}\) \[\d{1,2}:\d{1,2}:\d{1,2}:\d{1,3}\].*?'
$IISRegexShort = '\d{1,3}.\d{1,3}.\d{1,3}.\d{1,3} (POST|GET|PATCH|DELETE)'
$ErrorcodeRegex = '(?i)0x[0-9a-fA-F]{8}|(?<=\s)-\d{10}(?=\s)|(?<=code\s*)\d{1,}|(?<=error\s*)\d{1,}'
$FilePathRegex = '(([a-zA-Z]\:)|(\\))(\\{1}|((\\{1})[^\\]([^/:*?<>"|]*))+)([/:*?<>"|]*(\.[a-zA-Z]+))'
$StringLength = $string.Length
$Return = @()
}
Process
{
$TestLength = 500
If ($StringLength -lt $TestLength)
{
$TestLength = $StringLength
}
#Which type is the log
If ($StringLength -gt 5)
{
# SCCM Log Parshing
If ([regex]::match($string.Substring(0,$TestLength),$SccmRegexShort).value)
{
$SccmRegex = [regex]::matches($string,$SccmRegexLong)
#foreach Line
If (-not $Bottom -or $SccmRegex.count -lt $Bottom)
{
$Bottom = $SccmRegex.count
}
For ($Counter = 1 ; $Counter -Lt $Bottom + 1; $Counter++)
{
$r = $SccmRegex[ $SccmRegex.count - $Counter]
$Errorcode = ''
$FilePath = ''
#get Message
$Hash = @{}
$Hash.Add('Message',$r.groups[2].value)
If($LogFileName)
{
$Hash.Add('LogFileName',$LogFileName)
}
If($LogPath)
{
$Hash.Add('LogPath',$LogPath)
}
#get additional information
$parts = $r.groups |
Where-Object -FilterScript {
$_.captures.count -gt 1
} |
Select-Object -ExpandProperty captures
Foreach ($p in $parts)
{
If ($p.value -match '\w=')
{
$name = $p.value.split('=')[0].trim()
$value = $p.value.split('=')[1].replace('"','').Replace('>','').Replace('<','')
$Hash.Add($name, $value)
}
}
#convert to Dtaetime .net object
If ($Hash.Item('time') -ne $Null -and $Hash.Item('Date') -ne $Null)
{
$Hash.Add('TempTime', $Hash.Item('time'))
$Hash.Item('time') = [datetime] "$($Hash.Item('date')) $($Hash.Item('time').split('+')[0])"
If ($Hash.Item('time').gettype() -eq [datetime])
{
$Hash.Remove('Date')
}
Else
{
$Hash.Item('time') = $Hash.Item('TempTime')
}
$Hash.Remove('TempTime')
}
#get severity information
Switch ($Hash.Item('Type'))
{
0
{
$Hash.Add('TypeName', 'Status')
}
1
{
$Hash.Add('TypeName', 'Info')
}
2
{
$Hash.Add('TypeName', 'Error')
}
3
{
$Hash.Add('TypeName', 'Warning')
}
4
{
$Hash.Add('TypeName', 'Verbose')
}
5
{
$Hash.Add('TypeName', 'Debug')
}
}
#build object
If ($After -GT $Hash.Item('time') -and ([Boolean] $Hash.Item('time')))
{
$Counter = $SccmRegex.count
}
Try
{
[string] $Errorcode = [RegEx]::match($Hash['Message'],$ErrorcodeRegex
).value
$ErrorMSG = [System.ComponentModel.Win32Exception]::New([int32]($Errorcode)).Message
}
Catch
{
$Errorcode = ''
$Error.removeat(0)
}
[string] $FilePath = [RegEx]::match($Hash['Message'],$FilePathRegex).value
If ($Errorcode -ne '')
{
$Hash.Add('ErrorCode', $Errorcode)
$Hash.Add('ErrorMessage', $ErrorMSG)
}
If ($FilePath -ne '')
{
$Hash.Add('FilePath', $FilePath)
}
$Return += New-Object -TypeName PSobject -Property $Hash
}
[array]::Reverse($Return)
}
#CMTrace log Parsing
If (-not $Return)
{
If ([regex]::match($string.Substring(0,$TestLength),$CMTraceRegexShort).value)
{
$CMTraceRegex = [regex]::matches($string, $CMTraceRegexLong)
#Loop for each line
If (-not $Bottom)
{
$Bottom = $CMTraceRegex.count
}
For ($Counter = 1 ; $Counter -Lt $Bottom + 1; $Counter++)
{
$r = $CMTraceRegex[ $CMTraceRegex.count - $Counter]
#Get key information
$Hash = @{}
$parts = $r.groups
$Hash.add('Message', $parts[1].Value.trim())
$Hash.add('component',$parts[3].Captures[0].value)
$Hash.add('time',([datetime]$parts[3].Captures[1].value))
$Hash.add('thread',($parts[3].Captures[2].value.split('=')[1].replace('"','')))
If($LogFileName)
{
$Hash.Add('LogFileName',$LogFileName)
}
If($LogPath)
{
$Hash.Add('LogPath',$LogPath)
}
#get severity
:Type Switch ($true){
($Hash.Item('Message') -match '(error|fail)')
{
$Hash.add('Type',2)
$Hash.Add('TypeName', 'Error')
Break type
}
($Hash.Item('Message') -match 'warning')
{
$Hash.add('Type',3)
$Hash.Add('TypeName', 'Warning')
Break type
}
($Hash.Item('Message') -match 'verbose')
{
$Hash.add('Type',4)
$Hash.Add('TypeName', 'Verbose')
Break type
}
($Hash.Item('Message') -match 'debug')
{
$Hash.add('Type',5)
$Hash.Add('TypeName', 'Debug')
Break type
}
Default
{
$Hash.add('Type',1)
$Hash.Add('TypeName', 'Info')
Break Type
}
}
#Build Object
If ($After -GT $Hash.Item('time') -and ([Boolean] $Hash.Item('time')))
{
$Counter = $CMTraceRegex.count
}
Try
{
[string] $Errorcode = [RegEx]::match($Hash['Message'],$ErrorcodeRegex).value
$ErrorMSG = [System.ComponentModel.Win32Exception]::New([int32]($Errorcode)).Message
}
Catch
{
$Errorcode = ''
$Error.removeat(0)
}
[string] $FilePath = [RegEx]::match($Hash['Message'],$FilePathRegex).value
If ($Errorcode -ne '')
{
$Hash.Add('ErrorCode', $Errorcode)
$Hash.Add('ErrorMessage', $ErrorMSG)
}
If ($FilePath -ne '')
{
$Hash.Add('FilePath', $FilePath)
}
$Return += New-Object -TypeName PSobject -Property $Hash
}
[array]::Reverse($Return)
}
}
#MSI Log Parsing
If (-not $Return)
{
If ([regex]::match($string.Substring(0,$TestLength),$MSIRegexShort).value)
{
$MSIRegex = [Regex]::Matches($string,$MSIRegexLong)
$Date = [regex]::match($string,$dateRegex).value
$time = [regex]::match($string,$timeRegex).value
$time = [regex]::replace($time,'\:([0-9]{3}$)',".$1")
$MSIinfo = [regex]::match($string,'MSI \(([sc])\) \(([0-9a-f]{1,2}:[0-9a-f]{1,2})\)')
$Thread = $MSIinfo.groups[2].value
$LogComponent = [regex]::match($string,'\w+\.msi').value
If (-not $Date)
{
$Date = $Date
}
Foreach ($s in $string.split("`n`r", [System.StringSplitOptions]::RemoveEmptyEntries))
{
$Hash = @{}
$Hash.add('Message', $s)
If($LogFileName)
{
$Hash.Add('LogFileName',$LogFileName)
}
If($LogPath)
{
$Hash.Add('LogPath',$LogPath)
}
$d = [regex]::match($s,$dateRegex).value
If ($d)
{
$Date = $d
}
$t = [regex]::match($s,$timeRegex).value
$t = [regex]::replace($t,'\:([0-9]{3}$)','.$1')
If ($t)
{
$time = $t
}
If ($Date -and $time)
{
$Hash.add('time',([datetime]"$Date $time"))
}
$MSIinfo = [regex]::match($string,'MSI \(([sc])\) \(([0-9a-f]{1,2}:[0-9a-f]{1,2})\)')
If ($MSIinfo)
{
$Thread = $MSIinfo.groups[2].value
}
$Hash.add('thread',$Thread)
$Hash.add('Component',$LogComponent)
Switch ($true){
($Hash.Item('Message') -match '(error|fail)' -and $Hash.Item('Message') -notmatch '(Property\(.\)|Note):' )
{
$Hash.add('Type',2)
$Hash.Add('TypeName', 'Error')
Break
}
($Hash.Item('Message') -match 'warning')
{
$Hash.add('Type',3)
$Hash.Add('TypeName', 'Warning')
Break
}
($Hash.Item('Message') -match 'verbose')
{
$Hash.add('Type',4)
$Hash.Add('TypeName', 'Verbose')
Break
}
($Hash.Item('Message') -match 'debug')
{
$Hash.add('Type',5)
$Hash.Add('TypeName', 'Debug')
Break
}
Default
{
$Hash.add('Type',1)
$Hash.Add('TypeName', 'Info')
Break
}
}
Try
{
[string] $Errorcode = [RegEx]::match($Hash['Message'],$ErrorcodeRegex).value
$ErrorMSG = [System.ComponentModel.Win32Exception]::New([int32]($Errorcode)).Message
}
Catch
{
$Errorcode = ''
$Error.removeat(0)
}
[string] $FilePath = [RegEx]::match($Hash['Message'],$FilePathRegex).value
If ($Errorcode -ne '')
{
$Hash.Add('ErrorCode', $Errorcode)
$Hash.Add('ErrorMessage', $ErrorMSG)
}
If ($FilePath -ne '')
{
$Hash.Add('FilePath', $FilePath)
}
$Return += New-Object -TypeName PSobject -Property $Hash
}
}
}
#IIS Log Parsing
If (-not $Return)
{
If ([regex]::match($string.Substring(0,$TestLength),$IISRegexShort).value)
{
$IISRows = $string.split("`n`r", [System.StringSplitOptions]::RemoveEmptyEntries) |Where-Object -FilterScript {
$_[0] -ne '#'
}
$IISFields = [regex]::Match($string,'(?i)#Fields:(.*)').groups[1].value.split(' ',[System.StringSplitOptions]::RemoveEmptyEntries)
#Loop for each line
If (-not $Bottom)
{
$Bottom = $IISRows.count
}
For ($Counter = 1 ; $Counter -Lt $Bottom + 1; $Counter++)
{
$r = $IISRows[ $IISRows.count - $Counter]
$Hash = @{}
If($LogFileName)
{
$Hash.Add('LogFileName',$LogFileName)
}
If($LogPath)
{
$Hash.Add('LogPath',$LogPath)
}
#Get logged fields
Foreach ($F in $IISFields)
{
If ($F -ilike 'Date' )
{
$Date = $r.split(' ')[$IISFields.IndexOf($F)]
}
ElseIf ($F -ilike 'Time')
{
$time = $r.split(' ')[$IISFields.IndexOf($F)]
}
Else
{
$Hash.add($F,$r.split(' ')[$IISFields.IndexOf($F)])
}
}
#get core information
$Hash.add('Message', $r)
$Hash.add('Time', ([DateTime] "$Date $time"))
$Hash.add('thread',$Thread)
$Hash.add('Component',$LogComponent)
#Severity information
Switch ($true){
($Hash.Item('sc-status') -match '5\d\d')
{
$Hash.add('Type',2)
$Hash.Add('TypeName', 'ServerError')
Break
}
($Hash.Item('sc-status') -match '4\d\d')
{
$Hash.add('Type',3)
$Hash.Add('TypeName', 'ClientError')
Break
}
($Hash.Item('sc-status') -match '3\d\d')
{
$Hash.add('Type',4)
$Hash.Add('TypeName', 'Redirection')
Break
}
($Hash.Item('sc-status') -match '2\d\d')
{
$Hash.add('Type',1)
$Hash.Add('TypeName', 'Success')
Break
}
($Hash.Item('sc-status') -match '1\d\d')
{
$Hash.add('Type',5)
$Hash.Add('TypeName', 'Verbose')
Break
}
Default
{
$Hash.add('Type',4)
$Hash.Add('TypeName', 'Debug')
Break
}
}
If ($After -GT $Hash.Item('time') -and ([Boolean] $Hash.Item('time')))
{
$Counter = $IISRows.count
}
Try
{
[string] $Errorcode = [RegEx]::match($Hash['Message'],$ErrorcodeRegex).value
$ErrorMSG = [System.ComponentModel.Win32Exception]::New([int32]($Errorcode)).Message
}
Catch
{
$Errorcode = ''
$Error.removeat(0)
}
[string] $FilePath = [RegEx]::match($Hash['Message'],$FilePathRegex).value
If ($Errorcode -ne '')
{
$Hash.Add('ErrorCode', $Errorcode)
$Hash.Add('ErrorMessage', $ErrorMSG)
}
If ($FilePath -ne '')
{
$Hash.Add('FilePath', $FilePath)
}
$Return += New-Object -TypeName PSobject -Property $Hash
}
[array]::Reverse($Return)
}
}
#Other Logs
If (-not $Return)
{
#get date info
$Date = [regex]::match($string,$dateRegex).value
$time = [regex]::match($string,$timeRegex).value
$time = [regex]::replace($time,'\:([0-9]{3}$)','.$1')
$Thread = [regex]::match($string,'(?i)thread="*([a-f0-9\:]+)"*').groups[1].value
$componentregex = [regex]::match($string,'(?i)component="*([a-z0-9\:]+)"*').groups[1].value
If ($componentregex)
{
$LogComponent = $componentregex
}
If (-not $Date)
{
$Date = $Date
}
#gather message and update date when needed
Foreach ($s in $string.split("`n`r", [System.StringSplitOptions]::RemoveEmptyEntries))
{
$Hash = @{}
$Hash.add('Message', $s.trim())
If($LogFileName)
{
$Hash.Add('LogFileName',$LogFileName)
}
If($LogPath)
{
$Hash.Add('LogPath',$LogPath)
}
$d = [regex]::match($s,$dateRegex).value
If ($d)
{
$Date = $d
}
$t = [regex]::match($s,$timeRegex).value
$t = [regex]::replace($t,'\:([0-9]{3}$)','.$1')
If ($t)
{
$time = $t
}
If ($Date -and $time)
{
$Hash.add('time',([datetime]"$Date $time"))
}
$Threadregex = [regex]::match($string,'(?i)thread="*([a-f0-9\:]+)"*').groups[1].value
If ($Threadregex)
{
$Thread = $Threadregex
}
$Hash.add('thread',$Thread)
$componentregex = [regex]::match($string,'(?i)component="*([a-z0-9\:]+)"*').groups[1].value
If ($componentregex)
{
$LogComponent = $componentregex
}
$Hash.add('Component',$LogComponent)
#severity info
Switch ($true){
($Hash.Item('Message') -match '(error|fail)')
{
$Hash.add('Type',2)
$Hash.Add('TypeName', 'Error')
Break
}
($Hash.Item('Message') -match 'warning')
{
$Hash.add('Type',3)
$Hash.Add('TypeName', 'Warning')
Break
}
($Hash.Item('Message') -match 'verbose')
{
$Hash.add('Type',4)
$Hash.Add('TypeName', 'Verbose')
Break
}
($Hash.Item('Message') -match 'debug')
{
$Hash.add('Type',5)
$Hash.Add('TypeName', 'Debug')
Break
}
Default
{
$Hash.add('Type',1)
$Hash.Add('TypeName', 'Info')
Break
}
}
Try
{
[string] $Errorcode = [RegEx]::match($Hash['Message'],$ErrorcodeRegex).value
$ErrorMSG = [System.ComponentModel.Win32Exception]::New([int32]($Errorcode)).Message
}
Catch
{
$Errorcode = ''
$Error.removeat(0)
}
[string] $FilePath = [RegEx]::match($Hash['Message'],$FilePathRegex).value
If ($Errorcode -ne '')
{
$Hash.Add('ErrorCode', $Errorcode)
$Hash.Add('ErrorMessage', $ErrorMSG)
}
If ($FilePath -ne '')
{
$Hash.Add('FilePath', $FilePath)
}
$Return += New-Object -TypeName PSobject -Property $Hash
}
}
}
}
End
{
Return $Return
}
}
#START SCRIPT ACTIONS
#$TSPackageID = "PS2000CA" - Handy for testing.
$TSLastGroup = '6F6BCC28'
$CurrentTimeStamp = Get-Date
$TSScheduleMessageID = (get-wmiobject -query "SELECT * FROM CCM_Scheduler_ScheduledMessage WHERE ScheduledMessageID LIKE""%-$TSPackageID-$TSLastGroup""" -namespace "ROOT\ccm\policy\machine\actualconfig").ScheduledMessageID
if ($TSScheduleMessageID){$TSDeployID = $TSScheduleMessageID.Split("-")[0]}
$TSName = (get-wmiobject -query "SELECT * FROM CCM_TaskSequence WHERE PKG_PackageID = ""$TSPackageID""" -namespace "ROOT\ccm\policy\machine\actualconfig").PKG_Name
if ($TSName)
{
get-wmiobject -query "SELECT * FROM CCM_Scheduler_ScheduledMessage WHERE ScheduledMessageID='$TSDeployID-$TSPackageID-$TSLastGroup'" -namespace "ROOT\ccm\policy\machine\actualconfig" | Out-Null
$a=([wmi]"ROOT\ccm\policy\machine\actualconfig:CCM_TaskSequence.ADV_AdvertisementID='$TSDeployID',PKG_PackageID='$TSPackageID',PRG_ProgramID='*'");$a.ADV_RepeatRunBehavior='RerunAlways';$a.Put() | Out-Null
$a=([wmi]"ROOT\ccm\policy\machine\actualconfig:CCM_TaskSequence.ADV_AdvertisementID='$TSDeployID',PKG_PackageID='$TSPackageID',PRG_ProgramID='*'");$a.ADV_MandatoryAssignments=$True;$a.Put() | Out-Null
$a=([wmi]"ROOT\ccm\policy\machine\actualconfig:CCM_TaskSequence.ADV_AdvertisementID='$TSDeployID',PKG_PackageID='$TSPackageID',PRG_ProgramID='*'");$a.PRG_Requirements='<?xml version=''1.0'' ?><SWDReserved> <PackageHashVersion>1</PackageHashVersion> <PackageHash.1></PackageHash.1> <PackageHash.2></PackageHash.2> <NewPackageHash></NewPackageHash> <ProductCode></ProductCode> <DisableMomAlerts>false</DisableMomAlerts> <RaiseMomAlertOnFailure>false</RaiseMomAlertOnFailure> <BalloonRemindersRequired>false</BalloonRemindersRequired> <PersistOnWriteFilterDevices>true</PersistOnWriteFilterDevices> <DefaultProgram>true</DefaultProgram> <PersistInCache>0</PersistInCache> <DistributeOnDemand>false</DistributeOnDemand> <Multicast>false</Multicast> <MulticastOnly>false</MulticastOnly> <MulticastEncrypt>false</MulticastEncrypt> <DonotFallback>false</DonotFallback> <PeerCaching>true</PeerCaching> <OptionalPreDownload>true</OptionalPreDownload> <PreDownloadRule></PreDownloadRule> <Requirements></Requirements> <AssignmentID></AssignmentID> <ScheduledMessageID>CAS29CDE-CAS04823-6F6BCC28</ScheduledMessageID> <OverrideServiceWindows>TRUE</OverrideServiceWindows> <RebootOutsideOfServiceWindows>FALSE</RebootOutsideOfServiceWindows> <WoLEnabled>FALSE</WoLEnabled> <ShowTSProgressUI>FALSE</ShowTSProgressUI> <UseTSCustomProgressMessage>FALSE</UseTSCustomProgressMessage> <TSCustomProgressMessage><![CDATA[]]></TSCustomProgressMessage> <ContainsAdditionalProperties>FALSE</ContainsAdditionalProperties></SWDReserved>';$a.Put() | Out-Null
foreach ($TS in $TSScheduleMessageID)
{
([wmiclass]'ROOT\ccm:SMS_Client').TriggerSchedule($($TS)) | Out-Null
Write-Output "Triggered TS"
}
Start-Sleep -Seconds 120 #Gives time on the client to trigger TS and do it's stuff before we start to query how it went
$ExecMgrLog = ConvertFrom-Logs -LogPath C:\Windows\CCM\logs\execmgr.log
#$ExecMgrLogString = $ExecMgrLog | Where-Object -FilterScript { $_ -match "The task sequence $TSPackageID was successfully started"}
$ExecMgrLogString = $ExecMgrLog | Where-Object -FilterScript { $_.Message -match "The task sequence $TSPackageID was successfully started"}
$ExecMgrLogString = $ExecMgrLogString | Where-Object -FilterScript {$_.Time -eq ($ExecMgrLogString.time | measure -Maximum).Maximum}
$ExecMgrLogMWString = $ExecMgrLog | Where-Object -FilterScript { $_.Message -eq "MTC task for SWD execution request with program id: *, package id: $TSPackageID is waiting for service window."}
$ExecMgrLogMWString = $ExecMgrLogMWString | Where-Object -FilterScript {$_.Time -eq ($ExecMgrLogMWString.time | measure -Maximum).Maximum}
if ($CurrentTimeStamp -lt $ExecMgrLogString.time){Write-Output "Successfully Started Task Sequence $TSName"}
Else
{
Write-Output "Failed to Start Task Sequence $TSName"
$NoTrigger = $true
}
if ($ExecMgrLogMWString -and $NoTrigger)
{
$CMServiceWindows = Get-WMIObject -Namespace 'ROOT\ccm\Policy\Machine\RequestedConfig' -Query 'SELECT * FROM CCM_ServiceWindow WHERE PolicySource <> "Local" '
Write-output "Waiting for MW"
}
}
Else {Write-Output "No Task Sequence for Package ID $TSPackageID on this Machine"}
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