Script pour PC et moniteur Marque/Modèle et numéro de série

Question

J'ai trouvé ce bon script, cependant, j'ai besoin d'aide pour l'éditer afin d'inclure également le numéro de série du PC, est-ce que quelqu'un pourrait vous aider? Je suis capable de le faire fonctionner tel quel, cependant, j'ai vraiment besoin du numéro de série du PC pour être inclus dans la sortie, S'il incluait l'utilisateur connecté, ce serait génial aussi, mais nécessite vraiment un PC Nom/numéro de série, marque/modèle du moniteur et numéros de série.

<# 
.SYNOPSIS 
Generate a report in multiple formats (if requested) of monitors that are connected to computers. 
.DESCRIPTION 
This script will take a list of computers (from a txt file or from AD) and will 
query each computer through WMI, asking what the serial number and manufacturer is. 
It can then generate multiple types of reports, CSV, HTML, or e-mail the HTML as the body of the message. 
.PARAMETER CSVReport 
Switch, used to define wether you want a CSV report generated or not. 
.PARAMETER CSVOutputFile 
The location where you want the CSV report to be stored, if the CSVReport switch is true. 
.PARAMETER HTMLReport 
Switch, used to define wether you want an HTML report generated or not. 
.PARAMETER HTMLOutputFile 
The location where you want the HTML report to be stored, if the HTMLReport switch is true. 
.PARAMETER EmailReportAsHTML 
Switch, used to indicate weather you want to send the report via e-mail with the body formatted as HTML. 
.PARAMTER LinkToComputer 
Switch, this is a work in progress (I am figuring out the API's to call to make this work), essentially it 
will be used in conjunction with the ImportToSpiceworks switch and it will define wether you want to link 
the monitors found, to the computers that they were found to be connected to. 
.PARAMETER FromAD 
Switch, used to define wether you want to use AD to define the array or computers to scan if monitors are 
connected to them or not. 
.PARAMTER FromFile 
Switch, used to define wether you want to use a txt file to define the array list of computers to be 
scanned if there is a monitor connected or not. 
.PARAMETER FromFileLocation 
The location where the txt file is located that has the list of computers to be scanned for monitors attached. 
This file should have 1 computer name of each new row. 
.PARAMETER Test 
Switch, this switch is used to test the functionality of the script, against the localhost only. 
.EXAMPLE 
Get-AttachedMoritorInventory.ps1 -FromFile -FromFileLocation "C:\Test\Servers.txt" -HTMLReport -HTMLOutputFile "C:\Test\AttachedMonitors.html" 
.EXAMPLE 
Get-AttachedMoritorInventory.ps1 -FromAD -CSVReport -CSVOutputFile "C:\Test\AttachedMonitors.csv" 
.EXAMPLE 
Get-AttachedMoritorInventory.ps1 -FromAD -EmailReportAsHTML 
.NOTES 
Author: Matt Bergeron 
Spiceworks: Chamele0n 
Blog: www.chamele0n.com 

Changelog: 
1.4  Better detection of Virtual Machines, to support Microsoft Surface tablets. 
1.3 Fix bug for displaying year of manufacture 
1.2 Fixed bug where it was prompting for credentials where it shouldn't have been. 
1.1 Fixed bug that caused -Test parameter not to work. 
1.0 Initial release 
.LINK 
http://community.spiceworks.com/scripts/show/2962-inventory-monitors-connected-to-physical-computers 
#> 
Param(
[switch]$CSVReport, 
[string]$CSVOutputFile = "C:\Test\AttachedMonitors.csv", 
[switch]$HTMLReport = $true, 
[string]$HTMLOutputFile = "C:\Test\AttachedMonitors.htm", 
[switch]$EmailReportAsHTML, 
[switch]$FromAD, 
[switch]$FromFile, 
[string]$FromFileLocation = "C:\Test\Servers.txt", 
[switch]$Test 
) 

SMTP Mail Settings 
$SMTPProperties = @{ 
To = "ToUser@domain.com" 
From = "FromUser@Domain.com" 
Subject = "Monitor Inventory" 
SMTPServer = "mail.domain.com" 
} 
$Results = @() 
$Count = 0 

if ($FromAD) 
{  ### Attempts to Import ActiveDirectory Module. Produces error if fails. 
Try { Import-Module ActiveDirectory -ErrorAction Stop } 
Catch { Write-Host "Unable to load Active Directory module, is RSAT installed?"; Break } 
} 

HTML Header  
$Header = @" 
<center> 
<style> 
TABLE {border-width: 1px;border-style: solid;border-color: black;border-collapse: collapse;margin-left: auto;margin-right: auto;} 
TH {border-width: 1px;padding: 3px;border-style: solid;border-color: black;background-color: #808080;} 
TD {border-width: 1px;padding: 3px;border-style: solid;border-color: black;} 
.odd { background-color:#ffffff; } 
.even { background-color:#dddddd; } 
</style> 
</center> 
<title> 
Attached Monitor Inventory Report 
</title> 
"@ 
Function ConvertTo-Char ($Array) 
{ 

$Output = "" 
ForEach($char in $Array) 
{  $Output += [char]$char -join "" 
} 
return $Output 
} 

Function Detect-VirtualMachine 
{ 

Param (
[string]$ComputerName 
) 
$VMModels = @("Virtual Machine","VMware Virtual Platform","Xen","VirtualBox") 
$CheckPhysicalOrVMQuery = Get-WmiObject -ComputerName $ComputerName -Query "Select * FROM Win32_ComputerSystem" -Namespace "root\CIMV2" -ErrorAction Stop 
if ($VMModels -contains $CheckPhysicalOrVMQuery.Model) 
{  $IsVM = $True 
} 
Else 
{  $IsVM = $False 
} 
Return $IsVM 
} 

Function Set-AlternatingRows 
{ 

<# 
.SYNOPSIS 
Simple function to alternate the row colors in an HTML table 
.DESCRIPTION 
This function accepts pipeline input from ConvertTo-HTML or any 
string with HTML in it. It will then search for <tr> and replace 
it with <tr class=(something)>. With the combination of CSS it 
can set alternating colors on table rows. 

CSS requirements: 
.odd { background-color:#ffffff; } 
.even { background-color:#dddddd; } 

Classnames can be anything and are configurable when executing the 
function. Colors can, of course, be set to your preference. 

This function does not add CSS to your report, so you must provide 
the style sheet, typically part of the ConvertTo-HTML cmdlet using 
the -Head parameter. 
.PARAMETER Line 
String containing the HTML line, typically piped in through the 
pipeline. 
.PARAMETER CSSEvenClass 
Define which CSS class is your "even" row and color. 
.PARAMETER CSSOddClass 
Define which CSS class is your "odd" row and color. 
.EXAMPLE $Report | ConvertTo-HTML -Head $Header | Set-AlternateRows -CSSEvenClass even -CSSOddClass odd | Out-File HTMLReport.html 

$Header can be defined with a here-string as: 
$Header = @" 
<style> 
TABLE {border-width: 1px;border-style: solid;border-color: black;border-collapse: collapse;} 
TH {border-width: 1px;padding: 3px;border-style: solid;border-color: black;background-color: #6495ED;} 
TD {border-width: 1px;padding: 3px;border-style: solid;border-color: black;} 
.odd { background-color:#ffffff; } 
.even { background-color:#dddddd; } 
</style> 
"@ 

This will produce a table with alternating white and grey rows. Custom CSS 
is defined in the $Header string and included with the table thanks to the -Head 
parameter in ConvertTo-HTML. 
.NOTES 
Author: Martin Pugh 
Twitter: @thesurlyadm1n 
Spiceworks: Martin9700 
Blog: www.thesurlyadmin.com 

Changelog: 
1.0 Initial function release 

#> 
[CmdletBinding()] 
Param(
[Parameter(Mandatory=$True,ValueFromPipeline=$True)] 
[string]$Line, 

[Parameter(Mandatory=$True)] 
[string]$CSSEvenClass, 

[Parameter(Mandatory=$True)] 
[string]$CSSOddClass 
) 
Begin { 
$ClassName = $CSSEvenClass 
} 
Process { 
If ($Line.Contains("<tr><td>")) 
{  $Line = $Line.Replace("<tr>","<tr class=""$ClassName"">") 
If ($ClassName -eq $CSSEvenClass) 
{  $ClassName = $CSSOddClass 
} 
Else 
{  $ClassName = $CSSEvenClass 
} 
} 
Return $Line 
} 
}# End Set-AlternatingRows Function 

if ($FromAD){ $Computers = Get-ADComputer -Filter * -Properties Name } 
if ($FromFile){ $Computers = Get-Content $FromFileLocation } 

ForEach ($Computer in $Computers) 
{ 

$progress = @{ 
Activity = "Querying Connected Monitors on $ComputerName" 
Status = "$Count of $($Computers.Count) completed" 
PercentComplete = $Count/$($Computers.Count) * 100 
Id = 0 
} 
Write-Progress @progress 

$Count++ 

if ($FromAD) 
{  $ComputerName = $Computer.DNSHostName 
} 
ElseIf ($FromFile) 
{  $ComputerName = $Computer 
} 
ElseIf ($Test) 
{  Write-Host "Test Mode Enabled" -ForegroundColor Yellow 
$ComputerName = $Env:ComputerName 
} 
Try 
{ 
if (-not ($Test)) 
{  $IsPhysicalMachine = Detect-VirtualMachine -ComputerName $ComputerName 
} 
Else 
{  $IsPhysicalMachine = Detect-VirtualMachine -ComputerName "localhost" 
} 
} 
Catch 
{ 
if (-not ($Test)) 
{  Write-Host "ComputerName: $($ComputerName), caught an error checking if the computer was physical or virtual: $($Error[0])" -ForegroundColor Red -BackgroundColor Black 
} 
Else 
{  Write-Host "ComputerName: $($ComputerName), caught an error checking if the computer was physical or virtual: $($Error[0])" -ForegroundColor Red -BackgroundColor Black 
} 
$Results += New-Object PSObject -Property @{ 
ComputerName = $ComputerName 
Active = "N/A" 
Manufacturer = "N/A" 
UserFriendlyName = "N/A" 
SerialNumber = "N/A" 
WeekOfManufacture = "N/A" 
YearOfManufacture = "N/A" 
Status = "2 – Warning" 
Message = "There was a problem checking if the computer was physical or virtual: $($Error[0])" 
} 
Continue 
} 
If ($IsPhysicalMachine -eq $false) 
{ 
Try 
{ 
if (-not ($Test)) 
{  $Query = Get-WmiObject -ComputerName $ComputerName -Query "Select * FROM WMIMonitorID" -Namespace root\wmi -ErrorAction Stop 
} 
Else 
{  $Query = Get-WmiObject -Query "Select * FROM WMIMonitorID" -Namespace root\wmi -ErrorAction Stop 
} 

ForEach ($Monitor in $Query) 
{ 
$Results += New-Object PSObject -Property @{ 
ComputerName = $ComputerName 
Active = $Monitor.Active 
Manufacturer = ConvertTo-Char($Monitor.ManufacturerName) 
UserFriendlyName = ConvertTo-Char($Monitor.userfriendlyname) 
SerialNumber = ConvertTo-Char($Monitor.serialnumberid) 
WeekOfManufacture = $Monitor.WeekOfManufacture 
YearOfManufacture = $Monitor.YearOfManufacture 
Status = "0 – OK" 
Message = "N/A" 
} 
} 
Continue 
} 
Catch 
{ 
$Results += New-Object PSObject -Property @{ 
ComputerName = $ComputerName 
Active = "N/A" 
Manufacturer = "N/A" 
UserFriendlyName = "N/A" 
SerialNumber = "N/A" 
WeekOfManufacture = "N/A" 
YearOfManufacture = "N/A" 
Status = "1 – Error" 
Message = "Error: $($Error[0])" 
} 
} 
} 
Else 
{  Write-Host "ComputerName: $($ComputerName) was a virtual machine. Skipping monitor inventory." -ForegroundColor Yellow 
$Results += New-Object PSObject -Property @{ 
ComputerName = $ComputerName 
Active = $false 
Manufacturer = "N/A" 
UserFriendlyName = "N/A" 
SerialNumber = "N/A" 
WeekOfManufacture = "N/A" 
YearOfManufacture = "N/A" 
Status = "N/A – Informational" 
Message = "Virtual Machine, skipped monitor inventory." 
} 
} 
} 

Debugging to make sure there are results. 
#Write-Host "Results Count: $($Results.count)" 
If ($Results.count -gt 0) 
{  $Results = $Results | Select ComputerName,Active,Manufacturer,UserFriendlyName,SerialNumber,WeekOfManufacture,YearOfManufacture,Status,Message 
if ($CSVReport) 
{  $Results | Sort Status,ComputerName | Export-CSV -Path $CSVOutputFile -NoTypeInformation 
} 
if ($HTMLReport) 
{  $Results | Sort Status,ComputerName | ConvertTo-HTML -Head $Header | Out-File $HTMLOutputFile 
} 
if ($EmailReportAsHTML) 
{  $Body = $Results | Sort Status,ComputerName | ConvertTo-HTML -Head $Header | Out-String 
Send-MailMessage @SMTPProperties -Body $Body -BodyAsHTML 
} 
} 

Else 
{  Write-Output "There were 0 results in the `$Results array." 
} 

********* 

Answer 1

écrit pas le script pour vous ... mais la commande que vous utiliserez pour obtenir cette information est:

Get-WmiObject

Il y a un début

Answer 2

Vous devriez être en mesure de récupérer le numéro de modèle de l'appareil via WMI.

Il y a deux endroits pour chercher:

1. Win32_Bios classe

   $serialno = Get-WmiObject -Class Win32_Bios | Select -Property SerialNumber $serialno.SerialNumber

Remarque: Tous les fabricants stockent le numéro de série dans le BIOS.

2. informations du modèle peuvent être extraites de la classe Win32_Computersystem

   Get-WmiObject Win32_Computersystem | Format-List Name, manufacturer, model, SystemType