モニターのメーカーとモデルを簡単に入手するにはどうすればよいですか？

Question

存在しない可能性のあるラベルを探す27インチモニターを切断して手動で操作しなくても、Windowsからモニターの製造元とモデルを取得するにはどうすればよいですかまたはサードパーティのソフトウェアをダウンロードしますか？ Windows 7でこれを行うためのネイティブ、ソフトウェアのみソリューションがないのは奇妙に思われます。

更新＃1：

この質問は当初、別の質問の複製であると主張されていました。 提案された質問の複製ではありません：

提案された質問はラップトップに固有です。
提案された質問は信じられないほど幅広いものであり、すべての（ラップトップ）ハードウェアを単一のソリューションでカバーしようとしています。対照的に、私の質問は、デスクトップコンピューターに固有のハードウェアの一部について尋ねることです。 Windows 7ユーザーがネイティブソフトウェアソリューションを使用して上記のハードウェアの詳細を取得することは非常に困難であることを知っていました。これは、その質問が2009年から存在していたにもかかわらず、想定された元の質問に対する回答がどれも私の質問に正しく回答しないという事実と、私の質問に対する唯一の正しい回答が不明瞭なコマンドライン質問であるという事実によって証明されています
提案された質問は、ネイティブのみのソリューションを指定していません。これは、追加のソフトウェアをダウンロードまたはインストールすることなく、このような比較的単純なタスクを実行できるようにしたい私および他の多くのユーザーにとって重要な要件です。

更新＃2：

特定のインスタンスでは機能しないにもかかわらず、EDIDの値が正しくないため、私が尋ねた質問に対する正しい解決策であるため、現在の回答を受け入れました。その特定の問題について、私はここでフォローアップ質問を作成しました。

Pimp Juice IT · Accepted Answer

コマンドラインからモニターの製造元とモデルを取得する

Windowsシステムからモニターの製造元とモデル情報を取得するタスクには、 wmic を使用できます。私はこれがWindows 7とWindows 10の両方で動作することをテストして確認しました。

ボーナス

さらに、シリアル番号を取得する必要がある場合は、両方のWindows 7およびWindows 10。

これが適切に機能することを確認するには、管理者として昇格したコマンドプロンプト（およびPowerShell）を実行することが重要です。

コマンド例

wmic desktopmonitor get Caption, MonitorType, MonitorManufacturer, Name

結果の例

その他のリソース

wmic

SpiceWorks-PowerShell Get Monitor Serial Numberなど

$LogFile = "C:	est\monitors.txt" function Decode { If ($args[0] -is [System.Array]) { [System.Text.Encoding]::ASCII.GetString($args[0]) } Else { "Not Found" } } echo "Name, Serial" ForEach ($Monitor in Get-WmiObject WmiMonitorID -Namespace root\wmi) { $Name = Decode $Monitor.UserFriendlyName -notmatch 0 $Serial = Decode $Monitor.SerialNumberID -notmatch 0 echo "$Name, $Serial" >> $LogFile }

moonpoint · Answer

NirSoft のNir Soferによって作成された無料の DumpEDID ユーティリティを試してください。これはコマンドラインユーティリティなので、コマンドプロンプトから実行する必要があります。インストールプロセスは必要ありません。ダウンロードしたZipファイルからプログラムを抽出して実行できます。提供する情報の例として、以下のプログラムからの出力を含めました。

C:\Program Files\NirSoft\dumpedid>dumpEDID DumpEDID v1.06 Copyright (c) 2006 - 2017 Nir Sofer Web site: http://www.nirsoft.net ***************************************************************** Active : No Registry Key : DISPLAY\HWP2904\1&8713bca&0&UID0 Monitor Name : HP S2031 Serial Number : 3CQ0311PV2 Manufacture Week : 31 / 2010 ManufacturerID : 61474 (0xF022) ProductID : 10500 (0x2904) Serial Number (Numeric) : 16843009 (0x01010101) EDID Version : 1.3 Display Gamma : 2.20 Vertical Frequency : 50 - 76 Hz Horizontal Frequency : 24 - 83 KHz Maximum Image Size : 44 X 25 cm (19.9 Inch) Maximum Resolution : 1600 X 900 Support Standby Mode : No Support Suspend Mode : No Support Low-Power Mode : Yes Support Default GTF : No Digital : No Supported Display Modes : 720 X 400 70 Hz 640 X 480 60 Hz 800 X 600 60 Hz 1024 X 768 60 Hz 1280 X 720 60 Hz 1440 X 900 60 Hz 1280 X 1024 60 Hz 1600 X 900 60 Hz ***************************************************************** ***************************************************************** Active : No Registry Key : DISPLAY\HWP2904\4&2199b20&0&UID16843008 Monitor Name : HP S2031 Serial Number : 3CQ0311PV2 Manufacture Week : 31 / 2010 ManufacturerID : 61474 (0xF022) ProductID : 10500 (0x2904) Serial Number (Numeric) : 16843009 (0x01010101) EDID Version : 1.3 Display Gamma : 2.20 Vertical Frequency : 50 - 76 Hz Horizontal Frequency : 24 - 83 KHz Maximum Image Size : 44 X 25 cm (19.9 Inch) Maximum Resolution : 1600 X 900 Support Standby Mode : No Support Suspend Mode : No Support Low-Power Mode : Yes Support Default GTF : No Digital : No Supported Display Modes : 720 X 400 70 Hz 640 X 480 60 Hz 800 X 600 60 Hz 1024 X 768 60 Hz 1280 X 720 60 Hz 1440 X 900 60 Hz 1280 X 1024 60 Hz 1600 X 900 60 Hz ***************************************************************** C:\Program Files\NirSoft\dumpedid>

上記の例では、「モニター名」行から、モニターがモデル番号S2031のHP製であることがわかります。

Michael Sloan · Answer

これは、主に数百台のコンピューターを管理する企業のシステム管理者向けに設計された$ 1.02のソリューションです。コアロジックを盗んで、非ドメインのWindowsシステムに合わせて調整できます。また、保証のために、とらえどころのないDell Monitor SNと製造日を取得します。

# Pulls the computer and monitor serial numbers from the local machine $ComputerNames = $env:COMPUTERNAME # Alternately specify multiple computer names as follows # $ComputerNames = "TargetComputer1", "TargetComputer2", "TargetComputer3" Function Get-ModelSerialNFO { #version 1.04 #Asseses Target computer or computers passed in as a parameter, collects information about Model and Serial Numbers, returns $ComputerMdlSerResults [cmdletbinding()] Param ( [Parameter(ValueFromPipeline=$true,ValueFromPipelineByPropertyName=$true)] [string[]]$ComputerNames = $env:COMPUTERNAME ) Begin { ####### GET YOUR LOCAL DOMAIN NFO ######### $DomainName = $env:USERDOMAIN $Root = [ADSI]"LDAP://RootDSE" Try { $DomainRoot = ($Root.Get("rootDomainNamingContext")).ToUpper() } Catch { Write-Warning "Unable to contact Active Directory because $($Error[0]); aborting script!"; Start-Sleep -Seconds 5; Exit } $DomainDN = "DC=$DomainName,$DomainRoot" ########## END: GET YOUR LOCAL DOMAIN NFO ######### ########### GET YOUR LOCAL DOMAIN CONTROLER THAT LOGGED YOU ON ########### # $logonServer is used as -Server to the Get-ADComputer below, not sure that this is necessary(?) $logonServer = nltest /dsgetdc: /force $logonServer = $logonServer.item(0) $logonServer = $logonServer.TrimStart("DC: \") ######### END: GET YOUR LOCAL DOMAIN CONTROLER THAT LOGGED YOU ON ########### ######### GET YOUR LOCAL SITE NAME ############ $sAMAccountName = "$env:ComputerName`$" $searcher = [adsisearcher]"(&(objectClass=Computer)(sAMAccountName=$sAMAccountName))" $searcher.SearchRoot = "LDAP://$($DomainDN)" $searcher.SearchScope = 'Subtree' $searcher.PropertiesToLoad.Add('CanonicalName') | Out-Null ########### END: GET YOUR LOCAL SITE NAME ############ ########## SET YOUR LOCAL baseDN PATH ############ $baseDN = "$DomainDN" #ALTERNATELY SPECIFY YOUR OWN baseDN path in AD ########### END: SET YOUR LOCAL baseDN PATH ########### FUNCTION Verify-ComputerName { #version 1.3 #Verifies that you are connecting to the Host you think you are; helps to identify DNS issues. [cmdletbinding()] Param ( [Parameter(Mandatory=$false,ValueFromPipeline=$true,ValueFromPipelineByPropertyName=$true, HelpMessage="Enter one or more computer names, separated by commas, or passed in through the pipeline.")] [array]$ComputerNames = $env:COMPUTERNAME, [Parameter(Mandatory=$false, HelpMessage="Select this option to get verbose output, as the function runs.")] [switch]$INTERACTIVE ) BEGIN { FUNCTION ConvertFrom-NSlookup { [CmdletBinding()] Param( [Parameter(Mandatory,Position=0)] [array]$NSlookupReply ) $Hash = [ordered]@{} [int]$AddressCount = 0 foreach($line in $NSlookupReply){ if ($line -notmatch "======================================================================="){ switch -Regex ($line){ '\s*Server\s*:\s+(?<Server>.*$)'{$Hash.Server = $Matches.Server;Break} '\s*Address\s*:\s+(?<Address>.*$)'{ IF(($Hash.Server -ne $null) -and ($AddressCount -eq 0)) { $Hash.SVR_Address = $Matches.Address; $AddressCount++; Break } ELSEIF(($Hash.Server -ne $null) -and ($AddressCount -eq 1)) { $Hash.Host_Address = $Matches.Address; Break } } '\s*Name\s*:\s+(?<Name>.*$)' {$Hash.HostName = $Matches.Name;Break} default {Break} } } } RETURN $Hash; } #END FUNCTION ConvertFrom-NSlookup FUNCTION CreatePSObjectForVerifyComputerName { $obj = New-Object PSObject $obj | Add-Member -MemberType NoteProperty -Name "ComputerName" -value $null $obj | Add-Member -MemberType NoteProperty -Name "PINGTEST" -value $null $obj | Add-Member -MemberType NoteProperty -Name "NSLOOKUP" -value $null $obj | Add-Member -MemberType NoteProperty -Name "RemoteHostNameViaPSEXEC" -value $null $obj | Add-Member -MemberType NoteProperty -Name "RemoteHostNameViaInvkCmd" -value $null $obj | Add-Member -MemberType NoteProperty -Name "ComputerNameVerified" -value $null return $obj } } #END BEGIN PROCESS { [ARRAY]$VeryifyComputerNameResults = $NULL FOREACH ($ComputerName in $ComputerNames) { $ping = new-object System.Net.NetworkInformation.Ping $objVerifyComputerName = CreatePSObjectForVerifyComputerName $objVerifyComputerName.ComputerName = $ComputerName TRY { $reply = $ping.send($ComputerName) IF ($reply.status -eq "Success") { $objVerifyComputerName.PINGTEST = "SUCCESS" IF ($INTERACTIVE) { Write-Host "SUCCESS: PINGTEST: Able to ping an IP that resolves to $ComputerName" -BackgroundColor Green -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message "SUCCESS: PINGTEST: Able to ping $ComputerName" -Level Info #RESET THE FOLLOWING VARIABLES FOR FOLLOWING IF-THEN LOGIC PROCESSES $NSLookupRemoteHostAddress = $null $RemoteHostName = $null $NSLookupRemoteHostAddress = (ConvertFrom-NSlookup (nslookup $ComputerName)).Host_Address IF ($NSLookupRemoteHostAddress -ne $null) #If NSLookup returned an IP, execute the "hostname" command using psexec64.exe, against the IP that was resolved in DNS, in order to grab the RemoteHostName, as seen from the remote computer's perspective. { IF ($INTERACTIVE) { $Message = "SUCCESS: NSLOOKUP: Resolved $ComputerName in DNS to: $NSLookupRemoteHostAddress" Write-Host $Message -BackgroundColor Green -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Info $objVerifyComputerName.NSLOOKUP = $NSLookupRemoteHostAddress $PSExecScriptBlock = {param ($NSLookupRemoteHostAddress) $RemoteHostName = (& psexec64.exe \$NSLookupRemoteHostAddress -s -nobanner -accepteula powershell -executionpolicy bypass -command "hostname" 2>$Junk) return $RemoteHostName } $PSExecJob = Start-Job -ScriptBlock $PSExecScriptBlock -ArgumentList $NSLookupRemoteHostAddress $PSExecJob | Wait-Job -Timeout 30 -ErrorAction SilentlyContinue IF($PSExecJob.state -eq "Running") { WRITE-Host "The job timer ran out for psexec64.exe, forcibly stopping and removing the job!" -ForegroundColor yellow -BackgroundColor Red $PSExecJob | Stop-Job $PSExecJob | Remove-Job } ELSE { $RemoteHostName = $PSExecJob | Receive-Job $PSExecJob | Remove-Job } IF ($RemoteHostName -ne $null) #Compare $ComputerHostName against $RemoteHostName { IF ($INTERACTIVE) { $Message = "SUCCESS: RemoteHostName: $RemoteHostName was obtainined on the remote IP $NSLookupRemoteHostAddress using PSEXEC64" Write-Host $Message -BackgroundColor Green -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Info $objVerifyComputerName.RemoteHostNameViaPSEXEC = $RemoteHostName } ELSE { IF ($INTERACTIVE) { $Message = "FAILURE: RemoteHostName: Unable to obtain the hostname on the remote IP $NSLookupRemoteHostAddress using PSEXEC64, attempting Invoke-Command" Write-Host $Message -BackgroundColor Red -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.RemoteHostNameViaPSEXEC = "FAILED" #$Command = {hostname} #$RemoteHostName = Invoke-Command -ComputerName $ComputerName -ScriptBlock $Command $JobScriptBlock = {param ($ComputerName) $CommandScriptBlock = {$result = C:\Windows\System32\hostname.exe; return $result} $RemoteHostName = Invoke-Command -ComputerName $ComputerName -ScriptBlock $CommandScriptBlock return $RemoteHostName } $Job = Start-Job -ScriptBlock $JobScriptBlock -ArgumentList $ComputerName $Job | Wait-Job -Timeout 30 -ErrorAction SilentlyContinue IF($Job.state -eq "Running") { WRITE-Host "The job timer ran out for Invoke-Command, forcibly stopping and removing the job!" -ForegroundColor yellow -BackgroundColor Red $Job | Stop-Job $Job | Remove-Job } ELSE { $RemoteHostName = $Job | Receive-Job $Job | Remove-Job } IF ($RemoteHostName -ne $null) #Attempt to obtain RemoteHostName on NSLookupRemotehostAddress using Invoke-Command { IF ($INTERACTIVE) { $Message = "SUCCESS: RemoteHostName: $RemoteHostName was obtainined on the remote IP $NSLookupRemoteHostAddress using Invoke-Command" Write-Host $Message -BackgroundColor Green -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Info $objVerifyComputerName.RemoteHostNameViaInvkCmd = $RemoteHostName } ELSE { IF ($INTERACTIVE) { $Message = "FAILURE: RemoteHostName: Unable to obtain the hostname on the remote IP $NSLookupRemoteHostAddress using Invoke-Command" Write-Host $Message -BackgroundColor Red -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.RemoteHostNameViaInvkCmd = "FAILED" } } } ELSE { IF ($INTERACTIVE) { $Message = "FAILURE: NSLOOKUP: Unable to resolve $ComputerName in DNS, SKIPPING: RemoteHostName Resolution" Write-Host $Message -BackgroundColor Red -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.NSLOOKUP = "FAILED" } IF ($RemoteHostName -eq $ComputerName) { IF ($INTERACTIVE) { $Message = "SUCCESS: MATCH: IP in DNS Remotely Resolves to: $RemoteHostName thereby matching: $ComputerName as expected!" Write-Host $Message -BackgroundColor Green -ForegroundColor White } #Write-Log -Path $LogFile -Message $Message -Level Info $objVerifyComputerName.ComputerNameVerified = $True } ELSE { IF ($INTERACTIVE) { $Message = "FAILURE: MATCH: IP in DNS Remotely Resolves to: $RemoteHostName thereby NOT matching: $ComputerName as expected!" Write-Host $Message -BackgroundColor Red -ForegroundColor Yellow } #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.ComputerNameVerified = $False } } elseif ($reply.status -eq "TimedOut") { IF ($INTERACTIVE) { Write-Host "FAILURE: PINGTEST: TimedOut: Unable to ping $ComputerName" -BackgroundColor Yellow -ForegroundColor Red $Message = "TROUBLESHOOTING: Ensure $ComputerName is online; check machine based firewalls (i.e. HBSS AV/HIPS) and/or LAN/CAN/WAN Firewalls" Write-Host $Message -BackgroundColor Yellow -ForegroundColor Red } #Write-Log -Path $LogFile -Message "FAILURE: PINGTEST: TimedOut: Unable to ping $ComputerName" -Level Warn #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.PINGTEST = "TimedOut" } elseif ($reply.status -eq "DestinationHostUnreachable") { IF ($INTERACTIVE) { Write-Host "FAILURE: PINGTEST: DestinationHostUnreachable: Unable to ping $ComputerName" -BackgroundColor Yellow -ForegroundColor Red $Message = "TROUBLESHOOTING: Ensure $ComputerName is online; check machine based firewalls (i.e. HBSS AV/HIPS) and/or LAN/CAN/WAN Firewalls" Write-Host $Message -BackgroundColor Yellow -ForegroundColor Red } #Write-Log -Path $LogFile -Message "FAILURE: PINGTEST: DestinationHostUnreachable: Unable to ping $ComputerName" -Level Warn #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.PINGTEST = "DestinationHostUnreachable" } } #END TRY Catch { IF ($INTERACTIVE) { Write-Host "FAILURE: PINGTEST: Unable to ping $ComputerName" -BackgroundColor Yellow -ForegroundColor Red $Message = "TROUBLESHOOTING: Ensure $ComputerName is online; check machine based firewalls (i.e. HBSS AV/HIPS) and/or LAN/CAN/WAN Firewalls" Write-Host $Message -BackgroundColor Yellow -ForegroundColor Red } #Write-Log -Path $LogFile -Message "FAILURE: PINGTEST: Unable to ping $ComputerName" -Level Warn #Write-Log -Path $LogFile -Message $Message -Level Warn $objVerifyComputerName.PINGTEST = "FAILURE" $objVerifyComputerName.ComputerNameVerified = $False #$reply = [ordered]@{} #$reply.status = "Failure" } #END CATCH $VeryifyComputerNameResults += $objVerifyComputerName } #END FOREACH ($ComputerName in $ComputerNames) RETURN $VeryifyComputerNameResults } #END PROCESS END { } #END END } #END FUNCTION Verify-ComputerName V1.3 #Method in PS6 uses Get-ItemPropertyValue #i.e. $AGMRegValueValue = Get-ItemPropertyValue -Path $AGMRegKey -Name $AGMRegValue $GetRegValue_ScriptBlock = { param ($KeyPath, $ValueName) function Get-RegValue([String] $KeyPath, [String] $ValueName) { (Get-ItemProperty -LiteralPath $KeyPath -Name $ValueName).$ValueName } Get-RegValue -KeyPath $KeyPath -ValueName $ValueName } #This function was written for PS4 to allow greater compatibility $LogonUIRegKey = "Registry::HKEY_LOCAL_MACHINE\Software\Microsoft\windows\currentVersion\Authentication\LogonUI" $LastLoggedOnDisplayName = "LastLoggedOnDisplayName" $LastLoggedOnUser = "LastLoggedOnUser" } #end Begin Process { [ARRAY]$ComputerMdlSerResults = $NULL [ARRAY]$MonitorMdlSerResults = $NULL foreach($ComputerName in $ComputerNames) { $ManufacturerModel=$NULL; $SerialNumber=$NULL; $Monitors=$NULL IF((Verify-ComputerName -ComputerNames $ComputerName).ComputerNameVerified) { #get info about manufacturer and model $ManufacturerModel = Get-WmiObject -Class Win32_ComputerSystem -ComputerName $ComputerName | select name, manufacturer, model $SerialNumber = Get-WmiObject -Class Win32_BIOS -ComputerName $ComputerName | select SerialNumber $Monitors = gwmi -Namespace root\wmi -ComputerName $ComputerName -Query "SELECT * FROM WmiMonitorID WHERE Active='True'" $CurrentUser = $null; $Process=$null;$RemoteComputerLockedAndInUse=$null;$LogOffUser=$null;$UpdateLocalBIOS = $null; $CurrentUser = gwmi -Class win32_computersystem -ComputerName $ComputerName | select -ExpandProperty username IF($CurrentUser.Length -gt 1) { $SamAccountName = ($CurrentUser.Remove(0,5)) $ADUserObj = Get-ADUser -Filter 'SamAccountName -like $SamAccountName' -Properties * -Server $logonServer -SearchBase $baseDN -SearchScope Subtree $LastUsedBy = $ADUserObj.DisplayName } ELSE { $LastUsedBy = Invoke-Command -ComputerName $ComputerName -ScriptBlock $GetRegValue_ScriptBlock -ArgumentList $LogonUIRegKey, $LastLoggedOnDisplayName 2>$null } IF($Monitors.count -ge 1) { foreach ($Monitor in $Monitors) { $obj = New-Object PSObject $obj | Add-Member -MemberType NoteProperty -Name "AttachedTo:" -Value $ComputerName $obj | Add-Member -MemberType NoteProperty -Name "Monitor_Manufacturer" -Value $(($Monitor.ManufacturerName | foreach {IF($_ -NE '00'){[char]$_}}) -join "") $obj | Add-Member -MemberType NoteProperty -Name "Monitor_Model" -Value $(($Monitor.UserFriendlyName | foreach {IF($_ -NE '00'){[char]$_}}) -join "") IF($(($Monitor.ManufacturerName | foreach {IF($_ -NE '00'){[char]$_}}) -join "") -eq "DEL") { $DellMonitorSN = $(($Monitor.SerialNumberID | foreach {IF($_ -NE '00'){[char]$_}}) -join "") $DellMonitorSNMod = "xx-0"+ $DellMonitorSN.Substring(0,5) + "-xxxxx-" + $DellMonitorSN.Substring(5,3) + "-" + $DellMonitorSN.Substring(8,4) $obj | Add-Member -MemberType NoteProperty -Name "Monitor_SerialNumber" -Value $DellMonitorSNMod $Day = $DellMonitorSN.Substring(7,1) SWITCH ($Day){ {$Day -eq "A"}{$Day = "10"} {$Day -eq "B"}{$Day = "11"} {$Day -eq "C"}{$Day = "12"} {$Day -eq "D"}{$Day = "13"} {$Day -eq "E"}{$Day = "14"} {$Day -eq "F"}{$Day = "15"} {$Day -eq "G"}{$Day = "16"} {$Day -eq "H"}{$Day = "17"} {$Day -eq "I"}{$Day = "18"} {$Day -eq "J"}{$Day = "19"} {$Day -eq "K"}{$Day = "20"} {$Day -eq "L"}{$Day = "21"} {$Day -eq "M"}{$Day = "22"} {$Day -eq "N"}{$Day = "23"} {$Day -eq "O"}{$Day = "24"} {$Day -eq "P"}{$Day = "25"} {$Day -eq "Q"}{$Day = "26"} {$Day -eq "R"}{$Day = "27"} {$Day -eq "S"}{$Day = "28"} {$Day -eq "T"}{$Day = "29"} {$Day -eq "U"}{$Day = "30"} {$Day -eq "V"}{$Day = "31"} } $Month = $DellMonitorSN.Substring(6,1) SWITCH ($Month){ {$Month -eq 1}{$Month = "JAN"} {$Month -eq 2}{$Month = "FEB"} {$Month -eq 3}{$Month = "MAR"} {$Month -eq 4}{$Month = "APR"} {$Month -eq 5}{$Month = "MAY"} {$Month -eq 6}{$Month = "JUN"} {$Month -eq 7}{$Month = "JUL"} {$Month -eq 8}{$Month = "AUG"} {$Month -eq 9}{$Month = "SEP"} {$Month -eq "A"}{$Month = "OCT"} {$Month -eq "B"}{$Month = "NOV"} {$Month -eq "C"}{$Month = "DEC"} } $DayOfManuf = "$($Day)-$($Month)-$($Monitor.YearOfManufacture)" } ELSE { $obj | Add-Member -MemberType NoteProperty -Name "Monitor_SerialNumber" -Value $(($Monitor.SerialNumberID | foreach {IF($_ -NE '00'){[char]$_}}) -join "") $DayOfManuf = "UNKNOWN" } $obj | Add-Member -MemberType NoteProperty -Name "Monitor_ProductCodeID" -Value $(($Monitor.ProductCodeID | foreach {IF($_ -NE '00'){[char]$_}}) -join "") $obj | Add-Member -MemberType NoteProperty -Name "Monitor_WeekOfManuf" -Value $($Monitor.WeekOfManufacture) $obj | Add-Member -MemberType NoteProperty -Name "Monitor_YearOfManuf" -Value $($Monitor.YearOfManufacture) $obj | Add-Member -MemberType NoteProperty -Name "Monitor_DayOfManuf" -Value $DayOfManuf $obj | Add-Member -MemberType NoteProperty -Name "Monitor_LastUsedBy" -Value $LastUsedBy $MonitorMdlSerResults += $obj } } IF($ManufacturerModel -ne $null -and $SerialNumber -ne $null) { $obj = New-Object PSObject $obj | Add-Member -MemberType NoteProperty -Name "ComputerName" -Value $ManufacturerModel.name $obj | Add-Member -MemberType NoteProperty -Name "Computer_Manufacturer" -Value $ManufacturerModel.manufacturer $obj | Add-Member -MemberType NoteProperty -Name "Computer_Model" -Value $ManufacturerModel.model $obj | Add-Member -MemberType NoteProperty -Name "BIOS_SerialNumber" -Value $SerialNumber.SerialNumber $obj | Add-Member -MemberType NoteProperty -Name "Computer_LastUsedBy" -Value $LastUsedBy $ComputerMdlSerResults += $obj } } } #END foreach($ComputerName in $ComputerNames) return $ComputerMdlSerResults, $MonitorMdlSerResults } #End Process End{} #End End } #End FUNCTION #version 1.04 CLS $RESULTS = Get-ModelSerialNFO $ComputerNames #Sets a directory on your workstation to create the CSV log files [string]$ResultsFilePath = "$env:SystemDrive\LOGS\ModelSerialNFO\" #Set Root Directory for the CSV Output File ########## CREATE USG LOG DIRECTORY, IF NEEDED ########## IF(!(Test-Path $ResultsFilePath -PathType Container )){ Write-Host "WARNING: RESULTS CONTAINER `"$ResultsFilePath`" DOES NOT EXIST; ATTEMPTING TO CREATE..." -BackgroundColor Yellow -ForegroundColor Red TRY { md $ResultsFilePath -Force -ErrorAction Stop $ResultsFolderExists = $true Write-Host "SUCCESS: RESULTS CONTAINER `"$ResultsFilePath`" WAS SUCCESSFULLY CREATED!" -BackgroundColor Blue -ForegroundColor White } CATCH { $ResultsFolderExists = $false Write-Host "FAILURE: UNABLE TO CREATE RESULTS CONTAINER, ABORTING ACTION(s)!" -BackgroundColor RED -ForegroundColor YELLOW } }ELSEIF($RunningResults2csv){Write-Host "INFO: RESULTS CONTAINER `"$ResultsFilePath`" ALREADY EXISTS; CONTINUING SCRIPT..." -BackgroundColor Blue -ForegroundColor White; $ResultsFolderExists = $true} ######### END: CREATE USG LOG DIRECTORY, IF NEEDED ########## $outFile = $ResultsFilePath + "$($OU)_COMPUTER_ModelSerialNFO_REPORT_" + (Get-date -Format "dd-MM-yyyy") + '.CSV' #Set the name of the CSV Output File $outFile2 = $ResultsFilePath + "$($OU)_MONITOR_ModelSerialNFO_REPORT_" + (Get-date -Format "dd-MM-yyyy") + '.CSV' #Set the name of the CSV Output File $RESULTS[0] | ft -AutoSize #This is your COMPUTER ModelSerial Info $RESULTS[1] | ft -AutoSize #This is the attached MONITOR ModelSerial Info $RESULTS[0] | Export-Csv -LiteralPath $outFile -NoTypeInformation #This is your COMPUTER ModelSerial Info - exported to a CSV file in your C:\Logs\ModelSerialNFO directory. $RESULTS[1] | Export-Csv -LiteralPath $outFile2 -NoTypeInformation #This is the attached MONITOR ModelSerial Info - exported to a CSV file in your C:\Logs\ModelSerialNFO directory.