UEFI / Legacy BIOS Mess and Windows Update

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  1. Posts : 11
    Windows 10
       #1

    UEFI / Legacy BIOS Mess and Windows Update


    Hi

    When Windows 10 ran its automatic update I got a message "Windows can't be installed because this PC has an unsupported disk layout for UEFI firmware". I think this is probably my own fault - I remember having boot problems a while ago (can't remember what caused them initially) which I eventually fixed without really understanding what I was doing.

    The BIOS settings are for UEFI, not Legacy.

    However, DISKPART says the disk is using MBR:
    UEFI / Legacy BIOS Mess and Windows Update-img1.png

    And I think that's what Disk Management is saying too:
    UEFI / Legacy BIOS Mess and Windows Update-img2.png

    And this is from bcdedit:
    UEFI / Legacy BIOS Mess and Windows Update-img3.png

    I'd really like to avoid doing a clean reinstall of Windows 10 if possible. I vaguely recall that when I had boot problems I switched the BIOS setting to UEFI because that was the only way I could get my machine to boot after messing around with various boot record rebuilding tools that I really didn't understand.

    Can anyone help me with this mess please?

    Windows build 17763.1282
      My Computer


  2. Posts : 6,919
    windows 10
       #2

    Welcome to the forum. Ideally it would be best to delete all partions and do a clean install uefi to get the correct gpt disk. The problem is your on such an old windows and lots have had problems updating as the installer change and yours is out of date
      My Computer


  3. Posts : 11
    Windows 10
    Thread Starter
       #3

    Thanks for your quick reply. Is there no route to getting to a consistent legacy boot, or UEFI , without a reinstall? It would take me forever to reinstall all my programs and resync my cloud data if I had to do a clean install. I realise that a clean install is often the optimum solution.
      My Computer


  4. Posts : 1,867
    Windows 10 Pro 2004 20H1
       #4

    You can use the free version of MiniTools Partition Wizard to convert MBR partitions to GPT.

    Update: Now only available in the paid version.
    Last edited by OldNavyGuy; 30 Jun 2020 at 00:28.
      My Computer


  5. Posts : 11
    Windows 10
    Thread Starter
       #5

    Thanks. Partition Wizard sounds worth a try. I have a spare HDD which I can clone to as a backup if it doesnít work. Iím a bit concerned that it might not be possible to cleanly convert the messed-up disk and I donít have the knowledge to be able to fix it manually, but itís worth a try.
      My Computer


  6. Posts : 39,972
    windows 10 professional version 1607 build 14393.969 64 bit
       #6

    There are log collectors used in another Ten Forums room.
    Run V2 and upload results directly into this thread:
    BSOD - Posting Instructions
    BSOD - Posting Instructions


    How to Upload and Post Screenshots and Files at Ten Forums:
    How to Upload and Post Screenshots and Files at Ten Forums


    Open administrative Powershell and copy and paste:


    Code:
    function wh   
        {  
            Param ( [parameter (Mandatory = $true)][string]$txt )  
            Write-Host $txt -ForegroundColor Green -BackgroundColor Black -NoNewline  
            ##Example usage wh "Alias for `n Write-Host"  
      
        } ## End function wh  
      
      
    function StartScript   
        {  
            ##Locating Temp Dir and writing Transcript  
            $global:tempDir = [System.IO.Path]::GetTempPath()   
            MD $tempDir\LOGS -EA SilentlyContinue   
            CD $tempDir\LOGS  
            $txtCount = Get-Item $tempDir/LOGS/*.TXT -EA SilentlyContinue  
            if((Get-Host).Version.Major -cge 5) ##WIN7 Not Supported  
                {  
                    if($txtCount.Count -cge 1)   
                    {Start-Transcript -Append -Path $tempDir/LOGS/Event-Search.TXT}   
                    Else{Start-Transcript -Path $tempDir\LOGS\Event-Search.TXT}   
                }  
      
            $global:explore = $tempDir + "LOGS\"  
            $global:Ver = "1.6.3"  
            wh "`nLog Collection... (V$Ver)`n"  
      
            #clearing previous actions  
            Stop-Job *  
      
            #Initialize CheckBox Vars to $True/$False  
                $Global:EventsCollect = $true; $Global:SetupDiagCollect = $true  
                    $Global:UpdatesCollect = $true; $Global:WLANCollect = $true  
                        $Global:PowerCollect = $true; $Global:GPCollect = $true  
                            $Global:miscCollect = $true; $Global:bingCollect = $true  
                                $Global:eventOut = $false        
            #Clear Jobs  
            Stop-Job *  
            Remove-Job *  
                                              
        } ## End function Start-Script  
      
      
    function SetupDiagFunc  
        {  
            wh "`n Grabbing SetupDiag.exe ..."       
            Invoke-WebRequest https://go.microsoft.com/fwlink/?linkid=870142 -OutFile $tempDir\SetupDiag.exe -TimeoutSec 3 -UseBasicParsing  
                #check for successful download  
                if((Get-Item $tempDir\SetupDiag.exe).length -gt 100000)  
                    {  
                      wh "`nSuccessful DL!"  
                      wh "`n Invoking SetupDiag.exe ..."  
                      $SetupDiag = {CMD.EXE /C "%temp%\setupdiag.exe /Verbose /Output:%temp%\SetupDiag-Log.txt"}  
      
                      ## Kick-Off SetupDiagJob  
                      Start-Job -Name SetupDiagJob -ScriptBlock $SetupDiag                     
                      
                    }Else{Write-Host "`nDownload of SetupDiag.exe Failed!" -BackgroundColor RED }  
      
        } ## End Function SetupDiagFunc  
      
      
    function EventSearch  
        {  
        wh "`n Starting EventSearch Job-Function ...`n"  
        ## Gathering Events from System using Get-WinEvent via Job  
        $EventSearchJob =   
            {  
            $evtPaths = Get-Item C:\Windows\System32\Winevt\Logs\*.evtx -Exclude "*PowerShell*",   
                "*known folders*" | Select-Object FullName  
            $i = $evtPaths.Count  
      
            $x = 0 ##For 1st Loop do Until x = i  
            $events = @()  
            $gatherEvents = @()  
            $eventsArray = @()  
            $searchResult = @()  
            $MaxEvents = 99  
      
            #Loading/Gathering Events Loop...  
            do {  
           
                ##Getting Events w/ Get-WinEvent         
                $gatherEvents = Get-WinEvent -Path $evtPaths[$x].FullName -MaxEvents $MaxEvents -EA SilentlyContinue  
                $events = $events + $gatherEvents             
      
                $x++  
                  
                }  
                 Until ($x -eq $i)      
      
            $x = $x +1 ##Total Events Found!  
              
            $eventsLength = $events.Length ##Total events catalogged!  
              
            $xx = 0  
                   
            # Write Event Properties to a row and roll it out - Collapsing Array ...   
            do {  
                   $date = $events[$xx].TimeCreated | Get-Date -Format "yyyyMMdd".ToString() -EA SilentlyContinue ##EA SC for Blank Entries  
                      
                    $eventRow = new-object PSObject -Property @{  
                    Date = $date;  
                    Id = $events[$xx].Id;  
                    Level = $events[$xx].LevelDisplayName;  
                    Provider = $events[$xx].ProviderName;  
                   Message = $events[$xx].Message;  
                    }  
      
                    $cRow = $date + " " + "ID:" +  $events[$xx].Id + " " + "Level:" + $events[$xx].LevelDisplayName + " " + "Provider:" + $events[$xx].ProviderName + " " + "Message:" + $events[$xx].Message   
                    $eventsArray += $cRow  
                   
                    $xx++  
                    $d++  
            }  
            Until ($xx -eq $events.Length)  
     
            ##Looking for patterns error or fail in $eventsArray  
            $search = $eventsArray | Select-String -pattern ("error|fail") 
     
            Return $search ## | Write-Output ##Output for job  
      
            } ## End $EventSearchJob  
      
        Start-Job -Name EventSearchJob -ScriptBlock $EventSearchJob  
      
        } ## End function Event-Search  
      
      
    function writeSearch  ##   
        {  
            ##Event Logs Cont.  
            MD $tempDir\LOGS\EVTX\ -EA SilentlyContinue 
     
            ##output to file  
            $search | Group-Object | Sort-Object Count -Descending | Format-Table Count, Name -Wrap > TOP-ERRORS.TXT  
            $search > $tempDir\LOGS\SEARCH.TXT  
      
        if($Global:eventOut -eq $True)  
            {  
            $search | Group-Object | Sort-Object Count -Descending |   
                Select-Object -Property Count, Name | Out-GridView -Title "Top `"Errors`" via EVTX - V-$Ver"  
            }  
      
            wh "`n Collecting Matching EVTX Entries ...`n"     
            #Collecting all prev matching EVTX  
            #$evtx = Get-ChildItem C:\Windows\System32\Winevt\Logs\*.evtx  
            $evv = 0  
                      
               $providerName =   
                   (($search | Select-String "Provider:.*Message:").Matches.Value -Replace   
                          " Message:", "" -Replace "Provider:", "" | Group-Object ).Name  
                  
                #Converting Provider Name to Log Name                 
                $providerName = (($providerName | ForEach-Object {Get-WinEvent -ProviderName $_ -MaxEvents 1 -EA SilentlyContinue}).LogName | Group-Object).Name     
                   $providerName = $providerName -replace "Microsoft.", ""  
                      $providerName = $providerName -replace "Windows.", ""  
                         $providerName = $providerName -replace "`/.*$", ""  
                               
                               
                             $evtx = $providerName | foreach{Get-ChildItem "C:\Windows\System32\winevt\logs\*$_*"}  
      
                    Do{  
                        COPY $evtx[$evv].PSPath $tempDir\LOGS\EVTX\ 
                           $evv++  
                      }  
                      Until($evv -eq $evtx.Count)  
      
        } #End function writeSearch  
      
      
    function GetUpdates  
        {  
            wh "`n Starting Get-WindowsUpdateLog Job-Function ...`n"  
            $updateJob = {get-WindowsUpdateLog}  
             
            if((Get-Host).Version.Major -cge 5) ##Modern Gatherer  
            {  
                Start-Job -Name GetUpdates -ScriptBlock $updateJob  
            }  
              
            ##Legacy Gatherer  
            CP C:\Windows\WindowsUpdate.log $tempDir\LOGS\WindowsUpdate.log  
      
            ##Installed-Updates/Packages 
            Get-WmiObject win32_quickfixengineering > $tempDir\LOGS\Installed_Updates.TXT  
            Get-WmiObject Win32_OperatingSystemQFE >> $tempDir\LOGS\Installed_Updates.TXT  
        DISM /Online /Get-Packages /Format:Table >> $tempDir\LOGS\Installed_Updates.TXT 
      
        } ## End function Get-Updates  
      
           
    function PrinterCheck  
        {  
            wh "`n Getting Printer Information ..."  
            get-printer | ft Name, ComputerName, Type, DriverName, PortName, Datatype, Location, DriverName > $tempDir\LOGS\Printers.TXT  
            get-printerDriver | fl >> $tempDir\LOGS\Printers.TXT  
            Get-ChildItem -Recurse Registry::"HKLM\SYSTEM\CurrentControlSet\Control\Print\Environments\Windows NT x86\Drivers" | Out-File $tempDir\LOGS\Printers.TXT -Append  
            Get-ChildItem -Recurse Registry::"HKLM\SYSTEM\CurrentControlSet\Control\Print\Environments\Windows x64\Drivers" | Out-File $tempDir\LOGS\Printers.TXT -Append  
            Get-ChildItem -Recurse Registry::"HKLM\SYSTEM\CurrentControlSet\Control\Print\Monitors" | Out-File $tempDir\LOGS\Printers.TXT -Append  
            write-output "## CBS ntprint CHECK ##" >> $tempDir\LOGS\Printers.TXT  
            $cbsCheck = (Get-ChildItem C:\Windows\Logs\CBS\*cbs* -Recurse | select-string -Pattern "E_INVALIDARG in eventsXml.*Microsoft-Windows-PrintService")  
            if($cbsCheck.Count -eq 0){Write-Output "## NO MATCHES IN CBS ##" >> $tempDir\LOGS\Printers.TXT} Else{$cbsCheck | Group-Object  >> $tempDir\LOGS\Printers.TXT}  
            write-output "## ntprint.dll CHECK ##" >> $tempDir\LOGS\Printers.TXT  
            (Get-ChildItem C:\Windows\System32\ntprint.dll).VersionInfo | ft -AutoSize >> $tempDir\LOGS\Printers.TXT  
            (Get-ChildItem C:\Windows\SysWOW64\ntprint.dll).VersionInfo | ft -AutoSize >> $tempDir\LOGS\Printers.TXT  
      
        } ## End function PrinterCheck  
      
      
    function UpdateHelper  
        {  
        if((Get-Host).Version.Major -cge 5)  
            {  
                $winupdatelog = get-item $tempDir\LOGS\windows-update.log    ##WIN-10 File  
                MD $tempDir\LOGS\Windows\Logs\WindowsUpdate\ -EA SilentlyContinue | Out-Null  
                CP C:\Windows\Logs\WindowsUpdate\*.etl $tempDir\LOGS\Windows\Logs\WindowsUpdate\ -EA SilentlyContinue  
            }  
                Else{$winupdatelog = get-item $tempDir\LOGS\windowsupdate.log} ##LEGACY File  
      
        $updateError = ($winupdatelog | select-string -pattern "error.*0x........");  
        $updateErrorSplit = $updateError -Split " "  
        $updateErrorCount = (($updateErrorSplit | select-string -pattern "0x........") -Replace "[(),'`.:]", "" -Replace "hr=", "");  
      
        $updateErrorCount | Group-Object | Sort-Object Count -Descending | Format-Table Count, Name | Out-File $tempDir\LOGS\UPDATE-ERRORS.TXT -Width 999  
        $updateError >> UPDATE-ERRORS.TXT  
        if($updateError.length -eq 0){"No `"error.*0x........`" patterns Found in Windows-Update.log" | Out-File $tempDir\LOGS\UPDATE-ERRORS.TXT}  
      
        ($winupdatelog | Select-String "KB\d\d\d\d\d\d\d" | Select-string "fail") | Out-file $tempDir\LOGS\UPDATE-ERRORS.TXT -Append -width 999  
      
        } ## End function UpdateHelper  
      
      
    function getProcesses  
        {  
        wh "`nGetting Active Process ...`n"   
        Get-Process > $tempDir\LOGS\Running-Processes.TXT  
        CMD.EXE /C "tasklist /svc" | Out-File -Append  $tempDir\LOGS\Running-Processes.TXT  
          
        } ## End function getProcesses  
      
      
    function GetApps  
        {  
        wh "`n Getting List of Installed Apps...`n"  
        Get-WmiObject -Class Win32_Product | Format-Table -Property Name, Version, Vendor > $tempDir\LOGS\Installed-Apps.TXT  
        Get-AppxPackage | ft Name, Version, InstallLocation, IspArtiallyStaged, SignatureKind, Status >> $tempDir\LOGS\Installed-Apps.TXT  
          
        } ## End function GetApps  
      
      
    function SetupLogs  
        {  
        wh "`nGetting Windows Setup Logs Independent of SetupDiage.exe...`n"  
            MD $tempDir\LOGS\SETUP\ -EA SilentlyContinue  
        dir C:\ > $tempDir\LOGS\Dir_Structure.txt  
          
        ## Main Setup Collection  
        if($env:SystemDrive -eq 'C:') ##Verify SystemDrive  
        {  
            $SetupPaths = @()  
      
            $locations = @(  
                'C:\GetCurrent',  
                'C:\$Reset',  
                'C:\$SysReset',  
                'C:\$Windows.~BT',  
                'C:\$Windows.~WS',  
                'C:\Windows\Logs\',  
                'C:\Windows\Panther\',  
                'C:\Windows\inf\',  
                'C:\Windows\System32\LogFiles\',  
                'C:\Windows\System32\SysPrep\',  
                'C:\Windows10Upgrade',  
                'C:\Windows.old\Windows\Panther')  
      
            for($i = 0; $locations.count -gt $i; $i++)  
            {   
                if((get-item $locations[$i] -Force -EA SilentlyContinue).length -gt 0) ##Null Path Check -Force for Hidden  
                {  
                    CD $locations[$i]  
                    ##Search includes setuperr/setupact only  
                    $SetupPaths += Get-ChildItem * -Force -Recurse -Include setuperr.log, setupact.log, miglog.xml, *APPRAISER_Humanreadable.xml -EA SilentlyContinue      
                }  
            }  
      
            $cleanPaths = @()  
      
            for($i = 0; $SetupPaths.count -gt $i; $i++)  
            {  
                $cleanPaths += $SetupPaths[$i].PSParentPath.ToString() -replace "Microsoft\.PowerShell\.Core\\FileSystem\:\:C\:\\", ""  
            }  
      
            CD $tempDir\LOGS\SETUP\  
            MD $cleanPaths -Force  
            CD $tempDir\LOGS\  
      
            for($i = 0; $SetupPaths.count -gt $i; $i++)  
            {  
                $destPath = "$tempDir\LOGS\SETUP\" + $cleanPaths[$i]  
                $copyPathLog = ($SetupPaths[$i].ToString())  
                  
                Copy  $copyPathLog -Destination $destPath  
            }  
          
        }Else{Write-Host "`nSystem Drive is not C:... Setup Collection Aborted!`n"}  
        ## End Main Setup Collection  
          
              
            ## Setup Reg Output      
            Get-ChildItem HKLM:\SYSTEM\SETUP\ | Out-File $tempDir\LOGS\SETUP\HKLM_SYSTEM_SETUP-OOBE.TXT  
            Get-ChildItem HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\OOBE\Me* -recurse -EA SilentlyContinue | Out-File $tempDir\LOGS\SETUP\HKLM_SYSTEM_SETUP-OOBE.TXT -Append  
            Get-Childitem HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\WindowsUpdate | Out-File $tempDir\LOGS\SETUP\HKLM_SYSTEM_SETUP-OOBE.TXT -Append  
      
            ## SetupAct String Search  
      
      
              
             $setupRegx = @("MOUPG SetupHost..Initialize:",  
                            "============================",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "MOUPG  SetupHost..Initialize. CmdLine"),  
                            "",  
                            "MOUPG Setup build & Host OS Build:",  
                            "==================================",  
                            "",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "MOUPG  SetupHost..Setup build"),  
                            "...",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "MOUPG      Host OS"),  
                            "",  
                            "Watson Parameters (4&5):",  
                            "=======================",  
                            "",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "Watson Bucketing Parameters\[[4-5]\]" ),  
                            "",  
                            "\[0x........\]Error:",  
                            "==================",  
                            "",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "\[0x........\]\[0x.....\]"),  
                            "",  
                            "`"FATAL`":",  
                            "======",  
                            "",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "FATAL" | Select-String -NotMatch "FatalExecutionEngineError" | Select-String -NotMatch "non-fatal"),  
                            "",  
                            "`"Error   `":",  
                            "===========",  
                            "",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "Error   "),  
                            "",  
                            "MIGRATE.*DATA:",  
                            "==============",  
                            "",  
                            (Get-ChildItem $tempDir\LOGS\*setupact.log -Recurse | Select-String "MIGRATE.*DATA"),  
                            ""             
                            )  
                $q=0  
                Do {$setupRegx[$q] | Out-File $tempDir\LOGS\SETUP\SetupAct-Regex.TXT -Append -Width 999 ##spool out results  
                                      $q++                    
                                                }Until($q -eq $setupRegx.Count)  
      
        } ## End function SetupLogs  
      
      
    function powerCFGInfo  
        {  
        MD $tempDir\LOGS\POWER\ -EA SilentlyContinue  | Out-Null  
        wh "`n Grabbing PowerCFG, Sleep & Battery Info ...`n"  
          
        ("`n" + "Available Sleep States (/A): `r" + "`n" +"============================`r" + "`r").ToString() | Out-File -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        powercfg /a | Out-File -Append -encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
      
        ("`n" + "-DeviceQuery Wake_Armed: `r" + "`n" +"========================`r" + "`r").ToString() | Out-File -Append -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        powercfg -devicequery wake_armed  | Out-file -Append -encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
      
        ("`n" + "Last Wake (-lastwake):  `r" + "`n" +"=====================`r" + "`r").ToString() | Out-File -Append -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        powercfg -lastwake  | Out-file -Append -encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        ("`n`r").ToString() | Out-File -Append -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
      
        ("`n" + "-Requests: `r" + "`n" +"==========`r" + "`r").ToString() | Out-File -Append -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        powercfg -requests  | Out-file -Append -encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
      
        $powerList = powercfg -list  
        $powerList | Out-File -Append -encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        $powerActive = $powerList | select-string "\*" | powercfg /QH "$_"   
        ("`n`r").ToString() | Out-File -Append -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
      
        ("`n" + "Active Power Scheme Details: `r" + "`n" +"============================`r" + "`r").ToString() | Out-File -Append -Encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
        $powerActive | Out-File -Append -encoding ascii $tempDir\LOGS\POWER\POWERCFG_INFO.txt  
      
      
        if((Get-Host).Version.Major -cge 5) ##WIN7 Does not Support powercfg /battery /sleepstudy  
             {   
               $ifbattery = Get-WmiObject win32_battery  
               if ( $ifbattery.__SERVER.count -cge 1 ) { CMD.EXE /C "powercfg /batteryreport /output %temp%\LOGS\POWER\battery-report.html" }  
               CMD.EXE /C "powercfg /sleepstudy /output %temp%\LOGS\POWER\sleepstudy-report.html"  
             }  
               CMD.EXE /C "powercfg /ENERGY /duration 10 /output %temp%\LOGS\POWER\energy-report.html"         
          
        } ## End function powerCFGInfo  
      
      
    function sysProductCheck  
        {  
        wh "`n Getting SystemProductName ...`n"  
        ##SystemInformation Reg   
        reg query HKEY_LOCAL_MACHINE\System\CurrentControlSet\Control\SystemInformation\ /v SystemProductName  > $tempDir\LOGS\REG_SystemProductName.TXT   
        Get-WmiObject Win32_ComputerSystem > $tempDir\LOGS\WMI_Object_System.TXT  
        Get-WmiObject Win32_ComputerSystemProduct >> $tempDir\LOGS\WMI_Object_System.TXT  
          
        } ## End functions sysProductCheck  
      
      
    function showWLAN  
        {  
        wh "Generating NETSH WLAN Report...`n"  
      
        $showWLANjob = {  
                        CMD.EXE /c "netsh wlan show networks mode=ssid > %temp%\LOGS\Network\wlan.txt"  
                        CMD.EXE /c "netsh wlan show networks mode=bssid >> %temp%\LOGS\Network\wlan.txt"  
                        CMD.EXE /c "netsh winhttp show proxy > %temp%\LOGS\Network\proxy.txt"  
                        CMD.EXE /c "netsh wlan show wlanreport & COPY C:\ProgramData\Microsoft\Windows\wlanReport\wlan-report-latest.html %temp%\LOGS\Network\wlan-report-latest.html"   
                        ##WIN7 Does not Support netsh wlanreport                                                    
                        }   
      
        Start-Job -Name showWLAN -ScriptBlock $showWLANjob  
      
        } ## End function sysProductCheck  
      
      
    function getGPRESULT  
        {  
        wh "`nGetting GPRESULT...`n"  
        CMD.EXE /C "GPRESULT /V > %temp%\LOGS\GPRESULT.TXT"  
          
        } ## End function getGPRESULT  
      
      
    function reservedCheck  
        {       
             
        $reservedJob =   
            {  
            $vol = (mountvol /L | select-string -Pattern "\\\\")  
            $volstring = "mountvol y:" + $vol[0]  
            CMD.EXE /C $volstring  
          
            SLEEP 2  
      
            CMD.EXE /C "CHKDSK y: > %temp%\LOGS\SystemReserved.TXT"  
          
            SLEEP 2 # Pause after drive dismount  
          
            CMD.EXE /C "mountvol y: /D"  
            }  
      
        Start-Job -Name reservedJob -ScriptBlock $reservedJob  
          
        } ## End function reservedCheck  
      
      
    function fltmcCheck  
        {  
        wh "`n Getting fltmc Filters ...`n"  
        CMD.EXE /c "fltmc filters > %temp%\LOGS\fltmc_filters.TXT"  
          
        } ## End function fltmcCheck  
      
      
    function getDXDiag  
        {  
        wh "`n Grabbing DXDiag Info...`n"  
        C:\Windows\System32\dxdiag /x $explore\DxDiag  
          
        } ## End function getDXDiag  
      
      
    function getMSINFO  
        {  
        wh "`n Gathering MSINFO32 ...`n"  
        ## check if msinfo is already gathering - if so stop  
        If((get-process | select-string -Pattern "msinfo").Pattern -eq "msinfo")  
        {Stop-Process -ProcessName msinfo32}  
      
            C:\Windows\System32\msinfo32.exe /nfo $tempDir/LOGS/MSINFO32.NFO  
                     
        } ## End function getMSINFO  
      
      
    function getAV  
        {  
         if((Get-Host).Version.Major -cge 5) ##Modern OS Only  
            {  
            wh "`n Grab root\SecurityCenter2 AntivirusProduct ...`n"  
            $avPath = (Get-WmiObject -Namespace root\SecurityCenter2 -Class AntivirusProduct) | % {$_.pathtoSignedProductEXE}  
            "AV Info" + "`n========" | Out-File $tempDir/LOGS/SecurityProductInformation.TXT 
        $avPath | Out-File $tempDir/LOGS/SecurityProductInformation.TXT -Append  
            if($avPath[0] -match "exe")  
                {   
                    $path = (Get-Item $avPath[0]).PSParentPath  
                    Get-Item $path/*.ini | Out-File $tempDir/LOGS/SecurityProductInformation.TXT -Append  
                    Get-Content $path/*.ini | Out-File $tempDir/LOGS/SecurityProductInformation.TXT -Append             
                }  
                Get-ChildItem "HKLM:\SOFTWARE\Policies\Microsoft\Windows Defender\" -recurse -EA SilentlyContinue | Out-File $tempDir/LOGS/SecurityProductInformation.TXT -Append      
            }  
        } ## End function getAV  
      
      
    function getDrivers  
        {  
        wh "`n Grabbing Driver listing via DISM.EXE ...`n"  
            $drivers = cmd.exe /C "dism /online /get-drivers /format:table"  
            $drivers += cmd.exe /C "dism /online /get-drivers /all /format:table"  
            $drivers | Out-File $tempDir/LOGS/DISM-Get-Drivers.TXT  
        wh "`n Done!`n"  
        } ## End Function getDrivers  
      
      
    function getMISCLogs  
        {  
            wh "`nCopying misc. logs ...`n"   
            MD $tempDir\LOGS\WER\ -EA SilentlyContinue   
            MD $tempDir\LOGS\Windows\Logs\WindowsUpdate\ -EA SilentlyContinue  
            CP "C:\Users\All Users\Microsoft\Windows\WER\ReportArchive\*" $tempDir\LOGS\WER\ -Recurse -EA SilentlyContinue  
            CP "C:\Windows\Logs\CBS\*cbs*" $tempDir\LOGS\Windows\Logs\  
            CP "C:\Windows\Logs\DISM\*dism*" $TempDir\LOGS\Windows\Logs\  
            CP "C:\Windows\Logs\WindowsUpdate\*" $TempDir\LOGS\Windows\Logs\WindowsUpdate\  
      
                
            #DMP Collect  
            $dmp = @()  
            $dmp += Get-ChildItem C:\Windows\*.dmp   
            $dmp += (Get-ChildItem C:\Windows\LiveKernelReports\*.dmp -Recurse -EA SilentlyContinue)  
            $dmp += (Get-ChildItem C:\Windows\Minidump\*.dmp -Recurse -EA SilentlyContinue)  
            #Validate empty array  
            if($dmp.length -ne 0)  
                {  
                $dd=0  
                      Do{       
                            If($dmp[$dd].length -lt 2000000)  
                                { $destPath = $dmp[$dd].PSParentPath.Replace('C:\', '').Replace('Microsoft.PowerShell.Core\FileSystem::', '')  
                                    MD $destPath -EA SilentlyContinue 
                                        COPY -Path $dmp[$dd].PSPath -Destination $destPath }  
                            $dd++  
                        }  
                        Until($dd -eq $dmp.Count)  
                }  
     
             #disk info 
             "`nGet-Disk:`n=========" > $tempDir\LOGS\Disk-Info.TXT  
             Get-Disk |fl >> $tempDir\LOGS\Disk-Info.TXT 
             "`nGet-Partition:`n==============" >> $tempDir\LOGS\Disk-Info.TXT  
             Get-Partition >> $tempDir\LOGS\Disk-Info.TXT 
             Manage-bde -protectors -get C: >> $tempDir\LOGS\Disk-Info.TXT 
             "`nIO Fail Search:`n===============`n" >> $tempDir\LOGS\Disk-Info.TXT 
             $search | Select-String ".*io.fail.*" | Select-String -NotMatch '0, 0, 0, 0' >> $tempDir\LOGS\Disk-Info.TXT        
      
        } ## End function getMISCLogs  
      
      
    function bingCollect  
        {  
            ##O365 Firewall Check & Bing.com diagnostics.asp  
            ##URIs based on Article:   
            ##https://support.office.com/en-us/article/Network-requests-in-Office-365-ProPlus-and-Mobile-eb73fcd1-ca88-4d02-a74b-2dd3a9f3364d  
                    
            MD $TempDir\LOGS\Network\ -EA SilentlyContinue  
      
            wh "Performing Bing & O365 URI Check ... `n"  
      
      
                  $bingCheck = (Invoke-WebRequest -Uri https://www.bing.com/fdv2/diagnostics.aspx -UseBasicParsing)   
                  $bingCheck | Out-File $tempDir\LOGS\Network\O365-URL-Query.TXT  
                     
                  $URIs = @('api.login.microsoftonline.com',    #0  Standard Reply = 403  
                  'api.passwordreset.microsoftonline.com',      #1  Standard Reply = 200  
                  'becws.microsoftonline.com',                  #2  Standard Reply = 403  
                  'clientconfig.microsoftonline-p.net',         #3  Standard Reply = 404  
                  'companymanager.microsoftonline.com',         #4  Standard Reply = 403  
                  'device.login.microsoftonline.com',           #5  Standard Reply = 200  
                  'graph.microsoft.com',                        #6  Standard Reply = 404  
                  'hip.microsoftonline-p.net',                  #7  Standard Reply = 404   
                  'hipservice.microsoftonline.com',             #8  Standard Reply = 404  
                  'login.microsoft.com',                        #9  Standard Reply = 200  
                  'login.microsoftonline.com',                  #10 Standard Reply = 200  
                  'logincert.microsoftonline.com',              #11 Standard Reply = 200   
                  'loginex.microsoftonline.com',                #12 Standard Reply = 200  
                  'login-us.microsoftonline.com',               #13 Standard Reply = 200  
                  'login.microsoftonline-p.com',                #14 Standard Reply = 200  
                  'login.windows.net',                          #15 Standard Reply = 200  
                  'nexus.microsoftonline-p.com',                #16 Standard Reply = 403  
                  'passwordreset.microsoftonline.com',          #17 Standard Reply = 200  
                  'provisioningapi.microsoftonline.com',        #18 Standard Reply = 403  
                  'stamp2.login.microsoftonline.com',           #19 Standard Reply = 200  
                  'ccs.login.microsoftonline.com',              #20 Standard Reply = 401  
                  'ccs-sdf.login.microsoftonline.com',          #21 Standard Reply = 401  
                  'accounts.accesscontrol.windows.net',         #22 Standard Reply = 200  
                  'secure.aadcdn.microsoftonline-p.com',        #23 Standard Reply = 400  
                  'windows.net',                                #24 Standard Reply = 200  
                  'phonefactor.net',                            #25 Standard Reply = 200  
                  'account.activedirectory.windowsazure.com',   #26 Standard Reply = 404  
                  'secure.aadcdn.microsoftonline-p.com',        #27 Standard Reply = 400  
                  'login.windows.net',                          #28 Standard Reply = 200  
                  'provisioningapi.microsoftonline.com',        #29 Standard Reply = 403  
                  'mscrl.microsoft.com',                        #30 Standard Reply = 400  
                  'secure.aadcdn.microsoftonline-p.com',        #31 Standard Reply = 400  
                  'windowsupdate.microsoft.com',                #32 Standard Reply = 200  
                  'update.microsoft.com',                       #33 Standard Reply = 200  
                  'au.download.windowsupdate.com',              #34 Standard Reply = 200  
                  'download.windowsupdate.com',                 #35 Standard Reply = 200  
                  'download.microsoft.com',                     #36 Standard Reply = 200  
                  'tlu.dl.delivery.mp.microsoft.com');          #37 Standard Reply = 403  
              
                     
                  $count = 0;  
                  $queryResult =@{};  
                     
                  Write-Host "Checking URIs .." -NoNewline  
                     
                  Do {           
                          Try{  
                          $queryResult[$count] = (Invoke-WebRequest -Uri ("http:`/`/" + $URIs[$count]) -Method Head -UseBasicParsing -TimeoutSec 2).RawContent  
                             }Catch{ $catch = $_ }  
                     
                              if($queryResult[$count].Count -eq 0)  
                                      {$queryResult[$count] = ($catch[$catch.count -1].ToString()).Replace("`n", " ")}                                     
                          Write-Host "." -NoNewline           
                          $count++         
                      }Until ($count -eq ($URIs.Count));                            
                  Write-Host "."  
                      
                      Get-Date | Out-File $tempDir\LOGS\Network\O365-URL-Query.TXT -Append  
                      $queryResult | Out-File $tempDir\LOGS\Network\O365-URL-Query.TXT -Append  
                        
            Write-Host " Bing Check", `n, "==========" | Out-File $tempDir\LOGS\Network\O365-URL-Query.TXT -Append  
            
                  wh "`n`n`n`URL Check Finished...`n"   
        }  
      
      
    function smbConfig  
    {  
      
        $CMDs =  
        {   cmd.exe /c "net config server"    
            cmd.exe /c "net config workstation"  
            Get-SmbClientNetworkInterface  
            Get-SmbServerConfiguration  
            Get-SmbClientConfiguration  
            Get-ChildItem "HKLM:\SYSTEM\CurrentControlSet\Services\LanmanServer"   
            Get-NetAdapterAdvancedProperty | ft }  
      
        ForEach-Object{Invoke-Command $CMDs | Out-File $TempDir\LOGS\NETWORK\$env:COMPUTERNAME-SMB-Config.TXT -Append}  
      
        $share = Get-SmbShare  
      
        ForEach-Object{Get-SmbShareAccess $share.Name | ft  | Out-File $tempDir\LOGS\NETWORK\$env:COMPUTERNAME-SMB-Config.TXT -Append}  
      
    } ## End Function smbConfig  
      
      
    function regLang  
        {       
            DISM.EXE /Online /Get-Intl  | Out-File $tempDir\LOGS\Reg-Lang.TXT  
            "`n","Get-WinUserLanguageList","=======================" | Out-File $tempDir\LOGS\Reg-Lang.TXT -Append  
            Get-WinUserLanguageList     | Out-File $tempDir\LOGS\Reg-Lang.TXT -Append  
            "`n","Get-WinLanguageBarOption","========================" | Out-File $tempDir\LOGS\Reg-Lang.TXT -Append  
            Get-WinLanguageBarOption    | Out-File $tempDir\LOGS\Reg-Lang.TXT -Append  
        }  
      
      
    function autoRotate  
        {  
            Get-ChildItem HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Auto* | Out-File $tempDir\LOGS\AutoRotate.TXT  
        }  
      
      
    function checkBoxes  
       {  
            Add-Type -AssemblyName System.Windows.Forms  
            Add-Type -AssemblyName System.Drawing  
      
            $Global:form = New-Object System.Windows.Forms.Form  
            $Global:form.Text = "LOGS-V$ver"  
            $Global:form.Size = New-Object System.Drawing.Size(300,400)  
            $Global:form.StartPosition = 'CenterScreen'  
      
            $OKButton = New-Object System.Windows.Forms.Button  
            $OKButton.Location = New-Object System.Drawing.Point(100,300)  
            $OKButton.Size = New-Object System.Drawing.Size(75,23)  
            $OKButton.Text = 'OK'  
            $OKButton.DialogResult = [System.Windows.Forms.DialogResult]::OK  
            $Global:form.AcceptButton = $OKButton  
            $Global:form.Controls.Add($OKButton)  
             
            $Global:form.ControlBox = $false  
              
                $Global:boxNum = 1  
                $Global:checkBox = @{} #hash for $checkBox  
                $tag = @{} #hash for $label  
                $Global:Box = @{}  
      
                function createCheckBox   
                    {  
                        Param ( [parameter (Mandatory = $true)][string]$name,  
                                [parameter (Mandatory = $true)][string]$label )  
                          
                        $drawingPoint = (50 + ($boxNum *25))  
      
                        $Global:checkBox[$boxNum] = New-Object System.Windows.Forms.CheckBox  
                        $Global:checkBox[$boxNum].Location = New-Object System.Drawing.Point(10,$drawingPoint)  
                        $Global:checkBox[$boxNum].Size = New-Object System.Drawing.Size(15,15)  
                        $Global:checkBox[$boxNum].Text = ''  
                        $Global:checkBox[$boxNum].Checked = $true  
                        $Global:form.Controls.Add($checkBox[$boxNum])  
                        #SetupDiag Label  
                        $tag[$boxNum] = New-Object System.Windows.Forms.Label  
                        $tag[$boxNum].Location = New-Object System.Drawing.Point(40,$drawingPoint)  
                        $tag[$boxNum].Size = New-Object System.Drawing.Size(280,20)  
                        $tag[$boxNum].Text = "$label"  
                        $Global:form.Controls.Add($tag[$boxNum])  
      
                        $Global:boxNum ++  
                      
                    } #End nested function createCheckBox   
                
                createCheckBox -name "EV" -label "EventSearch EventLog Helper"       #1  
                createCheckBox -name "SD" -label "SetupDiag.EXE Setup Diagnostics"   #2  
                createCheckBox -name "WU" -label "Get-WindowsUpdateLog Collection"   #3  
                createCheckBox -name "IP" -label "Network Information"               #4  
                createCheckBox -name "PW" -label "POWERCFG. Sleep & Battery Info"    #5  
                createCheckBox -name "GP" -label "GPResult Info"                     #6  
                createCheckBox -name "MS" -label "General Machine Info"              #7  
                createCheckBox -name "EO" -label "EventSearch Out-GridView"          #8            
                     
                #Checkbox State Changes               
                $Global:checkBox[1].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[1].checked -eq $True){ $Global:EventsCollect = $true ; Write-Host "." -nonewline} Else{ $Global:EventsCollect = $false }  
                                  
                        })             
                $Global:checkBox[2].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[2].checked -eq $True){ $Global:SetupDiagCollect = $true ; Write-Host "." -nonewline} Else{ $Global:SetupDiagCollect = $false }  
                                  
                        })  
                $Global:checkBox[3].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[3].checked -eq $True){ $Global:UpdatesCollect = $true ; Write-Host "." -nonewline} Else{ $Global:UpdatesCollect = $false }  
                                  
                        })  
                $Global:checkBox[4].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[4].checked -eq $True){ $Global:WLANCollect = $true ; Write-Host "." -nonewline} Else{ $Global:WLANCollect = $false }  
                                  
                        })  
      
                $Global:checkBox[5].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[5].checked -eq $True){ $Global:PowerCollect = $true ; Write-Host "." -nonewline} Else{ $Global:PowerCollect = $false }  
                                  
                        })  
                $Global:checkBox[6].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[6].checked -eq $True){ $Global:GPCollect = $true ; Write-Host "." -nonewline} Else{ $Global:GPCollect = $false }  
                                  
                        })  
                $Global:checkBox[7].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[7].checked -eq $True){ $Global:miscCollect = $true ; Write-Host "." -nonewline} Else{ $Global:miscCollect = $false }  
                                  
                        })  
      
                 $Global:checkBox[8].Add_CheckStateChanged(  
                        {   
                            if($Global:checkBox[8].checked -eq $True){ $Global:eventOut = $true ; $Global:checkBox[1].checked = $true; Write-Host "x" -nonewline} Else{ $Global:eventOut = $false }  
                                  
                        })  
                                               
            $Global:checkBox[8].Checked = $false  
            $mainText = New-Object System.Windows.Forms.Label  
            $mainText.Location = New-Object System.Drawing.Point(62,30)  
            $mainText.Size = New-Object System.Drawing.Size(260,20)  
            $mainText.Text = 'Choose which logs to collect:'  
            $Global:form.Controls.Add($mainText)  
            $result = $Global:form.ShowDialog()  
            SLEEP 1  #testing Topmost lag  
            $Global:form.Topmost = $true  
      
            #OK Button ...   
            if ($result -eq [System.Windows.Forms.DialogResult]::OK)  
            {  
                $x = $textBox.Text  
                $x  
            }       
      
        } #End function checkBoxes  
      
      
    Function werHint  
    {  
        $WERs = Get-ChildItem $tempDir\LOGS\WER\*.wer -Recurse  
      
        $WERArray = @()  
      
        $Date = $WERs | Select-String -pattern "eventtime=" | % {$_ -Replace("C:.*EventTime=", "")}  
        $eventType = $WERs | Select-String -pattern "EventType=" | % {$_ -Replace("C:.*EventType=", "")}  
        $Sig0Nam = $WERs | Select-String -pattern "Sig\[0\].Name" | % {$_ -Replace("C:.*Sig\[0\].Name=", "")}  
        $Sig0Val = $WERs | Select-String -pattern "Sig\[0\].Value" | % {$_ -Replace("C:.*Sig\[0\].Value=", "")}  
        $Sig3 = $WERs | Select-String -pattern "Sig\[3\].Value" | % {$_ -Replace("C:.*Sig\[3\].Value=", "")}  
        $Sig3 = $WERs | Select-String -pattern "Sig\[3\].Value" | % {$_ -Replace("C:.*Sig\[3\].Value=", "")}  
        $Sig4 = $WERs | Select-String -pattern "Sig\[4\].Value" | % {$_ -Replace("C:.*Sig\[4\].Value=", "")}  
      
        #ConvertDateTime  
        $epoch = [datetime]"01/01/1601 00:00"  
        $date = $date | foreach{$epoch.AddSeconds($_/10000000)}   
        $convertedDate = foreach($Date in $Date) {Get-Date $Date -Format G}  
      
        $WERarray = 0..($convertedDate.Length -1) | Select-Object @{n="Id";e={$_}},   
            @{n="Date";e={$convertedDate[$_]}}, @{n="EventType";e={$eventType[$_]}},  
                @{n="S0-Name";e={$Sig0Nam[$_]}}, @{n="S0-Value";e={$Sig0Val[$_]}}, @{n="S3";e={$Sig3[$_]}},   
                    @{n="S4";e={$Sig4[$_]}}  
      
        $WERArray |Sort-Object -Descending Date | ft -autosize Date, EventType, S0-Name, S0-Value, S3, S4  |   
            Out-File $tempDir\LOGS\WER-SUMMARY.TXT -Width 500  
      
    } ## End Function werHint  
      
      
      
    ### FUNCTIONS_INIT ###   
      
            $Script:Cancel = @{}  
      
            StartScript #function  
            checkBoxes  
              
            ## SetupDiagCollect   #2  
            if($Global:SetupDiagCollect -eq $True)  
                {  
                SetupDiagFunc #function & job   
                wh "...`n"  
                }  
            ## EventSearch         #1  
            if($Global:EventsCollect -eq $True)  
                {  
                EventSearch #function & job  
                wh "...`n"  
                }  
      
            ## Get-WindowsUpdate   #3  
            if($Global:UpdatesCollect -eq $True)  
                {  
                GetUpdates #function & job  
                wh "...`n`n"  
                }  
      
            ## WLAN/Wifi Collect    #4  
            if($Global:WLANCollect -eq $True)      
                {  
                bingCollect #function  
                wh "...`n"  
                showWLAN #function & job   
                wh "...`n"  
                smbConfig #function  
                }  
      
            ## Power/Battery Collect:#5  
            if($Global:PowerCollect -eq $True)  
                {  
                powerCFGInfo #function - make job takes a min  
                wh "...`n"  
                }  
      
            ## GPRESULT Collection:  #6  
            if($Global:GPCollect -eq $True)  
                {  
                getGPRESULT #function  
                wh "...`n"  
                }  
      
            ## Misc Logs Collection: #7        
            if($Global:miscCollect -eq $True)  
                {  
                getMSINFO #function & job  
                    wh "...`n"  
                PrinterCheck #function  
                    wh "...`n"  
                getProcesses #function  
                    wh "...`n"  
                getApps #function - make job - takes a min  
                    wh "...`n"  
                SetupLogs #function  
                    wh "...`n"       
                sysProductCheck #function  
                    wh "...`n"                 
                reservedCheck #function  
                    wh "...`n"  
                fltmcCheck #function  
                    wh "...`n"  
                getDXDiag #function  
                    wh "...`n"  
                regLang #function  
                    wh "...`n"  
                autoRotate #function  
                getMISCLogs #function  
                    wh "...`n"  
                getDrivers #function  
                    wh "...`n"   
                getAV #function  
                    wh "...`n"            
                 }  
            
      
    #### RECEIVING JOBS SECTION ###...   
      
            #EventSearchJob  
            if($Global:EventsCollect -eq $True)  
            {          
                wh "`nWaiting for EventSearchJob to complete...`n"  
      
                Receive-Job -Name EventSearchJob -OutVariable eventSearch -Wait   
                $search = $eventSearch.Line  
            }  
      
      
            if($Global:SetupDiagCollect -eq $True)  
            {  
                #SetupDiagJob - Receive-Job  
                $stamp = (Get-Date -format "hh:mm tt")  
                wh "`nWaiting for SetupDiagJob to complete..."  
                wh "`nTime Stamp: $stamp"  
                wh "`nThis can take up to 10 minutes ..."  
      
                Do{  
                  SLEEP 15  
                    wh "."  
                    if((Get-Job -name SetupDiagJob).State -eq "Completed")  
                        { Receive-Job -Name SetupDiagJob  
                               wh "`nSetupDiag Completed!"                         
                            Break                      }  
                                    }Until($Cancel.SetupDiag -eq $True)  
                wh `n  
                                                   
                #Receive file and copy  
                Receive-Job -Name SetupDiagJob -Wait   
                Copy-Item $tempDir\Logs*.zip $tempDir\LOGS\SetupDiag-Log.zip  
                Copy-Item $tempDir\setupdiag*.log $tempDir\LOGS\  
                Remove-Item $tempDir\Logs*.zip  
            }  
      
           
            if($Global:UpdatesCollect -eq $True)  
            {  
                #GetUpdates Job via:  
                #UpdateHelper <--- GetUpdates Job has to finish first!  
                #Checking Status of GetUpdates Job...  
                wh "Checking Status of GetUpdates Job...`n"  
                If ((Get-Job -Name GetUpdates).State -eq "Failed")  
                    { wh "`nGetUpdates Job Failed!`n" }  
                        Else{  
                                Receive-Job -Name GetUpdates -wait  
                                Move $env:USERPROFILE\Desktop\WindowsUpdate.log $TempDir\LOGS\Windows-Update.log -Force  
                                wh "`n Writing Update Helper Info to UPDATE-ERRORS.TXT ... `n"  
                                UpdateHelper #run the update helper function  
                            }               
            } #End getting GetUpdates-job       
      
            #Finishing EventSearch  
            if($Global:EventsCollect -eq $True)  
                {  
                    writeSearch #function  
                }  
      
    #Wait on MSINFO...  
    if($Global:miscCollect -eq $True)  
    {  
        wh "`n Waiting for MSINFO32 to Complete ...`n"  
        do{ start-sleep 1 }  
        Until((get-process | select-string -Pattern "msinfo").Pattern -cne "msinfo")  
            werHint #function  
    }  
      
      
    if((Get-Host).Version.Major -cge 5) ##WIN7 Does not Support Transcript  
        {  
      
    Stop-Transcript   
      
            do{  
        start-sleep 1  
        }  
        Until((get-item $tempDir\LOGS\Event-Search.TXT).Length -cne 0)  
          
        }  
      
    wh "`nLog Collection Completed! `nLogs are available in %temp%\LOGS\`n"    
    wh "`nHit Any Key or Close ...`n"  
      
    Start-Sleep 1  
      
    Start Explorer.exe $explore  
      
    PAUSE  
      
    ## LOGS.PS1 1.6.3  ##     
    ## JOHNEM 8-2019 ##   
    ## EOF ##


    Click OK > post a share link into the thread using one drive, drop box, or google drive.
      My Computer


  7. Posts : 11
    Windows 10
    Thread Starter
       #7

    Sorry, Iím new here. Whatís the Powershell code for?
      My Computer


  8. Posts : 1,867
    Windows 10 Pro 2004 20H1
       #8

    The MiniTools Partition Wizard process to convert a disk from MBR to GPT is straight-forward

    1. Click on the disk you want to convert.

    2. Select Convert MBR Disk to GPT Disk.

    Attachment 285855

    Doing a disk image backup first would be a good idea.
      My Computer


  9. Posts : 11
    Windows 10
    Thread Starter
       #9

    It doesnít look like the free version of Partition Wizard will convert an OS disk.
      My Computer


  10. Posts : 1,867
    Windows 10 Pro 2004 20H1
       #10

    Tonkski said:
    It doesnít look like the free version of Partition Wizard will convert an OS disk.
    Buy it.

    Worth the money.

    - - - Updated - - -

    zbook said:
    Open administrative Powershell and copy and paste:
    With that much code to copy and paste, it would be a heck of a lot easier for users to just put it in a .ps1 file for them.

    Attachment 285880

    Since the script doesn't zip anything up, or put everything in one folder with an identifiable name, how is the user going to distingush what the script put in the Temp folder from anything else?

    Better off to use V2.
    Last edited by OldNavyGuy; 30 Jun 2020 at 00:52.
      My Computer


 

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