PSWizget.ps1
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<#PSScriptInfo
.VERSION 1.0.10 .GUID acb8f443-01c8-40b3-9369-c5e6e28548d1 .AUTHOR zakret.code@gmx.com .COMPANYNAME .COPYRIGHT GPL-3.0 .TAGS PSEdition_Core windows winget batch upgrade wizard update all queue .LICENSEURI https://opensource.org/licenses/GPL-3.0 .PROJECTURI https://github.com/zakret/PSwizget .ICONURI .EXTERNALMODULEDEPENDENCIES .REQUIREDSCRIPTS .EXTERNALSCRIPTDEPENDENCIES .RELEASENOTES - bug fixes - colorized output - the title bar shows which package is currently being updated - better readability - added the ability to escape the selected option .PRIVATEDATA #> <# .SYNOPSIS PowerShell script that allow you to manage the upgrade process with winget. .DESCRIPTION PowerShell script that allow you to manage the upgrade process with winget. It adds a few more options than 'winget upgrade --all': - create a file with the packages you would like to omit - add or remove packages from toSkip file directly from the script - automatically omit packages with "unknown" installed version, or when the formats of the installed version and the available version formatest does not match - it tries to guess the correct installed version by reading the pattern from the available version - manually edit the upgrade queue - quick mode (it's similar to 'winget upgrade --all' but with a blacklist applied) .NOTES This is my first powershell script for educational purposes. .EXAMPLE PS> .PSWizget.ps1 .PARAMETER quick The Script won't ask for any unessentialy input. It will exclude packages blacklisted or with an unrecognized version and then the update will start. .INPUTS None. You cannot pipe objects to PSWizget.ps1. .OUTPUTS None. PSWizget.ps1 does not generate any output. .LINK Project page https://github.com/Zakret/PSwizget .FUNCTIONALITY winget batch upgrade wizard update all queue #> param ( [switch]$quick ) #region FUNCTIONS function Split-Result { <# .SYNOPSIS Split the 'winget upgrade' result into three arrays: okList, noList, unknownVer .DESCRIPTION Split the 'winget upgrade' result into three groups: skippable (noList), unrecognizable (unknownList) and upgradeable (okList) ones. Also tries to correctly recognize packages with an incorrect format of the installed version. These objects must be defined in the script before calling this function: $upgradeList collection, with Package object with Name, ID, Version, AvailableVersion $toSkip array with packages IDs #> $Script:upgradeList | ForEach-Object -Begin { $okList = @() $noList = @() $unknownVer = @() $toSkip = Get-Content $Script:toSkipPath } -Process { if ($toSkip -contains $_.Id) { $noList += $_ } elseif ($_.Version -contains "Unknown") { $unknownVer += $_ } elseif ([Math]::Abs($_.Version.Length - $_.AvailableVersion.Length) -gt 1){ if (($_.Version.Length - $_.AvailableVersion.Length -gt 0) -and !$quick) { $versionPattern = $_.AvailableVersion -replace "[a-z]",'[a-z]' $versionPattern = $versionPattern -replace "[0-9]",'[0-9]' $versionPattern = $versionPattern -replace "\.",'\.' $_.Version -match "(?<Version>$($versionPattern))" | Out-Null $hostResponse = Read-Host "Is version '$($Matches.Version)' the correct version$( ) of $($_.Name) installed? Available version is '$( $_.AvailableVersion)'. [ Y ] for Yes, anything else to skip$( ) this package" if ( $hostResponse -like "y" ) { $_.Version = $Matches.Version $versionsCoparison = @($_.Version, $_.AvailableVersion) | Sort-Object -Descending if ( $_.Version -eq $_.AvailableVersion -or ` $versionsCoparison[0] -eq $_.Version) { Write-Host "There is no need to update $($_.Name). Omitting the package." } else { $okList += $_ } } else { $unknownVer += $_ } } else { Write-Host "Installed ($($_.Version)) and available version ($( $_.AvailableVersion)) formats for package $( $_.Name) are different." $unknownList += $_ } } else { $okList += $_ } } -End { return $okList, $noList, $unknownVer } } function Get-Answer { <# .SYNOPSIS Wait for user input for specified amount of time. .DESCRIPTION Wait for user input for specified amount of time. The delay is an integer and amounts to 0.1s. By default it's 50, so ~5s. It only takes one key ready. After the delay, function returns False. .EXAMPLE Get-Answer -Delay 100 wait 10 seconds for user input, return single key object or false if no input has been entered .PARAMETER Delay Waiting time for the function to return False expressed in 0.1s. .NOTES Code by Every Villain Is Lemons https://stackoverflow.com/a/16965646 #> param( [ Parameter() ] [int]$Delay = 50 ) $counter = 0 while( $counter++ -lt $Delay ) { if ( $Host.UI.RawUI.KeyAvailable ) { $key = $host.UI.RawUI.ReadKey("NoEcho,IncludeKeyUp") break } else{ Start-Sleep -Milliseconds 100 $key = $false } } return ( $key ) } function Write-PackagesStatus { <# .SYNOPSIS Show packages from array and message about their status .DESCRIPTION Show the status of packages, that means an array to which the package has been moved by Split-Result function. It's displayed as follows: "Package/s <array> is/are <message>" or "<message>" if list is empty. .EXAMPLE Write-PackagesStatus -packagesArray @(Package1, Package2) -secondHalf "fantastic!" "Packages Package1, Package2 are fantastic!" .PARAMETER packagesArray Array with list of packages of the same status. .PARAMETER secondHalf The string displayed after the package list. It's a status description. .PARAMETER emptyMessage The string displayed if the package array is empty #> param( [ Parameter(Mandatory) ] $packagesArray, [ Parameter(Mandatory) ] [string]$secondHalf, [ Parameter() ] [string]$emptyMessage = "" ) if ( $packagesArray.Count -eq 1 ) { Write-Host "The package " -NoNewline Write-Host $packagesArray[0].Name -ForegroundColor Yellow -NoNewline Write-Host " is $($secondHalf)" } elseif ( $packagesArray.Count -ne 0) { Write-Host "Packages " -NoNewline for ( $i=0; $i -lt $packagesArray.count; $i++){ Write-Host $packagesArray[$i].Name -ForegroundColor Yellow -NoNewline if ( $i -ne $packagesArray.count-1 ) {Write-Host ', ' -NoNewline} } Write-Host " are $($secondHalf)" } elseif ( $emptyMessage -ne "" ) { Write-Host $emptyMessage } } function Get-IntAnswer { <# .SYNOPSIS Get selected numbers from the options presented to the user. User input must be integers separated by spaces. .DESCRIPTION Get selected numbers from the options presented to the user. Options are packages that can be manipulated. User input must be integers separated by spaces, any other input will be rejected by function. This object must be defined in the script before calling this function: $optionList collection of Package objects with Name, ID, Version, AvailableVersion #> $i = 0 foreach ( $package in $optionsList ) { $i ++ Write-Host "[$($i)] $($package.Name)" } $hostSelection = Read-Host @" Select the package indexes to which you want to apply the changes (eg. 1 4). Press [ Q ] to return to the menu "@ do { $hostArray = $hostSelection.Split(" ") $wrongInput = $false if ( !$hostArray -or $hostArray -eq 'q') { $hostArray = $false break } try { $hostArray = foreach ( $i in $hostArray ) { [Convert]::ToInt32($i) } } catch { $wrongInput = $true } if ( $wrongInput -eq $false ) { $wrongInput = $hostArray.Where({ $_ -le 0 -or $_ -gt $optionsList.Length}, 'SkipUntil', 1) $wrongInput = [boolean]$wrongInput } if ( $wrongInput -eq $true ) { $hostSelection = Read-Host "Don't be silly! Only mentioned numbers separated $( )by a space! Please select" } } while ( $wrongInput -eq $true ) return $hostArray } function Show-Result { <# .DESCRIPTION It uses the Write-PackagesStatus function to return all the messages needed in this script at once. #> Write-PackagesStatus -packagesArray $unknownVer -secondHalf $Script:unknownVerMessage Write-PackagesStatus -packagesArray $noList -secondHalf $Script:noListMessage Write-PackagesStatus -packagesArray $okList -secondHalf $Script:okListMessage ` -emptyMessage $Script:emptyListMessage } function Write-Separator { <# .DESCRIPTION Write-Host a colored line made of multipled string. .PARAMETER type The string to be multiplied. .PARAMETER number Line length. .PARAMETER color Line color. #> param ( [string]$type = '-', [int]$number = $host.UI.RawUI.BufferSize.Width, [string]$color = 'Green' ) $line = '' for ( $i = 0; $i -lt $number; $i ++ ) { $line = $line + $type } Write-Host $line -ForegroundColor $color } function Show-UI { <# .SYNOPSIS It shows the user all the available options that he can choose to manipulate the Skipt blacklist file or the update queue. .DESCRIPTION It shows the user all the available options that he can choose to manipulate the toSkip blacklist file or the update queue. Options available: - Add the package Id to the toSkip file - Remove package Id from file toSkip - Add the excluded packages to the update queue - Only this time, skip the package in the queue - Create a new custom upgrade queue The function determines which packages are relevant to which option and shows them to the user as an indexed list. The user select packages by entering their indexes separated by spaces. The function has all the mechanisms needed for manipulation. .PARAMETER okList an object with packages to be updated .PARAMETER noList an object with blacklisted packages to be omitted .PARAMETER unknownVer an object with packages to be omitted due to unrecognized version info .EXAMPLE Show-UI -okList $okList -noList $noList -unknownVer $unknownVer <Table with upgradable packages> --- Packages A, B are recognized incorrectly (installed version info). Package C is listed in the toSkip file. Package D id going to be updated. --- <a list with options indexed with single letters> [A] Option A --- Wait 10 sec or press anything else to continue <User input - only one char read> A <indexed list of packages relevant to selected option> [1] Package B [2] Package D Select the package indexes to which you want to apply the changes (eg. 1 4): <User input - integers seperated by spaces> 1 2 <Packages B and D are manipulated as indicated by the option> <Clear-Host and run function again> <User unput Enter> <Function ends> #> param ( [ Parameter(Mandatory) ]$okList, [ Parameter(Mandatory) ]$noList, [ Parameter(Mandatory) ]$unknownVer ) Clear-Host $Script:upgradeList | Format-Table Write-Separator -type "‾" Show-Result Write-Separator Write-Host @" [ B ] Add the package Id to the toSkip file [ W ] Remove package Id from file toSkip [ A ] Add the excluded packages to the update queue [ S ] Only this time, skip the package in the queue [ C ] Create a new custom upgrade queue "@ Write-Separator -number 55 Write-Host "Wait 10 sec or press anything else to continue" Write-Separator -number 55 $hostResponse = Get-Answer -Delay 100 $optionsList = @() switch ( $hostResponse.Character ) { 'b' { $optionsList = $Script:upgradeList | Where-Object {$_ -NotIn $noList} if ( !$optionsList ) { Write-Host "There are no packages that could be added to the toSkip file." } else { $hostArray = Get-IntAnswer if ( $hostArray ) { foreach ( $k in $hostArray ) { Add-Content -Path $Script:toSkipPath -Value $optionsList[$k - 1].Id $toSkip, $noList = @(), @() $toSkip = Get-Content $Script:toSkipPath foreach ($package in $Script:upgradeList) { if ($toSkip -contains $package.Id) { $noList += $package } } $okList = $oklist | Where-Object {$_ -notIn @($optionsList[$k - 1])} if ( $null -eq $okList) { $okList = @() } Write-Host "Added $($optionsList[$k - 1].Name) to the toSkip file." } } } } 'w' { $optionsList = $noList if ( !$optionsList ) { Write-Host "For now, the toSkip file is empty" } else { $hostArray = Get-IntAnswer if ( $hostArray ) { foreach ( $k in $hostArray ) { Set-Content -Path $Script:toSkipPath -Value (get-content -Path $Script:toSkipPath | Select-String -SimpleMatch $optionsList[$k - 1].Id -NotMatch) $noList = $nolist | Where-Object {$_ -notIn @($optionsList[$k - 1])} if ( $null -eq $noList) { $noList = @() } if ( $optionsList[$k - 1].Version -ne 'Unknown' ){ $okList += @($optionsList[$k - 1]) } Write-Host "Removed $($optionsList[$k - 1].Name) from the toSkip file." } } } } 'a' { $optionsList = $unknownVer + $noList if ( !$optionsList ) { Write-Host "There are no excluded packages" } else { $hostArray = Get-IntAnswer if ( $hostArray ) { foreach ( $k in $hostArray ) { $okList += @($optionsList[$k - 1]) Write-Host "Added $($optionsList[$k - 1].Name) to this upgrade queue." } } } } 's' { $optionsList = $okList if ( !$optionsList ) { Write-Host "There are no upgradeable packages" } else { $hostArray = Get-IntAnswer if ( $hostArray ) { foreach ( $k in $hostArray ) { $okList = $oklist | Where-Object {$_ -notin @($optionsList[$k - 1])} if ( $null -eq $okList) { $okList = @() } Write-Host "Removed $($optionsList[$k - 1].Name) from this upgrade queue." } } } } 'c' { $optionsList = $Script:upgradeList $hostArray = Get-IntAnswer if ( $hostArray ) { $okList = @() foreach ($k in $hostArray) { $okList += $optionsList[$k - 1] } $Script:okListS = $okList break } } { $_ -in 'b', 'w', 'a', 's'} { $host.UI.RawUI.FlushInputBuffer() if ( $hostArray ) { Get-Answer -Delay 20 | Out-Null } $Script:okListS = $okList Show-UI -okList $okList -noList $noList -unknownVer $unknownVer } } } #endregion FUNCTIONS #region STARTUP Write-Host 'Please wait...' # user input fix - flushing Enter $host.UI.RawUI.FlushInputBuffer() # window configuration $host.UI.RawUI.BufferSize.Width = 120; $host.UI.RawUI.WindowSize.Width = 120 $oldTitle = $host.UI.RawUI.WindowTitle; $host.UI.RawUI.WindowTitle = 'PS Wizget' # winget test $wingetExist = test-path -path "HKCU:\SOFTWARE\Microsoft\Windows\CurrentVersion\App Paths\winget.exe" if ( !$wingetExist ) { Write-Host -NoNewline -ForegroundColor Yellow "First please install winget from msstore" return } # create and read toSkip blacklist file $toSkipPath = ".\toSkip.txt" if ( !(Test-Path -Path $toSkipPath) ) { New-Item -Path $toSkipPath -ItemType file Write-Host Write-Host "A 'toSkip' file has been created in " -NoNewline Write-Host $(Resolve-Path -path $toSkipPath) -ForegroundColor Yellow Read-Host "Add the IDs of packages with a different format for 'version' and $( )'available version' to this file" } # internet connection test Write-Host -NoNewline -ForegroundColor Yellow "`rTesting connection... " if ( !( Test-Connection 8.8.8.8 -Count 3 -Quiet ) ) { Write-Host -ForegroundColor Yellow "`rNo internet connection. " Return } #endregion STARTUP Write-Host -ForegroundColor Yellow "`rConnected. Fetching from 'winget upgrade'..." #region FETCHING UPGRADEABLE PACKAGES # FROM WINGET TO COLLECTION OF OBJECT #It's not mine code in this region. I found it on stackoverflow some time ago but can't find it now. #Temporory no author, no link class Software { [string]$Name [string]$Id [string]$Version [string]$AvailableVersion } $upgradeResult = winget upgrade | Out-String # my fix to this code $upgradeResult = $upgradeResult -replace "ÔÇŽ", ' ' $lines = $upgradeResult.Split([Environment]::NewLine) # Find the line that starts with Name, it contains the header $fl = 0 while (-not $lines[$fl].StartsWith("Name")) { $fl++ } # Line $i has the header, we can find char where we find ID and Version $idStart = $lines[$fl].IndexOf("Id") $versionStart = $lines[$fl].IndexOf("Version") $availableStart = $lines[$fl].IndexOf("Available") $sourceStart = $lines[$fl].IndexOf("Source") # Now cycle in real package and split accordingly $upgradeList = @() for ($i = $fl + 1; $i -le $lines.Length; $i++) { $line = $lines[$i] if ($line.Length -gt ($availableStart + 1) -and -not $line.StartsWith('-')) { $name = $line.Substring(0, $idStart).TrimEnd() $id = $line.Substring($idStart, $versionStart - $idStart).TrimEnd() $version = $line.Substring($versionStart, $availableStart - $versionStart).TrimEnd() $available = $line.Substring($availableStart, $sourceStart - $availableStart).TrimEnd() $software = [Software]::new() $software.Name = $name $software.Id = $id $software.Version = $version $software.AvailableVersion = $available $upgradeList += $software } } #endregion FETCHING UPGRADEABLE PACKAGES #region POSTPROCESSING WINGET UPGRAGE RESULT $upgradeList = $upgradeList | Sort-Object -Property Id -Unique If ( !$upgradeList ) { Read-Host "There are no packages to upgrade. Press Enter to close this window" return } $maxLength = 20 foreach ( $package in $upgradeList) { if ( $package.Name.Length -gt $maxLength -and $package.Name.Length -le $package.ID.Length) { $package.Name = $package.Name.Substring(0,$maxLength-3) + '...' } elseif ( $package.Name.Length -gt $maxLength -and $package.Name.Length -gt $package.ID.Length) { $package.Name = $package.Name.Substring(0,$package.ID.Length-3) + '...' } } #endregion POSTPROCESSING WINGET UPGRAGE RESULT #region PREPARING MESSAGES ABOUT PACKAGES STATUSES $unknownVerMessage = "recognized incorrectly (installed version info)." $noListMessage = "listed in the toSkip file." $okListMessage = "going to be updated." $emptyListMessage = "There are no packages to upgrade." #endregion PREPARING MESSAGES ABOUT PACKAGES STATUSES #region UI $okListS, $noListS, $unknownVerS = @(), @(), @() $okListS, $noListS, $unknownVerS = Split-Result if ( !$quick ) { Show-UI -okList $okListS -noList $noListS -unknownVer $unknownVerS } #endregion UI #region UPGRADE A BATCH OF PACKAGES Write-PackagesStatus -packagesArray $okListS -secondHalf $okListMessage -emptyMessage $emptyListMessage if ( $oklistS.Count -gt 0) { Write-Host $abort = Read-Host '[ Enter ] to continue, [ Q ] to abort' if ( $abort -ne 'q') { foreach ($package in $okListS) { $host.UI.RawUI.WindowTitle = "PS Wizget: Updating " + $package.Name Write-Host Write-Host "Updating the $($package.Name) application." & winget upgrade $package.Id -h } Write-Host Write-Host "All updates completed" -ForegroundColor Yellow } } $host.UI.RawUI.WindowTitle = $oldTitle #endregion UPGRADE A BATCH OF PACKAGES |