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Voxengo Marvel GEQ (Install)

1.6

Package test results are passing.

This package was approved by moderator gep13 on 6/4/2019.

Marvel GEQ is a free linear-phase 16-band graphic equalizer AAX, AU and VST plugin that offers you a mastering-grade sound quality.

Package Specific

Package Parameters

The following package parameters can be set:

  • /NoVst2x86 - Do not install the x86 VST2 version
  • /NoVst2x64 - Do not install the x64 VST2 version
  • /NoVst3x86 - Do not install the x86 VST3 version
  • /NoVst3x64 - Do not install the x64 VST3 version
  • /NoAaxx86 - Do not install the x86 AAX version
  • /NoAaxx64 - Do not install the x64 AAX version
  • /NoShortcuts - Do not install shortcuts to manuals and uninstaller into start menu or onto desktop
  • /Vst2Path: - Installation path of the VST2 version
  • /Vst2x86Path: - Installation path of the x86 VST2 version on x64 CPU architecture
  • /InstallerPath: - Do not download the installer from the official Voxengo website and use the one passed with this argument instead. Use it, if you don't have an internet connection at your studio computer.
  • /CompanyPath: - Path of the company to put all program files in. Override if you want to have the program files at a custom location.

You must pass the package parameters like this:

choco install voxengo-marvel-geq --package-parameters "'/NoVst2x64 /Vst2x86Path:${env:CommonProgramFiles(x86)}\VST2\Voxengo '"

To install Voxengo Marvel GEQ (Install), run the following command from the command line or from PowerShell:

C:\> choco install voxengo-marvel-geq

To upgrade Voxengo Marvel GEQ (Install), run the following command from the command line or from PowerShell:

C:\> choco upgrade voxengo-marvel-geq

Files

Hide
  • tools\chocolateyfunctions.ps1 Show
    # Installer Functions
    # Comments to this script have been added upon request by the chocolatey community reviewer
    function CreateShortcut ($shortcutObject) {
      if($shortcutObject.execute -eq $true) {
        $TemporaryWorkaroundFile = $false;
        $tempShortcutPathAndName = "" + $shortcutObject.linkPath + "\" + $shortcutObject.linkName
        If (-not(Test-Path -Path $shortcutObject.destPath)) {
          If ([string]::IsNullOrWhiteSpace([System.IO.Path]::GetExtension($shortcutObject.destPath))) {
            Write-Debug "Target path does not exist and has no file type extension. Assuming a folder. Creating it first."
            New-Item -ItemType Directory -Force -Path $shortcutObject.destPath
          } else {
            New-Item -ItemType File -Force $shortcutObject.destPath
            $TemporaryWorkaroundFile = $true;
          }
        }
        Write-Debug "This is the Shortcut Full Path:"; Write-Debug $tempShortcutPathAndName
        Install-ChocolateyShortcut -ShortcutFilePath $tempShortcutPathAndName -TargetPath $shortcutObject.destPath
        If ($TemporaryWorkaroundFile -eq $true) {
          Write-Debug "Deleting temporary workaround file."
          Remove-Item $shortcutObject.destPath -Force
        }
      }
    }
    
    function CreateSymlink ($symlinkObject) {
      if($symlinkObject.execute -eq $true) {
        $tempSymlinkPathAndName = $symlinkObject.linkPath + "\" + $symlinkObject.linkName
        If ($tempSymlinkPathAndName -eq $symlinkObject.destPath) {
          Write-Error ("Target and Destination Paths of an overwritten parameter and an internal parameter are the same.")
          return
        }
        if (Test-Path -Path $symlinkObject.destPath) {
          Write-Debug ("Destination Path " + $symlinkObject.destPath + " already exists.")
        } else {
          Write-Debug ("Creating " + $symlinkObject.destPath)
          New-Item $symlinkObject.destPath -ItemType Directory -Force
        }
        if (Test-Path -Path $tempSymlinkPathAndName) {
          if((Get-Item $tempSymlinkPathAndName).Attributes.ToString() -Match "ReparsePoint") {
            Write-Debug ("Link Path " + $tempSymlinkPathAndName + " already exists as SymbolicLink. Will overwrite SymbolicLink.")
          } else {
            Write-Debug ("Link Path " + $tempSymlinkPathAndName + " already exists. Will move to destination path and link afterwards.")
            If (Test-Path $tempSymlinkPathAndName -pathType leaf) {
              Write-Debug ("Link Path " + $tempSymlinkPathAndName + " is a file.")
              Move-Item -Path $tempSymlinkPathAndName -Destination $symlinkObject.destPath -Force
            } ElseIf (Test-Path $tempSymlinkPathAndName -pathType container) {
              Write-Debug ("Link Path " + $tempSymlinkPathAndName + " is a folder.")
              Move-Item -Path "$tempSymlinkPathAndName\*" -Destination $symlinkObject.destPath -Force
              Remove-Item -Path "$tempSymlinkPathAndName"
            } Else {
              Write-Error ("Link Path " + $tempSymlinkPathAndName + " is neither file nor folder.")
              return
            }
          }
        }
        Write-Debug ("Linking " + $tempSymlinkPathAndName + " to " + $symlinkObject.destPath)
        New-Item -Type SymbolicLink -Path "$tempSymlinkPathAndName" -Value $symlinkObject.destPath -Force
      }
    }
    
    function CreateRegKey ($regKeyObject) {
      If ([string]::IsNullOrWhiteSpace($regKeyObject.path)) {
        Write-Warning ("Given Registry Object Path is NULL.")
        return
      }
    
      if($regKeyObject.execute -eq $true) {
        if($regKeyObject.key -eq '') {
          New-Item -Path ${regKeyObject}.path -Value ${regKeyObject}.value -Force
        } else {
          if (Test-Path ${regKeyObject}.path) { } else { New-Item ${regKeyObject}.path -force }
          New-ItemProperty -Type String -Path ${regKeyObject}.path -Name ${regKeyObject}.key -Value ${regKeyObject}.value -force
        }
      }
    }
    
    function CreateRegKeyFromFile ($regKeyFileObject) {
      if($regKeyFileObject.execute -eq $true) {
        Write-Debug ("Creating registry entry from file " + $env:ChocolateyPackageFolder + "\" + $regKeyFileObject.path)
        regedit.exe /S ($env:ChocolateyPackageFolder + "\" + $regKeyFileObject.path)
      }
    }
    
    <#
    .SYNOPSIS
    Create the component list that will be parsed to the installer.
    
    .DESCRIPTION
    Create the component list that will be parsed to the installer. A component is a tickable box in an installer.
    The resulting component list depends on the 'execute' bool that should be set before handing the installer
    component into this function.
    
    .PARAMETER instParamObject
    An installer parameter object/action defined in the chocolateyvariables.ps1.
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    function CreateInstallerParameters ($instParamObject) {
      if($instParamObject.execute -eq $true) {
        Write-Debug "Checking Installer Components for: "; Write-Debug $instParamObject.value
        $global:installerComponents += $instParamObject.value
        $global:installerComponents += ","
        Write-Debug ("These are the current installerComponents: " + $installerComponents + ".")
      }
    }
    
    function CopyPackageRessources ($PackageResourcePathObject) {
      if($PackageResourcePathObject.execute -eq $true) {
        Write-Debug ("Preparing Package Ressource Path for: " + $PackageResourcePathObject.value + ".")
        $tempPath = ($env:ChocolateyPackageFolder + "\" + ($PackageResourcePathObject.value).ToString())
        if((Test-Path $tempPath) -eq $false) {
          Write-Debug ("The resource object " + $PackageResourcePathObject.value + " does not exist.")
          return
        }
        # We create the target directory first as Copy-Item behaves differently when the target path doesn't exist as directory
        New-Item $PackageResourcePathObject.installPath -ItemType Directory -Force
        if($tempPath -Match "zip") {
          Get-ChocolateyUnzip -FileFullPath "$tempPath" -Destination $PackageResourcePathObject.installPath
        } else {
          Move-Item -Path $tempPath -Destination $PackageResourcePathObject.installPath -Force -Recurse
          Write-Debug ("Copying all files from Package\" + $PackageResourcePathObject.value + " to " + $PackageResourcePathObject.installPath + ".")
        }
      }
    }
    
    function CreateTxtFiles ($txtFileObject) {
      if($txtFileObject.execute -eq $true) {
        Write-Debug ("Creating txt file in " + $txtFileObject.key + " with the content: " + $txtFileObject.value)
        Remove-Item $txtFileObject.key -ErrorAction SilentlyContinue
        New-Item $txtFileObject.key -ItemType file -Force
        [System.IO.File]::WriteAllLines($txtFileObject.key, $txtFileObject.value, (New-Object ("System.Text." + $txtFileObject.encoding + "Encoding") $txtFileObject.bom))
      }
    }
    
    <#
    .SYNOPSIS
    Check for settings of previously run installer
    #>
    function CheckPreviousInstallerSettings() {
      $registryKey = "HKLM:\\SOFTWARE\chocolatey\$env:ChocolateyPackageName"
      $registryNames = @("CompanyPath", "Vst64Path", "Vst32Path", "UserFolderPath", "InstallerComponents")
    
      If (!(Test-Path -Path $registryKey)) {
        Write-Debug ("Registry key $registryKey is NULL")
        return
      }
      Foreach ($name in $registryNames) {
        $value = Get-ItemProperty -Path $registryKey -ErrorAction SilentlyContinue | Select-Object -ExpandProperty $name -ErrorAction SilentlyContinue
        If (![string]::IsNullOrWhiteSpace($value)) {
          If ($name -eq "CompanyPath") {
            $global:prevCompanyPath = $value
          }
          If ($name -eq "Vst64Path") {
            $global:prevVst64Path = $value
          }
          If ($name -eq "Vst32Path") {
            $global:prevVst32Path = $value
          }
          If ($name -eq "UserFolderPath") {
            $global:prevUserFolderPath = $value
          }
          If ($name -eq "InstallerComponents") {
            $global:prevInstallerComponents = $value
          }
          Write-Debug ("Value found: " + $value)
        }
      }
    }
    
    <#
    .SYNOPSIS
    Checks for default installer values
    #>
    function GetDefaultValues () {
      $newDefaultPath = GetDefaultVst2Directory(64)
      If (![string]::IsNullOrWhiteSpace($newDefaultPath)) {
        Write-Debug("Default VST2 64 Path found: " + $newDefaultPath)
        $global:vst2DefaultPath = $newDefaultPath
      }
      $newDefaultPath = GetDefaultVst2Directory(32)
      If (![string]::IsNullOrWhiteSpace($newDefaultPath)) {
        Write-Debug("Default VST2 32 Path found: " + $newDefaultPath)
        $global:vst2x86_64DefaultPath = $newDefaultPath
      }
    }
    <#
    .SYNOPSIS
    Picks one of the found default, previous and current installer settings
    
    .DESCRIPTION
    Picks one of the found default, previous and current installer settings. Priority is:
    1. Package parameters (by checking for a given package parameter)
    2. Previous parameters (by using the prev variable)
    3. System default hint used by installer (by using the default variable)
    4. Installer default (by doing nothing)
    
    #>
    function CheckPreviousInstallerSettingsAgainstParameters () {
      If ([string]::IsNullOrWhiteSpace($pp["Vst2Path"])) {
        If (![string]::IsNullOrWhiteSpace($vst2DefaultPath)) {
          Write-Debug("Overwriting Vst2Path with vst2DefaultPath: " + $vst2DefaultPath)
          $vst2Path = $vst2DefaultPath
        }
        If ($prevVst64Path) {
          Write-Debug("Overwriting Vst2Path with prevVst64Path: " + $prevVst64Path)
          $vst2Path = $prevVst64Path
        }
      }
    
      If ([string]::IsNullOrWhiteSpace($pp["Vst2x86Path"])) {
        If (![string]::IsNullOrWhiteSpace($vst2x86_64DefaultPath)) {
          Write-Debug("Overwriting Vst2x86Path with vst2x86_64DefaultPath: " + $vst2x86_64DefaultPath)
          $vst2x86_64Path = $vst2x86_64DefaultPath
        }
        If ($prevVst32Path) {
          Write-Debug("Overwriting Vst2x86Path with prevVst32Path: " + $prevVst32Path)
          $vst2x86_64Path = $prevVst32Path
        }
      }
    
      If ($pp["CompanyPath"] -eq $false) {
        # Some installers have an automatic detection mechanism for this path next to a default
        Write-Debug "Checking if automatic install path detection is implemented ..."
        if (Get-Command InstallerCompanyPathAutomaticDetection -errorAction SilentlyContinue) {
          Write-Debug "Method has been implemented!"
    
          InstallerCompanyPathAutomaticDetection
          If ($autoInstDetectionCompanyPath) {
            Write-Debug("AutoInstDetectionCompanyPath: " + $autoInstDetectionCompanyPath)
            $companyPath = $autoInstDetectionCompanyPath
          }
        }
    
        If ($prevCompanyPath) {
          Write-Debug("prevCompanyPath: " + $prevCompanyPath)
          $companyPath = $prevCompanyPath
        }
      }
    
      If ([string]::IsNullOrWhiteSpace($pp["UserFolderPath"])) {
        If ($prevUserFolderPath) {
          Write-Debug("UserFolderPath: " + $prevUserFolderPath)
          $userFolderPath = $prevUserFolderPath
        }
      }
      # If the user has not given any package parameters to control the installer components (-> expects default)
      # but there has been found a previous configuration of installed components, we ignore the default configuration
      # and use the previous configuration
      If (![string]::IsNullOrWhiteSpace($global:prevInstallerComponents)) {
        If ( $pp["NoVst2x86"] -Or $pp["NoVst2x64"] -Or $pp["NoVst3x86"] -Or $pp["NoVst3x64"] -Or $pp["NoAaxx86"] -Or $pp["NoAaxx64"] -Or $pp["NoRtas"] -Or $pp["NoPresets"] -Or $pp["NoNks"] ) {
          Write-Debug ("Components: Previous configuration found but package parameters override have been set so ignoring previous configuration.")
        } else {
          $global:installerComponents = $global:prevInstallerComponents
          Write-Debug ("Components: Previous configuration found, using for installation now.")
        }
      }
    }
    
    <#
    .SYNOPSIS
    Checks if a given path is a kind of link and returns its value resolved
    
    .DESCRIPTION
    Checks if a given path is a kind of link and returns its value resolved. Also returns the path if it's a directory or a file. Returns $null if it doesn't exist.
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    function ResolvePath($target) {
      $targetpath = $null
    
      If (!(Test-Path $target)) {
        Write-Debug ("Ended prematurely")
        Write-Debug ("$targetpath")
        return $targetpath
      }
    
      if($target.EndsWith(".lnk")) {
        $sh = new-object -com wscript.shell
        $fullpath = resolve-path $target
        $targetpath = $sh.CreateShortcut($fullpath).TargetPath
        Write-Debug ("Target ended with lnk and is " + "$targetpath")
        return $targetpath
      }
    
      If ((Get-ItemPropertyValue -Path $target -Name LinkType) -eq "SymbolicLink") {
        return $targetpath = Get-ItemPropertyValue -Path $target -Name Target
      } ElseIf (Test-Path $target -pathType leaf) {
        return $targetpath = (Get-Item $target).DirectoryName
      } ElseIf (Test-Path $target -pathType container) {
        return $targetpath = $target
      }
    
      Write-Debug ($targetpath)
      return $targetpath
    }
    
    <#
    .SYNOPSIS
    Checks if given an array of paths has an entry with a kind of link and returns teh first value resolved
    
    .DESCRIPTION
    Checks if a given an array of paths it checks for link and returns the first value resolved. Also returns the first path if it's a directory or a file. Returns $null if nothing exists.
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    function ResolvePaths([String[]] $Paths) {
      Foreach ($path in $Paths) {
        If (ResolvePath($path)) {
          Write-Debug ("Successfully resolved path " + "$path")
          return ResolvePath($path)
          break
        }
      }
      Write-Debug ("Returning NULL path ")
      return $null
    }
    
    <#
    .SYNOPSIS
    Returns a given registry key/name's value
    
    .DESCRIPTION
    Returns a given registry key/name's value
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    function ResolveRegPath($reg) {
      If (!(Test-Path -Path $reg.key)) {
        Write-Debug ("Given key is NULL")
        return $null
      }
      $value = Get-ItemProperty -Path $reg.key -ErrorAction SilentlyContinue | Select-Object -ExpandProperty $reg.name -ErrorAction SilentlyContinue
      If ([string]::IsNullOrWhiteSpace($value)) {
        Write-Debug ("Given key's name is NULL")
        return $null
      }
    
      Write-Debug ("Value found: " + $value)
      return $value
    }
    
    <#
    .SYNOPSIS
    Try to find the default VST2 directory
    
    .DESCRIPTION
    Try to find the default VST2 directory
    
    .PARAMETER bitToCheck
    Wether to find the default 32 bit or 64 bit directory
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    function GetDefaultVst2Directory ($bitToCheck) {
      If ($bitToCheck -eq 32) {
        $defaultRegBasePath = "HKLM:\\SOFTWARE\WOW6432Node\VST"
        $installerDefaultRegPath = $vst2x86_64PathReg
      } ElseIf ($bitToCheck -eq 64) {
        $defaultRegBasePath = "HKLM:\\SOFTWARE\VST"
        $installerDefaultRegPath = $vst2PathReg
      }
    
      $returnVst2Path = $null
    
      If (Test-Path -Path $defaultRegBasePath) {
        $newVst2Path = Get-ItemProperty -Path $defaultRegBasePath -ErrorAction SilentlyContinue | Select-Object -ExpandProperty VstPluginsPath -ErrorAction SilentlyContinue
        If (![string]::IsNullOrWhiteSpace($newVst2Path)) {
          If ($vst2AddSubfolder) {
            $newVst2Path += "\$companyPath"
          }
          $returnVst2Path = $newVst2Path
        }
      }
    
      If (![string]::IsNullOrWhiteSpace($installerDefaultRegPath.key)) {
        $newVst2Path = Get-ItemProperty -Path $installerDefaultRegPath.key -ErrorAction SilentlyContinue | Select-Object -ExpandProperty $installerDefaultRegPath.name -ErrorAction SilentlyContinue
        If (![string]::IsNullOrWhiteSpace($newVst2Path)) {
          $returnVst2Path = $newVst2Path
        }
      }
    
      return $returnVst2Path
    }
    
    function RunInstallerWithPackageParametersObject ($packageParameterObject) {
      $installerPathViaPP = (Test-Path $pp["InstallerPath"])
      ## Does the following check work for 32 bit installers??
      $installerEmbedded = ((Test-Path ($env:ChocolateyPackageFolder + "\" + $packageParameterObject.file)) -And ($packageParameterObject.file64 -ne $null) -And (Test-Path ($env:ChocolateyPackageFolder + "\" + $packageParameterObject.file64)))
      $installerDownload = (($packageParameterObject.url -ne $null) -Or ($packageParameterObject.url64 -ne $null))
      $installerDownloadExe = (($packageParameterObject.url -ne $null) -And ($packageParameterObject.url).EndsWith(".exe"))
      Write-Debug ("This is the InstallerPath Variable: " + $pp["InstallerPath"])
      Write-Debug ("Installer embedded path: " + ($env:ChocolateyPackageFolder + "\" + $packageParameterObject.file))
      Write-Debug ("Installer embedded path: " + ($env:ChocolateyPackageFolder + "\" + $packageParameterObject.file64))
      if(Test-Path variable:packageParameterObject.url]) {Write-Debug ("Installer url: " + $packageParameterObject.url)}
      if($installerDownloadExe -eq $true) {Write-Debug "Installer is exe"}
    
      if($installerPathViaPP -eq $true) {
        $packageParameterObject["file"] = $fileLocation
        Install-ChocolateyInstallPackage @packageParameterObject # https://chocolatey.org/docs/helpers-install-chocolatey-install-package
      }
    
      if($installerEmbedded -eq $true) {
        $packageParameterObject.file = ($env:ChocolateyPackageFolder + "\" + $packageParameterObject.file)
        $packageParameterObject.file64 = ($env:ChocolateyPackageFolder + "\" + $packageParameterObject.file64)
        Write-Debug ("Installer embedded path: " + $packageParameterObject.file)
        Install-ChocolateyInstallPackage @packageParameterObject
      }
    
      if($installerDownload -eq $true -And $installerPathViaPP -eq $false) {
        if($installerDownloadExe -eq $true) { "Installer is exe, running now..."
          Install-ChocolateyPackage @packageParameterObject # https://chocolatey.org/docs/helpers-install-chocolatey-package
        } else { Write-Debug "Installer inside zip"; Write-Debug ("UnzipLocation is: " + $packageParameterObject.unzipLocation)
          $packageParameterObject["file"] = $fileLocation
          Install-ChocolateyZipPackage @packageParameterObject
          Install-ChocolateyInstallPackage @packageParameterObject
        }
      }
    }
    
    function RemoveInstallerObjects ($packageParameterObject) {
      if($packageParameterObject.file) {
        if(Test-Path ($packageParameterObject.file) -ErrorAction Ignore){
          Remove-Item $packageParameterObject.file -Force -ErrorAction SilentlyContinue
        }
      }
      if($packageParameterObject.file64) {
        if(Test-Path ($packageParameterObject.file64) -ErrorAction Ignore){
          Remove-Item $packageParameterObject.file64 -Force -ErrorAction SilentlyContinue
        }
      }
    }
    
    function RemoveTemporaryFiles ($PackageResourcePathObject) {
      Write-Debug ("Deleting temp package files: " + $env:ChocolateyPackageFolder + "\" + $PackageResourcePathObject.value + " and" + $env:ChocolateyPackageFolder + "\" + $PackageResourcePathObject.value + ".txt")
      Remove-Item ($env:ChocolateyPackageFolder + "\" + $PackageResourcePathObject.value) -Force -ErrorAction SilentlyContinue
      Remove-Item ($env:ChocolateyPackageFolder + "\" + $PackageResourcePathObject.value + ".txt") -Force -ErrorAction SilentlyContinue
    }
    
    function HandlePackageArgs ($packageParameterObject) {
      if ($global:installerComponents) {
        If ($global:installerComponents.EndsWith(',')) {
          Write-Debug ("Components list ends with , - removing.")
          $global:installerComponents = $installerComponents.Substring(0,$installerComponents.Length-1)
        }
        $packageParameterObject["silentArgs"] += " /Components=$global:installerComponents"
      }
      Write-Debug "This are the silentArgs"; Write-Debug $packageParameterObject["silentArgs"]
    }
    
    # Creates txt file containing all zip files and where they have been copied to.
    # Also checks whether extracted zip content should be uninstalled or not (.delete=$false).
    function WriteUninstallData ($PackageResourcePathObject) {
      if($PackageResourcePathObject.delete -ne $false) {
        foreach($line in Get-Content ($env:ChocolateyPackageFolder + "\" + $PackageResourcePathObject.value + ".txt")) {
          Add-Content -Path ($env:ChocolateyPackageFolder + "\uninstall.txt") -Value ($PackageResourcePathObject.installPath + "\" + $line)
        }
      }
    }
    
    # Creates/Overwrites bit-aware variables, so x86 files can use the same path-var on both platforms
    function CreateBitAwareVariables () {
      if($osBitness -eq 64) {
        $global:vst2x86BitAware = "$vst2x86_64Path"
        $global:vst3x86BitAware = "$vst3x86_64Path"
        $global:aaxx86BitAware  = "$aaxx86_64Path"
        $global:vst2x86PathRegBitAware = "$vst2x86_64PathReg"
        $global:rtasBitaware = "${env:COMMONPROGRAMFILES(x86)}\Digidesign\DAE\Plug-Ins"
      }
      if($osBitness -eq 32) {
        $global:vst2x86BitAware = "$vst2Path"
        $global:vst3x86BitAware = "$vst3Path"
        $global:aaxx86BitAware  = "$aaxPath"
        $global:vst2x86PathRegBitAware = "$vst2PathReg"
        $global:rtasBitaware = "${env:COMMONPROGRAMFILES}\Digidesign\DAE\Plug-Ins"
      }
    }
    
    # Uninstaller Functions
    function Test-Registry ($path, $value) {
      try {
        Get-ItemProperty -Path $Path | Select-Object -ExpandProperty $Value -ErrorAction Stop | Out-Null
        return $true
      } catch {
        return $false
      }
    }
    
    function DeleteFolders ($folderPath) {
      if([string]::IsNullOrWhiteSpace($folderPath)) {
        Write-Debug "Path variable is null."
        return
      }
      if(Test-Path -path "$folderPath") {
        Write-Debug "$folderPath will be deleted."
        # "Archive" seems to be a lnk file
        if((Get-Item ($folderPath).ToString()).Attributes.ToString() -Match "Archive" ) {
          Remove-Item $folderPath -Force -Recurse
        } else {
          [System.IO.Directory]::Delete("$folderPath", $true)
        }
      }
    }
    
    # Checks, if a folder is empty and if true, deletes that folder. Also checks three levels upwards. -Force is not necessary.
    function DeleteFoldersIfEmpty ($folderPath) {
      Write-Debug ("Checking " + $folderPath)
      if([string]::IsNullOrWhiteSpace($folderPath)) {
        Write-Debug "Path variable is null."
        return
      }
      if((Test-Path -Path "$folderPath") -eq $false) {
        Write-Debug "$folderPath does not exist."
        return
      }
      $parentFolder = (Get-ItemProperty $folderPath).Parent.FullName
      $parentParentFolder = (Get-ItemProperty $folderPath).Parent.Parent.FullName
      $folderList = "$folderPath", "$parentFolder", "$parentParentFolder"
      Foreach ($path in $folderList) {
        Write-Debug ("Checking if path exists and is empty: " + $path)
        if($path -ne '' -and $path -ne $null) {
          if(((Test-Path "$path") -and (Get-ChildItem "$path") -eq $null)) {
            Write-Debug "$path is empty and will be deleted."
            Remove-Item "$path"
          }
        }
      }
    }
    
    function DeleteDataFromTxtFile ($uninstallFile) {
      Foreach($path in Get-Content $uninstallFile) {
        If ([string]::IsNullOrWhiteSpace($path)) {
          return
        }
        Write-Debug ("About to delete " + $path)
        if(Test-Path $path -pathType leaf) {
          $directoryName = (Get-Item $path).DirectoryName
          Write-Debug "$path will be deleted."
          Remove-Item "$path" -Force
          DeleteFoldersIfEmpty($directoryName)
        }
        if(Test-Path $path -pathType container) {
          $parentDirectory = (Get-ItemProperty $path).Parent.FullName
          Write-Debug "$path will be deleted."
          #Remove-Item -Recurse -Force fails if folder contains a symlink -.-
          [System.IO.Directory]::Delete("$path", $true)
          DeleteFoldersIfEmpty($parentDirectory)
        }
      }
    }
    
    # Removes all registry entires in a given registry file from the registry
    function DeleteRegKeysFromFile ($file) {
      if(Test-Path $file) {
        (Get-Content $file) -replace "^\[","[-" | out-file $file
        regedit.exe /S ($file)
      }
    }
    
    # Deletes a registry key or property, if it exists and is not marked as delete=$false
    function DeleteRegKeyFromObjects ($regKey) {
      Write-Debug ("About to delete Registry Entry: " + $regKey.path + $regKey.key)
      if($regKey.ContainsKey("delete")) {
        return
      }
      If ([string]::IsNullOrWhiteSpace($regKey.path)) {
        Write-Debug("Given Registry Path is null or empty.")
        return
      }
      if((Test-Path -Path $regKey.path) -eq $false) {
        Write-Debug ("Registry Entry does not exist anymore.")
        return
      }
      if(($regKey.key -eq "")) {
        Write-Debug ("Deleting " + $regKey.path)
        Remove-Item -Path $regKey.path -Force
        return
      }
      if ($regKey.key -ne "") {
        Write-Debug ("Deleting Key " + $regKey.key + " at Path " + $regKey.path)
        Remove-ItemProperty -Path $regKey.path -Name $regKey.key -Force -ErrorAction SilentlyContinue
        return
      }
    
      If (([string]::IsNullOrWhiteSpace((Get-Item -Path $regKey.path | Get-ItemProperty))) -And ([string]::IsNullOrWhiteSpace((Get-ChildItem -Path $regKey.path)))) {
        Write-Debug ("Deleting orphaned key " + $regKey.path)
        Remove-Item -Path $regKey.path
        return
      }
    }
    
    # Deletes a file, if it exists
    function DeleteFile ($pathToFile) {
      Write-Debug ("Checking " + $pathToFile)
      if(Test-Path $pathToFile) {
        Write-Debug ("Deleting " + $pathToFile)
        Remove-Item $pathToFile -Force
      }
    }
    
    # Packaging functions
    function CreateFileList ($packagePaths, $targetPath) {
      Remove-Item ($targetPath + ".txt") -ErrorAction SilentlyContinue
      Foreach ($path in $packagePaths) {
        #Add-Content -Path ($targetPath + ".txt") -Value (Get-ChildItem -Path "$path" -Recurse -Name) -Force
        Add-Content -Path ($targetPath + ".txt") -Value ((Get-Item -Path "$path").Name) -Force
      }
    }
    function CreateDataArchive ($packagePaths, $targetPath) {
      Compress-Archive $packagePaths $targetPath -CompressionLevel Optimal -Force
    }
    
    function CreateDataArchiveAndFileList ($packagePaths, $targetPath) {
      if ((Test-Path $targetPath) -eq $false ) {
        New-Item $targetPath -Force
        Remove-Item $targetPath -Force
      }
      CreateDataArchive $packagePaths $targetPath
      CreateFileList $packagePaths $targetPath
    }
    
    <#
    .SYNOPSIS
    Reduces the nupkg package file by deleting big binaries from the file.
    
    .DESCRIPTION
      Reduces the nupkg package file by deleting all files from the .nupkg file that are not necessary anymore like installer files or 7z binaries.
      It keeps the following files and folders:
      /package/
      /tools/
      _rels
      *.nuspec
      [Content_Types].xml
    
      The rest will be removed from the nupkg file.
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    #
    function ReducePackageSize () {
      .$env:ChocolateyInstall\tools\7z.exe d ($env:ChocolateyPackageFolder + "\" + $env:ChocolateyPackageName + ".nupkg")  * -r  -xr!package -xr!tools -xr!_rels -x!"*.nuspec" -x!"[Content_Types].xml"
    }
    <#
    .SYNOPSIS
    Which installation steps are actually necessary for the given OS and package parameters?
    
    .DESCRIPTION
    Checks the current OS bitness and the given package parameters and marks all steps from the chocolateyvariables file to be actually executed by setting their 'execute' bit.
    
    .PARAMETER objectsList
    A list of objects with a 'validpp' key and a 'bit' key from the chocolateyvariables.ps1 file.
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    
    function DetermineExecutionOfAllObjects ($objectsList) {
      Foreach($object in $objectsList) {
        $object.Add('execute', $false)
        $bitStatus = ($object.bit -eq $null) -Or ($object.bit -Contains $osBitness)
        $ppIndependent = (($object.validpp -eq $null) -Or ($object.validpp -Like "Always"))
        Write-Debug ("ppindependent: " + $ppIndependent)
        Write-Debug ("bitStatus: " + $bitStatus)
    
        Foreach($packageParameter in $object.validpp) {
          Write-Debug ("Status of evaluated package parameter:" + $packageParameter)
          if((Test-Path variable:pp.packageParameter) -eq $true) {
            Write-Debug $pp[$packageParameter]
            Write-Debug ($pp[$packageParameter] -eq $false)
          }
          if(($pp[$packageParameter] -eq $false) -And $bitStatus) {
            $object.execute = $true
          }
        }
    
        if($ppIndependent -And $bitStatus) {
          $object.execute = $true
        }
    
        If ($object.ContainsKey("dropIfNull")) {
          Write-Debug ("Object $object contains a dropIfNull!")
    
          Foreach ($variableToCheck in $object.dropIfNull) {
            If ([string]::IsNullOrWhiteSpace($variableToCheck)) {
              Write-Debug ("Dependent variable is NULL")
              $object.execute = $false
            } else {
              Write-Debug ("Dependent variable is $variableToCheck")
            }
          }
        }
      }
    }
    
    <#
    .SYNOPSIS
    Create the protocol file for the uninstallation
    
    .DESCRIPTION
    Writes a list of files that have been extracted from zip files embedded in this package. Is empty if no zip files have been embedded.
    
    .NOTES
    Comment added because reviewer asked to do so.
    #>
    function CreateUninstallFile () {
      # Create empty uninstall file
    Out-File -FilePath ($env:ChocolateyPackageFolder + "\uninstall.txt")
    }
    
  • tools\chocolateyinstall.ps1 Show
    # Comments to this script have been added upon request by the chocolatey community reviewer
    $ErrorActionPreference = 'Stop';
    $toolsDir    = "$(Split-Path -parent $MyInvocation.MyCommand.Definition)"
    $unzPath = "${env:TEMP}"
    $osBitness = Get-ProcessorBits
    if(Test-Path Env:\ChocolateyPackageFolder) {
      . $env:ChocolateyPackageFolder\tools\chocolateyfunctions.ps1
      . $env:ChocolateyPackageFolder\tools\chocolateyvariables.ps1
    } else {
      . ((Get-Item -Path ".\" -Verbose).FullName + "\tools\chocolateyfunctions.ps1")
      . ((Get-Item -Path ".\" -Verbose).FullName + "\tools\chocolateyvariables.ps1")
    }
    
    # Check for any settings from previous installations of this package
    CheckPreviousInstallerSettings
    # Get default values that may or may not be already on the machein
    GetDefaultValues
    
    $pp = Get-PackageParameters
    # Audio plugins can come in various formats for multiple platforms, all contained in one single installer with different control schemes at the CLI (if available).
    # With the package parameters below it is possible for the user to have a single unified interface for all audio plugin packages I create.
    # If the package parameter is set here and an equivalent installation action is found in the chocovariables.ps1 with the 'validpp' key being equal to the
    # package parameter, the default behaviour of the package/installer can be changed.
    # Not all possible package parameters here actually do something as this depends on the specific package/software vendor. If a package parameter either does
    # not exist below or does not exist in a 'validpp'-key in the chocolateyvariables.ps1, it will be ignored and have no effect.
    if ($pp["NoVst2x86"]      -eq $null -or $pp["NoVst2x86"] -eq '')     { $pp["NoVst2x86"] = $false }
    if ($pp["NoVst2x64"]      -eq $null -or $pp["NoVst2x64"] -eq '')     { if($osBitness -eq 64) { $pp["NoVst2x64"] = $false }}
    if ($pp["NoVst3x86"]      -eq $null -or $pp["NoVst3x86"] -eq '')     { $pp["NoVst3x86"] = $false }
    if ($pp["NoVst3x64"]      -eq $null -or $pp["NoVst3x64"] -eq '')     { if($osBitness -eq 64) { $pp["NoVst3x64"] = $false }}
    if ($pp["NoAaxx86"]       -eq $null -or $pp["NoAaxx86"] -eq '')      { $pp["NoAaxx86"] = $false }
    if ($pp["NoAaxx64"]       -eq $null -or $pp["NoAaxx64"] -eq '')      { if($osBitness -eq 64) { $pp["NoAaxx64"] = $false }}
    if ($pp["NoRtas"]         -eq $null -or $pp["NoRtas"] -eq '')        { $pp["NoRtas"] = $false }
    if ($pp["NoPresets"]      -eq $null -or $pp["NoPresets"] -eq '')     { $pp["NoPresets"] = $false }
    if ($pp["NoNks"]          -eq $null -or $pp["NoNks"] -eq '')         { $pp["NoNks"] = $false }
    if ($pp["NoUserFolder"]   -eq $null -or $pp["NoUserFolder"] -eq '')  { $pp["NoUserFolder"] = $false }
    if ($pp["NoShortcuts"]    -eq $null -or $pp["NoShortcuts"] -eq '')   { $pp["NoShortcuts"] = $false }
    if ($pp["InstallerPath"]  -eq $null -or $pp["InstallerPath"] -eq '') { $fileLocation = "$unzPath\$unzInstPath"; $pp["InstallerPath"]=$false } else { $fileLocation = $pp["InstallerPath"] }
    if ($pp["CompanyPath"]    -eq $null -or $pp["CompanyPath"] -eq '')   { $pp["CompanyPath"] = $false }                                          else { $standardCompanyPath=$companyPath; $companyPath = $pp["CompanyPath"] }
    if ($pp["LibraryPath"]    -eq $null -or $pp["LibraryPath"] -eq '')   { $pp["LibraryPath"] = $false }                                          else { $libraryPath = $pp["LibraryPath"] }
    if ($pp["UserFolderPath"] -eq $null -or $pp["UserFolderPath"] -eq ''){ }                                                                      else { $userFolderPath = $pp["UserFolderPath"]}
    if ($pp["Vst2Path"]       -eq $null -or $pp["Vst2Path"] -eq '')      { }                                                                      else { $vst2Path = $pp["Vst2Path"] }
    if ($pp["Vst2x86Path"]    -eq $null -or $pp["Vst2x86Path"] -eq '')   { }                                                                      else { $vst2x86_64Path = $pp["Vst2x86Path"] }
    if ($pp["Vst3Path"]       -eq $null -or $pp["Vst3Path"] -eq '')      { }                                                                      else { $vst3Path = $pp["Vst3Path"] }
    if ($pp["Vst3x86Path"]    -eq $null -or $pp["Vst3x86Path"] -eq '')   { }                                                                      else { $vst3x86_64Path = $pp["Vst3x86Path"] }
    
    # Create/Overwrite bit-aware variables. These variables are used to access different paths across different OS bitnesses in a uniform way.
    CreateBitAwareVariables
    
    # Create all the necessary information for the setup after package parameters changed the packages default values.
    # This includes registry keys to write, shortcuts to create or additional installer parameters to parse.
    
    # Begin with handling the components of the installer so the settings can be written to registry afterwards
    CreateInstallerObjects
    CreatePackageParametersObjects
    DetermineExecutionOfAllObjects($installerComponentsList)
    Foreach ($item in $installerComponentsList)  { CreateInstallerParameters($item) }
    Foreach ($item in $packageParametersObjectsList) { HandlePackageArgs($item)     }
    
    # Now that previous settings have been gathered, the package parameters have been evaluated
    # as well as the installer components, it's time to determine which settings will be used
    #  during installation
    CheckPreviousInstallerSettingsAgainstParameters
    
    # Installer components are now fully evaluated and can be written to registry in case some installers don't save these settings on their own (needed for upgrades)
    CreateRegistryObjects
    CreateRegistryFileObjects
    CreateShortcutObjects
    CreateSymlinkObjects
    CreatePackageRessourcePathObjects
    CreateTxtFileObjects
    
    # These functions are necessary for embedded installer and other embedded files, only. Nothing actually happens if
    # this package doesn't include something in the 'bin' folder.
    ReducePackageSize
    CreateUninstallFile
    
    # For each possible install action defined in chocolateyvariables.ps1 that can be customized via package parameter or depends on the OS bitness,
    # it is determined if it is ultimately executed or not. Up until here including all DetermineExecutionOfAllObjects calls, nothing has actually
    # happened on the system.
    $objectsLists = $regKeys, $regKeyFileObjects, $shortcuts, $symlinks, $PackageRessourcePathList, $PackageNewFiles
    Foreach($objectsList in $objectsLists) { DetermineExecutionOfAllObjects($objectsList) }
    
    # Each possible install action defined in chocolateyvariables.ps1 with the execute-bit set to true is being executed by each corresponding function.
    Foreach ($item in $regKeys)                  { CreateRegKey($item)              }
    Foreach ($item in $regKeyFileObjects)        { CreateRegKeyFromFile($item)      }
    Foreach ($item in $shortcuts)                { CreateShortcut($item)         }
    Foreach ($item in $symlinks)                 { CreateSymlink ($item)         }
    Foreach ($item in $PackageRessourcePathList) { CopyPackageRessources($item)     }
    Foreach ($item in $PackageRessourcePathList) { WriteUninstallData($item)        }
    Foreach ($item in $PackageRessourcePathList) { RemoveTemporaryFiles($item)      }
    Foreach ($item in $PackageNewFiles)          { CreateTxtFiles($item)            }
    Foreach ($item in $packageParametersObjectsList) { RunInstallerWithPackageParametersObject($item) }
    Foreach ($item in $packageParametersObjectsList) { RemoveInstallerObjects($item) }
    
  • tools\chocolateyuninstall.ps1 Show
    $ErrorActionPreference = 'Stop';
    $installerType = 'EXE'
    . $env:ChocolateyPackageFolder\tools\chocolateyfunctions.ps1
    . $env:ChocolateyPackageFolder\tools\chocolateyvariables.ps1
    
    $silentArgs = '/qn /norestart'
    $validExitCodes = @(0, 3010, 1605, 1614, 1641)
    if ($installerType -ne 'MSI') {
      $silentArgs = '/VERYSILENT /SUPPRESSMSGBOXES /NORESTART /SP-' # Inno Setup
      $validExitCodes = @(0)
    }
    
    $uninstalled = $false
    [array]$key = Get-UninstallRegistryKey -SoftwareName $softwareName
    
    if ($key.Count -eq 1) {
      $key | % {
        $file = "$($_.UninstallString)"
    
        if ($installerType -eq 'MSI') {
          $silentArgs = "$($_.PSChildName) $silentArgs"
          $file = ''
        }
    
        Uninstall-ChocolateyPackage -PackageName $packageName `
                                    -FileType $installerType `
                                    -SilentArgs "$silentArgs" `
                                    -ValidExitCodes $validExitCodes `
                                    -File "$file"
      }
    } elseif ($key.Count -eq 0) {
      Write-Warning "$packageName has already been uninstalled by other means."
    } elseif ($key.Count -gt 1) {
      Write-Warning "$key.Count matches found!"
      Write-Warning "To prevent accidental data loss, no programs will be uninstalled."
      Write-Warning "Please alert package maintainer the following keys were matched:"
      $key | % {Write-Warning "- $_.DisplayName"}
    }
    
  • tools\chocolateyvariables.ps1 Show
    $packageName    = 'Marvel GEQ'
    $company        = 'Voxengo'
    $softwareName   = "$company $packageName"
    $url32          = 'https://www.voxengo.com/files/VoxengoMarvelGEQ_16_Win32_64_VST_VST3_AAX_setup.exe'
    $releases       = 'https://www.voxengo.com/product/marvel-geq/'
    $checksum32     = '0910a3adcc0ac3cd8b5bd3bd71c0d4dc90cd3f663588e4cfc0212c9190fdba2d'
    $companyPath    = "${env:PROGRAMFILES}\$company"
    $vst2Path       = "${env:PROGRAMFILES}\Steinberg\VSTPlugins\$company"
    $vst2x86_64Path = "${env:ProgramFiles(x86)}\Steinberg\VSTPlugins\$company"
    
    function CreateRegistryObjects () {
      # The installer does not have an option for custom paths so we need to create the registry entry before
      $global:regKeys =
      @{'path'="HKLM:\Software\Voxengo\AudioPluginsInstall"; 'key'="DirVST2_64";  'value'="$vst2Path";        'bit'=64;    'validpp'="NoVst2x64"},
      @{'path'="HKLM:\Software\Voxengo\AudioPluginsInstall"; 'key'="DirVST2_32";  'value'="$vst2x86BitAware"; 'bit'=64,32; 'validpp'="NoVst2x86"}
    }
    function CreateRegistryFileObjects () { $global:regKeyFileObjects }
    function CreateShortcutObjects () { $global:shortcuts }
    function CreateSymlinkObjects () {
      if($pp["CompanyPath"] -ne $false) {
        $global:linkUserDataSupport = @{'linkPath'="$standardCompanyPath"; 'linkName'=""; 'destPath'=$companyPath; 'bit'=64,32; 'validpp'="NoVst2x64", "NoVst2x86", "NoVst3x64", "NoVst3x86", "NoAaxx86", "NoAaxx64"}
        $global:symlinks = $linkUserDataSupport
      } else {
        $global:symlinks
      }
    }
    function CreateInstallerObjects () {
      $global:installerComponentsList =
      @{'value'="shortcuts"; 'bit'=64,32; 'validpp'="NoShortcuts"},
      @{'value'="guides";    'bit'=64,32; 'validpp'="NoVst2x64", "NoVst2x86", "NoVst3x64", "NoVst3x86", "NoAaxx86", "NoAaxx64"},
      @{'value'="vst2_32";   'bit'=64,32; 'validpp'="NoVst2x86"},
      @{'value'="vst2_64";   'bit'=64;    'validpp'="NoVst2x64"},
      @{'value'="vst3_32";   'bit'=64,32; 'validpp'="NoVst3x86"},
      @{'value'="vst3_64";   'bit'=64;    'validpp'="NoVst3x64"},
      @{'value'="aax_32";    'bit'=64,32; 'validpp'="NoAaxx86"},
      @{'value'="aax_64";    'bit'=64;    'validpp'="NoAaxx64"}
    }
    function CreatePackageRessourcePathObjects () { $global:PackageRessourcePathList }
    function CreateTxtFileObjects () { $global:PackageNewFiles }
    function CreatePackageParametersObjects () {
      $global:packageArgs = @{
        packageName   = $packageName
        unzipLocation = $unzPath
        fileType      = 'exe'
        url           = $url32
        url64bit      = $url32
        softwareName  = "$company $packageName*" #part or all of the Display Name as you see it in Programs and Features. It should be enough to be unique
        checksum      = $checksum32
        checksumType  = 'sha256' #default is md5, can also be sha1, sha256 or sha512
        silentArgs    = '/VERYSILENT /SUPPRESSMSGBOXES /NORESTART /SP-' # Inno Setup
      }
      $global:packageParametersObjectsList = $packageArgs
    }
    

Virus Scan Results

In cases where actual malware is found, the packages are subject to removal. Software sometimes has false positives. Moderators do not necessarily validate the safety of the underlying software, only that a package retrieves software from the official distribution point and/or validate embedded software against official distribution point (where distribution rights allow redistribution).

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Dependencies

Package Maintainer(s)

Software Author(s)

  • Voxengo

Copyright

2002-2019 Aleksey Vaneev

Tags

Release Notes

http://www.voxengo.com/press/

Version History

Version Downloads Last updated Status
Voxengo Marvel GEQ (Install) 1.5 27 Tuesday, April 2, 2019 approved
Voxengo Marvel GEQ (Install) 1.4 37 Thursday, January 3, 2019 approved

Discussion for the Voxengo Marvel GEQ (Install) Package

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  • This discussion will carry over multiple versions. If you have a comment about a particular version, please note that in your comments.
  • The maintainers of this Chocolatey Package will be notified about new comments that are posted to this Disqus thread, however, it is NOT a guarantee that you will get a response. If you do not hear back from the maintainers after posting a message below, please follow up by using the link on the left side of this page or follow this link to contact maintainers. If you still hear nothing back, please follow the package triage process.
  • Tell us what you love about the package or Voxengo Marvel GEQ (Install), or tell us what needs improvement.
  • Share your experiences with the package, or extra configuration or gotchas that you've found.
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