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YamlCreate.ps1
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YamlCreate.ps1
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#Requires -Version 5
Param
(
[switch] $Settings,
[switch] $AutoUpgrade,
[switch] $help,
[Parameter(Mandatory = $false)]
[string] $PackageIdentifier,
[Parameter(Mandatory = $false)]
[string] $PackageVersion,
[Parameter(Mandatory = $false)]
[string] $Mode
)
if ($help) {
Write-Host -ForegroundColor 'Green' 'For full documentation of the script, see https://github.com/microsoft/winget-pkgs/tree/master/doc/tools/YamlCreate.md'
Write-Host -ForegroundColor 'Yellow' 'Usage: ' -NoNewline
Write-Host -ForegroundColor 'White' '.\YamlCreate.ps1 [-PackageIdentifier <identifier>] [-PackageVersion <version>] [-Mode <1-5>] [-Settings]'
Write-Host
exit
}
# Set settings directory on basis of Operating System
# $IsWindows, $IsLinux and $IsMacOS were introduced in PowerShell 6.0+
# $env:OS for older versions of PowerShell
if ($IsWindows -or $env:OS) {
$script:SettingsPath = Join-Path $env:LOCALAPPDATA -ChildPath 'YamlCreate' # On Windows
} else {
$script:SettingsPath = Join-Path $env:HOME -ChildPath 'YamlCreate' # On Linux and macOS
}
# Check for settings directory and create it if none exists
if (!(Test-Path $script:SettingsPath)) { New-Item -ItemType 'Directory' -Force -Path $script:SettingsPath | Out-Null }
# Check for settings file and create it if none exists
$script:SettingsPath = $(Join-Path $script:SettingsPath -ChildPath 'Settings.yaml')
if (!(Test-Path $script:SettingsPath)) { '# See https://github.com/microsoft/winget-pkgs/tree/master/doc/tools/YamlCreate.md for a list of available settings' > $script:SettingsPath }
# Load settings from file
$ScriptSettings = ConvertFrom-Yaml -Yaml ($(Get-Content -Path $script:SettingsPath -Encoding UTF8) -join "`n")
if ($Settings) {
Invoke-Item -Path $script:SettingsPath
exit
}
$ScriptHeader = '# Created with YamlCreate.ps1 v2.0.0'
$ManifestVersion = '1.0.0'
$PSDefaultParameterValues = @{ '*:Encoding' = 'UTF8' }
$Utf8NoBomEncoding = New-Object System.Text.UTF8Encoding $False
$ofs = ', '
<#
.SYNOPSIS
Winget Manifest creation helper script
.DESCRIPTION
The intent of this file is to help you generate a manifest for publishing
to the Windows Package Manager repository.
It'll attempt to download an installer from the user-provided URL to calculate
a checksum. That checksum and the rest of the input data will be compiled in a
.YAML file.
.EXAMPLE
PS C:\Projects\winget-pkgs> Get-Help .\Tools\YamlCreate.ps1 -Full
Show this script's help
.EXAMPLE
PS C:\Projects\winget-pkgs> .\Tools\YamlCreate.ps1
Run the script to create a manifest file
.NOTES
Please file an issue if you run into errors with this script:
https://github.com/microsoft/winget-pkgs/issues/
.LINK
https://github.com/microsoft/winget-pkgs/blob/master/Tools/YamlCreate.ps1
#>
# TO-DO: Ensure licensing for powershell-yaml is met
# Installs `powershell-yaml` as a dependency for parsing yaml content
if (-not(Get-Module -ListAvailable -Name powershell-yaml)) {
try {
Install-PackageProvider -Name NuGet -MinimumVersion 2.8.5.201 -Force
Install-Module -Name powershell-yaml -Force -Repository PSGallery -Scope CurrentUser
} catch {
Throw "Unmet dependency. 'powershell-yaml' unable to be installed successfully."
}
}
# Fetch Schema data from github for entry validation, key ordering, and automatic commenting
try {
$ProgressPreference = 'SilentlyContinue'
$LocaleSchema = @(Invoke-WebRequest 'https://raw.githubusercontent.com/microsoft/winget-cli/master/schemas/JSON/manifests/v1.0.0/manifest.locale.1.0.0.json' -UseBasicParsing | ConvertFrom-Json)
$LocaleProperties = (ConvertTo-Yaml $LocaleSchema.properties | ConvertFrom-Yaml -Ordered).Keys
$VersionSchema = @(Invoke-WebRequest 'https://raw.githubusercontent.com/microsoft/winget-cli/master/schemas/JSON/manifests/v1.0.0/manifest.version.1.0.0.json' -UseBasicParsing | ConvertFrom-Json)
$VersionProperties = (ConvertTo-Yaml $VersionSchema.properties | ConvertFrom-Yaml -Ordered).Keys
$InstallerSchema = @(Invoke-WebRequest 'https://raw.githubusercontent.com/microsoft/winget-cli/master/schemas/JSON/manifests/v1.0.0/manifest.installer.1.0.0.json' -UseBasicParsing | ConvertFrom-Json)
$InstallerProperties = (ConvertTo-Yaml $InstallerSchema.properties | ConvertFrom-Yaml -Ordered).Keys
$InstallerSwitchProperties = (ConvertTo-Yaml $InstallerSchema.definitions.InstallerSwitches.properties | ConvertFrom-Yaml -Ordered).Keys
$InstallerEntryProperties = (ConvertTo-Yaml $InstallerSchema.definitions.Installer.properties | ConvertFrom-Yaml -Ordered).Keys
$InstallerDependencyProperties = (ConvertTo-Yaml $InstallerSchema.definitions.Dependencies.properties | ConvertFrom-Yaml -Ordered).Keys
} catch {
Write-Host 'Error downloading schemas. Please run the script again.' -ForegroundColor Red
exit 1
}
filter TrimString {
$_.Trim()
}
filter UniqueItems {
[string]$($_.Split(',').Trim() | Select-Object -Unique)
}
$ToNatural = { [regex]::Replace($_, '\d+', { $args[0].Value.PadLeft(20) }) }
# Various patterns used in validation to simplify the validation logic
$Patterns = @{
PackageIdentifier = $VersionSchema.properties.PackageIdentifier.pattern
IdentifierMaxLength = $VersionSchema.properties.PackageIdentifier.maxLength
PackageVersion = $InstallerSchema.definitions.PackageVersion.pattern
VersionMaxLength = $VersionSchema.properties.PackageVersion.maxLength
InstallerSha256 = $InstallerSchema.definitions.Installer.properties.InstallerSha256.pattern
InstallerUrl = $InstallerSchema.definitions.Installer.properties.InstallerUrl.pattern
InstallerUrlMaxLength = $InstallerSchema.definitions.Installer.properties.InstallerUrl.maxLength
ValidArchitectures = $InstallerSchema.definitions.Installer.properties.Architecture.enum
ValidInstallerTypes = $InstallerSchema.definitions.InstallerType.enum
SilentSwitchMaxLength = $InstallerSchema.definitions.InstallerSwitches.properties.Silent.maxLength
ProgressSwitchMaxLength = $InstallerSchema.definitions.InstallerSwitches.properties.SilentWithProgress.maxLength
CustomSwitchMaxLength = $InstallerSchema.definitions.InstallerSwitches.properties.Custom.maxLength
SignatureSha256 = $InstallerSchema.definitions.Installer.properties.SignatureSha256.pattern
FamilyName = $InstallerSchema.definitions.PackageFamilyName.pattern
FamilyNameMaxLength = $InstallerSchema.definitions.PackageFamilyName.maxLength
PackageLocale = $LocaleSchema.properties.PackageLocale.pattern
InstallerLocaleMaxLength = $InstallerSchema.definitions.Locale.maxLength
ProductCodeMinLength = $InstallerSchema.definitions.ProductCode.minLength
ProductCodeMaxLength = $InstallerSchema.definitions.ProductCode.maxLength
MaxItemsFileExtensions = $InstallerSchema.definitions.FileExtensions.maxItems
MaxItemsProtocols = $InstallerSchema.definitions.Protocols.maxItems
MaxItemsCommands = $InstallerSchema.definitions.Commands.maxItems
MaxItemsSuccessCodes = $InstallerSchema.definitions.InstallerSuccessCodes.maxItems
MaxItemsInstallModes = $InstallerSchema.definitions.InstallModes.maxItems
PackageLocaleMaxLength = $LocaleSchema.properties.PackageLocale.maxLength
PublisherMaxLength = $LocaleSchema.properties.Publisher.maxLength
PackageNameMaxLength = $LocaleSchema.properties.PackageName.maxLength
MonikerMaxLength = $LocaleSchema.definitions.Tag.maxLength
GenericUrl = $LocaleSchema.definitions.Url.pattern
GenericUrlMaxLength = $LocaleSchema.definitions.Url.maxLength
AuthorMinLength = $LocaleSchema.properties.Author.minLength
AuthorMaxLength = $LocaleSchema.properties.Author.maxLength
LicenseMaxLength = $LocaleSchema.properties.License.maxLength
CopyrightMinLength = $LocaleSchema.properties.Copyright.minLength
CopyrightMaxLength = $LocaleSchema.properties.Copyright.maxLength
TagsMaxItems = $LocaleSchema.properties.Tags.maxItems
ShortDescriptionMaxLength = $LocaleSchema.properties.ShortDescription.maxLength
DescriptionMinLength = $LocaleSchema.properties.Description.minLength
DescriptionMaxLength = $LocaleSchema.properties.Description.maxLength
ValidInstallModes = $InstallerSchema.definitions.InstallModes.items.enum
FileExtension = $InstallerSchema.definitions.FileExtensions.items.pattern
FileExtensionMaxLength = $InstallerSchema.definitions.FileExtensions.items.maxLength
}
# This function validates whether a string matches Minimum Length, Maximum Length, and Regex pattern
# The switches can be used to specify if null values are allowed regardless of validation
Function String.Validate {
Param
(
[Parameter(Mandatory = $true, Position = 0)]
[AllowEmptyString()]
[string] $InputString,
[Parameter(Mandatory = $false)]
[regex] $MatchPattern,
[Parameter(Mandatory = $false)]
[int] $MinLength,
[Parameter(Mandatory = $false)]
[int] $MaxLength,
[switch] $AllowNull,
[switch] $NotNull,
[switch] $IsNull,
[switch] $Not
)
$_isValid = $true
if ($PSBoundParameters.ContainsKey('MinLength')) {
$_isValid = $_isValid -and ($InputString.Length -ge $MinLength)
}
if ($PSBoundParameters.ContainsKey('MaxLength')) {
$_isValid = $_isValid -and ($InputString.Length -le $MaxLength)
}
if ($PSBoundParameters.ContainsKey('MatchPattern')) {
$_isValid = $_isValid -and ($InputString -match $MatchPattern)
}
if ($AllowNull -and [string]::IsNullOrEmpty($InputString)) {
$_isValid = $true
} elseif ($NotNull -and [string]::IsNullOrEmpty($InputString)) {
$_isValid = $false
}
if ($IsNull) {
$_isValid = [string]::IsNullOrEmpty($InputString)
}
if ($Not) {
return !$_isValid
} else {
return $_isValid
}
}
# Takes an array of strings and an array of colors then writes one line of text composed of each string being its respective color
Function Write-Colors {
Param
(
[Parameter(Mandatory = $true, Position = 0)]
[string[]] $TextStrings,
[Parameter(Mandatory = $true, Position = 1)]
[string[]] $Colors
)
If ($TextStrings.Count -ne $Colors.Count) { Throw 'Invalid Function Parameters. Arguments must be of equal length' }
$_index = 0
Foreach ($String in $TextStrings) {
Write-Host -ForegroundColor $Colors[$_index] -NoNewline $String
$_index++
}
}
# Custom menu prompt that listens for keypresses. Requires a prompt and array of entries at minimum. Entries preceeded with `*` are shown in green
# Returns a console key value
Function KeypressMenu {
Param
(
[Parameter(Mandatory = $true, Position = 0)]
[string] $Prompt,
[Parameter(Mandatory = $true, Position = 1)]
[string[]] $Entries,
[Parameter(Mandatory = $false)]
[string] $HelpText,
[Parameter(Mandatory = $false)]
[string] $HelpTextColor,
[Parameter(Mandatory = $false)]
[string] $DefaultString
)
Write-Host "`n"
Write-Host -ForegroundColor 'Yellow' "$Prompt"
if ($PSBoundParameters.ContainsKey('HelpText') -and (![string]::IsNullOrWhiteSpace($HelpText))) {
if ($PSBoundParameters.ContainsKey('HelpTextColor') -and (![string]::IsNullOrWhiteSpace($HelpTextColor))) {
Write-Host -ForegroundColor $HelpTextColor $HelpText
} else {
Write-Host -ForegroundColor 'Blue' $HelpText
}
}
foreach ($entry in $Entries) {
$_isDefault = $entry.StartsWith('*')
if ($_isDefault) {
$_entry = ' ' + $entry.Substring(1)
$_color = 'Green'
} else {
$_entry = ' ' + $entry
$_color = 'White'
}
Write-Host -ForegroundColor $_color $_entry
}
Write-Host
if ($PSBoundParameters.ContainsKey('DefaultString') -and (![string]::IsNullOrWhiteSpace($DefaultString))) {
Write-Host -NoNewline "Enter Choice (default is '$DefaultString'): "
} else {
Write-Host -NoNewline 'Enter Choice ('
Write-Host -NoNewline -ForegroundColor 'Green' 'Green'
Write-Host -NoNewline ' is default): '
}
do {
$keyInfo = [Console]::ReadKey($false)
} until ($keyInfo.Key)
return $keyInfo.Key
}
# Checks a URL and returns the status code received from the URL
Function TestUrlValidity {
Param
(
[Parameter(Mandatory = $true, Position = 0)]
[string] $URL
)
try {
$HTTP_Request = [System.Net.WebRequest]::Create($URL)
$HTTP_Response = $HTTP_Request.GetResponse()
$HTTP_Status = [int]$HTTP_Response.StatusCode
} catch {}
If ($null -eq $HTTP_Response) { $HTTP_Status = 404 }
Else { $HTTP_Response.Close() }
return $HTTP_Status
}
# Prompts user to enter an Installer URL, Tests the URL to ensure it results in a response code of 200, validates it against the manifest schema
# Returns the validated URL which was entered
Function Request-Installer-Url {
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the download url to the installer.'
$NewInstallerUrl = Read-Host -Prompt 'Url' | TrimString
if (String.Validate $NewInstallerUrl -MaxLength $Patterns.InstallerUrlMaxLength -MatchPattern $Patterns.InstallerUrl -NotNull) {
if ((TestUrlValidity $NewInstallerUrl) -ne 200) {
$script:_returnValue = [ReturnValue]::new(502, 'Invalid URL Response', 'The URL did not return a successful response from the server', 2)
} else {
$script:_returnValue = [ReturnValue]::Success()
}
} else {
if (String.Validate -not $NewInstallerUrl -MaxLength $Patterns.InstallerUrlMaxLength -NotNull) {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.InstallerUrlMaxLength)
} elseif (String.Validate -not $NewInstallerUrl -MatchPattern $Patterns.InstallerUrl) {
$script:_returnValue = [ReturnValue]::PatternError()
} else {
$script:_returnValue = [ReturnValue]::GenericError()
}
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
return $NewInstallerUrl
}
# Prompts the user to enter installer values
# Sets the $script:Installers value as an output
# Returns void
Function Read-Installer-Values {
# Clear prompted variables to ensure data from previous installer entries is not used for new entries
$InstallerValues = @(
'Architecture'
'InstallerType'
'InstallerUrl'
'InstallerSha256'
'SignatureSha256'
'PackageFamilyName'
'Custom'
'Silent'
'SilentWithProgress'
'ProductCode'
'Scope'
'InstallerLocale'
'UpgradeBehavior'
'AnotherInstaller'
)
Foreach ($InstallerValue in $InstallerValues) { Clear-Variable -Name $InstallerValue -Force -ErrorAction SilentlyContinue }
# Request user enter Installer URL
$InstallerUrl = Request-Installer-Url
# Get or request Installer Sha256
# Check the settings to see if we need to display this menu
switch ($ScriptSettings.SaveToTemporaryFolder) {
'always' { $script:SaveOption = '0' }
'never' { $script:SaveOption = '1' }
'manual' { $script:SaveOption = '2' }
default {
$_menu = @{
entries = @('[Y] Yes'; '*[N] No'; '[M] Manually Enter SHA256')
Prompt = 'Do you want to save the files to the Temp folder?'
DefaultString = 'N'
}
switch ( KeypressMenu -Prompt $_menu['Prompt'] -Entries $_menu['Entries'] -DefaultString $_menu['DefaultString']) {
'Y' { $script:SaveOption = '0' }
'N' { $script:SaveOption = '1' }
'M' { $script:SaveOption = '2' }
default { $script:SaveOption = '1' }
}
}
}
# If user did not select manual entry for Sha256, download file and calculate hash
# Also attempt to detect installer type and architecture
if ($script:SaveOption -ne '2') {
Write-Host
$start_time = Get-Date
Write-Host $NewLine
Write-Host 'Downloading URL. This will take a while...' -ForegroundColor Blue
$WebClient = New-Object System.Net.WebClient
$Filename = [System.IO.Path]::GetFileName($InstallerUrl)
$script:dest = "$env:TEMP\$FileName"
try {
$WebClient.DownloadFile($InstallerUrl, $script:dest)
} catch {
Write-Host 'Error downloading file. Please run the script again.' -ForegroundColor Red
exit 1
} finally {
Write-Host "Time taken: $((Get-Date).Subtract($start_time).Seconds) second(s)" -ForegroundColor Green
$InstallerSha256 = (Get-FileHash -Path $script:dest -Algorithm SHA256).Hash
if ($script:dest -match '\.msix(bundle){0,1}$') { $InstallerType = 'msix' }
elseif ($script:dest -match '\.msi$') { $InstallerType = 'msi' }
elseif ($script:dest -match '\.appx(bundle){0,1}$') { $InstallerType = 'appx' }
elseif ($script:dest -match '\.zip$') { $InstallerType = 'zip' }
if ($InstallerUrl -match '\b(x|win){0,1}64\b') { $architecture = 'x64' }
elseif ($InstallerUrl -match '\b((win|ia)32)|(x{0,1}86)\b') { $architecture = 'x86' }
elseif ($InstallerUrl -match '\b(arm|aarch)64\b') { $architecture = 'arm64' }
elseif ($InstallerUrl -match [regex]('\barm\b')) { $architecture = 'arm' }
$MSIProductCode = $(Get-AppLockerFileInformation -Path $script:dest | Select-Object Publisher | Select-String -Pattern '{[A-Z0-9]{8}-([A-Z0-9]{4}-){3}[A-Z0-9]{12}}').Matches
if ($script:SaveOption -eq '1' -and -not($script:dest -match '\.(msix|appx)(bundle){0,1}$')) { Remove-Item -Path $script:dest }
}
}
# Manual Entry of Sha256 with validation
else {
Write-Host
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the installer SHA256 Hash'
$InstallerSha256 = Read-Host -Prompt 'InstallerSha256' | TrimString
$InstallerSHA256 = $InstallerSha256.toUpper()
if ($InstallerSha256 -match $Patterns.InstallerSha256) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::PatternError()
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# Manual Entry of Architecture with validation
if ($architecture -CNotIn @($Patterns.ValidArchitectures)) {
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the architecture. Options:' , @($Patterns.ValidArchitectures -join ', ')
$architecture = Read-Host -Prompt 'Architecture' | TrimString
if ($architecture -Cin @($Patterns.ValidArchitectures)) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::new(400, 'Invalid Architecture', "Value must exist in the enum - $(@($Patterns.ValidArchitectures -join ', '))", 2)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# Manual Entry of Installer Type with validation
if ($InstallerType -CNotIn @($Patterns.ValidInstallerTypes)) {
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the InstallerType. Options:' , @($Patterns.ValidInstallerTypes -join ', ' )
$InstallerType = Read-Host -Prompt 'InstallerType' | TrimString
if ($InstallerType -Cin @($Patterns.ValidInstallerTypes)) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::new(400, 'Invalid Installer Type', "Value must exist in the enum - $(@($Patterns.ValidInstallerTypes -join ', '))", 2)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# If Installer Type is `exe`, require the silent switches to be entered
if ($InstallerType -ieq 'exe') {
# Required entry of `Silent` switches with validation
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the silent install switch. For example: /S, -verysilent, /qn, --silent, /exenoui'
$Silent = Read-Host -Prompt 'Silent switch' | TrimString
if (String.Validate $Silent -MaxLength $Patterns.SilentSwitchMaxLength -NotNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.SilentSwitchMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Required entry of `SilentWithProgress` swtich with validation
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the silent with progress install switch. For example: /S, -silent, /qb, /exebasicui'
$SilentWithProgress = Read-Host -Prompt 'Silent with progress switch' | TrimString
if (String.Validate $SilentWithProgress -MaxLength $Patterns.ProgressSwitchMaxLength -NotNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.ProgressSwitchMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# If Installer Type is not `exe`, the silent switches are optional
else {
# Optional entry of `Silent` switch with validation
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter the silent install switch. For example: /S, /s, /VERYSILENT, /qn, --silent'
$Silent = Read-Host -Prompt 'Silent' | TrimString
if (String.Validate $Silent -MaxLength $Patterns.SilentSwitchMaxLength -AllowNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.SilentSwitchMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Optional entry of `SilentWithProgress` switch with validation
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter the silent with progress install switch. For example: /S, /SILENT, /qb'
$SilentWithProgress = Read-Host -Prompt 'SilentWithProgress' | TrimString
if (String.Validate $SilentWithProgress -MaxLength $Patterns.ProgressSwitchMaxLength -AllowNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.ProgressSwitchMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# Optional entry of `Custom` switches with validation for all installer types
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter any custom switches for the installer. For example: /norestart, -norestart'
$Custom = Read-Host -Prompt 'Custom Switch' | TrimString
if (String.Validate $Custom -MaxLength $Patterns.CustomSwitchMaxLength -AllowNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.CustomSwitchMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# If the installer is `msix` or `appx`, prompt for or detect additional fields
if ($InstallerType -ieq 'msix' -or $InstallerType -ieq 'appx') {
# Detect or prompt for Signature Sha256
if (Get-Command 'winget.exe' -ErrorAction SilentlyContinue) { $SignatureSha256 = winget hash -m $script:dest | Select-String -Pattern 'SignatureSha256:' | ConvertFrom-String; if ($SignatureSha256.P2) { $SignatureSha256 = $SignatureSha256.P2.ToUpper() } }
if (String.Validate $SignatureSha256 -IsNull) {
# Manual entry of Signature Sha256 with validation
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Recommended] Enter the installer SignatureSha256'
$SignatureSha256 = Read-Host -Prompt 'SignatureSha256' | TrimString
if (String.Validate $SignatureSha256 -MatchPattern $Patterns.SignatureSha256 -AllowNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::PatternError()
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# Prompt user to find package name automatically, unless package was not downloaded
if ($script:SaveOption -eq '2' -or (!$(Test-Path $script:dest))) {
$ChoicePfn = '1'
} else {
$_menu = @{
entries = @('*[F] Find Automatically [Note: This will install the package to find Family Name and then removes it.]'; '[M] Manually Enter PackageFamilyName')
Prompt = 'Discover the package family name?'
DefaultString = 'F'
}
switch ( KeypressMenu -Prompt $_menu['Prompt'] -Entries $_menu['Entries'] -DefaultString $_menu['DefaultString']) {
'F' { $ChoicePfn = '0' }
'M' { $ChoicePfn = '1' }
default { $ChoicePfn = '0' }
}
}
# If user selected to find automatically -
# Install package, get family name, uninstall package
if ($ChoicePfn -eq '0') {
try {
Add-AppxPackage -Path $script:dest
$InstalledPkg = Get-AppxPackage | Select-Object -Last 1 | Select-Object PackageFamilyName, PackageFullName
$PackageFamilyName = $InstalledPkg.PackageFamilyName
Remove-AppxPackage $InstalledPkg.PackageFullName
} catch {
Out-Null
} finally {
if (String.Validate $PackageFamilyName -IsNull) {
$script:_returnValue = [ReturnValue]::new(500, 'Could not find PackageFamilyName', 'Value should be entered manually', 1)
}
}
}
# Validate Package Family Name if found automatically
# Allow for manual entry if selected or if validation failed
do {
if (($ChoicePfn -ne '0') -or ($script:_returnValue.StatusCode -ne [ReturnValue]::Success().StatusCode)) {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Recommended] Enter the PackageFamilyName'
$PackageFamilyName = Read-Host -Prompt 'PackageFamilyName' | TrimString
}
if (String.Validate $PackageFamilyName -MaxLength $Patterns.FamilyNameMaxLength -MatchPattern $Patterns.FamilyName -AllowNull) {
if (String.Validate $PackageFamilyName -IsNull) { $PackageFamilyName = "$([char]0x2370)" }
$script:_returnValue = [ReturnValue]::Success()
} else {
if (String.Validate -not $PackageFamilyName -MaxLength $Patterns.FamilyNameMaxLength) {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.FamilyNameMaxLength)
} elseif (String.Validate -not $PackageFamilyName -MatchPattern $Patterns.FamilyName) {
$script:_returnValue = [ReturnValue]::PatternError()
} else {
$script:_returnValue = [ReturnValue]::GenericError()
}
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
if ($script:SaveOption -eq '1') { Remove-Item -Path $script:dest }
}
# Request installer locale with validation as optional
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter the installer locale. For example: en-US, en-CA'
Write-Host -ForegroundColor 'Blue' -Object 'https://docs.microsoft.com/openspecs/office_standards/ms-oe376/6c085406-a698-4e12-9d4d-c3b0ee3dbc4a'
$InstallerLocale = Read-Host -Prompt 'InstallerLocale' | TrimString
# If user defined a default locale, add it
if ((String.Validate $InstallerLocale -IsNull) -and (String.Validate -not $ScriptSettings.DefaultInstallerLocale -IsNull)) { $InstallerLocale = $ScriptSettings.DefaultInstallerLocale }
if (String.Validate $InstallerLocale -MaxLength $Patterns.InstallerLocaleMaxLength -MatchPattern $Patterns.PackageLocale -AllowNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
if (String.Validate -not $InstallerLocale -MaxLength $Patterns.InstallerLocaleMaxLength -AllowNull) {
$script:_returnValue = [ReturnValue]::LengthError(0, $Patterns.InstallerLocaleMaxLength)
} elseif (String.Validate -not $InstallerLocale -MatchPattern $Patterns.PackageLocale) {
$script:_returnValue = [ReturnValue]::PatternError()
} else {
$script:_returnValue = [ReturnValue]::GenericError()
}
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request product code with validation
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter the application product code. Looks like {CF8E6E00-9C03-4440-81C0-21FACB921A6B}'
Write-Host -ForegroundColor 'White' -Object "ProductCode found from installer: $MSIProductCode"
Write-Host -ForegroundColor 'White' -Object 'Can be found with ' -NoNewline; Write-Host -ForegroundColor 'DarkYellow' 'get-wmiobject Win32_Product | Sort-Object Name | Format-Table IdentifyingNumber, Name -AutoSize'
$ProductCode = Read-Host -Prompt 'ProductCode' | TrimString
if (String.Validate $ProductCode -MinLength $Patterns.ProductCodeMinLength -MaxLength $Patterns.ProductCodeMaxLength -AllowNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError($Patterns.ProductCodeMinLength, $Patterns.ProductCodeMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request installer scope
$_menu = @{
entries = @('[M] Machine'; '[U] User'; '*[N] No idea')
Prompt = '[Optional] Enter the Installer Scope'
DefaultString = 'N'
}
switch ( KeypressMenu -Prompt $_menu['Prompt'] -Entries $_menu['Entries'] -DefaultString $_menu['DefaultString']) {
'M' { $Scope = 'machine' }
'U' { $Scope = 'user' }
'N' { $Scope = '' }
default { $Scope = '' }
}
# Request upgrade behavior
$_menu = @{
entries = @('*[I] Install'; '[U] Uninstall Previous')
Prompt = '[Optional] Enter the Upgrade Behavior'
DefaultString = 'I'
}
switch ( KeypressMenu -Prompt $_menu['Prompt'] -Entries $_menu['Entries'] -DefaultString $_menu['DefaultString']) {
'I' { $UpgradeBehavior = 'install' }
'U' { $UpgradeBehavior = 'uninstallPrevious' }
default { $UpgradeBehavior = 'install' }
}
# If the installers array is empty, create it
if (!$script:Installers) {
$script:Installers = @()
}
# Set up a new empty installer
$_Installer = [ordered] @{}
# Add the single-line parameters to the installer entry
$_InstallerSingletons = [ordered] @{
'InstallerLocale' = $InstallerLocale
'Architecture' = $Architecture
'InstallerType' = $InstallerType
'Scope' = $Scope
'InstallerUrl' = $InstallerUrl
'InstallerSha256' = $InstallerSha256
'SignatureSha256' = $SignatureSha256
'PackageFamilyName' = $PackageFamilyName
}
foreach ($_Item in $_InstallerSingletons.GetEnumerator()) {
If ($_Item.Value) { AddYamlParameter $_Installer $_Item.Name $_Item.Value }
}
# Add the installer switches to the installer entry, if they exist
If ($Silent -or $SilentWithProgress -or $Custom) {
$_InstallerSwitches = [ordered]@{}
$_Switches = [ordered] @{
'Custom' = $Custom
'Silent' = $Silent
'SilentWithProgress' = $SilentWithProgress
}
foreach ($_Item in $_Switches.GetEnumerator()) {
If ($_Item.Value) { AddYamlParameter $_InstallerSwitches $_Item.Name $_Item.Value }
}
$_InstallerSwitches = SortYamlKeys $_InstallerSwitches $InstallerSwitchProperties -NoComments
$_Installer['InstallerSwitches'] = $_InstallerSwitches
}
# Add the product code to the installer entry, if it exists
If ($ProductCode) { AddYamlParameter $_Installer 'ProductCode' $ProductCode }
AddYamlParameter $_Installer 'UpgradeBehavior' $UpgradeBehavior
# Add the completed installer to the installers array
$_Installer = SortYamlKeys $_Installer $InstallerEntryProperties -NoComments
$script:Installers += $_Installer
# Prompt the user for additional intaller entries
$_menu = @{
entries = @(
'[Y] Yes'
'*[N] No'
)
Prompt = 'Do you want to create another installer?'
DefaultString = 'N'
}
switch ( KeypressMenu -Prompt $_menu['Prompt'] -Entries $_menu['Entries'] -DefaultString $_menu['DefaultString']) {
'Y' { $AnotherInstaller = '0' }
'N' { $AnotherInstaller = '1' }
default { $AnotherInstaller = '1' }
}
# If there are additional entries, run this function again to fetch the values and add them to the installers array
if ($AnotherInstaller -eq '0') {
Write-Host; Read-Installer-Values
}
}
# Prompts user for Installer Values using the `Quick Update` Method
# Sets the $script:Installers value as an output
# Returns void
Function Read-Installer-Values-Minimal {
# We know old manifests exist if we got here without error
# Fetch the old installers based on the manifest type
if ($script:OldInstallerManifest) { $_OldInstallers = $script:OldInstallerManifest['Installers'] } else {
$_OldInstallers = $script:OldVersionManifest['Installers']
}
$_iteration = 0
$_NewInstallers = @()
foreach ($_OldInstaller in $_OldInstallers) {
# Create the new installer as an exact copy of the old installer entry
# This is to ensure all previously entered and un-modified parameters are retained
$_iteration += 1
$_NewInstaller = $_OldInstaller
# Show the user which installer entry they should be entering information for
Write-Host -ForegroundColor 'Green' "Installer Entry #$_iteration`:`n"
if ($_OldInstaller.InstallerLocale) { Write-Host -ForegroundColor 'Yellow' "`tInstallerLocale: $($_OldInstaller.InstallerLocale)" }
if ($_OldInstaller.Architecture) { Write-Host -ForegroundColor 'Yellow' "`tArchitecture: $($_OldInstaller.Architecture)" }
if ($_OldInstaller.InstallerType) { Write-Host -ForegroundColor 'Yellow' "`tInstallerType: $($_OldInstaller.InstallerType)" }
if ($_OldInstaller.Scope) { Write-Host -ForegroundColor 'Yellow' "`tScope: $($_OldInstaller.Scope)" }
Write-Host
# Request user enter the new Installer URL
$_NewInstaller['InstallerUrl'] = Request-Installer-Url
# Download the file at the URL
$WebClient = New-Object System.Net.WebClient
$Filename = [System.IO.Path]::GetFileName($($_NewInstaller.InstallerUrl))
$script:dest = "$env:TEMP\$Filename"
try {
$WebClient.DownloadFile($($_NewInstaller.InstallerUrl), $script:dest)
} catch {
Write-Host 'Error downloading file. Please run the script again.' -ForegroundColor Red
exit 1
} finally {
# Get the Sha256
$_NewInstaller['InstallerSha256'] = (Get-FileHash -Path $script:dest -Algorithm SHA256).Hash
# Update the product code, if a new one exists
# If a new product code doesn't exist, and the installer isn't an `.exe` file, remove the product code if it exists
$MSIProductCode = [string]$(Get-AppLockerFileInformation -Path $script:dest | Select-Object Publisher | Select-String -Pattern '{[A-Z0-9]{8}-([A-Z0-9]{4}-){3}[A-Z0-9]{12}}').Matches
if (String.Validate -not $MSIProductCode -IsNull) {
$_NewInstaller['ProductCode'] = $MSIProductCode
} elseif ( ($_NewInstaller.Keys -contains 'ProductCode') -and ($script:dest -notmatch '.exe$')) {
$_NewInstaller.Remove('ProductCode')
}
# If the installer is msix or appx, try getting the new SignatureSha256
# If the new SignatureSha256 can't be found, remove it if it exists
if ($_NewInstaller.InstallerType -in @('msix', 'appx')) {
if (Get-Command 'winget.exe' -ErrorAction SilentlyContinue) { $NewSignatureSha256 = winget hash -m $script:dest | Select-String -Pattern 'SignatureSha256:' | ConvertFrom-String; if ($NewSignatureSha256.P2) { $NewSignatureSha256 = $NewSignatureSha256.P2.ToUpper() } }
}
if (String.Validate -not $NewSignatureSha256 -IsNull) {
$_NewInstaller['SignatureSha256'] = $NewSignatureSha256
} elseif ($_NewInstaller.Keys -contains 'SignatureSha256') {
$_NewInstaller.Remove('SignatureSha256')
}
# If the installer is msix or appx, try getting the new package family name
# If the new package family name can't be found, remove it if it exists
if ($script:dest -match '\.(msix|appx)(bundle){0,1}$') {
try {
Add-AppxPackage -Path $script:dest
$InstalledPkg = Get-AppxPackage | Select-Object -Last 1 | Select-Object PackageFamilyName, PackageFullName
$PackageFamilyName = $InstalledPkg.PackageFamilyName
Remove-AppxPackage $InstalledPkg.PackageFullName
} catch {
Out-Null
} finally {
if (String.Validate -not $PackageFamilyName -IsNull) {
$_NewInstaller['PackageFamilyName'] = $PackageFamilyName
} elseif ($_NewInstaller.Keys -contains 'PackageFamilyName') {
$_NewInstaller.Remove('PackageFamilyName')
}
}
}
# Remove the downloaded files
Remove-Item -Path $script:dest
}
#Add the updated installer to the new installers array
$_NewInstaller = SortYamlKeys $_NewInstaller $InstallerEntryProperties -NoComments
$_NewInstallers += $_NewInstaller
}
$script:Installers = $_NewInstallers
}
# Requests the user enter an optional value with a prompt
# If the value already exists, also print the existing value
# Returns the new value if entered, Returns the existing value if no new value was entered
Function PromptInstallerManifestValue {
Param
(
[Parameter(Mandatory = $true, Position = 0)]
[AllowNull()]
[PSCustomObject] $Variable,
[Parameter(Mandatory = $true, Position = 1)]
[string] $Key,
[Parameter(Mandatory = $true, Position = 2)]
[string] $Prompt
)
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Yellow' -Object $Prompt
if (String.Validate -not $Variable -IsNull) { Write-Host -ForegroundColor 'DarkGray' "Old Value: $Variable" }
$NewValue = Read-Host -Prompt $Key | TrimString
if (String.Validate -not $NewValue -IsNull) {
return $NewValue
} else {
return $Variable
}
}
# Sorts keys within an object based on a reference ordered dictionary
# If a key does not exist, it sets the value to a special character to be removed / commented later
# Returns the result as a new object
Function SortYamlKeys {
Param
(
[Parameter(Mandatory = $true, Position = 0)]
[PSCustomObject] $InputObject,
[Parameter(Mandatory = $true, Position = 1)]
[PSCustomObject] $SortOrder,
[switch] $NoComments
)
$_ExcludedKeys = @(
'InstallerSwitches'
'Capabilities'
'RestrictedCapabilities'
'InstallerSuccessCodes'
'ProductCode'
'PackageFamilyName'
'InstallerLocale'
'InstallerType'
'Scope'
'UpgradeBehavior'
'Dependencies'
)
$_Temp = [ordered] @{}
$SortOrder.GetEnumerator() | ForEach-Object {
if ($InputObject.Contains($_)) {
$_Temp.Add($_, $InputObject[$_])
} else {
if (!$NoComments -and $_ -notin $_ExcludedKeys) {
$_Temp.Add($_, "$([char]0x2370)")
}
}
}
return $_Temp
}
# Requests the user to input optional values for the Installer Manifest file
Function Read-WinGet-InstallerManifest {
Write-Host
# Request File Extensions and validate
do {
if (!$FileExtensions) { $FileExtensions = '' }
else { $FileExtensions = $FileExtensions | UniqueItems }
$script:FileExtensions = PromptInstallerManifestValue $FileExtensions 'FileExtensions' "[Optional] Enter any File Extensions the application could support. For example: html, htm, url (Max $($Patterns.MaxItemsFileExtensions))" | UniqueItems
if (($script:FileExtensions -split ',').Count -le $Patterns.MaxItemsFileExtensions -and $($script:FileExtensions.Split(',').Trim() | Where-Object { String.Validate -not $_ -MaxLength $Patterns.FileExtensionMaxLength -MatchPattern $Patterns.FileExtension -AllowNull }).Count -eq 0) {
$script:_returnValue = [ReturnValue]::Success()
} else {
if (($script:FileExtensions -split ',').Count -gt $Patterns.MaxItemsFileExtensions ) {
$script:_returnValue = [ReturnValue]::MaxItemsError($Patterns.MaxItemsFileExtensions)
} else {
$script:_returnValue = [ReturnValue]::new(400, 'Invalid Entries', "Some entries do not match the requirements defined in the manifest schema - $($script:FileExtensions.Split(',').Trim() | Where-Object { String.Validate -not $_ -MaxLength $Patterns.FileExtensionMaxLength -MatchPattern $Patterns.FileExtension })", 2)
}
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request Protocols and validate
do {
if (!$Protocols) { $Protocols = '' }
else { $Protocols = $Protocols | UniqueItems }
$script:Protocols = PromptInstallerManifestValue $Protocols 'Protocols' "[Optional] Enter any Protocols the application provides a handler for. For example: http, https (Max $($Patterns.MaxItemsProtocols))" | UniqueItems
if (($script:Protocols -split ',').Count -le $Patterns.MaxItemsProtocols) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::MaxItemsError($Patterns.MaxItemsProtocols)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request Commands and validate
do {
if (!$Commands) { $Commands = '' }
else { $Commands = $Commands | UniqueItems }
$script:Commands = PromptInstallerManifestValue $Commands 'Commands' "[Optional] Enter any Commands or aliases to run the application. For example: msedge (Max $($Patterns.MaxItemsCommands))" | UniqueItems
if (($script:Commands -split ',').Count -le $Patterns.MaxItemsCommands) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::MaxItemsError($Patterns.MaxItemsCommands)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request Installer Success Codes and validate
do {
if (!$InstallerSuccessCodes) { $InstallerSuccessCodes = '' }
$script:InstallerSuccessCodes = PromptInstallerManifestValue $InstallerSuccessCodes 'InstallerSuccessCodes' "[Optional] List of additional non-zero installer success exit codes other than known default values by winget (Max $($Patterns.MaxItemsSuccessCodes))" | UniqueItems
if (($script:InstallerSuccessCodes -split ',').Count -le $Patterns.MaxItemsSuccessCodes) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::MaxItemsError($Patterns.MaxItemsSuccessCodes)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request Install Modes and validate
do {
if ($script:InstallModes) { $script:InstallModes = $script:InstallModes | UniqueItems }
$script:InstallModes = PromptInstallerManifestValue $script:InstallModes 'InstallModes' "[Optional] List of supported installer modes. Options: $($Patterns.ValidInstallModes -join ', ')"
if ($script:InstallModes) { $script:InstallModes = $script:InstallModes | UniqueItems }
if ( (String.Validate $script:InstallModes -IsNull) -or (($script:InstallModes -split ',').Count -le $Patterns.MaxItemsInstallModes -and $($script:InstallModes.Split(',').Trim() | Where-Object { $_ -CNotIn $Patterns.ValidInstallModes }).Count -eq 0)) {
$script:_returnValue = [ReturnValue]::Success()
} else {
if (($script:InstallModes -split ',').Count -gt $Patterns.MaxItemsInstallModes ) {
$script:_returnValue = [ReturnValue]::MaxItemsError($Patterns.MaxItemsInstallModes)
} else {
$script:_returnValue = [ReturnValue]::new(400, 'Invalid Entries', "Some entries do not match the requirements defined in the manifest schema - $($script:InstallModes.Split(',').Trim() | Where-Object { $_ -CNotIn $Patterns.ValidInstallModes })", 2)
}
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# Requests the user to input values for the Locale Manifest file
Function Read-WinGet-LocaleManifest {
# Request Package Locale and Validate
if (String.Validate -not $script:PackageLocale -MaxLength $Patterns.PackageLocaleMaxLength -MatchPattern $Patterns.PackageLocale -NotNull) {
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the Package Locale. For example: en-US, en-CA'
Write-Host -ForegroundColor 'Blue' 'Reference Link: https://docs.microsoft.com/openspecs/office_standards/ms-oe376/6c085406-a698-4e12-9d4d-c3b0ee3dbc4a'
$script:PackageLocale = Read-Host -Prompt 'PackageLocale' | TrimString
if (String.Validate $script:PackageLocale -MaxLength $Patterns.PackageLocaleMaxLength -MatchPattern $Patterns.PackageLocale -NotNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
if (String.Validate $script:PackageLocale -not -MaxLength $Patterns.PackageLocaleMaxLength -NotNull) {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.PackageLocaleMaxLength)
} elseif (String.Validate $script:PackageLocale -not -MatchPattern $Patterns.PackageLocale ) {
$script:_returnValue = [ReturnValue]::PatternError()
} else {
$script:_returnValue = [ReturnValue]::GenericError()
}
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
}
# Request Publisher Name and Validate
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
if (String.Validate $script:Publisher -IsNull) {
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the full publisher name. For example: Microsoft Corporation'
} else {
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter the full publisher name. For example: Microsoft Corporation'
Write-Host -ForegroundColor 'DarkGray' "Old Variable: $script:Publisher"
}
$NewPublisher = Read-Host -Prompt 'Publisher' | TrimString
if (String.Validate $NewPublisher -NotNull) {
$script:Publisher = $NewPublisher
}
if (String.Validate $script:Publisher -MaxLength $Patterns.PublisherMaxLength -NotNull) {
$script:_returnValue = [ReturnValue]::Success()
} else {
$script:_returnValue = [ReturnValue]::LengthError(1, $Patterns.PublisherMaxLength)
}
} until ($script:_returnValue.StatusCode -eq [ReturnValue]::Success().StatusCode)
# Request Application Name and Validate
do {
Write-Host -ForegroundColor 'Red' $script:_returnValue.ErrorString()
if (String.Validate $script:PackageName -IsNull) {
Write-Host -ForegroundColor 'Green' -Object '[Required] Enter the full application name. For example: Microsoft Teams'
} else {
Write-Host -ForegroundColor 'Yellow' -Object '[Optional] Enter the full application name. For example: Microsoft Teams'
Write-Host -ForegroundColor 'DarkGray' "Old Variable: $script:PackageName"
}