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Create-Win32App.ps1
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<#
.SYNOPSIS
Create a Win32 app in Microsoft Intune based on input from app manifest file.
.DESCRIPTION
Create a Win32 app in Microsoft Intune based on input from app manifest file.
.PARAMETER AppFolder
Specify the name of the folder that contains the application. App folders should be located in the same root directory as the script file
.PARAMETER Validate
Specify to validate manifest file configuration.
.EXAMPLE
#Script located with the app
.\Create-Win32App.ps1
#Script located in the root of the app directory (one folder up)
.\Create-Win32App.ps1 -AppFolder "Microsoft Visual Studio Code"
.NOTES
FileName: Create-Win32App.ps1
Author: Nickolaj Andersen
Contact: @NickolajA
Created: 2020-09-26
Updated: 2021-11-02
Version history:
1.0.0 - (2020-09-26) Script created
1.0.1 - (2020-10-06) Added the AppFolder parameter. Allows for a single copy of the script in the root of the app directory rather than a separate copy in each app folder.
1.0.2 - (2021-11-02) Updated the Connect-MSIntuneGraph parameters
#>
[CmdletBinding(SupportsShouldProcess = $true)]
param(
[parameter(Mandatory = $false, HelpMessage = "Specify the name of the folder that contains the application.")]
[ValidateScript({
if (!("$PSScriptRoot\$_" | Test-Path)) {
throw "The specified AppFolder ""$_"" does not exist"
}
if (!("$PSScriptRoot\$_" | Test-Path -PathType Container)) {
throw "The specified AppFolder ""$_"" must be a folder"
}
return $true
})]
[String]$AppFolder,
[parameter(Mandatory = $false, HelpMessage = "Specify to validate manifest file configuration.")]
[ValidateNotNullOrEmpty()]
[switch]$Validate
)
Process {
Function Set-PackagingVariable {
param(
[parameter(Mandatory = $true)]
[ValidateNotNullOrEmpty()]
[String]$Path,
[parameter(Mandatory = $true)]
[ValidateNotNullOrEmpty()]
[String]$ChildPath
)
if (Test-Path $Path\$ChildPath) {
$ReturnData = Join-Path -Path $Path -ChildPath $ChildPath
}
else {
throw "Unable to find $Path\$ChildPath"
}
return $ReturnData
}
# Read app data from JSON manifest
if ($AppFolder) {
$AppDataFile = Set-PackagingVariable -Path "$PSScriptRoot\$AppFolder" -ChildPath "App.json"
}
else {
$AppDataFile = Set-PackagingVariable -Path $PSScriptRoot -ChildPath "App.json"
}
$AppData = Get-Content -Path $AppDataFile | ConvertFrom-Json
# Required packaging variables
if ($AppFolder) {
$SourceFolder = Set-PackagingVariable -Path "$PSScriptRoot\$AppFolder" -ChildPath $AppData.PackageInformation.SourceFolder
$OutputFolder = Set-PackagingVariable -Path "$PSScriptRoot\$AppFolder" -ChildPath $AppData.PackageInformation.OutputFolder
$ScriptsFolder = Set-PackagingVariable -Path "$PSScriptRoot\$AppFolder" -ChildPath "Scripts"
$AppIconFile = Set-PackagingVariable -Path "$PSScriptRoot\$AppFolder" -ChildPath $AppData.PackageInformation.IconFile
}
else {
$SourceFolder = Set-PackagingVariable -Path $PSScriptRoot -ChildPath $AppData.PackageInformation.SourceFolder
$OutputFolder = Set-PackagingVariable -Path $PSScriptRoot -ChildPath $AppData.PackageInformation.OutputFolder
$ScriptsFolder = Set-PackagingVariable -Path $PSScriptRoot -ChildPath "Scripts"
$AppIconFile = Set-PackagingVariable -Path $PSScriptRoot -ChildPath $AppData.PackageInformation.IconFile
}
if (-not($PSBoundParameters["Validate"])) {
# Connect and retrieve authentication token
Connect-MSIntuneGraph -TenantId $AppData.TenantInformation.ID -Verbose
}
# Create required .intunewin package from source folder
$IntuneAppPackage = New-IntuneWin32AppPackage -SourceFolder $SourceFolder -SetupFile $AppData.PackageInformation.SetupFile -OutputFolder $OutputFolder -Verbose
# Create default requirement rule
$RequirementRule = New-IntuneWin32AppRequirementRule -Architecture $AppData.RequirementRule.Architecture -MinimumSupportedOperatingSystem $AppData.RequirementRule.MinimumRequiredOperatingSystem
# Create additional custom requirement rules
$CustomRequirementRuleCount = ($AppData.CustomRequirementRule | Measure-Object).Count
if ($CustomRequirementRuleCount -ge 1) {
$RequirementRules = New-Object -TypeName "System.Collections.ArrayList"
foreach ($RequirementRuleItem in $AppData.CustomRequirementRule) {
switch ($RequirementRuleItem.Type) {
"File" {
switch ($RequirementRuleItem.DetectionMethod) {
"Existence" {
# Create a custom file based requirement rule
$RequirementRuleArgs = @{
"Existence" = $true
"Path" = $RequirementRuleItem.Path
"FileOrFolder" = $RequirementRuleItem.FileOrFolder
"DetectionType" = $RequirementRuleItem.DetectionType
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"DateModified" {
# Create a custom file based requirement rule
$RequirementRuleArgs = @{
"DateModified" = $true
"Path" = $RequirementRuleItem.Path
"FileOrFolder" = $RequirementRuleItem.FileOrFolder
"Operator" = $RequirementRuleItem.Operator
"DateTimeValue" = $RequirementRuleItem.DateTimeValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"DateCreated" {
# Create a custom file based requirement rule
$RequirementRuleArgs = @{
"DateCreated" = $true
"Path" = $RequirementRuleItem.Path
"FileOrFolder" = $RequirementRuleItem.FileOrFolder
"Operator" = $RequirementRuleItem.Operator
"DateTimeValue" = $RequirementRuleItem.DateTimeValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"Version" {
# Create a custom file based requirement rule
$RequirementRuleArgs = @{
"Version" = $true
"Path" = $RequirementRuleItem.Path
"FileOrFolder" = $RequirementRuleItem.FileOrFolder
"Operator" = $RequirementRuleItem.Operator
"VersionValue" = $RequirementRuleItem.VersionValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"Size" {
# Create a custom file based requirement rule
$RequirementRuleArgs = @{
"Size" = $true
"Path" = $RequirementRuleItem.Path
"FileOrFolder" = $RequirementRuleItem.FileOrFolder
"Operator" = $RequirementRuleItem.Operator
"SizeInMBValue" = $RequirementRuleItem.SizeInMBValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
}
# Create file based requirement rule
$CustomRequirementRule = New-IntuneWin32AppRequirementRuleFile @RequirementRuleArgs
}
"Registry" {
switch ($RequirementRuleItem.DetectionMethod) {
"Existence" {
# Create a custom registry based requirement rule
$RequirementRuleArgs = @{
"Existence" = $true
"KeyPath" = $RequirementRuleItem.KeyPath
"ValueName" = $RequirementRuleItem.ValueName
"DetectionType" = $RequirementRuleItem.DetectionType
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"StringComparison" {
# Create a custom registry based requirement rule
$RequirementRuleArgs = @{
"StringComparison" = $true
"KeyPath" = $RequirementRuleItem.KeyPath
"ValueName" = $RequirementRuleItem.ValueName
"StringComparisonOperator" = $RequirementRuleItem.Operator
"StringComparisonValue" = $RequirementRuleItem.Value
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"VersionComparison" {
# Create a custom registry based requirement rule
$RequirementRuleArgs = @{
"VersionComparison" = $true
"KeyPath" = $RequirementRuleItem.KeyPath
"ValueName" = $RequirementRuleItem.ValueName
"VersionComparisonOperator" = $RequirementRuleItem.Operator
"VersionComparisonValue" = $RequirementRuleItem.Value
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
"IntegerComparison" {
# Create a custom registry based requirement rule
$RequirementRuleArgs = @{
"IntegerComparison" = $true
"KeyPath" = $RequirementRuleItem.KeyPath
"ValueName" = $RequirementRuleItem.ValueName
"IntegerComparisonOperator" = $RequirementRuleItem.Operator
"IntegerComparisonValue" = $RequirementRuleItem.Value
"Check32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.Check32BitOn64System)
}
}
}
# Create registry based requirement rule
$CustomRequirementRule = New-IntuneWin32AppRequirementRuleRegistry @RequirementRuleArgs
}
"Script" {
switch ($RequirementRuleItem.DetectionMethod) {
"StringOutput" {
# Create a custom script based requirement rule
$RequirementRuleArgs = @{
"StringOutputDataType" = $true
"ScriptFile" = (Join-Path -Path $ScriptsFolder -ChildPath $RequirementRuleItem.ScriptFile)
"ScriptContext" = $RequirementRuleItem.ScriptContext
"StringComparisonOperator" = $RequirementRuleItem.Operator
"StringValue" = $RequirementRuleItem.Value
"RunAs32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.RunAs32BitOn64System)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($RequirementRuleItem.EnforceSignatureCheck)
}
}
"IntegerOutput" {
# Create a custom script based requirement rule
$RequirementRuleArgs = @{
"IntegerOutputDataType" = $true
"ScriptFile" = $RequirementRuleItem.ScriptFile
"ScriptContext" = $RequirementRuleItem.ScriptContext
"IntegerComparisonOperator" = $RequirementRuleItem.Operator
"IntegerValue" = $RequirementRuleItem.Value
"RunAs32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.RunAs32BitOn64System)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($RequirementRuleItem.EnforceSignatureCheck)
}
}
"BooleanOutput" {
# Create a custom script based requirement rule
$RequirementRuleArgs = @{
"BooleanOutputDataType" = $true
"ScriptFile" = $RequirementRuleItem.ScriptFile
"ScriptContext" = $RequirementRuleItem.ScriptContext
"BooleanComparisonOperator" = $RequirementRuleItem.Operator
"BooleanValue" = $RequirementRuleItem.Value
"RunAs32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.RunAs32BitOn64System)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($RequirementRuleItem.EnforceSignatureCheck)
}
}
"DateTimeOutput" {
# Create a custom script based requirement rule
$RequirementRuleArgs = @{
"DateTimeOutputDataType" = $true
"ScriptFile" = $RequirementRuleItem.ScriptFile
"ScriptContext" = $RequirementRuleItem.ScriptContext
"DateTimeComparisonOperator" = $RequirementRuleItem.Operator
"DateTimeValue" = $RequirementRuleItem.Value
"RunAs32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.RunAs32BitOn64System)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($RequirementRuleItem.EnforceSignatureCheck)
}
}
"FloatOutput" {
# Create a custom script based requirement rule
$RequirementRuleArgs = @{
"FloatOutputDataType" = $true
"ScriptFile" = $RequirementRuleItem.ScriptFile
"ScriptContext" = $RequirementRuleItem.ScriptContext
"FloatComparisonOperator" = $RequirementRuleItem.Operator
"FloatValue" = $RequirementRuleItem.Value
"RunAs32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.RunAs32BitOn64System)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($RequirementRuleItem.EnforceSignatureCheck)
}
}
"VersionOutput" {
# Create a custom script based requirement rule
$RequirementRuleArgs = @{
"VersionOutputDataType" = $true
"ScriptFile" = $RequirementRuleItem.ScriptFile
"ScriptContext" = $RequirementRuleItem.ScriptContext
"VersionComparisonOperator" = $RequirementRuleItem.Operator
"VersionValue" = $RequirementRuleItem.Value
"RunAs32BitOn64System" = [System.Convert]::ToBoolean($RequirementRuleItem.RunAs32BitOn64System)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($RequirementRuleItem.EnforceSignatureCheck)
}
}
}
# Create script based requirement rule
$CustomRequirementRule = New-IntuneWin32AppRequirementRuleScript @RequirementRuleArgs
}
}
# Add requirement rule to list
$RequirementRules.Add($CustomRequirementRule) | Out-Null
}
}
# Create an array for multiple detection rules if required
if ($AppData.DetectionRule.Count -gt 1) {
if ("Script" -in $AppData.DetectionRule.Type) {
# When a Script detection rule is used, other detection rules cannot be used as well. This should be handled within the module itself by the Add-IntuneWin32App function
}
}
# Create detection rules
$DetectionRules = New-Object -TypeName "System.Collections.ArrayList"
foreach ($DetectionRuleItem in $AppData.DetectionRule) {
switch ($DetectionRuleItem.Type) {
"MSI" {
# Create a MSI installation based detection rule
$DetectionRuleArgs = @{
"ProductCode" = $DetectionRuleItem.ProductCode
"ProductVersionOperator" = $DetectionRuleItem.ProductVersionOperator
}
if (-not([string]::IsNullOrEmpty($DetectionRuleItem.ProductVersion))) {
$DetectionRuleArgs.Add("ProductVersion", $DetectionRuleItem.ProductVersion)
}
# Create MSI based detection rule
$DetectionRule = New-IntuneWin32AppDetectionRuleMSI @DetectionRuleArgs
}
"Script" {
# Create a PowerShell script based detection rule
$DetectionRuleArgs = @{
"ScriptFile" = (Join-Path -Path $ScriptsFolder -ChildPath $DetectionRuleItem.ScriptFile)
"EnforceSignatureCheck" = [System.Convert]::ToBoolean($DetectionRuleItem.EnforceSignatureCheck)
"RunAs32Bit" = [System.Convert]::ToBoolean($DetectionRuleItem.RunAs32Bit)
}
# Create script based detection rule
$DetectionRule = New-IntuneWin32AppDetectionRuleScript @DetectionRuleArgs
}
"Registry" {
switch ($DetectionRuleItem.DetectionMethod) {
"Existence" {
# Construct registry existence detection rule parameters
$DetectionRuleArgs = @{
"Existence" = $true
"KeyPath" = $DetectionRuleItem.KeyPath
"DetectionType" = $DetectionRuleItem.DetectionType
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
if (-not([string]::IsNullOrEmpty($DetectionRuleItem.ValueName))) {
$DetectionRuleArgs.Add("ValueName", $DetectionRuleItem.ValueName)
}
}
"VersionComparison" {
# Construct registry version comparison detection rule parameters
$DetectionRuleArgs = @{
"VersionComparison" = $true
"KeyPath" = $DetectionRuleItem.KeyPath
"ValueName" = $DetectionRuleItem.ValueName
"VersionComparisonOperator" = $DetectionRuleItem.Operator
"VersionComparisonValue" = $DetectionRuleItem.Value
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
"StringComparison" {
# Construct registry string comparison detection rule parameters
$DetectionRuleArgs = @{
"StringComparison" = $true
"KeyPath" = $DetectionRuleItem.KeyPath
"ValueName" = $DetectionRuleItem.ValueName
"StringComparisonOperator" = $DetectionRuleItem.Operator
"StringComparisonValue" = $DetectionRuleItem.Value
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
"IntegerComparison" {
# Construct registry integer comparison detection rule parameters
$DetectionRuleArgs = @{
"IntegerComparison" = $true
"KeyPath" = $DetectionRuleItem.KeyPath
"ValueName" = $DetectionRuleItem.ValueName
"IntegerComparisonOperator" = $DetectionRuleItem.Operator
"IntegerComparisonValue" = $DetectionRuleItem.Value
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
}
# Create registry based detection rule
$DetectionRule = New-IntuneWin32AppDetectionRuleRegistry @DetectionRuleArgs
}
"File" {
switch ($DetectionRuleItem.DetectionMethod) {
"Existence" {
# Create a custom file based requirement rule
$DetectionRuleArgs = @{
"Existence" = $true
"Path" = $DetectionRuleItem.Path
"FileOrFolder" = $DetectionRuleItem.FileOrFolder
"DetectionType" = $DetectionRuleItem.DetectionType
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
"DateModified" {
# Create a custom file based requirement rule
$DetectionRuleArgs = @{
"DateModified" = $true
"Path" = $DetectionRuleItem.Path
"FileOrFolder" = $DetectionRuleItem.FileOrFolder
"Operator" = $DetectionRuleItem.Operator
"DateTimeValue" = $DetectionRuleItem.DateTimeValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
"DateCreated" {
# Create a custom file based requirement rule
$DetectionRuleArgs = @{
"DateCreated" = $true
"Path" = $DetectionRuleItem.Path
"FileOrFolder" = $DetectionRuleItem.FileOrFolder
"Operator" = $DetectionRuleItem.Operator
"DateTimeValue" = $DetectionRuleItem.DateTimeValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
"Version" {
# Create a custom file based requirement rule
$DetectionRuleArgs = @{
"Version" = $true
"Path" = $DetectionRuleItem.Path
"FileOrFolder" = $DetectionRuleItem.FileOrFolder
"Operator" = $DetectionRuleItem.Operator
"VersionValue" = $DetectionRuleItem.VersionValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
"Size" {
# Create a custom file based requirement rule
$DetectionRuleArgs = @{
"Size" = $true
"Path" = $DetectionRuleItem.Path
"FileOrFolder" = $DetectionRuleItem.FileOrFolder
"Operator" = $DetectionRuleItem.Operator
"SizeInMBValue" = $DetectionRuleItem.SizeInMBValue
"Check32BitOn64System" = [System.Convert]::ToBoolean($DetectionRuleItem.Check32BitOn64System)
}
}
}
# Create file based detection rule
$DetectionRule = New-IntuneWin32AppDetectionRuleFile @DetectionRuleArgs
}
}
# Add detection rule to list
$DetectionRules.Add($DetectionRule) | Out-Null
}
# Add icon
if (Test-Path -Path $AppIconFile) {
$Icon = New-IntuneWin32AppIcon -FilePath $AppIconFile
}
# Construct a table of default parameters for Win32 app
$Win32AppArgs = @{
"FilePath" = $IntuneAppPackage.Path
"DisplayName" = $AppData.Information.DisplayName
"Description" = $AppData.Information.Description
"Publisher" = $AppData.Information.Publisher
"InstallExperience" = $AppData.Program.InstallExperience
"RestartBehavior" = $AppData.Program.DeviceRestartBehavior
"DetectionRule" = $DetectionRules
"RequirementRule" = $RequirementRule
"Verbose" = $true
}
# Dynamically add additional parameters for Win32 app
if ($RequirementRules -ne $null) {
$Win32AppArgs.Add("AdditionalRequirementRule", $RequirementRules)
}
if (Test-Path -Path $AppIconFile) {
$Win32AppArgs.Add("Icon", $Icon)
}
if (-not([string]::IsNullOrEmpty($AppData.Information.Notes))) {
$Win32AppArgs.Add("Notes", $AppData.Information.Notes)
}
if (-not([string]::IsNullOrEmpty($AppData.Program.InstallCommand))) {
$Win32AppArgs.Add("InstallCommandLine", $AppData.Program.InstallCommand)
}
if (-not([string]::IsNullOrEmpty($AppData.Program.UninstallCommand))) {
$Win32AppArgs.Add("UninstallCommandLine", $AppData.Program.UninstallCommand)
}
if ($PSBoundParameters["Validate"]) {
if (-not([string]::IsNullOrEmpty($Win32AppArgs["Icon"]))) {
# Redact icon Base64 code for better visibility in validate context
$Win32AppArgs["Icon"] = $Win32AppArgs["Icon"].SubString(0,20) + "... //redacted for validation context//"
}
# Output manifest configuration
$Win32AppArgs | ConvertTo-Json
}
else {
# Create Win32 app
Add-IntuneWin32App @Win32AppArgs
}
}