Onyxl's picture
Upload 2661 files
8c763fb verified
# Copyright (c) Microsoft Corporation.
# Licensed under the MIT License.
$script:oldModulePath = $env:PSModulePath
function Add-ModulePath
{
param([string]$Path, [switch]$Prepend)
$script:oldModulePath = $env:PSModulePath
if ($Prepend)
{
$env:PSModulePath = $Path + [System.IO.Path]::PathSeparator + $env:PSModulePath
}
else
{
$env:PSModulePath = $env:PSModulePath + [System.IO.Path]::PathSeparator + $Path
}
}
function Restore-ModulePath
{
$env:PSModulePath = $script:oldModulePath
}
# Creates a new dummy module compatible with the given PSEditions
function New-EditionCompatibleModule
{
param(
[Parameter(Mandatory = $true)][string]$ModuleName,
[string]$DirPath,
[string[]]$CompatiblePSEditions,
[string]$ErrorGenerationCode='')
$modulePath = Join-Path $DirPath $ModuleName
$manifestPath = Join-Path $modulePath "$ModuleName.psd1"
$psm1Name = "$ModuleName.psm1"
$psm1Path = Join-Path $modulePath $psm1Name
New-Item -Path $modulePath -ItemType Directory
New-Item -Path $psm1Path -Value "$ErrorGenerationCode function Test-$ModuleName { `$true } function Test-${ModuleName}PSEdition { `$PSVersionTable.PSEdition }" -Force
if ($CompatiblePSEditions)
{
New-ModuleManifest -Path $manifestPath -CompatiblePSEditions $CompatiblePSEditions -RootModule $psm1Name
}
else
{
New-ModuleManifest -Path $manifestPath -RootModule $psm1Name
}
return $modulePath
}
function New-TestModules
{
param([hashtable[]]$TestCases, [string]$BaseDir)
for ($i = 0; $i -lt $TestCases.Count; $i++)
{
$path = New-EditionCompatibleModule -ModuleName $TestCases[$i].ModuleName -CompatiblePSEditions $TestCases[$i].Editions -Dir $BaseDir
$TestCases[$i].Path = $path
$TestCases[$i].Name = $TestCases[$i].Editions -join ","
}
}
function New-TestNestedModule
{
param(
[string]$ModuleBase,
[string]$ScriptModuleFilename,
[string]$ScriptModuleContent,
[string]$BinaryModuleFilename,
[string]$BinaryModuleDllPath,
[string]$RootModuleFilename,
[string]$RootModuleContent,
[string[]]$CompatiblePSEditions,
[bool]$UseRootModule,
[bool]$UseAbsolutePath
)
$nestedModules = [System.Collections.ArrayList]::new()
# Create script module
New-Item -Path (Join-Path $ModuleBase $ScriptModuleFileName) -Value $ScriptModuleContent
$nestedModules.Add($ScriptModuleFilename)
if ($BinaryModuleFilename -and $BinaryModuleDllPath)
{
# Create binary module
Copy-Item -Path $BinaryModuleDllPath -Destination (Join-Path $ModuleBase $BinaryModuleFilename)
$nestedModules.Add($BinaryModuleFilename)
}
# Create the root module if there is one
if ($UseRootModule)
{
New-Item -Path (Join-Path $ModuleBase $RootModuleFilename) -Value $RootModuleContent
}
# Create the manifest command
$moduleName = Split-Path -Leaf $ModuleBase
$manifestPath = Join-Path $ModuleBase "$moduleName.psd1"
$nestedModules = $nestedModules -join ','
$newManifestCmd = "New-ModuleManifest -Path $manifestPath -NestedModules $nestedModules "
if ($CompatiblePSEditions)
{
$compatibleModules = $CompatiblePSEditions -join ','
$newManifestCmd += "-CompatiblePSEditions $compatibleModules "
}
if ($UseRootModule)
{
$newManifestCmd += "-RootModule $RootModuleFilename "
$newManifestCmd += "-FunctionsToExport @('Test-RootModule','Test-RootModulePSEdition') "
}
else
{
$newManifestCmd += "-FunctionsToExport @('Test-ScriptModule','Test-ScriptModulePSEdition') "
}
$newManifestCmd += "-CmdletsToExport @() -VariablesToExport @() -AliasesToExport @() "
# Create the manifest
[scriptblock]::Create($newManifestCmd).Invoke()
}
function Get-DesktopModuleToUse {
$system32Path = "$env:windir\system32\WindowsPowerShell\v1.0\Modules"
$persistentMemoryModule = "PersistentMemory"
$remoteDesktopModule = "RemoteDesktop"
if (Test-Path -PathType Container "$system32Path\$persistentMemoryModule") {
return $persistentMemoryModule
} elseif (Test-Path -PathType Container "$system32Path\$remoteDesktopModule") {
return $remoteDesktopModule
} else {
return $null
}
}
$desktopModuleToUse = Get-DesktopModuleToUse
Describe "Get-Module with CompatiblePSEditions-checked paths" -Tag "CI" {
BeforeAll {
if (-not $IsWindows)
{
return
}
$successCases = @(
@{ Editions = "Core","Desktop"; ModuleName = "BothModule" },
@{ Editions = "Core"; ModuleName = "CoreModule" }
)
$failCases = @(
@{ Editions = "Desktop"; ModuleName = "DesktopModule" },
@{ Editions = $null; ModuleName = "NeitherModule" }
)
$basePath = Join-Path $TestDrive "EditionCompatibleModules"
New-TestModules -TestCases $successCases -BaseDir $basePath
New-TestModules -TestCases $failCases -BaseDir $basePath
# Emulate the System32 module path for tests
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $basePath)
}
AfterAll {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $null)
}
Context "Loading from checked paths on the module path with no flags" {
BeforeAll {
Add-ModulePath $basePath
$modules = Get-Module -ListAvailable
}
AfterAll {
Restore-ModulePath
}
It "Lists compatible modules from the module path with -ListAvailable for PSEdition <Editions>" -TestCases $successCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName)
$modules.Name | Should -Contain $ModuleName
}
It "Does not list incompatible modules with -ListAvailable for PSEdition <Editions>" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName)
$modules.Name | Should -Not -Contain $ModuleName
}
}
Context "Loading from checked paths by absolute path with no flags" {
It "Lists compatible modules with -ListAvailable for PSEdition <Editions>" -TestCases $successCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName)
$modules = Get-Module -ListAvailable (Join-Path -Path $basePath -ChildPath $ModuleName)
$modules.Name | Should -Contain $ModuleName
}
It "Does not list incompatible modules with -ListAvailable for PSEdition <Editions>" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName)
$modules = Get-Module -ListAvailable (Join-Path -Path $basePath -ChildPath $ModuleName)
$modules.Name | Should -Not -Contain $ModuleName
}
}
Context "Loading from checked paths on the module path with -SkipEditionCheck" {
BeforeAll {
Add-ModulePath $basePath
$modules = Get-Module -ListAvailable -SkipEditionCheck
}
AfterAll {
Restore-ModulePath
}
It "Lists all modules from the module path with -ListAvailable for PSEdition <Editions>" -TestCases ($successCases + $failCases) -Skip:(-not $IsWindows) {
param($Editions, $ModuleName)
$modules.Name | Should -Contain $ModuleName
}
}
Context "Loading from checked paths by absolute path with -SkipEditionCheck" {
It "Lists compatible modules with -ListAvailable for PSEdition <Editions>" -TestCases ($successCases + $failCases) -Skip:(-not $IsWindows) {
param($Editions, $ModuleName)
$modules = Get-Module -ListAvailable -SkipEditionCheck (Join-Path -Path $basePath -ChildPath $ModuleName)
$modules.Name | Should -Contain $ModuleName
}
}
}
Describe "Import-Module from CompatiblePSEditions-checked paths" -Tag "CI" {
BeforeAll {
$successCases = @(
@{ Editions = "Core","Desktop"; ModuleName = "BothModule"; Result = $true },
@{ Editions = "Core"; ModuleName = "CoreModule"; Result = $true }
)
$failCases = @(
@{ Editions = "Desktop"; ModuleName = "DesktopModule"; Result = $true },
@{ Editions = $null; ModuleName = "NeitherModule"; Result = $true }
)
$basePath = Join-Path $TestDrive "EditionCompatibleModules"
New-TestModules -TestCases $successCases -BaseDir $basePath
New-TestModules -TestCases $failCases -BaseDir $basePath
$allCases = $successCases + $failCases
$allModules = $allCases.ModuleName
$versionTestCases = @()
foreach($versionString in @('1.0','2.0','3.0','4.0','5.0','5.1','5.1.14393.0'))
{
foreach($case in $allCases)
{
$versionTestCases += $case + @{WinPSVersion = $versionString}
}
}
# make sure there are no ImplicitRemoting leftovers from previous tests
Get-Module | Where-Object {$_.PrivateData.ImplicitRemoting} | Remove-Module -Force
Get-PSSession -Name WinPSCompatSession -ErrorAction SilentlyContinue | Remove-PSSession
# Emulate the System32 module path for tests
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $basePath)
}
AfterAll {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $null)
}
AfterEach {
Get-Module $allModules | Remove-Module -Force
}
Context "Imports from module path" {
BeforeAll {
Add-ModulePath $basePath
}
AfterAll {
Restore-ModulePath
}
It "Successfully imports compatible modules from the module path with PSEdition <Editions>" -TestCases $successCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
Import-Module $ModuleName -Force
& "Test-$ModuleName" | Should -Be $Result
}
It "Successfully imports incompatible modules from the module path with PSEdition <Editions> using WinCompat" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
Import-Module $ModuleName -Force -ErrorAction 'Stop'
& "Test-$ModuleName" | Should -Be $Result
}
It "Imports an incompatible module from the module path with -SkipEditionCheck with PSEdition <Editions>" -TestCases ($successCases + $failCases) -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
Import-Module $ModuleName -SkipEditionCheck -Force
& "Test-$ModuleName" | Should -Be $Result
}
It "Imports any module using WinCompat from the module path with -UseWindowsPowerShell with PSEdition <Editions>" -TestCases ($successCases + $failCases) -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
Import-Module $ModuleName -UseWindowsPowerShell -Force
& "Test-${ModuleName}PSEdition" | Should -Be 'Desktop'
}
It "WinCompat works only with Windows PS 5.1 (when PSEdition <Editions> and WinPSVersion <WinPSVersion>)" -TestCases $versionTestCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result, $WinPSVersion)
try {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellVersionString", $WinPSVersion)
if ($WinPSVersion.StartsWith('5.1')) {
Import-Module $ModuleName -UseWindowsPowerShell -Force
& "Test-${ModuleName}PSEdition" | Should -Be 'Desktop'
}
else {
{ Import-Module $ModuleName -UseWindowsPowerShell -Force } | Should -Throw -ErrorId "InvalidOperationException"
}
}
finally {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellVersionString", $null)
}
}
It "Current location in Windows PS mirrors local current location" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
$pwdBackup = $PWD
$location = Join-Path $TestDrive "Custom dir" (New-Guid).ToString()
$null = New-Item -Path $location -ItemType Directory
Push-Location -Path $location
try
{
# right after module import remote $PWD should be synchronized
Import-Module $ModuleName -UseWindowsPowerShell
$s = Get-PSSession -Name WinPSCompatSession
(Invoke-Command -Session $s {Get-Location}).Path | Should -BeExactly $PWD.Path
# after local $PWD changes remote $PWD should be synchronized
Set-Location -Path ..
(Invoke-Command -Session $s {Get-Location}).Path | Should -BeExactly $PWD.Path
# after WinCompat cleanup local $PWD changes should not cause errors
Remove-Module $ModuleName -Force
Pop-Location
}
finally
{
Set-Location $pwdBackup
}
}
It "-NoClobber and -Scope work with implicit WinCompat" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
try
{
Set-Item function:Test-$ModuleName {"OriginalFunctionImplementation"}
Import-Module $ModuleName -Force -WarningAction Ignore -Scope Local -NoClobber
& "Test-$ModuleName" | Should -BeExactly "OriginalFunctionImplementation"
}
finally
{
Remove-Item function:Test-$ModuleName
}
}
}
Context "Imports from absolute path" {
It "Successfully imports compatible modules from an absolute path with PSEdition <Editions>" -TestCases $successCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
$path = Join-Path -Path $basePath -ChildPath $ModuleName
Import-Module $path -Force
& "Test-$ModuleName" | Should -Be $Result
}
It "Successfully imports incompatible modules from an absolute path with PSEdition <Editions> using WinCompat" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
$path = Join-Path -Path $basePath -ChildPath $ModuleName
Import-Module $path -Force -ErrorAction 'Stop'
& "Test-$ModuleName" | Should -Be $Result
}
It "Imports an incompatible module from an absolute path with -SkipEditionCheck with PSEdition <Editions>" -TestCases ($successCases + $failCases) -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
$path = Join-Path -Path $basePath -ChildPath $ModuleName
Import-Module $path -SkipEditionCheck -Force
& "Test-$ModuleName" | Should -Be $Result
}
It "Imports any module using WinCompat from an absolute path with -UseWindowsPowerShell with PSEdition <Editions>" -TestCases ($successCases + $failCases) -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
$path = Join-Path -Path $basePath -ChildPath $ModuleName
Import-Module $path -UseWindowsPowerShell -Force
& "Test-${ModuleName}PSEdition" | Should -Be 'Desktop'
}
}
Context "Imports using CommandDiscovery\ModuleAutoload" {
BeforeAll {
Add-ModulePath $basePath
}
AfterAll {
Restore-ModulePath
}
It "Successfully auto-imports compatible modules from the module path with PSEdition <Editions>" -TestCases $successCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
& "Test-$ModuleName" | Should -Be $Result
}
It "Successfully auto-imports incompatible modules from the module path with PSEdition <Editions> using WinCompat" -TestCases $failCases -Skip:(-not $IsWindows) {
param($Editions, $ModuleName, $Result)
& "Test-${ModuleName}PSEdition" | Should -Be 'Desktop'
}
}
}
Describe "Additional tests for Import-Module with WinCompat" -Tag "Feature" {
BeforeAll {
if ( ! $IsWindows ) {
Push-DefaultParameterValueStack @{ "it:skip" = $true }
return
}
$ModuleName = "DesktopModule"
$ModuleName2 = "DesktopModule2"
$basePath = Join-Path $TestDrive "WinCompatModules"
$allModules = @($ModuleName, $ModuleName2)
Remove-Item -Path $basePath -Recurse -ErrorAction SilentlyContinue
# create an incompatible module that generates an error on import
New-EditionCompatibleModule -ModuleName $ModuleName -CompatiblePSEditions "Desktop" -Dir $basePath -ErrorGenerationCode '1/0;'
# create an incompatible module
New-EditionCompatibleModule -ModuleName $ModuleName2 -CompatiblePSEditions "Desktop" -Dir $basePath
}
AfterAll {
if ( ! $IsWindows ) {
Pop-DefaultParameterValueStack
return
}
}
Context "Tests that ErrorAction/WarningAction have effect when Import-Module with WinCompat is used" {
BeforeAll {
$pwsh = "$PSHOME/pwsh"
Add-ModulePath $basePath
}
AfterAll {
Restore-ModulePath
}
It "Verify that Error is generated with default ErrorAction" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
& $pwsh -NoProfile -NonInteractive -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName" *> $LogPath
$LogPath | Should -FileContentMatch 'divide by zero'
}
It "Verify that Warning is generated with default WarningAction" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
& $pwsh -NoProfile -NonInteractive -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName;Get-Error" *> $LogPath
$LogPath | Should -FileContentMatch 'loaded in Windows PowerShell' -Because (Get-Content $LogPath)
}
It "Verify that Error is Not generated with -ErrorAction Ignore" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
& $pwsh -NoProfile -NonInteractive -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName -ErrorAction Ignore" *> $LogPath
$LogPath | Should -Not -FileContentMatch 'divide by zero'
}
It "Verify that Warning is Not generated with -WarningAction Ignore" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
& $pwsh -NoProfile -NonInteractive -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName -WarningAction Ignore" *> $LogPath
$LogPath | Should -Not -FileContentMatch 'loaded in Windows PowerShell'
}
It "Fails to import incompatible module if implicit WinCompat is disabled in config" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
'{"DisableImplicitWinCompat" : "True"}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2" *> $LogPath
$LogPath | Should -FileContentMatch 'cannot be loaded implicitly using the Windows Compatibility'
}
It "Fails to auto-import incompatible module during CommandDiscovery\ModuleAutoload if implicit WinCompat is Disabled in config" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
'{"DisableImplicitWinCompat" : "True","Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned"}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`'); Test-$ModuleName2" *> $LogPath
$LogPath | Should -FileContentMatch 'not recognized as a name of a cmdlet'
}
It "Successfully auto-imports incompatible module during CommandDiscovery\ModuleAutoload if implicit WinCompat is Enabled in config" {
$LogPath = Join-Path $TestDrive (New-Guid).ToString()
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
'{"DisableImplicitWinCompat" : "False","Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned"}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`'); Test-$ModuleName2" *> $LogPath
$LogPath | Should -FileContentMatch 'True'
}
}
Context "Tests around Windows PowerShell Compatibility module deny list" {
BeforeAll {
$pwsh = "$PSHOME/pwsh"
Add-ModulePath $basePath
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
}
AfterAll {
Restore-ModulePath
}
It "Successfully imports incompatible module when DenyList is not specified in powershell.config.json" {
'{"Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned"}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2 -WarningAction Ignore;Test-${ModuleName2}PSEdition" | Should -Be 'Desktop'
}
It "Successfully imports incompatible module when DenyList is empty" {
'{"Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned","WindowsPowerShellCompatibilityModuleDenyList": []}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2 -WarningAction Ignore;Test-${ModuleName2}PSEdition" | Should -Be 'Desktop'
}
It "Blocks DenyList module import by Import-Module <ModuleName> -UseWindowsPowerShell" {
'{"WindowsPowerShellCompatibilityModuleDenyList": ["' + $ModuleName2 + '"]}' | Out-File -Force $ConfigPath
$out = & $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2 -UseWindowsPowerShell -ErrorVariable z -ErrorAction SilentlyContinue;`$z.FullyQualifiedErrorId"
$out | Should -BeExactly 'Modules_ModuleInWinCompatDenyList,Microsoft.PowerShell.Commands.ImportModuleCommand'
}
It "Blocks DenyList module import by Import-Module <ModuleName>" {
'{"WindowsPowerShellCompatibilityModuleDenyList": ["' + $ModuleName2.ToLowerInvariant() + '"]}' | Out-File -Force $ConfigPath # also check case-insensitive comparison
$out = & $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2 -ErrorVariable z -ErrorAction SilentlyContinue;`$z.FullyQualifiedErrorId"
$out | Should -BeExactly 'Modules_ModuleInWinCompatDenyList,Microsoft.PowerShell.Commands.ImportModuleCommand'
}
It "Blocks DenyList module import by CommandDiscovery\ModuleAutoload" {
'{"WindowsPowerShellCompatibilityModuleDenyList": ["RandomNameJustToMakeArrayOfSeveralModules","' + $ModuleName2 + '"]}' | Out-File -Force $ConfigPath
$out = & $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');`$ErrorActionPreference = 'SilentlyContinue';Test-$ModuleName2;`$error[0].FullyQualifiedErrorId"
$out | Should -BeExactly 'CouldNotAutoloadMatchingModule'
}
}
Context "Tests around Windows PowerShell Compatibility NoClobber module list" {
BeforeAll {
$pwsh = "$PSHOME/pwsh"
Add-ModulePath $basePath
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
}
AfterAll {
Restore-ModulePath
}
It "NoClobber WinCompat import works for an engine module through command discovery" {
ConvertFrom-String -InputObject '1,2,3' -Delimiter ',' | Out-Null
$modules = Get-Module -Name Microsoft.PowerShell.Utility
$modules.Count | Should -Be 2
$proxyModule = $modules | Where-Object {$_.ModuleType -eq 'Script'}
$coreModule = $modules | Where-Object {$_.ModuleType -eq 'Manifest'}
$proxyModule.ExportedCommands.Keys | Should -Contain "ConvertFrom-String"
$proxyModule.ExportedCommands.Keys | Should -Not -Contain "Get-Date"
$coreModule.ExportedCommands.Keys | Should -Contain "Get-Date"
$coreModule.ExportedCommands.Keys | Should -Not -Contain "ConvertFrom-String"
$proxyModule | Remove-Module -Force
}
It "NoClobber WinCompat import works for an engine module through -UseWindowsPowerShell parameter" {
# pre-test cleanup
Get-Module -Name Microsoft.PowerShell.Management | Remove-Module
Import-Module -Name Microsoft.PowerShell.Management # import the one that comes with PSCore
Import-Module Microsoft.PowerShell.Management -UseWindowsPowerShell
$modules = Get-Module -Name Microsoft.PowerShell.Management
$modules.Count | Should -Be 2
$proxyModule = $modules | Where-Object {$_.ModuleType -eq 'Script'}
$coreModule = $modules | Where-Object {$_.ModuleType -eq 'Manifest'}
$proxyModule.ExportedCommands.Keys | Should -Contain "Get-WmiObject"
$proxyModule.ExportedCommands.Keys | Should -Not -Contain "Get-Item"
$coreModule.ExportedCommands.Keys | Should -Contain "Get-Item"
$coreModule.ExportedCommands.Keys | Should -Not -Contain "Get-WmiObject"
$proxyModule | Remove-Module -Force
}
It "NoClobber WinCompat import works with ModuleSpecifications" {
Import-Module -UseWindowsPowerShell -FullyQualifiedName @{ModuleName='Microsoft.PowerShell.Utility';ModuleVersion='0.0'}
$modules = Get-Module -Name Microsoft.PowerShell.Utility
$modules.Count | Should -Be 2
$proxyModule = $modules | Where-Object {$_.ModuleType -eq 'Script'}
$coreModule = $modules | Where-Object {$_.ModuleType -eq 'Manifest'}
$proxyModule.ExportedCommands.Keys | Should -Contain "ConvertFrom-String"
$proxyModule.ExportedCommands.Keys | Should -Not -Contain "Get-Date"
$coreModule.ExportedCommands.Keys | Should -Contain "Get-Date"
$coreModule.ExportedCommands.Keys | Should -Not -Contain "ConvertFrom-String"
$proxyModule | Remove-Module -Force
}
It "NoClobber WinCompat list in powershell.config is missing " {
'{"Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned"}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2 -WarningAction Ignore;Test-${ModuleName2}PSEdition" | Should -Be 'Desktop'
}
It "NoClobber WinCompat list in powershell.config is empty " {
'{"Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned", "WindowsPowerShellCompatibilityNoClobberModuleList": []}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Import-Module $ModuleName2 -WarningAction Ignore;Test-${ModuleName2}PSEdition" | Should -Be 'Desktop'
}
It "NoClobber WinCompat list in powershell.config is working " {
$targetModuleFolder = Join-Path $TestDrive "TempWinCompatModuleFolder"
Copy-Item -Path "$basePath\$ModuleName2" -Destination "$targetModuleFolder\$ModuleName2" -Recurse -Force
$env:PSModulePath = $targetModuleFolder + [System.IO.Path]::PathSeparator + $env:PSModulePath
$psm1 = Get-ChildItem -Recurse -Path $targetModuleFolder -Filter "$ModuleName2.psm1"
"function Test-$ModuleName2 { `$PSVersionTable.PSEdition }" | Out-File -FilePath $psm1.FullName -Force
# Now Core version of the module has 1 function: Test-$ModuleName2 (returns 'Core')
# and WinPS version of the module has 2 functions: Test-$ModuleName2 (returns '$true'), Test-${ModuleName2}PSEdition (returns 'Desktop')
# when NoClobber WinCompat import is working Test-$ModuleName2 should return 'Core'
'{"Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned", "WindowsPowerShellCompatibilityNoClobberModuleList": ["' + $ModuleName2 + '"]}' | Out-File -Force $ConfigPath
& $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook('TestWindowsPowerShellPSHomeLocation', `'$basePath`');Test-${ModuleName2}PSEdition;Test-$ModuleName2" | Should -Be @('Desktop','Core')
}
It "NoClobber WinCompat list in powershell.config is a Desktop-edition module" {
if (Test-IsWinWow64) {
Set-ItResult -Skipped -Because "This test is not applicable to WoW64."
return
}
if (-not $desktopModuleToUse) {
throw 'Neither the "PersistentMemory" module nor the "RemoteDesktop" module is available. Please check and use a desktop-edition module that is under the System32 module path.'
}
## The 'Desktop' edition module 'PersistentMemory' (available on Windows Client) or 'RemoteDesktop' (available on Windows Server) should not be imported twice.
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
@"
{"Microsoft.PowerShell:ExecutionPolicy": "RemoteSigned", "WindowsPowerShellCompatibilityNoClobberModuleList": ["$desktopModuleToUse"]}
"@ | Out-File -Force $ConfigPath
$env:PSModulePath = $null
## The desktop-edition module is listed in the no-clobber list, so we will first try loading a core-edition
## compatible version of the module before loading the remote one. The 'system32' module path will be skipped
## in this attempt, which is by-design.
## If we don't skip the 'system32' module path in this loading attempt, the desktop-edition module will be
## imported twice as a remote module, and then 'Remove-Module' won't close the WinCompat session.
$script = @"
Import-Module $desktopModuleToUse -UseWindowsPowerShell -WarningAction Ignore
Get-Module $desktopModuleToUse | ForEach-Object { `$_.ModuleType.ToString() }
(Get-PSSession | Measure-Object).Count
Remove-Module $desktopModuleToUse
(Get-PSSession | Measure-Object).Count
"@
$scriptBlock = [scriptblock]::Create($script)
$results = & $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c $scriptBlock
$results[0] | Should -BeExactly 'Script'
$results[1] | Should -BeExactly 1
$results[2] | Should -BeExactly 0
}
}
Context "Tests around PSModulePath in WinCompat process" {
BeforeAll {
$pwsh = "$PSHOME/pwsh"
Add-ModulePath $basePath
$ConfigPath = Join-Path $TestDrive 'powershell.config.json'
}
AfterAll {
Restore-ModulePath
}
BeforeEach {
Get-PSSession -Name WinPSCompatSession -ErrorAction SilentlyContinue | Remove-PSSession
}
AfterEach {
Get-Module $allModules | Remove-Module -Force
}
It 'WinCompat process does not inherit PowerShell-Core-specific paths' {
# these paths were copied from test\powershell\engine\Module\ModulePath.Tests.ps1
$pscoreUserPath = Join-Path -Path $HOME -ChildPath "Documents\PowerShell\Modules"
$pscoreSharedPath = Join-Path -Path $env:ProgramFiles -ChildPath "PowerShell\Modules"
$pscoreSystemPath = Join-Path -Path $PSHOME -ChildPath 'Modules'
$pscorePaths = $env:psmodulepath
$pscorePaths | Should -BeLike "*$pscoreUserPath*"
$pscorePaths | Should -BeLike "*$pscoreSharedPath*"
$pscorePaths | Should -BeLike "*$pscoreSystemPath*"
Import-Module $ModuleName2 -UseWindowsPowerShell -Force -WarningAction Ignore
$s = Get-PSSession -Name WinPSCompatSession
$winpsPaths = Invoke-Command -Session $s -ScriptBlock {$env:psmodulepath}
$winpsPaths | Should -Not -BeLike "*$pscoreUserPath*"
$winpsPaths | Should -Not -BeLike "*$pscoreSharedPath*"
$winpsPaths | Should -Not -BeLike "*$pscoreSystemPath*"
}
It 'WinCompat process inherits user added paths' {
$mypath = Join-Path $env:SystemDrive MyDir
$originalModulePath = $env:PSModulePath
try {
$env:PSModulePath += ";$mypath"
Import-Module $ModuleName2 -UseWindowsPowerShell -Force -WarningAction Ignore
$s = Get-PSSession -Name WinPSCompatSession
$winpsPaths = Invoke-Command -Session $s -ScriptBlock {$env:psmodulepath}
$winpsPaths | Should -BeLike "*$mypath*"
}
finally {
$env:PSModulePath = $originalModulePath
}
}
It 'Windows PowerShell does not inherit path defined in powershell.config.json' {
'{ "PSModulePath": "C:\\MyTestDir" }' | Out-File -Force $ConfigPath
$winpsPaths = & $pwsh -NoProfile -NonInteractive -settingsFile $ConfigPath -c "Import-Module $ModuleName2 -UseWindowsPowerShell -WarningAction Ignore;`$s = Get-PSSession -Name WinPSCompatSession;Invoke-Command -Session `$s -ScriptBlock {`$env:psmodulepath}"
$winpsPaths | Should -Not -BeLike "*MyTestDir*"
}
}
}
Describe "PSModulePath changes interacting with other PowerShell processes" -Tag "Feature" {
BeforeAll {
$pwsh = "$PSHOME/pwsh"
if ( ! $IsWindows ) {
Push-DefaultParameterValueStack @{ "it:skip" = $true }
return
}
}
AfterAll {
if ( ! $IsWindows ) {
Pop-DefaultParameterValueStack
}
}
Context "System32 module path prepended to PSModulePath" {
BeforeAll {
if (-not $IsWindows)
{
return
}
Add-ModulePath (Join-Path $env:windir "System32\WindowsPowerShell\v1.0\Modules") -Prepend
}
AfterAll {
if (-not $IsWindows)
{
return
}
Restore-ModulePath
}
It "Allows Windows PowerShell subprocesses to call `$PSHOME modules still" {
$errors = powershell.exe -Command "Get-ChildItem" 2>&1 | Where-Object { $_ -is [System.Management.Automation.ErrorRecord] }
$errors | Should -Be $null
}
It "Allows Windows PowerShell subprocesses to load WinPS version of `$PSHOME modules" {
powershell.exe -Command "Get-ChildItem | Out-Null;(Get-Module Microsoft.PowerShell.Management).Path" | Should -BeLike "*system32*"
}
It "Allows PowerShell subprocesses to call core modules" {
$errors = & $pwsh -Command "Get-ChildItem" 2>&1 | Where-Object { $_ -is [System.Management.Automation.ErrorRecord] }
$errors | Should -Be $null
}
}
# Remove Pending status and update test after issue #11575 is fixed
It "Does not duplicate the System32 module path in subprocesses" -Pending:$true {
$sys32ModPathCount = & $pwsh -C {
& "$PSHOME/pwsh" -C '$null = $env:PSModulePath -match ([regex]::Escape((Join-Path $env:windir "System32" "WindowsPowerShell" "v1.0" "Modules"))); $Matches.Count'
}
$sys32ModPathCount | Should -Be 1
}
}
Describe "Get-Module nested module behaviour with Edition checking" -Tag "Feature" {
BeforeAll {
$testConditions = @{
SkipEditionCheck = @($true, $false)
UseRootModule = @($true, $false)
UseAbsolutePath = @($true, $false)
MarkedEdition = @($null, "Desktop", "Core", @("Desktop","Core"))
}
# Combine all the test conditions into a list of test cases
$testCases = @(@{})
foreach ($condition in $testConditions.Keys)
{
$list = [System.Collections.Generic.List[hashtable]]::new()
foreach ($obj in $testCases)
{
foreach ($value in $testConditions[$condition])
{
$list.Add($obj + @{ $condition = $value })
}
}
$testCases = $list
}
# Define nested script module
$scriptModuleName = "NestedScriptModule"
$scriptModuleFile = "$scriptModuleName.psm1"
$scriptModuleContent = 'function Test-ScriptModule { return $true }'
# Define nested binary module
$binaryModuleName = "NestedBinaryModule"
$binaryModuleFile = "$binaryModuleName.dll"
$binaryModuleContent = 'public static class TestBinaryModuleClass { public static bool Test() { return true; } }'
$binaryModuleSourcePath = Join-Path $TestDrive $binaryModuleFile
Add-Type -OutputAssembly $binaryModuleSourcePath -TypeDefinition $binaryModuleContent
# Define root module definition
$rootModuleName = "RootModule"
$rootModuleFile = "$rootModuleName.psm1"
$rootModuleContent = 'function Test-RootModule { Test-ScriptModule }'
# Module directory structure: $TestDrive/$compatibility/$guid/$moduleName/{module parts}
$compatibleDir = "Compatible"
$incompatibleDir = "Incompatible"
$compatiblePath = Join-Path $TestDrive $compatibleDir
$incompatiblePath = Join-Path $TestDrive $incompatibleDir
foreach ($basePath in $compatiblePath,$incompatiblePath)
{
New-Item -Path $basePath -ItemType Directory
}
}
Context "Modules ON the System32 test path" {
BeforeAll {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $incompatiblePath)
}
AfterAll {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $null)
}
BeforeEach {
# Create the module directory
$guid = New-Guid
$compatibilityDir = $incompatibleDir
$containingDir = Join-Path $TestDrive $compatibilityDir $guid
$moduleName = "CpseTestModule"
$moduleBase = Join-Path $containingDir $moduleName
New-Item -Path $moduleBase -ItemType Directory
Add-ModulePath $containingDir
}
AfterEach {
Restore-ModulePath
}
It "Get-Module -ListAvailable gets all compatible modules when SkipEditionCheck: <SkipEditionCheck>, using root module: <UseRootModule>, using absolute path: <UseAbsolutePath>, CompatiblePSEditions: <MarkedEdition>" -TestCases $testCases -Skip:(-not $IsWindows) {
param([bool]$SkipEditionCheck, [bool]$UseRootModule, [bool]$UseAbsolutePath, [string[]]$MarkedEdition)
New-TestNestedModule `
-ModuleBase $moduleBase `
-ScriptModuleFilename $scriptModuleFile `
-ScriptModuleContent $scriptModuleContent `
-BinaryModuleFilename $binaryModuleFile `
-BinaryModuleDllPath $binaryModuleSourcePath `
-RootModuleFilename $rootModuleFile `
-RootModuleContent $rootModuleContent `
-CompatiblePSEditions $MarkedEdition `
-UseRootModule $UseRootModule `
-UseAbsolutePath $UseAbsolutePath
if ($UseAbsolutePath)
{
if ((-not $SkipEditionCheck) -and (-not ($MarkedEdition -contains "Core")))
{
Get-Module -ListAvailable $moduleBase -ErrorAction Stop | Should -Be $null
return
}
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable $moduleBase -SkipEditionCheck
}
else
{
Get-Module -ListAvailable $moduleBase
}
$modules.Count | Should -Be 1
$modules[0].Name | Should -Be $moduleName
return
}
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable -SkipEditionCheck
}
else
{
Get-Module -ListAvailable
}
$modules = $modules | Where-Object { $_.Path.Contains($guid) }
if ((-not $SkipEditionCheck) -and (-not ($MarkedEdition -contains "Core")))
{
$modules.Count | Should -Be 0
return
}
$modules.Count | Should -Be 1
$modules[0].Name | Should -Be $moduleName
}
It "Get-Module -ListAvailable -All gets all compatible modules when SkipEditionCheck: <SkipEditionCheck>, using root module: <UseRootModule>, using absolute path: <UseAbsolutePath>, CompatiblePSEditions: <MarkedEdition>" -TestCases $testCases -Skip:(-not $IsWindows){
param([bool]$SkipEditionCheck, [bool]$UseRootModule, [bool]$UseAbsolutePath, [string[]]$MarkedEdition)
New-TestNestedModule `
-ModuleBase $moduleBase `
-ScriptModuleFilename $scriptModuleFile `
-ScriptModuleContent $scriptModuleContent `
-BinaryModuleFilename $binaryModuleFile `
-BinaryModuleDllPath $binaryModuleSourcePath `
-RootModuleFilename $rootModuleFile `
-RootModuleContent $rootModuleContent `
-CompatiblePSEditions $MarkedEdition `
-UseRootModule $UseRootModule `
-UseAbsolutePath $UseAbsolutePath
# Modules specified with an absolute path should only return themselves
if ($UseAbsolutePath) {
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable -All -SkipEditionCheck $moduleBase
}
else
{
Get-Module -ListAvailable -All $moduleBase
}
$modules.Count | Should -Be 1
$modules[0].Name | Should -BeExactly $moduleName
return
}
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable -All -SkipEditionCheck | Where-Object { $_.Path.Contains($guid) }
}
else
{
Get-Module -ListAvailable -All | Where-Object { $_.Path.Contains($guid) }
}
if ($UseRootModule)
{
$modules.Count | Should -Be 4
}
else
{
$modules.Count | Should -Be 3
}
$names = $modules.Name
$names | Should -Contain $moduleName
$names | Should -Contain $scriptModuleName
$names | Should -Contain $binaryModuleName
}
}
Context "Modules OFF the System32 module path" {
BeforeEach {
# Create the module directory
$guid = New-Guid
$compatibilityDir = $compatibleDir
$containingDir = Join-Path $TestDrive $compatibilityDir $guid
$moduleName = "CpseTestModule"
$moduleBase = Join-Path $containingDir $moduleName
New-Item -Path $moduleBase -ItemType Directory
Add-ModulePath $containingDir
}
AfterEach {
Restore-ModulePath
}
It "Get-Module -ListAvailable gets all compatible modules when SkipEditionCheck: <SkipEditionCheck>, using root module: <UseRootModule>, using absolute path: <UseAbsolutePath>, CompatiblePSEditions: <MarkedEdition>" -TestCases $testCases {
param([bool]$SkipEditionCheck, [bool]$UseRootModule, [bool]$UseAbsolutePath, [string[]]$MarkedEdition)
New-TestNestedModule `
-ModuleBase $moduleBase `
-ScriptModuleFilename $scriptModuleFile `
-ScriptModuleContent $scriptModuleContent `
-BinaryModuleFilename $binaryModuleFile `
-BinaryModuleDllPath $binaryModuleSourcePath `
-RootModuleFilename $rootModuleFile `
-RootModuleContent $rootModuleContent `
-CompatiblePSEditions $MarkedEdition `
-UseRootModule $UseRootModule `
-UseAbsolutePath $UseAbsolutePath
if ($UseAbsolutePath)
{
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable $moduleBase -SkipEditionCheck
}
else
{
Get-Module -ListAvailable $moduleBase
}
$modules.Count | Should -Be 1
$modules[0].Name | Should -Be $moduleName
return
}
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable -SkipEditionCheck
}
else
{
Get-Module -ListAvailable
}
$modules = $modules | Where-Object { $_.Path.Contains($guid) }
$modules.Count | Should -Be 1
$modules[0].Name | Should -Be $moduleName
}
It "Get-Module -ListAvailable -All gets all compatible modules when SkipEditionCheck: <SkipEditionCheck>, using root module: <UseRootModule>, using absolute path: <UseAbsolutePath>, CompatiblePSEditions: <MarkedEdition>" -TestCases $testCases {
param([bool]$SkipEditionCheck, [bool]$UseRootModule, [bool]$UseAbsolutePath, [string[]]$MarkedEdition)
New-TestNestedModule `
-ModuleBase $moduleBase `
-ScriptModuleFilename $scriptModuleFile `
-ScriptModuleContent $scriptModuleContent `
-BinaryModuleFilename $binaryModuleFile `
-BinaryModuleDllPath $binaryModuleSourcePath `
-RootModuleFilename $rootModuleFile `
-RootModuleContent $rootModuleContent `
-CompatiblePSEditions $MarkedEdition `
-UseRootModule $UseRootModule `
-UseAbsolutePath $UseAbsolutePath
# Modules specified with an absolute path should only return themselves
if ($UseAbsolutePath)
{
$modules = Get-Module -ListAvailable -All $moduleBase
$modules.Count | Should -Be 1
$modules[0].Name | Should -BeExactly $moduleName
return
}
$modules = if ($SkipEditionCheck)
{
Get-Module -ListAvailable -All -SkipEditionCheck | Where-Object { $_.Path.Contains($guid) }
}
else
{
Get-Module -ListAvailable -All | Where-Object { $_.Path.Contains($guid) }
}
if ($UseRootModule)
{
$modules.Count | Should -Be 4
}
else
{
$modules.Count | Should -Be 3
}
$names = $modules.Name
$names | Should -Contain $moduleName
$names | Should -Contain $scriptModuleName
$names | Should -Contain $binaryModuleName
}
}
}
Describe "Import-Module nested module behaviour with Edition checking" -Tag "Feature" {
BeforeAll {
$testConditions = @{
SkipEditionCheck = @($true, $false)
UseRootModule = @($true, $false)
UseAbsolutePath = @($true, $false)
MarkedEdition = @($null, "Desktop", "Core", @("Desktop","Core"))
UseWindowsPowerShell = @($true, $false)
}
# Combine all the test conditions into a list of test cases
$testCases = @(@{})
foreach ($condition in $testConditions.Keys)
{
$list = [System.Collections.Generic.List[hashtable]]::new()
foreach ($obj in $testCases)
{
foreach ($value in $testConditions[$condition])
{
$list.Add($obj + @{ $condition = $value })
}
}
$testCases = $list
}
# Define nested script module
$scriptModuleName = "NestedScriptModule"
$scriptModuleFile = "$scriptModuleName.psm1"
$scriptModuleContent = 'function Test-ScriptModule { return $true } function Test-ScriptModulePSEdition { $PSVersionTable.PSEdition }'
# Define root module definition
$rootModuleName = "RootModule"
$rootModuleFile = "$rootModuleName.psm1"
$rootModuleContent = 'function Test-RootModule { Test-ScriptModule } function Test-RootModulePSEdition { Test-ScriptModulePSEdition }'
# Module directory structure: $TestDrive/$compatibility/$guid/$moduleName/{module parts}
$compatibleDir = "Compatible"
$incompatibleDir = "Incompatible"
$compatiblePath = Join-Path $TestDrive $compatibleDir
$incompatiblePath = Join-Path $TestDrive $incompatibleDir
foreach ($basePath in $compatiblePath,$incompatiblePath)
{
New-Item -Path $basePath -ItemType Directory
}
# make sure there are no ImplicitRemoting leftovers from previous tests
Get-Module | Where-Object {$_.PrivateData.ImplicitRemoting} | Remove-Module -Force
Get-PSSession -Name WinPSCompatSession -ErrorAction SilentlyContinue | Remove-PSSession
}
Context "Modules ON the System32 test path" {
BeforeAll {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $incompatiblePath)
}
AfterAll {
[System.Management.Automation.Internal.InternalTestHooks]::SetTestHook("TestWindowsPowerShellPSHomeLocation", $null)
}
BeforeEach {
# Create the module directory
$guid = New-Guid
$compatibilityDir = $incompatibleDir
$containingDir = Join-Path $TestDrive $compatibilityDir $guid
$moduleName = "CpseTestModule"
$moduleBase = Join-Path $containingDir $moduleName
New-Item -Path $moduleBase -ItemType Directory
Add-ModulePath $containingDir
}
AfterEach {
Get-Module $moduleName | Remove-Module -Force
Restore-ModulePath
}
It "Import-Module when SkipEditionCheck: <SkipEditionCheck>, using root module: <UseRootModule>, using absolute path: <UseAbsolutePath>, CompatiblePSEditions: <MarkedEdition>, UseWindowsPowerShell: <UseWindowsPowerShell>" -TestCases $testCases -Skip:(-not $IsWindows) {
param([bool]$SkipEditionCheck, [bool]$UseRootModule, [bool]$UseAbsolutePath, [string[]]$MarkedEdition, [bool]$UseWindowsPowerShell)
New-TestNestedModule `
-ModuleBase $moduleBase `
-ScriptModuleFilename $scriptModuleFile `
-ScriptModuleContent $scriptModuleContent `
-RootModuleFilename $rootModuleFile `
-RootModuleContent $rootModuleContent `
-CompatiblePSEditions $MarkedEdition `
-UseRootModule $UseRootModule `
-UseAbsolutePath $UseAbsolutePath
if ($UseAbsolutePath)
{
if ((-not $SkipEditionCheck) -and (-not ($MarkedEdition -contains "Core")))
{
# this goes through WinCompat code
{ Import-Module $moduleBase -ErrorAction Stop } | Should -Not -Throw
Get-Module -Name $moduleName | Should -Not -BeNullOrEmpty
return
}
if ($SkipEditionCheck -and $UseWindowsPowerShell)
{
{ Import-Module $moduleBase -SkipEditionCheck -UseWindowsPowerShell } | Should -Throw -ErrorId "AmbiguousParameterSet"
return
}
elseif ($SkipEditionCheck)
{
Import-Module $moduleBase -SkipEditionCheck
}
elseif ($UseWindowsPowerShell)
{
Import-Module $moduleBase -UseWindowsPowerShell
}
else
{
Import-Module $moduleBase
}
if ($UseRootModule)
{
Test-RootModule | Should -BeTrue
{ Test-ScriptModule } | Should -Throw -ErrorId "CommandNotFoundException"
if ($UseWindowsPowerShell)
{
Test-RootModulePSEdition | Should -Be 'Desktop'
{ Test-ScriptModulePSEdition } | Should -Throw -ErrorId "CommandNotFoundException"
}
return
}
Test-ScriptModule | Should -BeTrue
{ Test-RootModule } | Should -Throw -ErrorId "CommandNotFoundException"
if ($UseWindowsPowerShell)
{
Test-ScriptModulePSEdition | Should -Be 'Desktop'
{ Test-RootModulePSEdition } | Should -Throw -ErrorId "CommandNotFoundException"
}
return
}
if ((-not $SkipEditionCheck) -and (-not ($MarkedEdition -contains "Core")))
{
# this goes through WinCompat code
{ Import-Module $moduleName -ErrorAction Stop } | Should -Not -Throw
Get-Module -Name $moduleName | Should -Not -BeNullOrEmpty
return
}
if ($SkipEditionCheck -and $UseWindowsPowerShell)
{
{ Import-Module $moduleName -SkipEditionCheck -UseWindowsPowerShell } | Should -Throw -ErrorId "AmbiguousParameterSet"
return
}
elseif ($SkipEditionCheck)
{
Import-Module $moduleName -SkipEditionCheck
}
elseif ($UseWindowsPowerShell)
{
Import-Module $moduleName -UseWindowsPowerShell
}
else
{
Import-Module $moduleName
}
if ($UseRootModule)
{
Test-RootModule | Should -BeTrue
{ Test-ScriptModule } | Should -Throw -ErrorId "CommandNotFoundException"
if ($UseWindowsPowerShell)
{
Test-RootModulePSEdition | Should -Be 'Desktop'
{ Test-ScriptModulePSEdition } | Should -Throw -ErrorId "CommandNotFoundException"
}
return
}
Test-ScriptModule | Should -BeTrue
{ Test-RootModule } | Should -Throw -ErrorId "CommandNotFoundException"
if ($UseWindowsPowerShell)
{
Test-ScriptModulePSEdition | Should -Be 'Desktop'
{ Test-RootModulePSEdition } | Should -Throw -ErrorId "CommandNotFoundException"
}
}
}
Context "Modules OFF the System32 module path" {
BeforeEach {
# Create the module directory
$guid = New-Guid
$compatibilityDir = $compatibleDir
$containingDir = Join-Path $TestDrive $compatibilityDir $guid
$moduleName = "CpseTestModule"
$moduleBase = Join-Path $containingDir $moduleName
New-Item -Path $moduleBase -ItemType Directory
Add-ModulePath $containingDir
}
AfterEach {
Get-Module $moduleName | Remove-Module -Force
Restore-ModulePath
}
It "Import-Module when SkipEditionCheck: <SkipEditionCheck>, using root module: <UseRootModule>, using absolute path: <UseAbsolutePath>, CompatiblePSEditions: <MarkedEdition>, UseWindowsPowerShell: <UseWindowsPowerShell>" -TestCases $testCases {
param([bool]$SkipEditionCheck, [bool]$UseRootModule, [bool]$UseAbsolutePath, [string[]]$MarkedEdition, [bool]$UseWindowsPowerShell)
if ($UseWindowsPowerShell -and (-not $IsWindows))
{
Set-ItResult -Skipped -Because 'UseWindowsPowerShell parameter is supported only on Windows'
}
New-TestNestedModule `
-ModuleBase $moduleBase `
-ScriptModuleFilename $scriptModuleFile `
-ScriptModuleContent $scriptModuleContent `
-RootModuleFilename $rootModuleFile `
-RootModuleContent $rootModuleContent `
-CompatiblePSEditions $MarkedEdition `
-UseRootModule $UseRootModule `
-UseAbsolutePath $UseAbsolutePath
if ($UseAbsolutePath)
{
if ($SkipEditionCheck -and $UseWindowsPowerShell)
{
{ Import-Module $moduleBase -SkipEditionCheck -UseWindowsPowerShell } | Should -Throw -ErrorId "AmbiguousParameterSet"
return
}
elseif ($SkipEditionCheck)
{
Import-Module $moduleBase -SkipEditionCheck
}
elseif ($UseWindowsPowerShell)
{
Import-Module $moduleBase -UseWindowsPowerShell
}
else
{
Import-Module $moduleBase
}
}
elseif ($SkipEditionCheck -and $UseWindowsPowerShell)
{
{ Import-Module $moduleName -SkipEditionCheck -UseWindowsPowerShell } | Should -Throw -ErrorId "AmbiguousParameterSet"
return
}
elseif ($SkipEditionCheck)
{
Import-Module $moduleName -SkipEditionCheck
}
elseif ($UseWindowsPowerShell)
{
Import-Module $moduleName -UseWindowsPowerShell
}
else
{
Import-Module $moduleName
}
if ($UseRootModule)
{
Test-RootModule | Should -BeTrue
{ Test-ScriptModule } | Should -Throw -ErrorId "CommandNotFoundException"
if ($UseWindowsPowerShell)
{
Test-RootModulePSEdition | Should -Be 'Desktop'
{ Test-ScriptModulePSEdition } | Should -Throw -ErrorId "CommandNotFoundException"
}
return
}
Test-ScriptModule | Should -BeTrue
{ Test-RootModule } | Should -Throw -ErrorId "CommandNotFoundException"
if ($UseWindowsPowerShell)
{
Test-ScriptModulePSEdition | Should -Be 'Desktop'
{ Test-RootModulePSEdition } | Should -Throw -ErrorId "CommandNotFoundException"
}
}
}
}
Describe "WinCompat importing should check availablity of built-in modules" -Tag "CI" {
BeforeAll {
if (-not $IsWindows ) {
Push-DefaultParameterValueStack @{ "it:skip" = $true }
return
}
## Copy the current PowerShell instance to a temp location
$tempDir = Join-Path ([System.IO.Path]::GetTempPath()) "WinCompat"
$pwshDir = Join-Path $tempDir "pwsh"
$moduleDir = Join-Path $tempDir "Modules"
$savedModulePath = $env:PSModulePath
if (Test-Path $tempDir) {
Remove-Item $tempDir -Recurse -Force
}
Write-Host "Making a copy of the running PowerShell instance ..." -ForegroundColor Yellow
Copy-Item $PSHOME $pwshDir -Recurse -Force
Move-Item $pwshDir\Modules $moduleDir -Force
Write-Host "-- Done copying!" -ForegroundColor Yellow
}
AfterAll {
if (-not $IsWindows) {
Pop-DefaultParameterValueStack
return
}
$env:PSModulePath = $savedModulePath
Remove-Item $tempDir -Recurse -Force
}
It "Missing built-in modules will trigger error instead of loading the non-compatible ones in System32 directory. Running '<Command>'" -TestCases @(
@{
Command = 'Start-Transcript';
FullyQualifiedErrorId = "CouldNotAutoloadMatchingModule";
ExceptionMessage = "*'Start-Transcript'*'Microsoft.PowerShell.Host'*'Microsoft.PowerShell.Host'*'Core'*`$PSHOME*'Import-Module Microsoft.PowerShell.Host'*"
}
@{
Command = 'Import-Module Microsoft.PowerShell.Host';
FullyQualifiedErrorId = "System.InvalidOperationException,Microsoft.PowerShell.Commands.ImportModuleCommand"
ExceptionMessage = "*'Microsoft.PowerShell.Host'*'Core'*`$PSHOME*"
}
@{
Command = 'Import-Module CimCmdlets'
FullyQualifiedErrorId = "System.InvalidOperationException,Microsoft.PowerShell.Commands.ImportModuleCommand"
ExceptionMessage = "*'CimCmdlets'*'Core'*`$PSHOME*"
}
@{
Command = 'Import-Module Microsoft.PowerShell.Utility'
FullyQualifiedErrorId = "System.InvalidOperationException,Microsoft.PowerShell.Commands.ImportModuleCommand"
ExceptionMessage = "*'Microsoft.PowerShell.Utility'*'Core'*`$PSHOME*"
}
) {
param(
$Command,
$FullyQualifiedErrorId,
$ExceptionMessage
)
$template = @'
try {{
{0}
}} catch {{
$_.FullyQualifiedErrorId
$_.Exception.Message
}}
'@
$env:PSModulePath = $null
$script = $template -f $Command
$scriptBlock = [scriptblock]::Create($script)
$result = & "$pwshDir\pwsh.exe" -NoProfile -NonInteractive -c $scriptBlock
$result | Should -HaveCount 2
$result[0] | Should -BeExactly $FullyQualifiedErrorId
$result[1] | Should -BeLike $ExceptionMessage
}
It "Attempt to load a 'Desktop' edition module should fail because 'Export-PSSession' cannot be found" {
if (Test-IsWinWow64) {
Set-ItResult -Skipped -Because "This test is not applicable to WoW64."
return
}
if (-not $desktopModuleToUse) {
throw 'Neither the "PersistentMemory" module nor the "RemoteDesktop" module is available. Please check and use a desktop-edition module that is under the System32 module path.'
}
$script = @"
try {
Import-Module $desktopModuleToUse -ErrorAction Stop
} catch {
`$_.FullyQualifiedErrorId
`$_.Exception.Message
}
"@
$env:PSModulePath = $null
$scriptBlock = [scriptblock]::Create($script)
$result = & "$pwshDir\pwsh.exe" -NoProfile -NonInteractive -c $scriptBlock
$result | Should -HaveCount 2
$result[0] | Should -BeExactly "CommandNotFoundException,Microsoft.PowerShell.Commands.ImportModuleCommand"
$result[1] | Should -BeLike "*'$desktopModuleToUse'*'Export-PSSession'*'Microsoft.PowerShell.Utility'*"
}
It "When built-in modules are available but not in `$PSHOME module path, things should work" {
$env:PSModulePath = $null
$result = & "$pwshDir\pwsh.exe" -NoProfile -NonInteractive -c @"
`$env:PSModulePath += ';$moduleDir'
Import-Module Microsoft.PowerShell.Utility -UseWindowsPowerShell -WarningAction Ignore
Get-Module Microsoft.PowerShell.Utility | ForEach-Object ModuleType
Get-Module Microsoft.PowerShell.Utility | Where-Object ModuleType -eq 'Manifest' | ForEach-Object Path
Get-Module Microsoft.PowerShell.Utility | Where-Object ModuleType -eq 'Script' | ForEach-Object { `$_.ExportedCommands.Keys }
"@
$result | Should -HaveCount 6
$result[0] | Should -BeExactly 'Manifest'
$result[1] | Should -BeExactly 'Script'
$result[2] | Should -BeExactly "$moduleDir\Microsoft.PowerShell.Utility\Microsoft.PowerShell.Utility.psd1"
$result[3] | Should -BeExactly 'Convert-String'
$result[4] | Should -BeExactly 'ConvertFrom-String'
$result[5] | Should -BeExactly 'CFS'
}
It 'ErrorAction should be used for cmdlet' {
try {
$out = Invoke-Expression 'get-AppLockerFileInformation NoSuch.exe -ErrorAction Stop; "after"'
}
catch {
# do nothing as we expect an error, but execution should not continue
}
$out | Should -Not -Contain 'after'
}
}