tasks/Invoke_HQRM_Tests.build.ps1
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<# .SYNOPSIS This is a build task that generates conceptual help. .PARAMETER ProjectPath The root path to the project. Defaults to $BuildRoot. .PARAMETER OutputDirectory The base directory of all output. Defaults to folder 'output' relative to the $BuildRoot. .PARAMETER ProjectName The project name. .PARAMETER SourcePath The path to the source folder name. .PARAMETER BuildInfo The build info object from ModuleBuilder. Defaults to an empty hashtable. .NOTES This is a build task that is primarily meant to be run by Invoke-Build but wrapped by the Sampler project's build.ps1 (https://github.com/gaelcolas/Sampler). #> param ( # Project path [Parameter()] [System.String] $ProjectPath = (property ProjectPath $BuildRoot), [Parameter()] # Base directory of all output (default to 'output') [System.String] $OutputDirectory = (property OutputDirectory (Join-Path -Path $BuildRoot -ChildPath 'output')), [Parameter()] [System.String] $BuiltModuleSubdirectory = (property BuiltModuleSubdirectory ''), [Parameter()] [System.Management.Automation.SwitchParameter] $VersionedOutputDirectory = (property VersionedOutputDirectory $true), [Parameter()] [System.String] $ProjectName = (property ProjectName $(Get-SamplerProjectName -BuildRoot $BuildRoot)), [Parameter()] [System.String] $SourcePath = (property SourcePath $(Get-SamplerSourcePath -BuildRoot $BuildRoot)), [Parameter()] [System.String] $DscTestOutputFolder = (property DscTestOutputFolder 'testResults'), [Parameter()] [System.String] $BuildModuleOutput = (property BuildModuleOutput (Join-Path -Path $BuildRoot -ChildPath 'output')), # [Parameter()] # [System.String] # $DscTestPesterOutputFormat = (property DscTestPesterOutputFormat ''), # [Parameter()] # [System.String[]] # $DscTestPesterScript = (property DscTestPesterScript ''), # [Parameter()] # [System.String[]] # $DscTestPesterTag = (property DscTestPesterTag @()), # [Parameter()] # [System.String[]] # $DscTestPesterExcludeTag = (property DscTestPesterExcludeTag @()), # Build Configuration object [Parameter()] [System.Collections.Hashtable] $BuildInfo = (property BuildInfo @{ }) ) # Synopsis: Making sure the Module meets some quality standard (help, tests) task Invoke_HQRM_Tests { # Get the values for task variables . Set-SamplerTaskVariable "`tProject Path = $ProjectPath" if (-not (Split-Path -IsAbsolute $DscTestOutputFolder)) { $DscTestOutputFolder = Join-Path -Path $OutputDirectory -ChildPath $DscTestOutputFolder } $getModuleVersionParameters = @{ OutputDirectory = $OutputDirectory ProjectName = $ProjectName } if (-not (Test-Path -Path $DscTestOutputFolder)) { Write-Build -Color 'Yellow' -Text "Creating folder $DscTestOutputFolder" $null = New-Item -Path $DscTestOutputFolder -ItemType Directory -Force -ErrorAction 'Stop' } # $DscTestPesterScript = $DscTestPesterScript.Where{ -not [System.String]::IsNullOrEmpty($_) } # $DscTestPesterTag = $DscTestPesterTag.Where{ -not [System.String]::IsNullOrEmpty($_) } # $DscTestPesterExcludeTag = $DscTestPesterExcludeTag.Where{ -not [System.String]::IsNullOrEmpty($_) } Import-Module -Name 'Pester' -MinimumVersion 5.1 -ErrorAction 'Stop' # Default parameters for test scripts. $defaultScriptParameters = @{ # None for now. } if ($BuildInfo.DscTest -and $BuildInfo.DscTest.Script) { <# This will build the DscTestScript<parameterName> variables (e.g. DscTestScriptExcludeSourceFile) in this scope that are used in the rest of the code. It will use values for the variables in the following order: 1. Skip creating the variable if a variable is already available because it was already set in a passed parameter (DscTestScript<parameterName>). 2. Use the value from a property in the build.yaml under the key 'DscTest:'. #> foreach ($propertyName in $BuildInfo.DscTest.Script.Keys) { $taskParameterName = "DscTestScript$propertyName" $taskParameterValue = Get-Variable -Name $taskParameterName -ValueOnly -ErrorAction 'SilentlyContinue' if ($taskParameterValue) { Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Build Invocation Parameters" } else { $taskParameterValue = $BuildInfo.DscTest.Script.($propertyName) if ($taskParameterValue) { # Use the value from build.yaml. Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Build Config" Set-Variable -Name $taskParameterName -Value $taskParameterValue } } } } # else # { # throw 'Missing the key ''DscTest:'' or the child key ''Script:'' in the build configuration file build.yaml.' # } <# Default values for the Pester 5 parameters that are valid for all parameter sets. #> $defaultPesterParameters = @{ # None. } if ($BuildInfo.DscTest -and $BuildInfo.DscTest.Pester) { <# This is the parameters that will be passed to Invoke-Pester for either all Pester parameter sets of for the Pester default (Simple) parameter set. #> $pesterParameterConfigurationKeys = $BuildInfo.DscTest.Pester.Keys | Where-Object -FilterScript { $_ -notin 'Configuration' } <# This will build the DscTestPester<parameterName> variables (e.g. DscTestPesterExcludeTagFilter) in this scope that are used in the rest of the code. It will use values for the variables in the following order: 1. Skip creating the variable if a variable is already available because it was already set in a passed parameter (DscTestPester<parameterName>). 2. Use the value from a property in the build.yaml under the key 'DscTest:'. #> foreach ($propertyName in $pesterParameterConfigurationKeys) { $taskParameterName = "DscTestPester$propertyName" $taskParameterValue = Get-Variable -Name $taskParameterName -ValueOnly -ErrorAction 'SilentlyContinue' if ($taskParameterValue) { Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Build Invocation Parameters" } else { $taskParameterValue = $BuildInfo.DscTest.Pester.($propertyName) if ($taskParameterValue) { # Use the value from build.yaml. Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Build Config" Set-Variable -Name $taskParameterName -Value $taskParameterValue } } } if ($BuildInfo.DscTest.Pester.Configuration) { <# Pester default values for the Pester 5 configuration. #> $pesterConfiguration = [PesterConfiguration]::Default $pesterConfigurationSectionNames = ($pesterConfiguration | Get-Member -Type 'Properties').Name foreach ($sectionName in $pesterConfigurationSectionNames) { if ($BuildInfo.DscTest.Pester.Configuration.$sectionName) { $propertyNames = ($pesterConfiguration.$sectionName | Get-Member -Type 'Properties').Name <# This will build the DscTestPester<parameterName> variables (e.g. DscTestPesterExcludeTagFilter) in this scope that are used in the rest of the code. It will use values for the variables in the following order: 1. Skip creating the variable if a variable is already available because it was already set in a passed parameter (DscTestPester<parameterName>). 2. Use the value from a property in the build.yaml under the key 'DscTest:'. #> foreach ($propertyName in $propertyNames) { $taskParameterName = 'DscTestPesterConfiguration{0}{1}' -f $sectionName, $propertyName $taskParameterValue = Get-Variable -Name $taskParameterName -ValueOnly -ErrorAction 'SilentlyContinue' if ($taskParameterValue) { Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Build Invocation Parameters" } else { if ($BuildInfo.DscTest.Pester.Configuration.$sectionName.$propertyName) { $taskParameterValue = $BuildInfo.DscTest.Pester.Configuration.$sectionName.$propertyName if ($taskParameterValue) { # Use the value from build.yaml. Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Build Config" Set-Variable -Name $taskParameterName -Value $taskParameterValue } } } # Set the value in the pester configuration object if it was available. if ($taskParameterValue) { <# Force conversion from build configuration types to correct Pester type to avoid exceptions like: ERROR: Exception setting "ExcludeTag": "Cannot convert the "System.Collections.Generic.List`1[System.Object]" value of type "System.Collections.Generic.List`1[[System.Object, System.Private.CoreLib, Version=5.0.0.0, Culture=neutral, PublicKeyToken=7cec85d7bea7798e]]" to type "Pester.StringArrayOption"." #> $pesterConfigurationValue = switch ($pesterConfiguration.$sectionName.$propertyName) { {$_ -is [Pester.StringArrayOption]} { [Pester.StringArrayOption] @($taskParameterValue) } {$_ -is [Pester.StringOption]} { [Pester.StringOption] $taskParameterValue } {$_ -is [Pester.BoolOption]} { [Pester.BoolOption] $taskParameterValue } Default { <# Set the value without conversion so that new types that are not supported can be catched. #> $pesterConfigurationValue = $taskParameterValue } } # If the conversion above is not made this will fail. $pesterConfiguration.$sectionName.$propertyName = $pesterConfigurationValue } } } } } } # else # { # throw 'Missing the key ''DscTest:'' or the child key ''Pester:'' in the build configuration file build.yaml.' # } # Set the default value for all "Script:" properties that still have no value. foreach ($propertyName in $defaultScriptParameters.Keys) { $taskParameterName = "DscTestScript$propertyName" $taskParameterValue = Get-Variable -Name $taskParameterName -ValueOnly -ErrorAction 'SilentlyContinue' if (-not $taskParameterValue) { Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Defaults" Set-Variable -Name $taskParameterName -Value $defaultScriptParameters.($propertyName) } } # Set the default value for all "Pester:" properties that still have no value. foreach ($propertyName in $defaultPesterParameters.Keys) { $taskParameterName = "DscTestPester$propertyName" $taskParameterValue = Get-Variable -Name $taskParameterName -ValueOnly -ErrorAction 'SilentlyContinue' if (-not $taskParameterValue) { Write-Build -Color 'DarkGray' -Text "Using $taskParameterName from Defaults" Set-Variable -Name $taskParameterName -Value $defaultPesterParameters.$propertyName } } "`tBuild Module Output = $BuildModuleOutput" "`tTest Output Folder = $DscTestOutputFolder" "`t" $pesterParameters = @{} <# Get all pester variables (DscTestPester*). #> $dscTestPesterVariables = Get-Variable -Name 'DscTestPester*' -Scope 'Local' # Find the longest name so we can pad the output nicely. $longestPropertyNameLength = ( ($dscTestPesterVariables).Name | ForEach-Object -Process { $_.Length } | Measure-Object -Maximum ).Maximum foreach ($variable in $dscTestPesterVariables) { $paddedVariableName = $variable.Name.PadRight($longestPropertyNameLength) "`t$($paddedVariableName) = $($variable.Value -join ', ')" <# Only set the pester parameter if it does not belong to the Pester Configuration object. #> if ($variable.Name -notmatch 'DscTestPesterConfiguration') { $pesterParameterName = $variable.Name -replace 'DscTestPester' $pesterParameters[$pesterParameterName] = $variable.Value } } "`t" $scriptParameters = @{} $dscTestScriptVariables = Get-Variable -Name 'DscTestScript*' -Scope 'Local' # Find the longest name so we can pad the output nicely. $longestPropertyNameLength = ( ($dscTestScriptVariables).Name | ForEach-Object -Process { $_.Length } | Measure-Object -Maximum ).Maximum foreach ($variable in $dscTestScriptVariables) { $scriptParameterName = $variable.Name -replace 'DscTestScript' $scriptParameters[$scriptParameterName] = $variable.Value $paddedVariableName = $variable.Name.PadRight($longestPropertyNameLength) "`t$($paddedVariableName) = $($variable.Value -join ', ')" } # Values passed to parameters in all test scripts. $pesterData = @{ ProjectPath = $ProjectPath SourcePath = $SourcePath MainGitBranch = $scriptParameters['MainGitBranch'] ModuleBase = Join-Path -Path $BuildModuleOutput -ChildPath "$ProjectName/*" ModuleName = $ProjectName ExcludeModuleFile = $DscTestScriptExcludeModuleFile ExcludeSourceFile = $DscTestScriptExcludeSourceFile } $pathToHqrmTests = Join-Path -Path $PSScriptRoot -ChildPath '../Tests/QA' Write-Verbose -Message ('Path to HQRM tests: {0}' -f $pathToHqrmTests) $hqrmTestScripts = Get-ChildItem -Path $pathToHqrmTests $pesterContainers = @() foreach ($testScript in $hqrmTestScripts) { $pesterContainers += New-PesterContainer -Path $testScript.FullName -Data $pesterData.Clone() } if ($BuildInfo.DscTest.Pester.Configuration -and $pesterConfiguration) { $pesterConfiguration.Run.Container = $pesterContainers # Override the PassThru property if it was wrongly set through the build configuration. $pesterConfiguration.Run.PassThru = $true } else { $pesterParameters['Container'] = $pesterContainers # Override the PassThru property if it was wrongly set through the build configuration. $pesterParameters['PassThru'] = $true } <# Avoiding processing the verbose statements unless it is necessary since ConvertTo-Json outputs a warning message ("serialization has exceeded the set depth") even if the verbose message is not outputted. #> if ($VerbosePreference -ne 'SilentlyContinue') { Write-Verbose -Message ($pesterParameters | ConvertTo-Json) Write-Verbose -Message ($scriptParameters | ConvertTo-Json) } if ($BuildInfo.DscTest.Pester.Configuration -and $pesterConfiguration) { $script:testResults = Invoke-Pester @pesterParameters -Configuration $pesterConfiguration } else { $script:testResults = Invoke-Pester @pesterParameters } $os = if ($isWindows -or $PSVersionTable.PSVersion.Major -le 5) { 'Windows' } elseif ($isMacOS) { 'MacOS' } else { 'Linux' } $psVersion = 'PSv.{0}' -f $PSVersionTable.PSVersion $DscTestOutputFileFileName = "DscTest_{0}_v{1}.{2}.{3}.xml" -f $ProjectName, $ModuleVersion, $os, $psVersion # $DscTestOutputFullPath = Join-Path -Path $DscTestOutputFolder -ChildPath "$($DscTestPesterOutputFormat)_$DscTestOutputFileFileName" $DscTestResultObjectCliXml = Join-Path -Path $DscTestOutputFolder -ChildPath "DscTestObject_$DscTestOutputFileFileName" $null = $script:testResults | Export-CliXml -Path $DscTestResultObjectCliXml -Force } |