Functions/Gherkin.ps1
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if (($PSVersionTable.ContainsKey('PSEdition')) -and ($PSVersionTable.PSEdition -eq 'Core')) { & $SafeCommands["Add-Type"] -Path "${Script:PesterRoot}/lib/Gherkin/core/Gherkin.dll" } else { & $SafeCommands["Import-Module"] -Name "${Script:PesterRoot}/lib/Gherkin/legacy/Gherkin.dll" } $GherkinSteps = @{} $GherkinHooks = @{ BeforeEachFeature = @() BeforeEachScenario = @() AfterEachFeature = @() AfterEachScenario = @() } function Invoke-GherkinHook { <# .SYNOPSIS Internal function to run the various gherkin hooks .PARAMETER Hook The name of the hook to run .PARAMETER Name The name of the feature or scenario the hook is being invoked for .PARAMETER Tags Tags for filtering hooks #> [CmdletBinding()] param([string]$Hook, [string]$Name, [string[]]$Tags) if ($GherkinHooks.${Hook}) { foreach ($GherkinHook in $GherkinHooks.${Hook}) { if ($GherkinHook.Tags -and $Tags) { :tags foreach ($hookTag in $GherkinHook.Tags) { foreach ($testTag in $Tags) { if ($testTag -match "^($hookTag)$") { & $hook.Script $Name break :tags } } } } elseif ($GherkinHook.Tags) { # If the hook has tags, it can't run if the step doesn't } else { & $GherkinHook.Script $Name } } # @{ Tags = $Tags; Script = $Test } } } function Invoke-Gherkin { <# .SYNOPSIS Invokes Pester to run all tests defined in .feature files .DESCRIPTION Upon calling Invoke-Gherkin, all files that have a name matching *.feature in the current folder (and child folders recursively), will be parsed and executed. If ScenarioName is specified, only scenarios which match the provided name(s) will be run. If FailedLast is specified, only scenarios which failed the previous run will be re-executed. Optionally, Pester can generate a report of how much code is covered by the tests, and information about any commands which were not executed. .PARAMETER FailedLast Rerun only the scenarios which failed last time .PARAMETER Path This parameter indicates which feature files should be tested. Aliased to 'Script' for compatibility with Pester, but does not support hashtables, since feature files don't take parameters. .PARAMETER ScenarioName When set, invokes testing of scenarios which match this name. Aliased to 'Name' and 'TestName' for compatibility with Pester. .PARAMETER EnableExit Will cause Invoke-Gherkin to exit with a exit code equal to the number of failed tests once all tests have been run. Use this to "fail" a build when any tests fail. .PARAMETER Tag Filters Scenarios and Features and runs only the ones tagged with the specified tags. .PARAMETER ExcludeTag Informs Invoke-Gherkin to not run blocks tagged with the tags specified. .PARAMETER CodeCoverage Instructs Pester to generate a code coverage report in addition to running tests. You may pass either hashtables or strings to this parameter. If strings are used, they must be paths (wildcards allowed) to source files, and all commands in the files are analyzed for code coverage. By passing hashtables instead, you can limit the analysis to specific lines or functions within a file. Hashtables must contain a Path key (which can be abbreviated to just "P"), and may contain Function (or "F"), StartLine (or "S"), and EndLine ("E") keys to narrow down the commands to be analyzed. If Function is specified, StartLine and EndLine are ignored. If only StartLine is defined, the entire script file starting with StartLine is analyzed. If only EndLine is present, all lines in the script file up to and including EndLine are analyzed. Both Function and Path (as well as simple strings passed instead of hashtables) may contain wildcards. .PARAMETER Strict Makes Pending and Skipped tests to Failed tests. Useful for continuous integration where you need to make sure all tests passed. .PARAMETER OutputFile The path to write a report file to. If this path is not provided, no log will be generated. .PARAMETER OutputFormat The format for output (LegacyNUnitXml or NUnitXml), defaults to NUnitXml .PARAMETER PesterOption Sets advanced options for the test execution. Enter a PesterOption object, such as one that you create by using the New-PesterOption cmdlet, or a hash table in which the keys are option names and the values are option values. For more information on the options available, see the help for New-PesterOption. .PARAMETER Show Customizes the output Pester writes to the screen. Available options are None, Default, Passed, Failed, Pending, Skipped, Inconclusive, Describe, Context, Summary, Header, All, Fails. The options can be combined to define presets. Common use cases are: None - to write no output to the screen. All - to write all available information (this is default option). Fails - to write everything except Passed (but including Describes etc.). A common setting is also Failed, Summary, to write only failed tests and test summary. This parameter does not affect the PassThru custom object or the XML output that is written when you use the Output parameters. .PARAMETER PassThru Returns a custom object (PSCustomObject) that contains the test results. By default, Invoke-Gherkin writes to the host program, not to the output stream (stdout). If you try to save the result in a variable, the variable is empty unless you use the PassThru parameter. To suppress the host output, use the Show parameter. .EXAMPLE Invoke-Gherkin This will find all *.feature specifications and execute their tests. No exit code will be returned and no log file will be saved. .EXAMPLE Invoke-Gherkin -Path ./tests/Utils* This will run all *.feature specifications under ./Tests that begin with Utils. .EXAMPLE Invoke-Gherkin -ScenarioName "Add Numbers" This will only run the Scenario named "Add Numbers" .EXAMPLE Invoke-Gherkin -EnableExit -OutputXml "./artifacts/TestResults.xml" This runs all tests from the current directory downwards and writes the results according to the NUnit schema to artifacts/TestResults.xml just below the current directory. The test run will return an exit code equal to the number of test failures. .EXAMPLE Invoke-Gherkin -CodeCoverage 'ScriptUnderTest.ps1' Runs all *.feature specifications in the current directory, and generates a coverage report for all commands in the "ScriptUnderTest.ps1" file. .EXAMPLE Invoke-Gherkin -CodeCoverage @{ Path = 'ScriptUnderTest.ps1'; Function = 'FunctionUnderTest' } Runs all *.feature specifications in the current directory, and generates a coverage report for all commands in the "FunctionUnderTest" function in the "ScriptUnderTest.ps1" file. .EXAMPLE Invoke-Gherkin -CodeCoverage @{ Path = 'ScriptUnderTest.ps1'; StartLine = 10; EndLine = 20 } Runs all *.feature specifications in the current directory, and generates a coverage report for all commands on lines 10 through 20 in the "ScriptUnderTest.ps1" file. .LINK Invoke-Pester https://kevinmarquette.github.io/2017-03-17-Powershell-Gherkin-specification-validation/ https://kevinmarquette.github.io/2017-04-30-Powershell-Gherkin-advanced-features/ #> [CmdletBinding(DefaultParameterSetName = 'Default')] param( [Parameter(Mandatory = $True, ParameterSetName = "RetestFailed")] [switch]$FailedLast, [Parameter(Position = 0, Mandatory = $False)] [Alias('Script', 'relative_path')] [string]$Path = $Pwd, [Parameter(Position = 1, Mandatory = $False)] [Alias("Name", "TestName")] [string[]]$ScenarioName, [Parameter(Position = 2, Mandatory = $False)] [switch]$EnableExit, [Parameter(Position = 4, Mandatory = $False)] [Alias('Tags')] [string[]]$Tag, [string[]]$ExcludeTag, [object[]] $CodeCoverage = @(), [Switch]$Strict, [string] $OutputFile, [ValidateSet('NUnitXml')] [string] $OutputFormat = 'NUnitXml', [object]$PesterOption, [Pester.OutputTypes]$Show = 'All', [switch]$PassThru ) begin { & $SafeCommands["Import-LocalizedData"] -BindingVariable Script:ReportStrings -BaseDirectory $PesterRoot -FileName Gherkin.psd1 -ErrorAction SilentlyContinue #Fallback to en-US culture strings If ([String]::IsNullOrEmpty($ReportStrings)) { & $SafeCommands["Import-LocalizedData"] -BaseDirectory $PesterRoot -BindingVariable Script:ReportStrings -UICulture 'en-US' -FileName Gherkin.psd1 -ErrorAction Stop } # Make sure broken tests don't leave you in space: $CWD = [Environment]::CurrentDirectory $Location = & $SafeCommands["Get-Location"] [Environment]::CurrentDirectory = & $SafeCommands["Get-Location"] -PSProvider FileSystem $script:GherkinSteps = @{} $script:GherkinHooks = @{ BeforeEachFeature = @() BeforeEachScenario = @() AfterEachFeature = @() AfterEachScenario = @() } } end { if ($PSCmdlet.ParameterSetName -eq "RetestFailed" -and $FailedLast) { $ScenarioName = $script:GherkinFailedLast if (!$ScenarioName) { throw "There are no existing failed tests to re-run." } } $sessionState = Set-SessionStateHint -PassThru -Hint "Caller - Captured in Invoke-Gherkin" -SessionState $PSCmdlet.SessionState $pester = New-PesterState -TagFilter $Tag -ExcludeTagFilter $ExcludeTag -TestNameFilter $ScenarioName -SessionState $sessionState -Strict:$Strict -Show $Show -PesterOption $PesterOption | & $SafeCommands["Add-Member"] -MemberType NoteProperty -Name Features -Value (& $SafeCommands["New-Object"] System.Collections.Generic.List[PSObject] ) -PassThru | & $SafeCommands["Add-Member"] -MemberType ScriptProperty -Name FailedScenarios -PassThru -Value { $Names = $this.TestResult | & $SafeCommands["Group-Object"] Describe | & $SafeCommands["Where-Object"] { $_.Group | & $SafeCommands["Where-Object"] { -not $_.Passed } } | & $SafeCommands["Select-Object"] -ExpandProperty Name $this.Features | Select-Object -ExpandProperty Scenarios | & $SafeCommands["Where-Object"] { $Names -contains $_.Name } } | & $SafeCommands["Add-Member"] -MemberType ScriptProperty -Name PassedScenarios -PassThru -Value { $Names = $this.TestResult | & $SafeCommands["Group-Object"] Describe | & $SafeCommands["Where-Object"] { -not ($_.Group | & $SafeCommands["Where-Object"] { -not $_.Passed }) } | & $SafeCommands["Select-Object"] -ExpandProperty Name $this.Features | Select-Object -ExpandProperty Scenarios | & $SafeCommands["Where-Object"] { $Names -contains $_.Name } } Write-PesterStart $pester $Path Enter-CoverageAnalysis -CodeCoverage $CodeCoverage -PesterState $pester foreach ($FeatureFile in & $SafeCommands["Get-ChildItem"] $Path -Filter "*.feature" -Recurse ) { Invoke-GherkinFeature $FeatureFile -Pester $pester } # Remove all the steps $Script:GherkinSteps.Clear() $Location | & $SafeCommands["Set-Location"] [Environment]::CurrentDirectory = $CWD $pester | Write-PesterReport $coverageReport = Get-CoverageReport -PesterState $pester Write-CoverageReport -CoverageReport $coverageReport Exit-CoverageAnalysis -PesterState $pester if (& $SafeCommands["Get-Variable"]-Name OutputFile -ValueOnly -ErrorAction $script:IgnoreErrorPreference) { Export-PesterResults -PesterState $pester -Path $OutputFile -Format $OutputFormat } if ($PassThru) { # Remove all runtime properties like current* and Scope $properties = @( "Path", "Features", "TagFilter", "TestNameFilter", "TotalCount", "PassedCount", "FailedCount", "Time", "TestResult", "PassedScenarios", "FailedScenarios" if ($CodeCoverage) { @{ Name = 'CodeCoverage'; Expression = { $coverageReport } } } ) $result = $pester | & $SafeCommands["Select-Object"] -Property $properties $result.PSTypeNames.Insert(0, "Pester.Gherkin.Results") $result } $script:GherkinFailedLast = @($pester.FailedScenarios.Name) if ($EnableExit) { # Exit-WithCode -FailedCount $pester.FailedCount } } } function Import-GherkinSteps { <# .SYNOPSIS Internal function for importing the script steps from a directory tree .PARAMETER StepPath The folder which contains step files .PARAMETER Pester Pester #> [CmdletBinding()] param( [Alias("PSPath")] [Parameter(Mandatory = $True, Position = 0, ValueFromPipelineByPropertyName = $True)] $StepPath, [PSObject]$Pester ) begin { # Remove all existing steps $Script:GherkinSteps.Clear() # Remove all existing hooks $Script:GherkinHooks.Clear() } process { $StepFiles = & $SafeCommands["Get-ChildItem"] $StepPath -Filter "*.?teps.ps1" -Include "*.[sS]teps.ps1" -Recurse foreach ($StepFile in $StepFiles) { $invokeTestScript = { [CmdletBinding()] param ( [Parameter(Position = 0)] [string] $Path ) & $Path } Set-ScriptBlockScope -ScriptBlock $invokeTestScript -SessionState $Pester.SessionState & $invokeTestScript $StepFile.FullName } & $SafeCommands["Write-Verbose"] "Loaded $($Script:GherkinSteps.Count) step definitions from $(@($StepFiles).Count) steps file(s)" } } function Import-GherkinFeature { <# .SYNOPSIS Internal function to import a Gherkin feature file. Wraps Gherkin.Parse .PARAMETER Path The path to the feature file to import .PARAMETER Pester Internal Pester object. For internal use only #> [CmdletBinding()] param($Path, [PSObject]$Pester) $Background = $null $parser = & $SafeCommands["New-Object"] Gherkin.Parser $Feature = $parser.Parse($Path).Feature | Convert-Tags $Scenarios = $( :scenarios foreach ($Child in $Feature.Children) { $null = & $SafeCommands["Add-Member"] -MemberType "NoteProperty" -InputObject $Child.Location -Name "Path" -Value $Path foreach ($Step in $Child.Steps) { $null = & $SafeCommands["Add-Member"] -MemberType "NoteProperty" -InputObject $Step.Location -Name "Path" -Value $Path } switch ($Child.Keyword.Trim()) { { (Test-Keyword $_ 'scenario' $Feature.Language) -or (Test-Keyword $_ 'scenarioOutline' $Feature.Language) } { $Scenario = Convert-Tags -InputObject $Child -BaseTags $Feature.Tags } { Test-Keyword $_ 'background' $Feature.Language } { $Background = Convert-Tags -InputObject $Child -BaseTags $Feature.Tags continue scenarios } default { & $SafeCommands["Write-Warning"] "Unexpected Feature Child: $_" } } if ( $Scenario -is [Gherkin.Ast.ScenarioOutline] ) { # If there is no example set name, the following index will be included in the scenario name $ScenarioIndex = 0 foreach ($ExampleSet in $Scenario.Examples) { ${Column Names} = @($ExampleSet.TableHeader.Cells | & $SafeCommands["Select-Object"] -ExpandProperty Value) $NamesPattern = "<(?:" + (${Column Names} -join "|") + ")>" # If there is an example set name, the following index will be included in the scenario name $ExampleSetIndex = 0 foreach ($Example in $ExampleSet.TableBody) { $ScenarioIndex++ $ExampleSetIndex++ $Steps = foreach ($Step in $Scenario.Steps) { [string]$StepText = $Step.Text if ($StepText -match $NamesPattern) { for ($n = 0; $n -lt ${Column Names}.Length; $n++) { $Name = ${Column Names}[$n] if ($Example.Cells[$n].Value -and $StepText -match "<${Name}>") { $StepText = $StepText -replace "<${Name}>", $Example.Cells[$n].Value } } } if ($StepText -ne $Step.Text) { & $SafeCommands["New-Object"] Gherkin.Ast.Step $Step.Location, $Step.Keyword.Trim(), $StepText, $Step.Argument } else { $Step } } $ScenarioName = $Scenario.Name if ($ExampleSet.Name) { # Include example set name and index of example $ScenarioName = $ScenarioName + " [$($ExampleSet.Name.Trim()) $ExampleSetIndex]" } else { # Only include index of scenario $ScenarioName = $ScenarioName + " [$ScenarioIndex]" } & $SafeCommands["New-Object"] Gherkin.Ast.Scenario $ExampleSet.Tags, $Scenario.Location, $Scenario.Keyword.Trim(), $ScenarioName, $Scenario.Description, $Steps | Convert-Tags $Scenario.Tags } } } else { $Scenario } } ) & $SafeCommands["Add-Member"] -MemberType NoteProperty -InputObject $Feature -Name Scenarios -Value $Scenarios -Force return $Feature, $Background, $Scenarios } function Invoke-GherkinFeature { <# .SYNOPSIS Internal function to (parse and) run a whole feature file #> [CmdletBinding()] param( [Alias("PSPath")] [Parameter(Mandatory = $True, Position = 0, ValueFromPipelineByPropertyName = $True)] [IO.FileInfo]$FeatureFile, [PSObject]$Pester ) # Make sure broken tests don't leave you in space: $CWD = [Environment]::CurrentDirectory $Location = & $SafeCommands["Get-Location"] [Environment]::CurrentDirectory = & $SafeCommands["Get-Location"] -PSProvider FileSystem try { $Parent = & $SafeCommands["Split-Path"] $FeatureFile.FullName Import-GherkinSteps -StepPath $Parent -Pester $pester $Feature, $Background, $Scenarios = Import-GherkinFeature -Path $FeatureFile.FullName -Pester $Pester } catch [Gherkin.ParserException] { & $SafeCommands["Write-Error"] -Exception $_.Exception -Message "Skipped '$($FeatureFile.FullName)' because of parser error.`n$(($_.Exception.Errors | & $SafeCommands["Select-Object"] -Expand Message) -join "`n`n")" continue } # To create a more user-friendly test report, we use the feature name for the test group $Pester.EnterTestGroup($Feature.Name, 'Script') $null = $Pester.Features.Add($Feature) Invoke-GherkinHook BeforeEachFeature $Feature.Name $Feature.Tags # Test the name filter first, since it will probably return one single item if ($Pester.TestNameFilter) { $Scenarios = foreach ($nameFilter in $Pester.TestNameFilter) { $Scenarios | & $SafeCommands["Where-Object"] { $_.Name -like $NameFilter } } $Scenarios = $Scenarios | & $SafeCommands["Get-Unique"] } # if($Pester.TagFilter -and @(Compare-Object $Tags $Pester.TagFilter -IncludeEqual -ExcludeDifferent).count -eq 0) {return} if ($Pester.TagFilter) { $Scenarios = $Scenarios | & $SafeCommands["Where-Object"] { & $SafeCommands["Compare-Object"] $_.Tags $Pester.TagFilter -IncludeEqual -ExcludeDifferent } } # if($Pester.ExcludeTagFilter -and @(Compare-Object $Tags $Pester.ExcludeTagFilter -IncludeEqual -ExcludeDifferent).count -gt 0) {return} if ($Pester.ExcludeTagFilter) { $Scenarios = $Scenarios | & $SafeCommands["Where-Object"] { !(& $SafeCommands["Compare-Object"] $_.Tags $Pester.ExcludeTagFilter -IncludeEqual -ExcludeDifferent) } } if ($Scenarios) { Write-Describe ([PSCustomObject] @{Name = "$($Feature.Keyword): $($Feature.Name)"; Description = $Feature.Description }) } try { foreach ($Scenario in $Scenarios) { Invoke-GherkinScenario $Pester $Scenario $Background $Feature.Language } } catch { $firstStackTraceLine = $_.ScriptStackTrace -split '\r?\n' | & $SafeCommands["Select-Object"] -First 1 $Pester.AddTestResult("Error occurred in test script '$($Feature.Path)'", "Failed", $null, $_.Exception.Message, $firstStackTraceLine, $null, $null, $_) # This is a hack to ensure that XML output is valid for now. The test-suite names come from the Describe attribute of the TestResult # objects, and a blank name is invalid NUnit XML. This will go away when we promote test scripts to have their own test-suite nodes, # planned for v4.0 $Pester.TestResult[-1].Describe = "Error in $($Feature.Path)" $Pester.TestResult[-1] | Write-PesterResult } finally { $Location | & $SafeCommands["Set-Location"] [Environment]::CurrentDirectory = $CWD } Invoke-GherkinHook AfterEachFeature $Feature.Name $Feature.Tags $Pester.LeaveTestGroup($Feature.Name, 'Script') } function Invoke-GherkinScenario { <# .SYNOPSIS Internal function to (parse and) run a single scenario #> [CmdletBinding()] param( $Pester, $Scenario, $Background, $Language ) $Pester.EnterTestGroup($Scenario.Name, 'Scenario') try { # We just display 'Scenario', also for 'Scenario Outline' or 'Scenario Template' # Thus we use the translation of 'scenario' instead of $Scenario.Keyword Write-Context ([PSCustomObject] @{Name = "$(Get-Translation 'scenario' $Language): $($Scenario.Name)"; Description = $Scenario.Description }) $script:mockTable = @{} # Create a clean variable scope in each scenario $script:GherkinScenarioScope = New-Module Scenario { $a = 4 } $script:GherkinSessionState = Set-SessionStateHint -PassThru -Hint Scenario -SessionState $Script:GherkinScenarioScope.SessionState #Wait-Debugger New-TestDrive Invoke-GherkinHook BeforeEachScenario $Scenario.Name $Scenario.Tags $testResultIndexStart = $Pester.TestResult.Count # If there's a background, run that before the test, but after hooks if ($Background) { foreach ($Step in $Background.Steps) { # Run Background steps -Background so they don't output in each scenario Invoke-GherkinStep -Step $Step -Pester $Pester -Scenario $GherkinSessionState -Visible -TestResultIndexStart $testResultIndexStart } } foreach ($Step in $Scenario.Steps) { Invoke-GherkinStep -Step $Step -Pester $Pester -Scenario $GherkinSessionState -Visible -TestResultIndexStart $testResultIndexStart } Invoke-GherkinHook AfterEachScenario $Scenario.Name $Scenario.Tags } catch { $firstStackTraceLine = $_.ScriptStackTrace -split '\r?\n' | & $SafeCommands["Select-Object"] -First 1 $Pester.AddTestResult("Error occurred in scenario '$($Scenario.Name)'", "Failed", $null, $_.Exception.Message, $firstStackTraceLine, $null, $null, $_) # This is a hack to ensure that XML output is valid for now. The test-suite names come from the Describe attribute of the TestResult # objects, and a blank name is invalid NUnit XML. This will go away when we promote test scripts to have their own test-suite nodes, # planned for v4.0 $Pester.TestResult[-1].Describe = "Error in $($Scenario.Name)" $Pester.TestResult[-1] | Write-PesterResult } Remove-TestDrive $Pester.LeaveTestGroup($Scenario.Name, 'Scenario') Exit-MockScope } function Find-GherkinStep { <# .SYNOPSIS Find a step implmentation that matches a given step .DESCRIPTION Searches the *.Steps.ps1 files in the BasePath (current working directory, by default) Returns the step(s) that match .PARAMETER Step The text from feature file .PARAMETER BasePath The path to search for step implementations. .EXAMPLE Find-GherkinStep -Step 'And the module is imported' Step Source Implementation ---- ------ -------------- And the module is imported .\module.Steps.ps1: line 39 ... #> [CmdletBinding()] param( [string]$Step, [string]$BasePath = $Pwd ) $OriginalGherkinSteps = $Script:GherkinSteps try { Import-GherkinSteps $BasePath -Pester $PSCmdlet $KeyWord, $StepText = $Step -split "(?<=^(?:Given|When|Then|And|But))\s+" if (!$StepText) { $StepText = $KeyWord } & $SafeCommands["Write-Verbose"] "Searching for '$StepText' in $($Script:GherkinSteps.Count) steps" $( foreach ($StepCommand in $Script:GherkinSteps.Keys) { & $SafeCommands["Write-Verbose"] "... $StepCommand" if ($StepText -match "^${StepCommand}$") { & $SafeCommands["Write-Verbose"] "Found match: $StepCommand" $StepCommand | & $SafeCommands["Add-Member"] -MemberType NoteProperty -Name MatchCount -Value $Matches.Count -PassThru } } ) | & $SafeCommands["Sort-Object"] MatchCount | & $SafeCommands["Select-Object"] @{ Name = 'Step' Expression = { $Step } }, @{ Name = 'Source' Expression = { $Script:GherkinSteps["$_"].Source } }, @{ Name = 'Implementation' Expression = { $Script:GherkinSteps["$_"] } } -First 1 # $StepText = "{0} {1} {2}" -f $Step.Keyword.Trim(), $Step.Text, $Script:GherkinSteps[$StepCommand].Source } finally { $Script:GherkinSteps = $OriginalGherkinSteps } } function Invoke-GherkinStep { <# .SYNOPSIS Run a single gherkin step, given the text from the feature file .PARAMETER Step The text of the step for matching against regex patterns in step implementations .PARAMETER Visible If Visible is true, the results of this step will be shown in the test report .PARAMETER Pester Pester state object. For internal use only .PARAMETER ScenarioState Gherkin state object. For internal use only .PARAMETER TestResultIndexStart Used to hold the test result index of the first step of the current scenario. For internal use only #> [CmdletBinding()] param ( $Step, [Switch]$Visible, $Pester, $ScenarioState, [int] $TestResultIndexStart ) if ($Step -is [string]) { $KeyWord, $StepText = $Step -split "(?<=^(?:Given|When|Then|And|But))\s+" if (!$StepText) { $StepText = $KeyWord $Keyword = "Step" } $Step = @{ Text = $StepText; Keyword = $Keyword } } $DisplayText = "{0} {1}" -f $Step.Keyword.Trim(), $Step.Text $PesterErrorRecord = $null $Elapsed = $null $NamedArguments = @{} try { # Pick the match with the least grouping wildcards in it... $StepCommand = $( foreach ($StepCommand in $Script:GherkinSteps.Keys) { if ($Step.Text -match "^${StepCommand}$") { $StepCommand | & $SafeCommands["Add-Member"] -MemberType NoteProperty -Name MatchCount -Value $Matches.Count -PassThru } } ) | & $SafeCommands["Sort-Object"] MatchCount | & $SafeCommands["Select-Object"] -First 1 $previousStepsNotSuccessful = $false # Iterate over the test results of the previous steps for ($i = $TestResultIndexStart; $i -lt ($Pester.TestResult.Count); $i++) { $previousTestResult = $Pester.TestResult[$i].Result if ($previousTestResult -eq "Failed" -or $previousTestResult -eq "Inconclusive") { $previousStepsNotSuccessful = $true break } } if (!$StepCommand -or $previousStepsNotSuccessful) { $skipMessage = if (!$StepCommand) { "Could not find implementation for step!" } else { "Step skipped (previous step did not pass)" } $PesterErrorRecord = New-PesterErrorRecord -Result Inconclusive -Message $skipMessage -File $Step.Location.Path -Line $Step.Location.Line -LineText $DisplayText } else { $NamedArguments, $Parameters = Get-StepParameters $Step $StepCommand $watch = & $SafeCommands["New-Object"] System.Diagnostics.Stopwatch $watch.Start() try { # Invoke-GherkinHook BeforeStep $Step.Text $Step.Tags if ($NamedArguments.Count) { if ($NamedArguments.ContainsKey("Table")) { $DisplayText += "..." } $ScriptBlock = { . $Script:GherkinSteps.$StepCommand @NamedArguments @Parameters } } else { $ScriptBlock = { . $Script:GherkinSteps.$StepCommand @Parameters } } Set-ScriptBlockScope -ScriptBlock $Script:GherkinSteps.$StepCommand -SessionState $ScenarioState Write-ScriptBlockInvocationHint -Hint "Invoke-Gherkin step" -ScriptBlock $Script:GherkinSteps.$StepCommand $null = & $ScriptBlock } catch { $PesterErrorRecord = $_ } $watch.Stop() $Elapsed = $watch.Elapsed } } catch { $PesterErrorRecord = $_ } if ($Pester -and $Visible) { for ($p = 0; $p -lt $Parameters.Count; $p++) { $NamedArguments."Unnamed-$p" = $Parameters[$p] } # Normally, PesterErrorRecord is an ErrorRecord. Sometimes, it's an exception which HAS A ErrorRecord if ($PesterErrorRecord.ErrorRecord) { $PesterErrorRecord = $PesterErrorRecord.ErrorRecord } ${Pester Result} = ConvertTo-PesterResult -ErrorRecord $PesterErrorRecord # For Gherkin, we want to show the step, but not pretend to be a StackTrace if (${Pester Result}.Result -eq 'Inconclusive') { ${Pester Result}.StackTrace = "At " + $Step.Keyword.Trim() + ', ' + $Step.Location.Path + ': line ' + $Step.Location.Line } else { # Unless we really are a StackTrace... ${Pester Result}.StackTrace += "`nFrom " + $Step.Location.Path + ': line ' + $Step.Location.Line } $Pester.AddTestResult($DisplayText, ${Pester Result}.Result, $Elapsed, ${Pester Result}.FailureMessage, ${Pester Result}.StackTrace, $null, $NamedArguments, $PesterErrorRecord) $Pester.TestResult[-1] | Write-PesterResult } } function Get-StepParameters { <# .SYNOPSIS Internal function for determining parameters for a step implementation .PARAMETER Step The parsed step from the feature file .PARAMETER CommandName The text of the best matching step #> param($Step, $CommandName) $Null = $Step.Text -match $CommandName $NamedArguments = @{} $Parameters = @{} foreach ($kv in $Matches.GetEnumerator()) { switch ($kv.Name -as [int]) { 0 { } # toss zero (where it matches the whole string) $null { $NamedArguments.($kv.Name) = $ExecutionContext.InvokeCommand.ExpandString($kv.Value) } default { $Parameters.([int]$kv.Name) = $ExecutionContext.InvokeCommand.ExpandString($kv.Value) } } } $Parameters = @($Parameters.GetEnumerator() | & $SafeCommands["Sort-Object"] Name | & $SafeCommands["Select-Object"] -ExpandProperty Value) # TODO: Convert parsed tables to tables.... if ($Step.Argument -is [Gherkin.Ast.DataTable]) { $NamedArguments.Table = $Step.Argument.Rows | ConvertTo-HashTableArray } if ($Step.Argument -is [Gherkin.Ast.DocString]) { # trim empty matches if we're attaching DocStringArgument $Parameters = @( $Parameters | & $SafeCommands["Where-Object"] { $_.Length } ) + $Step.Argument.Content } return @($NamedArguments, $Parameters) } function Convert-Tags { <# .SYNOPSIS Internal function for tagging Gherkin feature files (including inheritance from the feature) #> [CmdletBinding()] param( [Parameter(ValueFromPipeline = $true)] $InputObject, [Parameter(Position = 0)] [string[]]$BaseTags = @() ) process { # Adapt the Gherkin .Tags property to the way we prefer it... [string[]]$Tags = foreach ($tag in $InputObject.Tags | & $SafeCommands['Where-Object'] { $_ }) { $tag.Name.TrimStart("@") } & $SafeCommands["Add-Member"] -MemberType NoteProperty -InputObject $InputObject -Name Tags -Value ([string[]]($Tags + $BaseTags)) -Force $InputObject } } function ConvertTo-HashTableArray { <# .SYNOPSIS Internal function for converting Gherkin AST tables to arrays of hashtables for splatting #> [CmdletBinding()] param( [Parameter(ValueFromPipeline = $true)] [Gherkin.Ast.TableRow[]]$InputObject ) begin { ${Column Names} = @() ${Result Table} = @() } process { # Convert the first table row into headers: ${InputObject Rows} = @($InputObject) if (!${Column Names}) { & $SafeCommands["Write-Verbose"] "Reading Names from Header" ${InputObject Header}, ${InputObject Rows} = ${InputObject Rows} ${Column Names} = @(${InputObject Header}.Cells | & $SafeCommands["Select-Object"] -ExpandProperty Value) } if ( $null -ne ${InputObject Rows} ) { & $SafeCommands["Write-Verbose"] "Processing $(${InputObject Rows}.Length) Rows" foreach (${InputObject row} in ${InputObject Rows}) { ${Pester Result} = @{} for ($n = 0; $n -lt ${Column Names}.Length; $n++) { ${Pester Result}.Add(${Column Names}[$n], ${InputObject row}.Cells[$n].Value) } ${Result Table} += @(${Pester Result}) } } } end { ${Result Table} } } function Get-Translations($TranslationKey, $Language) { <# .SYNOPSIS Internal function to get all translations for a translation key and language .PARAMETER TranslationKey The key name inside the language in gherkin-languages.json, e.g. 'scenarioOutline' .PARAMETER Language The used language, e.g. 'en' .OUTPUTS System.String[] an array of all the translations #> if (-not (Test-Path variable:Script:GherkinLanguagesJson)) { $Script:GherkinLanguagesJson = ConvertFrom-Json2 (Get-Content "${Script:PesterRoot}/lib/Gherkin/gherkin-languages.json" | Out-String) # We override the fixed values for 'Describe' and 'Context' of Gherkin.psd1 or Output.ps1 since the language aware keywords # (e.g. 'Feature'/'Funktionalität' or 'Scenario'/'Szenario') are provided by Gherkin.dll and we do not want to duplicate them. $Script:ReportStrings.Describe = "{0}" # instead of 'Feature: {0}' or 'Describing {0}' $Script:ReportStrings.Context = "{0}" # instead of 'Scenario: {0}' or 'Context {0}' } $foundTranslations = $Script:GherkinLanguagesJson."$Language"."$TranslationKey" if (-not $foundTranslations) { Write-Warning "Translation key '$TranslationKey' is invalid" } return , $foundTranslations } function ConvertFrom-Json2([string] $jsonString) { <# .SYNOPSIS Internal function to convert from JSON even for PowerShell 2 .PARAMETER jsonString The JSON content as string .OUTPUTS the JSON content as array #> if ($PSVersionTable.PSVersion.Major -le 2) { # On PowerShell <= 2 we use JavaScriptSerializer Add-Type -Assembly System.Web.Extensions return , (New-Object System.Web.Script.Serialization.JavaScriptSerializer).DeserializeObject($jsonString) } else { # On PowerShell > 2 we use the built-in ConvertFrom-Json cmdlet return ConvertFrom-Json $jsonString } } function Get-Translation($TranslationKey, $Language, $Index = -1) { <# .SYNOPSIS Internal function to get the first translation for a translation key and language .PARAMETER TranslationKey The key name inside the language in gherkin-languages.json, e.g. 'scenarioOutline' .PARAMETER Language The used language, e.g. 'en' .PARAMETER Index The index in the array of JSON values If -1 is used for Index (the default value), this function will choose the most common translation of the JSON values .OUTPUTS System.String the chosen translation #> $translations = (Get-Translations $TranslationKey $Language) if (-not $translations) { return } if ($Index -lt 0 -or $Index -ge $translations.Length) { # Fallback: if the index is not in range, we choose the most common translation # Normally, the most common translation will be found at index one, but under some keys the index is zero. $Index = if ($TranslationKey -eq "scenarioOutline" -or $TranslationKey -eq "feature" -or $TranslationKey -eq "examples") { 0 } else { 1 } } return $translations[$Index] } function Test-Keyword($Keyword, $TranslationKey, $Language) { <# .SYNOPSIS Internal function to check if the given keyword matches one of the translations for a translation key and language .PARAMETER Keyword The keyword, e.g. 'Scenario Outline' .PARAMETER TranslationKey The key name inside the language in gherkin-languages.json, e.g. 'scenarioOutline' .PARAMETER Language The used language, e.g. 'en' .OUTPUTS System.Boolean true, if the keyword matches one of the translations, false otherwise #> return (Get-Translations $TranslationKey $Language) -contains $Keyword } # 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