public TestTracer(ITraceListener traceListener, IStepFormatter stepFormatter, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, RuntimeConfiguration runtimeConfiguration)
{
this.traceListener = traceListener;
this.stepFormatter = stepFormatter;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.runtimeConfiguration = runtimeConfiguration;
}
public GhprTestExecutionEngine(
IStepFormatter stepFormatter,
ITestTracer testTracer,
IErrorProvider errorProvider,
IStepArgumentTypeConverter stepArgumentTypeConverter,
RuntimeConfiguration runtimeConfiguration,
IBindingRegistry bindingRegistry,
IUnitTestRuntimeProvider unitTestRuntimeProvider,
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider,
IContextManager contextManager,
IStepDefinitionMatchService stepDefinitionMatchService,
IDictionary <string, IStepErrorHandler> stepErrorHandlers,
IBindingInvoker bindingInvoker)
{
_engine = new TestExecutionEngine(stepFormatter,
testTracer,
errorProvider,
stepArgumentTypeConverter,
runtimeConfiguration,
bindingRegistry,
unitTestRuntimeProvider,
stepDefinitionSkeletonProvider,
contextManager,
stepDefinitionMatchService,
stepErrorHandlers,
bindingInvoker);
_reporter = new Reporter(TestingFramework.SpecFlow);
}
public void TraceNoMatchingStepDefinition(StepArgs stepArgs, ProgrammingLanguage targetLanguage, List <BindingMatch> matchesWithoutScopeCheck)
{
// string stepDescription = stepFormatter.GetStepDescription(stepArgs);
// return new BindingException(
// string.Format("Multiple step definitions found, but none of them have matching scope for step '{0}': {1}",
// stepDescription,
// string.Join(", ", matches.Select(m => GetMethodText(m.StepBinding.MethodInfo)).ToArray())));
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider = ObjectContainer.StepDefinitionSkeletonProvider(targetLanguage);
StringBuilder message = new StringBuilder();
if (matchesWithoutScopeCheck == null || matchesWithoutScopeCheck.Count == 0)
{
message.AppendLine("No matching step definition found for the step. Use the following code to create one:");
}
else
{
string preMessage = string.Format("No matching step definition found for the step. There are matching step definitions, but none of them have matching scope for this step: {0}.",
string.Join(", ", matchesWithoutScopeCheck.Select(m => stepFormatter.GetMatchText(m, null)).ToArray()));
traceListener.WriteToolOutput(preMessage);
message.AppendLine("Change the scope or use the following code to create a new step definition:");
}
message.Append(
stepDefinitionSkeletonProvider.GetBindingClassSkeleton(
stepDefinitionSkeletonProvider.GetStepDefinitionSkeleton(stepArgs))
.Indent(StepDefinitionSkeletonProviderBase.CODEINDENT));
traceListener.WriteToolOutput(message.ToString());
}
public TestTracer(ITraceListener traceListener, IStepFormatter stepFormatter, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, Configuration.SpecFlowConfiguration specFlowConfiguration)
{
this.traceListener = traceListener;
this.stepFormatter = stepFormatter;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.specFlowConfiguration = specFlowConfiguration;
}
public GhprTestExecutionEngine(
IStepFormatter stepFormatter,
ITestTracer testTracer,
IErrorProvider errorProvider,
IStepArgumentTypeConverter stepArgumentTypeConverter,
SpecFlowConfiguration specFlowConfiguration,
IBindingRegistry bindingRegistry,
IUnitTestRuntimeProvider unitTestRuntimeProvider,
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider,
IContextManager contextManager,
IStepDefinitionMatchService stepDefinitionMatchService,
IDictionary <string, IStepErrorHandler> stepErrorHandlers,
IBindingInvoker bindingInvoker,
IObsoleteStepHandler obsoleteStepHandler,
ITestObjectResolver testObjectResolver,
IObjectContainer objectContainer)
{
_engine = new TestExecutionEngine(stepFormatter,
testTracer,
errorProvider,
stepArgumentTypeConverter,
specFlowConfiguration,
bindingRegistry,
unitTestRuntimeProvider,
stepDefinitionSkeletonProvider,
contextManager,
stepDefinitionMatchService,
stepErrorHandlers,
bindingInvoker,
obsoleteStepHandler,
testObjectResolver,
objectContainer);
}
public TestTracer(ITraceListener traceListener, IStepFormatter stepFormatter, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, RuntimeConfiguration runtimeConfiguration)
{
this.traceListener = traceListener;
this.stepFormatter = stepFormatter;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.runtimeConfiguration = runtimeConfiguration;
}
/// <summary>
/// Initializes a new instance of the <see cref="TestProjectTestTracerWrapper"/> class.
/// </summary>
/// <param name="traceListener">Two.</param>
/// <param name="stepFormatter">Three.</param>
/// <param name="stepDefinitionSkeletonProvider">Four.</param>
/// <param name="specFlowConfiguration">Five.</param>
public TestProjectTestTracerWrapper(
ITraceListener traceListener,
IStepFormatter stepFormatter,
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider,
SpecFlowConfiguration specFlowConfiguration)
: base(traceListener, stepFormatter, stepDefinitionSkeletonProvider, specFlowConfiguration)
{
}
public TestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter,
RuntimeConfiguration runtimeConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider,
IDictionary<ProgrammingLanguage, IStepDefinitionSkeletonProvider> stepDefinitionSkeletonProviders, IContextManager contextManager)
{
this.errorProvider = errorProvider;
this.contextManager = contextManager;
this.stepDefinitionSkeletonProviders = stepDefinitionSkeletonProviders;
this.unitTestRuntimeProvider = unitTestRuntimeProvider;
this.bindingRegistry = bindingRegistry;
this.runtimeConfiguration = runtimeConfiguration;
this.testTracer = testTracer;
this.stepFormatter = stepFormatter;
this.stepArgumentTypeConverter = stepArgumentTypeConverter;
this.currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[ProgrammingLanguage.CSharp]; // fallback if feature initialization was not proper
}
public TestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter,
RuntimeConfiguration runtimeConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider,
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IContextManager contextManager, IStepDefinitionMatchService stepDefinitionMatchService,
IDictionary <string, IStepErrorHandler> stepErrorHandlers, IBindingInvoker bindingInvoker)
{
this.errorProvider = errorProvider;
this.bindingInvoker = bindingInvoker;
this.contextManager = contextManager;
this.unitTestRuntimeProvider = unitTestRuntimeProvider;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.bindingRegistry = bindingRegistry;
this.runtimeConfiguration = runtimeConfiguration;
this.testTracer = testTracer;
this.stepFormatter = stepFormatter;
this.stepArgumentTypeConverter = stepArgumentTypeConverter;
this.stepErrorHandlers = stepErrorHandlers == null ? null : stepErrorHandlers.Values.ToArray();
this.stepDefinitionMatchService = stepDefinitionMatchService;
}
public TestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter,
RuntimeConfiguration runtimeConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider,
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IContextManager contextManager, IStepDefinitionMatchService stepDefinitionMatchService,
IDictionary<string, IStepErrorHandler> stepErrorHandlers, IBindingInvoker bindingInvoker)
{
this.errorProvider = errorProvider;
this.bindingInvoker = bindingInvoker;
this.contextManager = contextManager;
this.unitTestRuntimeProvider = unitTestRuntimeProvider;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.bindingRegistry = bindingRegistry;
this.runtimeConfiguration = runtimeConfiguration;
this.testTracer = testTracer;
this.stepFormatter = stepFormatter;
this.stepArgumentTypeConverter = stepArgumentTypeConverter;
this.stepErrorHandlers = stepErrorHandlers == null ? null : stepErrorHandlers.Values.ToArray();
this.stepDefinitionMatchService = stepDefinitionMatchService;
}
public void OnFeatureStart(FeatureInfo featureInfo)
{
// if the unit test provider would execute the fixture teardown code
// only delayed (at the end of the execution), we automatically close
// the current feature if necessary
if (unitTestRuntimeProvider.DelayedFixtureTearDown &&
ObjectContainer.FeatureContext != null)
{
OnFeatureEnd();
}
stepDefinitionSkeletonProvider = ObjectContainer.StepDefinitionSkeletonProvider(featureInfo.GenerationTargetLanguage);
// The Generator defines the value of FeatureInfo.Language: either feature-language or language from App.config or the default
// The runtime can define the binding-culture: Value is configured on App.config, else it is null
CultureInfo bindingCulture = ObjectContainer.Configuration.BindingCulture ?? featureInfo.Language;
ObjectContainer.FeatureContext = new FeatureContext(featureInfo, bindingCulture);
FireEvents(BindingEvent.FeatureStart, ObjectContainer.FeatureContext.FeatureInfo.Tags);
}
public TestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter,
RuntimeConfiguration runtimeConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider,
IDictionary <ProgrammingLanguage, IStepDefinitionSkeletonProvider> stepDefinitionSkeletonProviders, IContextManager contextManager, IStepDefinitionMatcher stepDefinitionMatcher,
IDictionary <string, IStepErrorHandler> stepErrorHandlers)
{
this.errorProvider = errorProvider;
this.stepDefinitionMatcher = stepDefinitionMatcher;
this.contextManager = contextManager;
this.stepDefinitionSkeletonProviders = stepDefinitionSkeletonProviders;
this.unitTestRuntimeProvider = unitTestRuntimeProvider;
this.bindingRegistry = bindingRegistry;
this.runtimeConfiguration = runtimeConfiguration;
this.testTracer = testTracer;
this.stepFormatter = stepFormatter;
this.stepArgumentTypeConverter = stepArgumentTypeConverter;
this.stepErrorHandlers = stepErrorHandlers == null ? null : stepErrorHandlers.Values.ToArray();
this.currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[ProgrammingLanguage.CSharp]; // fallback if feature initialization was not proper
}
public void OnFeatureStart(FeatureInfo featureInfo)
{
// if the unit test provider would execute the fixture teardown code
// only delayed (at the end of the execution), we automatically close
// the current feature if necessary
if (unitTestRuntimeProvider.DelayedFixtureTearDown &&
ObjectContainer.FeatureContext != null)
{
OnFeatureEnd();
}
stepDefinitionSkeletonProvider = ObjectContainer.StepDefinitionSkeletonProvider(featureInfo.GenerationTargetLanguage);
// The Generator defines the value of FeatureInfo.Language: either feature-language or language from App.config or the default
// The runtime can define the binding-culture: Value is configured on App.config, else it is null
CultureInfo bindingCulture = ObjectContainer.Configuration.BindingCulture ?? featureInfo.Language;
ObjectContainer.FeatureContext = new FeatureContext(featureInfo, bindingCulture);
FireEvents(BindingEvent.FeatureStart, ObjectContainer.FeatureContext.FeatureInfo.Tags);
}
public TestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter,
Configuration.SpecFlowConfiguration specFlowConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider,
IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IContextManager contextManager, IStepDefinitionMatchService stepDefinitionMatchService,
IDictionary <string, IStepErrorHandler> stepErrorHandlers, IBindingInvoker bindingInvoker, ITestObjectResolver testObjectResolver = null, IObjectContainer testThreadContainer = null) //TODO: find a better way to access the container
{
this.errorProvider = errorProvider;
this.bindingInvoker = bindingInvoker;
this.contextManager = contextManager;
this.unitTestRuntimeProvider = unitTestRuntimeProvider;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.bindingRegistry = bindingRegistry;
this.specFlowConfiguration = specFlowConfiguration;
this.testTracer = testTracer;
this.stepFormatter = stepFormatter;
this.stepArgumentTypeConverter = stepArgumentTypeConverter;
this.stepErrorHandlers = stepErrorHandlers == null ? null : stepErrorHandlers.Values.ToArray();
this.stepDefinitionMatchService = stepDefinitionMatchService;
this.testObjectResolver = testObjectResolver;
this.TestThreadContainer = testThreadContainer;
}
public TestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter,
RuntimeConfiguration runtimeConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider,
IDictionary<ProgrammingLanguage, IStepDefinitionSkeletonProvider> stepDefinitionSkeletonProviders, IContextManager contextManager, IStepDefinitionMatchService stepDefinitionMatchService,
IDictionary<string, IStepErrorHandler> stepErrorHandlers, IBindingInvoker bindingInvoker, IRuntimeBindingRegistryBuilder bindingRegistryBuilder)
{
this.errorProvider = errorProvider;
//this.stepDefinitionMatcher = stepDefinitionMatcher;
this.bindingInvoker = bindingInvoker;
this.bindingRegistryBuilder = bindingRegistryBuilder;
this.contextManager = contextManager;
this.stepDefinitionSkeletonProviders = stepDefinitionSkeletonProviders;
this.unitTestRuntimeProvider = unitTestRuntimeProvider;
this.bindingRegistry = bindingRegistry;
this.runtimeConfiguration = runtimeConfiguration;
this.testTracer = testTracer;
this.stepFormatter = stepFormatter;
this.stepArgumentTypeConverter = stepArgumentTypeConverter;
this.stepErrorHandlers = stepErrorHandlers == null ? null : stepErrorHandlers.Values.ToArray();
this.currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[ProgrammingLanguage.CSharp]; // fallback if feature initialization was not proper
this.stepDefinitionMatchService = stepDefinitionMatchService;
}
public void OnFeatureStart(FeatureInfo featureInfo)
{
// if the unit test provider would execute the fixture teardown code
// only delayed (at the end of the execution), we automatically close
// the current feature if necessary
if (unitTestRuntimeProvider.DelayedFixtureTearDown &&
contextManager.FeatureContext != null)
{
OnFeatureEnd();
}
if (!stepDefinitionSkeletonProviders.ContainsKey(featureInfo.GenerationTargetLanguage))
{
currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[ProgrammingLanguage.CSharp]; // fallback case for unsupported skeleton provider
}
currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[featureInfo.GenerationTargetLanguage];
// The Generator defines the value of FeatureInfo.Language: either feature-language or language from App.config or the default
// The runtime can define the binding-culture: Value is configured on App.config, else it is null
CultureInfo bindingCulture = runtimeConfiguration.BindingCulture ?? featureInfo.Language;
contextManager.InitializeFeatureContext(featureInfo, bindingCulture);
FireEvents(BindingEvent.FeatureStart);
}
public GenerateStepDefinitionSkeletonCommand(IServiceProvider serviceProvider, DTE dte, IGherkinLanguageServiceFactory gherkinLanguageServiceFactory, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IProjectScopeFactory projectScopeFactory) : base(serviceProvider, dte)
{
this.gherkinLanguageServiceFactory = gherkinLanguageServiceFactory;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.projectScopeFactory = projectScopeFactory;
}
public GoToStepDefinitionCommand(IServiceProvider serviceProvider, DTE dte, IGherkinLanguageServiceFactory gherkinLanguageServiceFactory, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider)
{
this.gherkinLanguageServiceFactory = gherkinLanguageServiceFactory;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
}
public GenerateStepDefinitionSkeletonCommand(IServiceProvider serviceProvider, DTE dte, IGherkinLanguageServiceFactory gherkinLanguageServiceFactory, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IProjectScopeFactory projectScopeFactory) : base(serviceProvider, dte)
{
this.gherkinLanguageServiceFactory = gherkinLanguageServiceFactory;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
this.projectScopeFactory = projectScopeFactory;
}
public AllureTestTracerWrapper(ITraceListener traceListener, IStepFormatter stepFormatter, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, RuntimeConfiguration runtimeConfiguration)
: base(traceListener, stepFormatter, stepDefinitionSkeletonProvider, runtimeConfiguration)
{
}
public GoToStepDefinitionCommand(IServiceProvider serviceProvider, DTE dte, IGherkinLanguageServiceFactory gherkinLanguageServiceFactory, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider)
{
this.gherkinLanguageServiceFactory = gherkinLanguageServiceFactory;
this.stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
}
public void Init()
{
skeletonProviderCS = new StepDefinitionSkeletonProviderCS();
skeletonProviderVB = new StepDefinitionSkeletonProviderVB();
}
/// <summary>
/// Generates the missing steps for the given feature file and determines whether they
/// should be added to an existing file or put in a new file
/// </summary>
private void ProcessMissingSteps(IStepDefinitionSkeletonProvider skeletonProvider, string classExtension)
{
var missingSteps = _analyser.GetMissingSteps(); //Get the steps which did not match any bindings
if (missingSteps.Count <= 0)
{
throw new FileGeneratorException("There are no unimplemented steps for this feature.");
}
var result = MessageBox.Show("Do you wish to add your step definitions to an existing file?",
MessageBoxHeader, MessageBoxButtons.YesNoCancel,
MessageBoxIcon.Question);
switch (result)
{
case DialogResult.No:
{
WriteStepsToFile(skeletonProvider, missingSteps);
break;
}
case DialogResult.Yes:
{
AddStepsToFile(skeletonProvider, missingSteps, classExtension);
break;
}
}
}
public TestUndefinedMessageFactory(IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IErrorProvider errorProvider, SpecFlowConfiguration specFlowConfiguration)
{
_stepDefinitionSkeletonProvider = stepDefinitionSkeletonProvider;
_errorProvider = errorProvider;
_specFlowConfiguration = specFlowConfiguration;
}
/// <summary>
/// Creates a new file containing the missing steps and adds them to the visual studio
/// solution. Then displays a message conveying whether it succeeded.
/// </summary>
private void WriteStepsToFile(IStepDefinitionSkeletonProvider skeletonProvider, List<StepInstance> missingSteps)
{
//Store info on file
StepDefSkeletonInfo info = new StepDefSkeletonInfo(_suggestedStepDefName,
_defaultNamespace);
//Generate the skeleton for the new file
string skeleton = skeletonProvider.GetFileSkeleton(missingSteps, info);
string file;
try
{
//Try to write the skeleton to a file
file = _handler.WriteToFile(skeleton, false, _suggestedStepDefName, _featurePath);
}
catch (FileHandlerException fileHandlerException)
{
//If the file already existed, ask to overwrite
var overwrite = MessageBox.Show(fileHandlerException.Message, MessageBoxHeader,
MessageBoxButtons.YesNo, MessageBoxIcon.Warning);
//If they have selected to overwrite then add again, this time allowing overwrites
if (overwrite == DialogResult.Yes)
file = _handler.WriteToFile(skeleton, true, _suggestedStepDefName, _featurePath);
else
throw new FileGeneratorException("Cancelled creating step definition file.");
}
//Add the file generated to the visual studio solution
if (!_handler.AddToSolution(_sln, _featurePath, file))
MessageBox.Show(
"A step defintion file has been created but it could not be added to an existing visual studio project",
MessageBoxHeader, MessageBoxButtons.OK, MessageBoxIcon.Warning);
else
MessageBox.Show("Success! A step definition file has been generated",
MessageBoxHeader);
}
/// <summary>
/// Adds the missing steps to a file already existing through use of the skeletonProvider.
/// Shows a message if succesful.
/// </summary>
private void AddStepsToFile(IStepDefinitionSkeletonProvider skeletonProvider,
List<StepInstance> missingSteps, string classExtension)
{
string dir = Path.GetDirectoryName(_featurePath);
OpenFileDialog ofd = new OpenFileDialog
{
DefaultExt = ".cs",
Title = "Choose the file your step definitions should be added to.",
InitialDirectory = dir,
FileName = _suggestedStepDefName
};
DialogResult dialogResult = ofd.ShowDialog();
if (dialogResult == DialogResult.OK)
{
try
{
string contents = _handler.GetFileText(ofd.FileName, classExtension);
string newText = skeletonProvider.AddStepsToExistingFile(contents, missingSteps);
if (!String.IsNullOrEmpty(newText))
{
_handler.WriteToFile(newText, true, ofd.FileName);
MessageBox.Show("Success! Your steps have been added successfully",
MessageBoxHeader);
}
else
{
MessageBox.Show("The file you selected does not contain a binding class",
MessageBoxHeader, MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
catch (FileHandlerException fileHandlerException)
{
MessageBox.Show(fileHandlerException.Message, MessageBoxHeader,
MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
}
public void OnFeatureStart(FeatureInfo featureInfo)
{
// if the unit test provider would execute the fixture teardown code
// only delayed (at the end of the execution), we automatically close
// the current feature if necessary
if (unitTestRuntimeProvider.DelayedFixtureTearDown &&
contextManager.FeatureContext != null)
{
OnFeatureEnd();
}
if (!stepDefinitionSkeletonProviders.ContainsKey(featureInfo.GenerationTargetLanguage))
currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[ProgrammingLanguage.CSharp]; // fallback case for unsupported skeleton provider
currentStepDefinitionSkeletonProvider = stepDefinitionSkeletonProviders[featureInfo.GenerationTargetLanguage];
// The Generator defines the value of FeatureInfo.Language: either feature-language or language from App.config or the default
// The runtime can define the binding-culture: Value is configured on App.config, else it is null
CultureInfo bindingCulture = runtimeConfiguration.BindingCulture ?? featureInfo.Language;
contextManager.InitializeFeatureContext(featureInfo, bindingCulture);
FireEvents(BindingEvent.FeatureStart);
}
public AllureTestExecutionEngine(IStepFormatter stepFormatter, ITestTracer testTracer, IErrorProvider errorProvider, IStepArgumentTypeConverter stepArgumentTypeConverter, RuntimeConfiguration runtimeConfiguration, IBindingRegistry bindingRegistry, IUnitTestRuntimeProvider unitTestRuntimeProvider, IStepDefinitionSkeletonProvider stepDefinitionSkeletonProvider, IContextManager contextManager, IStepDefinitionMatchService stepDefinitionMatchService, IDictionary <string, IStepErrorHandler> stepErrorHandlers, IBindingInvoker bindingInvoker) : base(stepFormatter, testTracer, errorProvider, stepArgumentTypeConverter, runtimeConfiguration, bindingRegistry, unitTestRuntimeProvider, stepDefinitionSkeletonProvider, contextManager, stepDefinitionMatchService, stepErrorHandlers, bindingInvoker)
{
}
