public static UnitTestElementDisposition BuildDisposition(UnitTestElement element, ScenarioLocation location, IProjectFile projectFile)
{
var contents = File.ReadAllText(location.Path);
var range = new TextRange(LineToOffset(contents, location.FromLine), LineToOffset(contents, location.ToLine));
return new UnitTestElementDisposition(element, projectFile, range, new TextRange(0));
}
private bool ProcessDataSourceTests(UnitTestElement test, TestMethodInfo testMethodInfo, ITestContext testContext, List <UnitTestElement> tests)
{
var dataRows = PlatformServiceProvider.Instance.TestDataSource.GetData(testMethodInfo, testContext);
if (dataRows == null || !dataRows.Any())
{
return(false);
}
try
{
int rowIndex = 0;
foreach (var dataRow in dataRows)
{
// TODO: Test serialization
rowIndex++;
var displayName = string.Format(CultureInfo.CurrentCulture, Resource.DataDrivenResultDisplayName, test.DisplayName, rowIndex);
var discoveredTest = test.Clone();
discoveredTest.DisplayName = displayName;
discoveredTest.TestMethod.DataType = DynamicDataType.DataSourceAttribute;
discoveredTest.TestMethod.SerializedData = DataSerializationHelper.Serialize(new[] { (object)rowIndex });
tests.Add(discoveredTest);
}
return(true);
}
finally
{
testContext.SetDataConnection(null);
testContext.SetDataRow(null);
}
}
/// <summary>
/// Gets a UnitTestElement from a MethodInfo object filling it up with appropriate values.
/// </summary>
/// <param name="method">The reflected method.</param>
/// <param name="isDeclaredInTestTypeAssembly">True if the reflected method is declared in the same assembly as the current type.</param>
/// <param name="warnings">Contains warnings if any, that need to be passed back to the caller.</param>
/// <returns> Returns a UnitTestElement.</returns>
internal UnitTestElement GetTestFromMethod(MethodInfo method, bool isDeclaredInTestTypeAssembly, ICollection <string> warnings)
{
Debug.Assert(this.type.AssemblyQualifiedName != null, "AssemblyQualifiedName for method is null.");
// This allows void returning async test method to be valid test method. Though they will be executed similar to non-async test method.
var isAsync = ReflectHelper.MatchReturnType(method, typeof(Task));
var testMethod = new TestMethod(method.Name, this.type.FullName, this.assemblyName, isAsync);
if (!method.DeclaringType.FullName.Equals(this.type.FullName))
{
testMethod.DeclaringClassFullName = method.DeclaringType.FullName;
}
if (!isDeclaredInTestTypeAssembly)
{
testMethod.DeclaringAssemblyName =
PlatformServiceProvider.Instance.FileOperations.GetAssemblyPath(
method.DeclaringType.GetTypeInfo().Assembly);
}
var testElement = new UnitTestElement(testMethod);
// Get compiler generated type name for async test method (either void returning or task returning).
var asyncTypeName = method.GetAsyncTypeName();
testElement.AsyncTypeName = asyncTypeName;
testElement.TestCategory = this.reflectHelper.GetCategories(method);
testElement.DoNotParallelize = this.reflectHelper.IsDoNotParallelizeSet(method);
var traits = this.reflectHelper.GetTestPropertiesAsTraits(method);
var ownerTrait = this.reflectHelper.GetTestOwnerAsTraits(method);
if (ownerTrait != null)
{
traits = traits.Concat(new[] { ownerTrait });
}
testElement.Priority = this.reflectHelper.GetPriority(method);
var priorityTrait = this.reflectHelper.GetTestPriorityAsTraits(testElement.Priority);
if (priorityTrait != null)
{
traits = traits.Concat(new[] { priorityTrait });
}
testElement.Traits = traits.ToArray();
// Get Deployment items if any.
testElement.DeploymentItems = PlatformServiceProvider.Instance.TestDeployment.GetDeploymentItems(
method,
this.type,
warnings);
return(testElement);
}
public StorEvilProjectElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project,
string title, IEnumerable<string> assemblies)
: base(provider, parent, project, title)
{
Assemblies = assemblies;
_namespace = new UnitTestNamespace(project.Name + ": StorEvil specifications");
}
public bool IsElementOfKind(UnitTestElement element, UnitTestElementKind kind)
{
if (element == null)
{
throw new ArgumentNullException("element");
}
GallioTestElement gallioTestElement = element as GallioTestElement;
if (gallioTestElement == null)
{
return(false);
}
switch (kind)
{
case UnitTestElementKind.Unknown:
case UnitTestElementKind.TestStuff:
return(false);
case UnitTestElementKind.Test:
return(gallioTestElement.IsTestCase);
case UnitTestElementKind.TestContainer:
return(!gallioTestElement.IsTestCase);
default:
throw new ArgumentOutOfRangeException("kind");
}
}
public IList<UnitTestTask> GetTasks(UnitTestElement element, IList<UnitTestElement> explicitElements)
{
//if (!(element is StorEvilScenarioElement))
// return new List<UnitTestTask>();
var tasks = new List<UnitTestTask>();
if (element is StorEvilProjectElement)
{
var projectEl = element as StorEvilProjectElement;
tasks.Add(new UnitTestTask(null, new LoadContextAssemblyTask(typeof(Scenario).Assembly.Location)));
foreach (string assembly in projectEl.Assemblies)
{
tasks.Add(new UnitTestTask(null, new LoadContextAssemblyTask(assembly)));
}
tasks.Add(GetProjectTask(projectEl, explicitElements));
}
if (element is StorEvilStoryElement)
{
tasks.Add(GetProjectTask(element.Parent as StorEvilProjectElement, explicitElements));
tasks.Add(GetStoryTask(element as StorEvilStoryElement, explicitElements));
}
if (element is StorEvilScenarioElement)
{
tasks.Add(GetProjectTask(element.Parent.Parent as StorEvilProjectElement, explicitElements));
tasks.Add(GetStoryTask(element.Parent as StorEvilStoryElement, explicitElements));
tasks.Add(GetScenarioTask(element, explicitElements));
}
return tasks;
}
public void EnumerateAssemblyShouldLoadExeContainersInReflectionOnlyContext()
{
var mockAssembly = CreateMockTestableAssembly();
var testableAssemblyEnumerator = new TestableAssemblyEnumerator();
var unitTestElement = new UnitTestElement(new TestMethod("DummyMethod", "DummyClass", "DummyAssembly", false));
// Setup mocks
mockAssembly.Setup(a => a.DefinedTypes)
.Returns(new List <TypeInfo>()
{
typeof(DummyTestClass).GetTypeInfo()
});
this.testablePlatformServiceProvider.MockFileOperations.Setup(fo => fo.LoadAssembly("DummyAssembly.exe", true))
.Returns(mockAssembly.Object);
testableAssemblyEnumerator.MockTypeEnumerator.Setup(te => te.Enumerate(out this.warnings))
.Returns(new Collection <UnitTestElement> {
unitTestElement
});
var testElements = testableAssemblyEnumerator.EnumerateAssembly("DummyAssembly.exe", out this.warnings);
CollectionAssert.AreEqual(new Collection <UnitTestElement> {
unitTestElement
}, testElements.ToList());
}
public StorEvilScenarioOutlineElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project,
string title, ScenarioOutline scenarioOutline)
: base(provider, parent, project, title)
{
_scenarioOutline = scenarioOutline;
_namespace = new UnitTestNamespace(project.Name);
}
/// <summary>
/// The to unit test element.
/// </summary>
/// <param name="testCase"> The test case. </param>
/// <param name="source"> The source. If deployed this is the full path of the source in the deployment directory. </param>
/// <returns> The converted <see cref="UnitTestElement"/>. </returns>
internal static UnitTestElement ToUnitTestElement(this TestCase testCase, string source)
{
var isAsync = (testCase.GetPropertyValue(Constants.AsyncTestProperty) as bool?) ?? false;
var testClassName = testCase.GetPropertyValue(Constants.TestClassNameProperty) as string;
var declaringClassName = testCase.GetPropertyValue(Constants.DeclaringClassNameProperty) as string;
var parts = testCase.FullyQualifiedName.Split('.');
var name = parts[parts.Length - 1];
TestMethod testMethod = new TestMethod(name, testClassName, source, isAsync);
if (declaringClassName != null && declaringClassName != testClassName)
{
testMethod.DeclaringClassFullName = declaringClassName;
}
UnitTestElement testElement = new UnitTestElement(testMethod)
{
IsAsync = isAsync,
TestCategory = testCase.GetPropertyValue(Constants.TestCategoryProperty) as string[],
Priority = testCase.GetPropertyValue(Constants.PriorityProperty) as int?,
DisplayName = testCase.DisplayName
};
return(testElement);
}
/// <summary>
/// The to unit test element.
/// </summary>
/// <param name="testCase"> The test case. </param>
/// <param name="source"> The source. If deployed this is the full path of the source in the deployment directory. </param>
/// <returns> The converted <see cref="UnitTestElement"/>. </returns>
internal static UnitTestElement ToUnitTestElement(this TestCase testCase, string source)
{
var isAsync = (testCase.GetPropertyValue(Constants.AsyncTestProperty) as bool?) ?? false;
var testClassName = testCase.GetPropertyValue(Constants.TestClassNameProperty) as string;
var declaringClassName = testCase.GetPropertyValue(Constants.DeclaringClassNameProperty) as string;
var fullyQualifiedName = testCase.FullyQualifiedName;
// Not using Replace because there can be multiple instances of that string.
var name = fullyQualifiedName.StartsWith($"{testClassName}.")
? fullyQualifiedName.Remove(0, $"{testClassName}.".Length)
: fullyQualifiedName;
TestMethod testMethod = new TestMethod(name, testClassName, source, isAsync);
if (declaringClassName != null && declaringClassName != testClassName)
{
testMethod.DeclaringClassFullName = declaringClassName;
}
UnitTestElement testElement = new UnitTestElement(testMethod)
{
IsAsync = isAsync,
TestCategory = testCase.GetPropertyValue(Constants.TestCategoryProperty) as string[],
Priority = testCase.GetPropertyValue(Constants.PriorityProperty) as int?,
DisplayName = testCase.DisplayName
};
return(testElement);
}
public StorEvilScenarioOutlineElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project,
string title, ScenarioOutline scenarioOutline)
: base(provider, parent, project, title)
{
_scenarioOutline = scenarioOutline;
_namespace = new UnitTestNamespace(project.Name);
}
public StorEvilScenarioElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project,
string title, Scenario scenario)
: base(provider, parent, project, title)
{
_namespace = new UnitTestNamespace(project.Name);
Scenario = scenario;
}
protected StorEvilUnitTestElement(IUnitTestProvider provider, UnitTestElement parent, IProject project,
string title)
: base(provider, parent)
{
Project = project;
_title = title;
}
public StorEvilStoryElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project, string title, string path)
: base(provider, parent, project, title)
{
_path = path;
_namespace = new UnitTestNamespace(project.Name + " " + title);
}
public void Cleanup()
{
this.test = null;
this.testElements = null;
PlatformServiceProvider.Instance = null;
MSTestSettings.Reset();
}
public StorEvilProjectElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project,
string title, IEnumerable <string> assemblies)
: base(provider, parent, project, title)
{
Assemblies = assemblies;
_namespace = new UnitTestNamespace(project.Name + ": StorEvil specifications");
}
public IList <UnitTestTask> GetTaskSequence(UnitTestElement element, IList <UnitTestElement> explicitElements)
{
var testElement = element as MSTestElement;
if (testElement != null)
{
MSTestFixtureElement parentFixture = testElement.Fixture;
return(new[]
{
new UnitTestTask(null, new AssemblyLoadTask(parentFixture.AssemblyLocation)),
new UnitTestTask(parentFixture,
new MSTestFixtureTask(parentFixture.AssemblyLocation,
parentFixture.GetTypeClrName(),
explicitElements.Contains(parentFixture))),
new UnitTestTask(testElement,
new MSTestTask(parentFixture.GetTypeClrName(),
testElement.MethodName,
explicitElements.Contains(testElement))),
});
}
var fixture = element as MSTestFixtureElement;
if (fixture != null)
{
return(EmptyArray <UnitTestTask> .Instance);
}
throw new ArgumentException(string.Format("element is not MSTest: '{0}'", element));
}
public int CompareUnitTestElements(UnitTestElement x, UnitTestElement y)
{
if (Equals(x, y))
{
return(0);
}
int compare = StringComparer.CurrentCultureIgnoreCase.Compare(x.GetTypeClrName(), y.GetTypeClrName());
if (compare != 0)
{
return(compare);
}
if (x is MSTestElement && y is MSTestFixtureElement)
{
return(-1);
}
if (y is MSTestElement && x is MSTestFixtureElement)
{
return(1);
}
if (x is MSTestFixtureElement && y is MSTestFixtureElement)
{
return(0); // two different elements with same type name??
}
var xe = (MSTestElement)x;
var ye = (MSTestElement)y;
return(xe.Order.CompareTo(ye.Order));
}
public StorEvilStoryElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project, string title, ConfigSettings config, string id)
: base(provider, parent, project, title)
{
Config = config;
Id = id;
_namespace = new UnitTestNamespace(project.Name + " " + title);
}
private bool TryProcessDataSource(UnitTestElement test, TestMethodInfo testMethodInfo, ITestContext testContext, List <UnitTestElement> tests)
{
var dataSourceAttributes = ReflectHelper.GetAttributes <UTF.DataSourceAttribute>(testMethodInfo.MethodInfo, false);
if (dataSourceAttributes == null)
{
return(false);
}
if (dataSourceAttributes.Length > 1)
{
var message = string.Format(CultureInfo.CurrentCulture, Resource.CannotEnumerateDataSourceAttribute_MoreThenOneDefined, test.TestMethod.ManagedTypeName, test.TestMethod.ManagedMethodName, dataSourceAttributes.Length);
PlatformServiceProvider.Instance.AdapterTraceLogger.LogInfo($"DynamicDataEnumarator: {message}");
throw new InvalidOperationException(message);
}
// dataSourceAttributes.Length == 1
try
{
return(this.ProcessDataSourceTests(test, testMethodInfo, testContext, tests));
}
catch (Exception ex)
{
var message = string.Format(CultureInfo.CurrentCulture, Resource.CannotEnumerateDataSourceAttribute, test.TestMethod.ManagedTypeName, test.TestMethod.ManagedMethodName, ex);
PlatformServiceProvider.Instance.AdapterTraceLogger.LogInfo($"DynamicDataEnumarator: {message}");
return(false);
}
}
public static UnitTestElementDisposition BuildDisposition(UnitTestElement element, ScenarioLocation location, IProjectFile projectFile)
{
var contents = File.ReadAllText(location.Path);
var range = new TextRange(LineToOffset(contents, location.FromLine), LineToOffset(contents, location.ToLine));
return(new UnitTestElementDisposition(element, projectFile, range, new TextRange(0)));
}
protected Element(IUnitTestProvider provider,
UnitTestElement parent,
ProjectModelElementEnvoy projectEnvoy,
string declaringTypeName,
bool isIgnored)
: base(provider, parent)
{
if (projectEnvoy == null && !Shell.Instance.IsTestShell)
{
throw new ArgumentNullException("projectEnvoy");
}
if (declaringTypeName == null)
{
throw new ArgumentNullException("declaringTypeName");
}
_projectEnvoy = projectEnvoy;
_declaringTypeName = declaringTypeName;
if (isIgnored)
{
SetExplicit("Ignored");
}
}
protected Element(IUnitTestProvider provider,
UnitTestElement parent,
ProjectModelElementEnvoy projectEnvoy,
string declaringTypeName,
bool isIgnored)
: base(provider, parent)
{
if (projectEnvoy == null && !Shell.Instance.IsTestShell)
{
throw new ArgumentNullException("projectEnvoy");
}
if (declaringTypeName == null)
{
throw new ArgumentNullException("declaringTypeName");
}
_projectEnvoy = projectEnvoy;
_declaringTypeName = declaringTypeName;
if (isIgnored)
{
SetExplicit("Ignored");
}
}
public void EnumerateAssemblyShouldReturnMoreThanOneTestElementForMoreThanOneType()
{
var mockAssembly = CreateMockTestableAssembly();
var testableAssemblyEnumerator = new TestableAssemblyEnumerator();
var unitTestElement = new UnitTestElement(new TestMethod("DummyMethod", "DummyClass", "DummyAssembly", false));
var expectedTestElements = new Collection <UnitTestElement> {
unitTestElement, unitTestElement
};
// Setup mocks
mockAssembly.Setup(a => a.DefinedTypes)
.Returns(new List <TypeInfo>()
{
typeof(DummyTestClass).GetTypeInfo(), typeof(DummyTestClass).GetTypeInfo()
});
this.testablePlatformServiceProvider.MockFileOperations.Setup(fo => fo.LoadAssembly("DummyAssembly", false))
.Returns(mockAssembly.Object);
testableAssemblyEnumerator.MockTypeEnumerator.Setup(te => te.Enumerate(out this.warnings))
.Returns(expectedTestElements);
var testElements = testableAssemblyEnumerator.EnumerateAssembly("DummyAssembly", out this.warnings);
expectedTestElements.Add(unitTestElement);
expectedTestElements.Add(unitTestElement);
CollectionAssert.AreEqual(expectedTestElements, testElements.ToList());
}
public void SendTestCasesShouldUseNaigationSessionForDeclaredAssemblyName()
{
var source = "DummyAssembly.dll";
// Setup mocks.
this.testablePlatformServiceProvider.MockFileOperations.Setup(fo => fo.CreateNavigationSession(source))
.Returns((object)null);
var test = new UnitTestElement(
new TestMethod("M", "C", "A", false)
{
DeclaringAssemblyName = "DummyAssembly2.dll"
});
var testElements = new List <UnitTestElement> {
test
};
this.SetupNavigation(source, test, test.TestMethod.DeclaringClassFullName, test.TestMethod.Name);
// Act
this.unitTestDiscoverer.SendTestCases(source, testElements, this.mockTestCaseDiscoverySink.Object);
// Assert
this.testablePlatformServiceProvider.MockFileOperations.Verify(fo => fo.CreateNavigationSession("DummyAssembly2.dll"), Times.Once);
}
private TestCase GetTestCase(Type typeOfClass, string testName, bool ignore = false)
{
var methodInfo = typeOfClass.GetMethod(testName);
var testMethod = new TestMethod(methodInfo.Name, typeOfClass.FullName, Assembly.GetExecutingAssembly().FullName, isAsync: false);
UnitTestElement element = new UnitTestElement(testMethod);
element.Ignored = ignore;
return(element.ToTestCase());
}
private void AddStoryElement(Story story, IProject project,
UnitTestElementConsumer consumer, UnitTestElement parent)
{
var storyElement = GetStoryElement(parent, project, story);
consumer(storyElement);
foreach (IScenario scenario in story.Scenarios)
AddScenarioElement(project, consumer, storyElement, scenario);
}
/// <summary>
/// Serializes element for persistence.
/// </summary>
public string Serialize(UnitTestElement element)
{
if (element == null)
{
throw new ArgumentNullException("element");
}
return(null);
}
public IList <UnitTestTask> GetTaskSequence(UnitTestElement element, IList <UnitTestElement> explicitElements)
{
if (element is ContextSpecificationElement)
{
var contextSpecification = element as ContextSpecificationElement;
var context = contextSpecification.Context;
return(new List <UnitTestTask>
{
_taskFactory.CreateAssemblyLoadTask(context),
_taskFactory.CreateContextTask(context, explicitElements.Contains(context)),
_taskFactory.CreateContextSpecificationTask(context,
contextSpecification,
explicitElements.Contains(contextSpecification))
});
}
if (element is BehaviorElement)
{
var behavior = element as BehaviorElement;
var context = behavior.Context;
return(new List <UnitTestTask>
{
_taskFactory.CreateAssemblyLoadTask(context),
_taskFactory.CreateContextTask(context, explicitElements.Contains(context)),
_taskFactory.CreateBehaviorTask(context, behavior, explicitElements.Contains(behavior))
});
}
if (element is BehaviorSpecificationElement)
{
var behaviorSpecification = element as BehaviorSpecificationElement;
var behavior = behaviorSpecification.Behavior;
var context = behavior.Context;
return(new List <UnitTestTask>
{
_taskFactory.CreateAssemblyLoadTask(context),
_taskFactory.CreateContextTask(context, explicitElements.Contains(context)),
_taskFactory.CreateBehaviorTask(context,
behavior,
explicitElements.Contains(behavior)),
_taskFactory.CreateBehaviorSpecificationTask(context,
behaviorSpecification,
explicitElements.Contains(behaviorSpecification))
});
}
if (element is ContextElement)
{
return(EmptyArray <UnitTestTask> .Instance);
}
throw new ArgumentException(String.Format("Element is not a Machine.Specifications element: '{0}'", element));
}
public IList<UnitTestTask> GetTaskSequence(UnitTestElement element, IList<UnitTestElement> explicitElements)
{
if (element is ContextSpecificationElement)
{
var contextSpecification = element as ContextSpecificationElement;
var context = contextSpecification.Context;
return new List<UnitTestTask>
{
_taskFactory.CreateAssemblyLoadTask(context),
_taskFactory.CreateContextTask(context, explicitElements.Contains(context)),
_taskFactory.CreateContextSpecificationTask(context,
contextSpecification,
explicitElements.Contains(contextSpecification))
};
}
if (element is BehaviorElement)
{
var behavior = element as BehaviorElement;
var context = behavior.Context;
return new List<UnitTestTask>
{
_taskFactory.CreateAssemblyLoadTask(context),
_taskFactory.CreateContextTask(context, explicitElements.Contains(context)),
_taskFactory.CreateBehaviorTask(context, behavior, explicitElements.Contains(behavior))
};
}
if (element is BehaviorSpecificationElement)
{
var behaviorSpecification = element as BehaviorSpecificationElement;
var behavior = behaviorSpecification.Behavior;
var context = behavior.Context;
return new List<UnitTestTask>
{
_taskFactory.CreateAssemblyLoadTask(context),
_taskFactory.CreateContextTask(context, explicitElements.Contains(context)),
_taskFactory.CreateBehaviorTask(context,
behavior,
explicitElements.Contains(behavior)),
_taskFactory.CreateBehaviorSpecificationTask(context,
behaviorSpecification,
explicitElements.Contains(behaviorSpecification))
};
}
if (element is ContextElement)
{
return EmptyArray<UnitTestTask>.Instance;
}
throw new ArgumentException(String.Format("Element is not a Machine.Specifications element: '{0}'", element));
}
/// <summary>
/// Execute test method. Capture failures, handle async and return result.
/// </summary>
/// <param name="arguments">
/// Arguments to pass to test method. (E.g. For data driven)
/// </param>
/// <returns>Result of test method invocation.</returns>
public virtual TestResult Invoke(object[] arguments)
{
Stopwatch watch = new Stopwatch();
TestResult result = null;
// check if arguments are set for data driven tests
if (arguments == null)
{
arguments = this.Arguments;
}
using (LogMessageListener listener = new LogMessageListener(this.TestMethodOptions.CaptureDebugTraces))
{
var testElement = new UnitTestElement(new TestMethod(this))
{
TestId = this.TestId
};
watch.Start();
try
{
this.TestExecutionRecorder.RecordStart(testElement);
if (this.IsTimeoutSet)
{
result = this.ExecuteInternalWithTimeout(arguments);
}
else
{
result = this.ExecuteInternal(arguments);
}
}
finally
{
// Handle logs & debug traces.
watch.Stop();
if (result != null)
{
result.Duration = watch.Elapsed;
result.DebugTrace = listener.DebugTrace;
result.LogOutput = listener.StandardOutput;
result.LogError = listener.StandardError;
result.TestContextMessages = this.TestMethodOptions.TestContext.GetAndClearDiagnosticMessages();
result.ResultFiles = this.TestMethodOptions.TestContext.GetResultFiles();
result.TestId = this.TestId;
}
this.TestExecutionRecorder.RecordEnd(
testElement,
result?.Outcome.ToUnitTestOutcome() ?? UnitTestOutcome.Error);
}
}
return(result);
}
protected FieldElement(IUnitTestProvider provider,
UnitTestElement parent,
ProjectModelElementEnvoy projectEnvoy,
string declaringTypeName,
string fieldName,
bool isIgnored)
: base(provider, parent, projectEnvoy, declaringTypeName, isIgnored || parent.IsExplicit)
{
_fieldName = fieldName;
}
public StorEvilStoryElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project, string title, string path)
: base(provider, parent, project, title)
{
_path = path;
var root = project.Location.ToDirectoryInfo().FullName;
var pathPieces = PathHelper.GetRelativePathPieces(root, _path);
var pathJoined = project.Name + " " + string.Join(" - ", pathPieces);
_namespace = new UnitTestNamespace(pathJoined + title);
}
protected FieldElement(IUnitTestProvider provider,
UnitTestElement parent,
IProjectModelElement project,
string declaringTypeName,
string fieldName,
bool isIgnored)
: base(provider, parent, project, declaringTypeName, isIgnored || parent.IsExplicit)
{
_fieldName = fieldName;
}
public bool IsOfKind(UnitTestElement element, UnitTestElementKind elementKind)
{
if (element is StorEvilScenarioElement)
return elementKind == UnitTestElementKind.Test;
if (element is StorEvilStoryElement || element is StorEvilProjectElement)
return elementKind == UnitTestElementKind.TestContainer;
return false;
}
public StorEvilStoryElement(StorEvilTestProvider provider, UnitTestElement parent, IProject project, string title, string path)
: base(provider, parent, project, title)
{
_path = path;
var root = project.Location.ToDirectoryInfo().FullName;
var pathPieces = PathHelper.GetRelativePathPieces(root, _path);
var pathJoined = project.Name + " " + string.Join(" - ", pathPieces);
_namespace = new UnitTestNamespace(pathJoined + title);
}
protected FieldElement(IUnitTestProvider provider,
UnitTestElement parent,
IProjectModelElement project,
string declaringTypeName,
string fieldName,
bool isIgnored)
: base(provider, parent, project, declaringTypeName, isIgnored || parent.IsExplicit)
{
_fieldName = fieldName;
AssignCategories(parent.GetCategories().Select(x => x.Name).ToList());
}
protected FieldElement(IUnitTestProvider provider,
UnitTestElement parent,
IProjectModelElement project,
string declaringTypeName,
string fieldName,
bool isIgnored)
: base(provider, parent, project, declaringTypeName, isIgnored || parent.IsExplicit)
{
_fieldName = fieldName;
AssignCategories(parent.GetCategories().Select(x => x.Name).ToList());
}
private void AddStoryElement(Story story, IProject project,
UnitTestElementConsumer consumer, UnitTestElement parent)
{
var storyElement = GetStoryElement(parent, project, story);
consumer(storyElement);
foreach (IScenario scenario in story.Scenarios)
{
AddScenarioElement(project, consumer, storyElement, scenario);
}
}
public IList <UnitTestTask> GetTasks(UnitTestElement element, IList <UnitTestElement> explicitElements)
{
//if (!(element is StorEvilScenarioElement))
// return new List<UnitTestTask>();
var tasks = new List <UnitTestTask>();
if (element is StorEvilProjectElement)
{
var projectEl = element as StorEvilProjectElement;
tasks.Add(new UnitTestTask(null, new LoadContextAssemblyTask(typeof(Scenario).Assembly.Location)));
foreach (string assembly in projectEl.Assemblies)
{
tasks.Add(new UnitTestTask(null, new LoadContextAssemblyTask(assembly)));
}
tasks.Add(GetProjectTask(projectEl, explicitElements));
}
if (element is StorEvilStoryElement)
{
tasks.Add(GetProjectTask(element.Parent as StorEvilProjectElement, explicitElements));
tasks.Add(GetStoryTask(element as StorEvilStoryElement, explicitElements));
}
if (element is StorEvilScenarioElement)
{
if (element.Parent is StorEvilScenarioOutlineElement)
{
tasks.Add(GetProjectTask(element.Parent.Parent.Parent as StorEvilProjectElement, explicitElements));
tasks.Add(GetStoryTask(element.Parent.Parent as StorEvilStoryElement, explicitElements));
tasks.Add(GetScenarioOutlineTask(element.Parent, explicitElements));
tasks.Add(GetScenarioTask(element, explicitElements));
}
else
{
tasks.Add(GetProjectTask(element.Parent.Parent as StorEvilProjectElement, explicitElements));
tasks.Add(GetStoryTask(element.Parent as StorEvilStoryElement, explicitElements));
tasks.Add(GetScenarioTask(element, explicitElements));
}
}
if (element is StorEvilScenarioOutlineElement)
{
tasks.Add(GetProjectTask(element.Parent.Parent as StorEvilProjectElement, explicitElements));
tasks.Add(GetStoryTask(element.Parent as StorEvilStoryElement, explicitElements));
tasks.Add(GetScenarioOutlineTask(element, explicitElements));
}
return(tasks);
}
public bool IsElementOfKind(UnitTestElement element, UnitTestElementKind elementKind)
{
switch (elementKind)
{
case UnitTestElementKind.Test:
return(element is ContextSpecificationElement);
case UnitTestElementKind.TestContainer:
return(element is ContextElement || element is BehaviorElement);
}
return(false);
}
public int CompareUnitTestElements(UnitTestElement x, UnitTestElement y)
{
if (x is StorEvilStoryElement && y is StorEvilStoryElement)
return ((StorEvilStoryElement)x).Id == ((StorEvilStoryElement)y).Id ? 0 : -1;
if (x is StorEvilScenarioElement && y is StorEvilScenarioElement)
return ((StorEvilScenarioElement)x).Scenario.Id.CompareTo(((StorEvilScenarioElement)y).Scenario.Id);
if (x is StorEvilProjectElement && y is StorEvilProjectElement)
return x.GetNamespace().NamespaceName.CompareTo(y.GetNamespace().NamespaceName);
return -1;
}
public bool IsOfKind(UnitTestElement element, UnitTestElementKind elementKind)
{
if (element is StorEvilScenarioElement)
{
return(elementKind == UnitTestElementKind.Test);
}
if (element is StorEvilStoryElement || element is StorEvilProjectElement || element is StorEvilScenarioOutlineElement)
{
return(elementKind == UnitTestElementKind.TestContainer);
}
return(false);
}
private void CreateContainerElements(IExampleContainer[] exampleContainers, UnitTestElement parent)
{
foreach (var exampleContainer in exampleContainers)
{
var element = new ExampleContainerElement(_provider, _project, parent, (ExampleContainer)exampleContainer);
_consumer(element);
CreateContainerElements(exampleContainer.ExampleContainers, element);
foreach (var example in exampleContainer.Examples)
_consumer(new ExampleElement(_provider, element, _project, (Example)example));
}
}
public void TestInit()
{
this.testablePlatformServiceProvider = new TestablePlatformServiceProvider();
this.unitTestDiscoverer = new UnitTestDiscoverer();
this.mockMessageLogger = new Mock <IMessageLogger>();
this.mockTestCaseDiscoverySink = new Mock <ITestCaseDiscoverySink>();
this.mockRunSettings = new Mock <IRunSettings>();
this.test = new UnitTestElement(new TestMethod("M", "C", "A", false));
this.testElements = new List <UnitTestElement> {
this.test
};
PlatformServiceProvider.Instance = this.testablePlatformServiceProvider;
}
public void Present(UnitTestElement element, IPresentableItem item, TreeModelNode node, PresentationState state)
{
item.RichText = element.GetTitle();
var standardImage = GetImage(element);
var stateImage = UnitTestManager.GetStateImage(state);
if (stateImage != null)
{
item.Images.Add(stateImage);
}
else if (standardImage != null)
{
item.Images.Add(standardImage);
}
}
/// <summary>
/// The to unit test element.
/// </summary>
/// <param name="testCase"> The test case. </param>
/// <param name="source"> The source. If deployed this is the full path of the source in the deployment directory. </param>
/// <returns> The converted <see cref="UnitTestElement"/>. </returns>
internal static UnitTestElement ToUnitTestElement(this TestCase testCase, string source)
{
var isAsync = (testCase.GetPropertyValue(Constants.AsyncTestProperty) as bool?) ?? false;
var testClassName = testCase.GetPropertyValue(Constants.TestClassNameProperty) as string;
TestMethod testMethod = new TestMethod(testCase.DisplayName, testClassName, source, isAsync);
UnitTestElement testElement = new UnitTestElement(testMethod)
{
IsAsync = isAsync,
TestCategory = testCase.GetPropertyValue(Constants.TestCategoryProperty) as string[],
Priority = testCase.GetPropertyValue(Constants.PriorityProperty) as int?
};
return(testElement);
}
/// <summary>
/// Compares unit tests elements to determine relative sort order.
/// </summary>
public int CompareUnitTestElements(UnitTestElement x, UnitTestElement y)
{
if (x == null)
{
throw new ArgumentNullException("x");
}
if (y == null)
{
throw new ArgumentNullException("y");
}
GallioTestElement xe = (GallioTestElement)x;
GallioTestElement ye = (GallioTestElement)y;
return(xe.CompareTo(ye));
}
public void Present(UnitTestElement element, IPresentableItem item, TreeModelNode node, PresentationState state)
{
var testElement = element as StorEvilUnitTestElement;
if (testElement == null)
return;
item.RichText = element.ShortName;
Image standardImage = UnitTestManager.GetStandardImage(UnitTestElementImage.Test);
Image stateImage = UnitTestManager.GetStateImage(state);
if (stateImage != null)
{
item.Images.Add(stateImage);
}
else if (standardImage != null)
{
item.Images.Add(standardImage);
}
}
/// <summary>
/// Presents unit test.
///</summary>
public void Present(UnitTestElement element, IPresentableItem item, TreeModelNode node, PresentationState state)
{
if (element == null)
throw new ArgumentNullException("element");
if (item == null)
throw new ArgumentNullException("item");
if (node == null)
throw new ArgumentNullException("node");
if (state == null)
throw new ArgumentNullException("state");
presenter.UpdateItem(element, node, item, state);
}
public bool IsElementOfKind(UnitTestElement element, UnitTestElementKind kind)
{
if (element == null)
throw new ArgumentNullException("element");
GallioTestElement gallioTestElement = element as GallioTestElement;
if (gallioTestElement == null)
return false;
switch (kind)
{
case UnitTestElementKind.Unknown:
case UnitTestElementKind.TestStuff:
return false;
case UnitTestElementKind.Test:
return gallioTestElement.IsTestCase;
case UnitTestElementKind.TestContainer:
return ! gallioTestElement.IsTestCase;
default:
throw new ArgumentOutOfRangeException("kind");
}
}
/// <summary>
/// Gets task information for <see cref="T:JetBrains.ReSharper.TaskRunnerFramework.RemoteTaskRunner" /> from element.
/// </summary>
public IList<UnitTestTask> GetTaskSequence(UnitTestElement element, IList<UnitTestElement> explicitElements)
{
if (element == null)
throw new ArgumentNullException("element");
if (explicitElements == null)
throw new ArgumentNullException("explicitElements");
GallioTestElement topElement = (GallioTestElement)element;
List<UnitTestTask> tasks = new List<UnitTestTask>();
// Add the run task. Must always be first.
tasks.Add(new UnitTestTask(null, FacadeTaskFactory.CreateRootTask()));
// Add the test case branch.
AddTestTasksFromRootToLeaf(tasks, topElement);
// Now that we're done with the critical parts of the task tree, we can add other
// arbitrary elements. We don't care about the structure of the task tree beyond this depth.
// Add the assembly location.
tasks.Add(new UnitTestTask(null, FacadeTaskFactory.CreateAssemblyTaskFrom(topElement)));
if (explicitElements.Count != 0)
{
// Add explicit element markers.
foreach (GallioTestElement explicitElement in explicitElements)
tasks.Add(new UnitTestTask(null, FacadeTaskFactory.CreateExplicitTestTaskFrom(explicitElement)));
}
else
{
// No explicit elements but we must have at least one to filter by, so we consider
// the top test explicitly selected.
tasks.Add(new UnitTestTask(null, FacadeTaskFactory.CreateExplicitTestTaskFrom(topElement)));
}
return tasks;
}
/// <summary>
/// Serializes element for persistence.
/// </summary>
public string Serialize(UnitTestElement element)
{
if (element == null)
throw new ArgumentNullException("element");
return null;
}
public void Present(UnitTestElement element, IPresentableItem item, TreeModelNode node, PresentationState state)
{
Presenter.UpdateItem(element, node, item, state);
}
/// <summary>
/// Compares unit tests elements to determine relative sort order.
/// </summary>
public int CompareUnitTestElements(UnitTestElement x, UnitTestElement y)
{
if (x == null)
throw new ArgumentNullException("x");
if (y == null)
throw new ArgumentNullException("y");
GallioTestElement xe = (GallioTestElement)x;
GallioTestElement ye = (GallioTestElement)y;
return xe.CompareTo(ye);
}
public IList<UnitTestTask> GetTaskSequence(UnitTestElement element, IList<UnitTestElement> explicitElements)
{
return _taskFactory.GetTasks(element, explicitElements);
}
public bool IsElementOfKind(UnitTestElement element, UnitTestElementKind elementKind)
{
return _comparer.IsOfKind(element, elementKind);
}
public int CompareUnitTestElements(UnitTestElement x, UnitTestElement y)
{
return _comparer.CompareUnitTestElements(x, y);
}
public string Serialize(UnitTestElement element)
{
return "";
}
public void Present(UnitTestElement element, IPresentableItem item, TreeModelNode node, PresentationState state)
{
_presenter.Present(element, item, node, state);
}
