public void ManyTeardownsInASingleStep(Type feature, ITestResultMessage[] results)
{
"Given a step with many teardowns"
.f(() => feature = typeof(StepWithManyTeardowns));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
#if !V2
"Then there should be two results"
.f(() => results.Length.Should().Be(2));
#else
"Then there should be one resilt"
.f(() => results.Length.Should().Be(1));
#endif
"And there should be no failures"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
#if !V2
"And the first result should be generated by the step"
.f(() => results[0].Test.DisplayName.Should().NotContainEquivalentOf("(Teardown)"));
"And the second result should be generated by the teardown"
.f(() => results[1].Test.DisplayName.Should().Contain("(Teardown)"));
#endif
"Ann the teardowns should be executed in reverse order after the step"
.f(() => typeof(TeardownFeature).GetTestEvents()
.Should().Equal("step1", "teardown3", "teardown2", "teardown1"));
}
public void FailureBeforeForcedStep(Type feature, ITestResultMessage[] results)
{
("Given a scenario with two empty steps, " +
"a failing step with continuation, " +
"two more empty steps, " +
"a failing step and " +
"another empty step")
.f(() => feature = typeof(Steps));
"When I run the scenarios"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be 7 results"
.f(() => results.Length.Should().Be(7));
"Then the first and second results are passes"
.f(() => results.Take(2).Should().ContainItemsAssignableTo<ITestPassed>());
"And the third result is a failure"
.f(() => results.Skip(2).Take(1).Should().ContainItemsAssignableTo<ITestFailed>());
"And the fourth and fifth results are passes"
.f(() => results.Skip(3).Take(2).Should().ContainItemsAssignableTo<ITestPassed>());
"And the sixth result is a failure"
.f(() => results.Skip(5).Take(1).Should().ContainItemsAssignableTo<ITestFailed>());
"And the seventh result is a skip"
.f(() => results.Skip(6).Take(1).Should().ContainItemsAssignableTo<ITestSkipped>());
}
void LogFinish(ITestResultMessage testResult)
{
Log.LogMessage(MessageImportance.High, "##teamcity[testFinished name='{0}' duration='{1}' flowId='{2}']",
TeamCityEscape(testResult.Test.DisplayName),
(int)(testResult.ExecutionTime * 1000M),
ToFlowId(testResult.TestCollection.DisplayName));
}
void LogFinish(ITestResultMessage testResult)
{
Console.WriteLine("##teamcity[testFinished name='{0}' duration='{1}' flowId='{2}']",
TeamCityEscape(testResult.Test.DisplayName),
(int)(testResult.ExecutionTime * 1000M),
ToFlowId(testResult.TestCollection.DisplayName));
}
private static string Format(ITestResultMessage result, int index)
{
return string.Format(
CultureInfo.InvariantCulture,
"Result {0}: {1}",
(++index).ToString(CultureInfo.InvariantCulture),
result);
}
/// <summary>
///
/// </summary>
/// <param name="testCase"></param>
/// <param name="testResult"></param>
public TestResultViewModel(TestCaseViewModel testCase, ITestResultMessage testResult)
{
if (testCase == null) throw new ArgumentNullException(nameof(testCase));
TestCase = testCase;
TestResultMessage = testResult;
if (testResult != null)
testCase.UpdateTestState(this);
}
void LogFinish(ITestResultMessage testResult)
{
var formattedName = Escape(displayNameFormatter.DisplayName(testResult.Test));
if (!string.IsNullOrWhiteSpace(testResult.Output))
{
logger.LogImportantMessage($"##teamcity[testStdOut name='{formattedName}' out='{Escape(testResult.Output)}']");
}
logger.LogImportantMessage($"##teamcity[testFinished name='{formattedName}' duration='{(int)(testResult.ExecutionTime * 1000M)}' flowId='{ToFlowId(testResult.TestCollection.DisplayName)}']");
}
public void AsyncScenario(Type feature, ITestResultMessage[] results)
{
"Given an async scenario"
.f(() => feature = typeof(FeatureWithAsyncScenario));
"When I run the scenarios"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then the result should be a pass"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
}
public void ScenariosWithTraits(
string traitValue, int expectedResultCount, Type feature, ITestResultMessage[] results)
{
"Given two single step scenarios, 'foo' traits of 'bar' and 'baz' respectively"
.x(() => feature = typeof(TwoSingleStepScenariosWithFooTraitsOfBarAndBazRespectively));
"When I run the feature specifying the 'foo' trait of '{0}'"
.x(() => results = this.Run<ITestResultMessage>(feature, "foo", traitValue));
"Then there is only {1} result"
.x(() => results.Count().Should().Be(expectedResultCount));
}
public static TestResult ToTdNetTestResult(this ITestResultMessage testResult, TestState testState, int totalTests)
{
return(new TestResult
{
FixtureType = testResult.TestCase.GetClass(),
Method = testResult.TestCase.GetMethod(),
Name = testResult.Test.DisplayName,
State = testState,
TimeSpan = new TimeSpan((long)(10000.0M * testResult.ExecutionTime)),
TotalTests = totalTests,
});
}
void LogFinish(ITestResultMessage testResult)
{
var formattedName = TeamCityEscape(displayNameFormatter.DisplayName(testResult.Test));
if (!string.IsNullOrWhiteSpace(testResult.Output))
console.WriteLine("##teamcity[testStdOut name='{0}' out='{1}']", formattedName, TeamCityEscape(testResult.Output));
console.WriteLine("##teamcity[testFinished name='{0}' duration='{1}' flowId='{2}']",
formattedName,
(int)(testResult.ExecutionTime * 1000M),
ToFlowId(testResult.TestCollection.DisplayName));
}
XElement CreateTestResultElement(ITestResultMessage testResult, string resultText)
{
var collectionElement = GetTestCollectionElement(testResult.TestCase.TestMethod.TestClass.TestCollection);
var testResultElement =
new XElement("test",
new XAttribute("name", XmlEscape(testResult.Test.DisplayName)),
new XAttribute("type", testResult.TestCase.TestMethod.TestClass.Class.Name),
new XAttribute("method", testResult.TestCase.TestMethod.Method.Name),
new XAttribute("time", testResult.ExecutionTime.ToString(CultureInfo.InvariantCulture)),
new XAttribute("result", resultText)
);
if (!string.IsNullOrWhiteSpace(testResult.Output))
{
testResultElement.Add(new XElement("output", new XCData(testResult.Output)));
}
if (testResult.TestCase.SourceInformation != null)
{
if (testResult.TestCase.SourceInformation.FileName != null)
{
testResultElement.Add(new XAttribute("source-file", testResult.TestCase.SourceInformation.FileName));
}
if (testResult.TestCase.SourceInformation.LineNumber != null)
{
testResultElement.Add(new XAttribute("source-line", testResult.TestCase.SourceInformation.LineNumber.GetValueOrDefault()));
}
}
if (testResult.TestCase.Traits != null && testResult.TestCase.Traits.Count > 0)
{
var traitsElement = new XElement("traits");
foreach (var key in testResult.TestCase.Traits.Keys)
{
foreach (var value in testResult.TestCase.Traits[key])
{
traitsElement.Add(
new XElement("trait",
new XAttribute("name", XmlEscape(key)),
new XAttribute("value", XmlEscape(value))
)
);
}
}
testResultElement.Add(traitsElement);
}
collectionElement.Add(testResultElement);
return(testResultElement);
}
private void RaiseTestSkippedCase(ITestResultMessage message, IEnumerable <ITestCase> testCases, ITestCase testCase)
{
SkippedTests++;
OnInfo($"\t[IGNORED] {testCase.DisplayName}");
LogTestDetails(message.Test, log: OnDebug);
LogTestOutput(message, log: OnDiagnostic);
ReportTestCases(" Associated", testCases, log: OnDiagnostic);
// notify that the test completed because it was skipped
OnTestCompleted((
TestName: message.Test.DisplayName,
TestResult: TestResult.Skipped
));
}
public static TestResultWrapper ToTestResult(this ITestResultMessage result, TestOutcome outcome)
{
var tr = new TestResult(result.TestCase.ToTest().Wrapped)
{
Outcome = Convert(outcome),
Duration = TimeSpan.FromSeconds((double)result.ExecutionTime),
ErrorMessage = Conditional(result, (IFailureInformation r) => string.Join(Environment.NewLine, r.Messages)),
ErrorStackTrace = Conditional(result, (IFailureInformation r) => string.Join(Environment.NewLine, r.StackTraces))
};
tr.Messages.Add(result.Output);
return(tr.Wrap());
}
/// <summary>
///
/// </summary>
/// <param name="testCase"></param>
/// <param name="testResult"></param>
public TestResultViewModel(TestCaseViewModel testCase, ITestResultMessage testResult)
{
if (testCase == null)
{
throw new ArgumentNullException(nameof(testCase));
}
TestCase = testCase;
TestResultMessage = testResult;
if (testResult != null)
{
testCase.UpdateTestState(this);
}
}
void LogFinish(ITestResultMessage testResult)
{
var formattedName = TeamCityEscape(displayNameFormatter.DisplayName(testResult.Test));
if (!string.IsNullOrWhiteSpace(testResult.Output))
{
Log.LogMessage(MessageImportance.High, "##teamcity[testStdOut name='{0}' out='{1}']", formattedName, TeamCityEscape(testResult.Output));
}
Log.LogMessage(MessageImportance.High, "##teamcity[testFinished name='{0}' duration='{1}' flowId='{2}']",
formattedName,
(int)(testResult.ExecutionTime * 1000M),
ToFlowId(testResult.TestCollection.DisplayName));
}
public void MemberDataProperty(Type feature, ITestResultMessage[] results)
{
"Given {0}"
.f(() => { });
"When I run the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be three results"
.f(() => results.Length.Should().Be(3));
"Then each of the member data value sets should be passed into the scenario"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
}
public void OnMessage(IMessageSinkMessage message)
{
switch (message)
{
case ITestPassed testPassed:
case ITestFailed testFailed:
TestResultMessage = (TestResultMessage)message;
return;
case ITestCaseFinished testFinished:
break;
default:
return;
}
}
public void ThrowsAfter(Type feature, ITestResultMessage[] results)
{
"Given a scenario with a throw after attribute"
.f(() => feature = typeof(ScenarioWithThrowAfterAttribute));
"When I run the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
#if V2
"Then there is a single test failure"
.f(() => results.Should().ContainSingle(result => result is ITestFailed));
#else
"Then there are three test failures"
.f(() => results.OfType<ITestFailed>().Count().Should().Be(3));
#endif
}
public void BeforeAfterAttribute(Type feature, ITestResultMessage[] results)
{
"Given a scenario with a before and after attribute"
.f(() => feature = typeof(ScenarioWithBeforeAfterTestAttribute));
"When I run the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
#if !V2
"Then the attributes before and after methods are called before and after each step"
.f(() => typeof(BeforeAfterTestFeature).GetTestEvents().Should().Equal(
"before1", "step1", "after1", "before2", "step2", "after2", "before3", "step3", "after3"));
#else
"Then the attributes before and after methods are called before and after the scenario"
.f(() => typeof(BeforeAfterTestFeature).GetTestEvents().Should().Equal(
"before1", "step1", "step2", "step3", "after1"));
#endif
}
public void TeardownsWhichThrowExceptionsWhenExecuted(Type feature, ITestResultMessage[] results)
{
"Given a step with three teardowns which throw exceptions when executed"
.f(() => feature = typeof(StepWithThreeBadTeardowns));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be two results"
.f(() => results.Length.Should().Be(2));
"And the first result should be a pass"
.f(() => results[0].Should().BeAssignableTo<ITestPassed>());
"And the second result should be a failure"
.f(() => results[1].Should().BeAssignableTo<ITestFailed>());
"Then the teardowns should be executed in reverse order after the step"
.f(() => typeof(TeardownFeature).GetTestEvents()
.Should().Equal("step1", "teardown3", "teardown2", "teardown1"));
}
public void ADisposableWhichThrowExceptionsWhenDisposed(Type feature, ITestResultMessage[] results)
{
"Given a step with three disposables which throw exceptions when disposed"
.f(() => feature = typeof(StepWithThreeBadDisposables));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then the there should be at least two results"
.f(() => results.Length.Should().BeGreaterOrEqualTo(2));
"And the first n-1 results should be passes"
.f(() => results.Reverse().Skip(1).Should().ContainItemsAssignableTo<ITestPassed>());
"And the last result should be a failure"
.f(() => results.Reverse().First().Should().BeAssignableTo<ITestFailed>());
"And the disposables should be disposed in reverse order"
.f(() => typeof(ObjectDisposalFeature).GetTestEvents()
.Should().Equal("disposed3", "disposed2", "disposed1"));
}
async void MakeTestResultViewModel(ITestResultMessage testResult, TestState outcome)
{
var tcs = new TaskCompletionSource <TestResultViewModel>(TaskCreationOptions.RunContinuationsAsynchronously);
TestCaseViewModel testCase;
if (!testCases.TryGetValue(testResult.TestCase, out testCase))
{
// no matching reference, search by Unique ID as a fallback
testCase = testCases.FirstOrDefault(kvp => kvp.Key.UniqueID?.Equals(testResult.TestCase.UniqueID) ?? false).Value;
if (testCase == null)
{
return;
}
}
// Create the result VM on the UI thread as it updates properties
context.Post(_ =>
{
var result = new TestResultViewModel(testCase, testResult)
{
Duration = TimeSpan.FromSeconds((double)testResult.ExecutionTime)
};
if (outcome == TestState.Failed)
{
result.ErrorMessage = ExceptionUtility.CombineMessages((ITestFailed)testResult);
result.ErrorStackTrace = ExceptionUtility.CombineStackTraces((ITestFailed)testResult);
}
tcs.TrySetResult(result);
}, null);
var r = await tcs.Task;
listener.RecordResult(r); // bring it back to the threadpool thread
}
public void ManyTeardownsInManySteps(Type feature, ITestResultMessage[] results)
{
"Given two steps with three teardowns each"
.f(() => feature = typeof(TwoStepsWithThreeTeardownsEach));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
#if !V2
"Then there should be three results"
.f(() => results.Length.Should().Be(3));
#else
"Then there should be two results"
.f(() => results.Length.Should().Be(2));
#endif
"And there should be no failures"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
"And the teardowns should be executed in reverse order after the steps"
.f(() => typeof(TeardownFeature).GetTestEvents().Should().Equal(
"step1", "step2", "teardown6", "teardown5", "teardown4", "teardown3", "teardown2", "teardown1"));
}
public void BackgroundSteps(Type feature, ITestResultMessage[] results)
{
"Given a {0}"
.f(() => { });
"When I run the scenarios"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then the background steps are run before each scenario"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
"And there are eight results"
.f(() => results.Length.Should().Be(8));
"And the background steps have '(Background)' in their names"
.f(() =>
{
foreach (var result in results.Take(2).Concat(results.Skip(4).Take(2)))
{
result.Test.DisplayName.Should().Contain("(Background)");
}
});
}
void LogFinish(ITestResultMessage testResult)
{
var displayName = TeamCityEscape(GetDisplayName(testResult.Test));
if (!String.IsNullOrEmpty(testResult.Output))
{
LogMessage(displayName, false, "##teamcity[testStdOut name='{0}' out='{1}' flowId='{2}']",
displayName,
TeamCityEscape(testResult.Output),
ToFlowId(testResult.TestCollection.DisplayName));
}
else if (testResult is ITestSkipped)
{
var skipped = (ITestSkipped)testResult;
LogMessage(displayName, false, "##teamcity[testStdOut name='{0}' out='{1}' flowId='{2}']",
displayName,
TeamCityEscape(skipped.Reason),
ToFlowId(testResult.TestCollection.DisplayName));
}
LogMessage(displayName, true, "##teamcity[testFinished name='{0}' duration='{1}' flowId='{2}']",
displayName,
(int)(testResult.ExecutionTime * 1000M),
ToFlowId(testResult.TestCollection.DisplayName));
}
public void ManyDisposablesInASingleStep(Type feature, ITestResultMessage[] results)
{
"Given {0}"
.f(() => { });
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"And there should be no failures"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
#if !V2
"And all but the last result should not be generated by a teardown"
.f(() => results.Reverse().Skip(1).Should().NotContain(
result => result.Test.DisplayName.IndexOf("(Teardown)", StringComparison.OrdinalIgnoreCase) >= 0));
"And the last result should be generated by a teardown"
.f(() => results.Last().Test.DisplayName.Should().Contain("(Teardown)"));
#endif
"And the disposables should each have been disposed in reverse order"
.f(() => typeof(ObjectDisposalFeature).GetTestEvents()
.Should().Equal("disposed3", "disposed2", "disposed1"));
}
public void AsyncVoidStepThrowsException(Type feature, ITestResultMessage[] results)
{
"Given a feature with a scenario that throws an invalid operation exception"._(() =>
feature = typeof(AsyncVoidStepWhichThrowsException));
"When I run the scenarios"._(() =>
results = this.Run<ITestResultMessage>(feature));
"Then the result should be a failure"._(() =>
results.Should().ContainItemsAssignableTo<ITestFailed>());
"And the exception should be an invalid operation exception".f(() =>
results.Cast<ITestFailed>().First().ExceptionTypes.Single().Should().Be("System.InvalidOperationException"));
}
public void AsyncStepExceedsTimeout(Type feature, ITestResultMessage[] results)
{
"Given a feature with a scenario with a single step which exceeds it's 1ms timeout"._(() =>
feature = typeof(AsyncStepWhichExceedsTimeout));
"When I run the scenarios"._(() =>
results = this.Run<ITestResultMessage>(feature));
"Then there should be one result"._(() =>
results.Count().Should().Be(1));
"And the result should be a failure"._(() =>
results.Should().ContainItemsAssignableTo<ITestFailed>());
"And the result message should be \"Test execution time exceeded: 1ms\""._(() =>
results.Cast<ITestFailed>().Should().OnlyContain(result =>
result.Messages.Single() == "Test execution time exceeded: 1ms"));
}
public void DisposablesWhichCreateNewDisposablesWhenDisposed(
Type feature, ITestResultMessage[] results)
{
("Given a step with disposables which, when disposed," +
"throw an exception and add more disposables which throw an exception when disposed")
.f(() => feature = typeof(StepWithThreeRecursiveBadDisposables));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then the results should not be empty"
.f(() => results.Should().NotBeEmpty());
"And the first n-2 results should not be failures"
.f(() => results.Reverse().Skip(2).Should().NotContain(result => result is ITestFailed));
"And the last 2 results should be failures"
.f(() => results.Reverse().Take(2).Should().ContainItemsAssignableTo<ITestFailed>());
"And the disposables should be disposed in reverse order"
.f(() => typeof(ObjectDisposalFeature).GetTestEvents()
.Should().Equal("disposed3", "disposed2", "disposed1"));
}
XElement CreateTestResultElement(ITestResultMessage testResult, string resultText)
{
ITest test = testResult.Test;
ITestCase testCase = testResult.TestCase;
ITestMethod testMethod = testCase.TestMethod;
ITestClass testClass = testMethod.TestClass;
var collectionElement = GetTestCollectionElement(testClass.TestCollection);
var testResultElement =
new XElement("test",
new XAttribute("name", XmlEscape(test.DisplayName)),
new XAttribute("type", testClass.Class.Name),
new XAttribute("method", testMethod.Method.Name),
new XAttribute("time", testResult.ExecutionTime.ToString(CultureInfo.InvariantCulture)),
new XAttribute("result", resultText)
);
var testOutput = testResult.Output;
if (!string.IsNullOrWhiteSpace(testOutput))
{
testResultElement.Add(new XElement("output", new XCData(testOutput)));
}
ISourceInformation sourceInformation = testCase.SourceInformation;
if (sourceInformation != null)
{
var fileName = sourceInformation.FileName;
if (fileName != null)
{
testResultElement.Add(new XAttribute("source-file", fileName));
}
var lineNumber = sourceInformation.LineNumber;
if (lineNumber != null)
{
testResultElement.Add(new XAttribute("source-line", lineNumber.GetValueOrDefault()));
}
}
var traits = testCase.Traits;
if (traits != null && traits.Count > 0)
{
var traitsElement = new XElement("traits");
foreach (var keyValuePair in traits)
{
foreach (var val in keyValuePair.Value)
{
traitsElement.Add(
new XElement("trait",
new XAttribute("name", XmlEscape(keyValuePair.Key)),
new XAttribute("value", XmlEscape(val))
)
);
}
}
testResultElement.Add(traitsElement);
}
collectionElement.Add(testResultElement);
if (_logger != null)
{
_logger.LogMessage($"collectionElement: {collectionElement}");
}
return(testResultElement);
}
VsTestResult MakeVsTestResult(TestOutcome outcome, ITestResultMessage testResult) => MakeVsTestResult(outcome, testResult.TestCase, testResult.Test.DisplayName, (double)testResult.ExecutionTime, testResult.Output);
private VsTestResult MakeVsTestResult(TestOutcome outcome, ITestResultMessage testResult)
{
return(MakeVsTestResult(outcome, testResult.TestCase, testResult.TestDisplayName, (double)testResult.ExecutionTime, testResult.Output));
}
public void FailureBeforeContinuationStep(Type feature, ITestResultMessage[] results)
{
"Given a scenario with a failure before the continuation step"
.f(() => feature = typeof(ScenarioWithFailureBeforeContinuationStep));
"When I run the scenarios"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be four results"
.f(() => results.Length.Should().Be(4));
"Then the first result is a pass"
.f(() => results.Take(1).Should().ContainItemsAssignableTo<ITestPassed>());
"And the second result is a failure"
.f(() => results.Skip(1).Take(1).Should().ContainItemsAssignableTo<ITestFailed>());
"And the last two results are failures"
.f(() => results.Skip(2).Should().ContainItemsAssignableTo<ITestFailed>());
}
public void MultipleContexts(Type feature, ITestResultMessage[] results)
{
"Given a step with a teardown and steps which generate two contexts"
.f(() => feature = typeof(SingleStepTwoContexts));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be no failures"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
"And the teardown should be executed after each context"
.f(() => typeof(TeardownFeature).GetTestEvents().Should().Equal(
"step1.1", "step1.2", "step1.3", "teardown1.1", "step2.1", "step2.2", "step2.4", "teardown2.1"));
}
public void MultipleContexts(Type feature, ITestResultMessage[] results)
{
"Given a step with a disposable and steps which generate two contexts"
.f(() => feature = typeof(TwoContexts));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"And there should be no failures"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
"And the disposable should be disposed after each context"
.f(() => typeof(ObjectDisposalFeature).GetTestEvents()
.Should().Equal("step1", "disposed1", "step2", "disposed2"));
}
public void FailingSteps(Type feature, ITestResultMessage[] results)
{
"Given two steps with teardowns and a failing step"
.f(() => feature = typeof(TwoStepsWithTeardownsAndAFailingStep));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be one failure"
.f(() => results.OfType<ITestFailed>().Count().Should().Be(1));
"And the teardowns should be executed after each step"
.f(() => typeof(TeardownFeature).GetTestEvents()
.Should().Equal("step1", "step2", "step3", "teardown2", "teardown1"));
}
void LogTestOutput(ITestResultMessage test, Action <string> log = null, StringBuilder sb = null)
{
LogTestOutput(test.ExecutionTime, test.Output, log, sb);
}
private static string Format(ITestResultMessage result, int index) =>
$"Result {(++index).ToString(CultureInfo.InvariantCulture)}: {result}";
public void DisposablesAndTeardowns(Type feature, ITestResultMessage[] results)
{
"Given steps with disposables and teardowns"
.f(() => feature = typeof(StepsWithDisposablesAndTeardowns));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"And there should be no failures"
.f(() => results.Should().ContainItemsAssignableTo<ITestPassed>());
"And the disposables and teardowns should be disposed/executed in reverse order"
.f(() => typeof(ObjectDisposalFeature).GetTestEvents()
.Should().Equal("teardown4", "disposed3", "teardown2", "disposed1"));
}
XElement CreateTestResultElement(ITestResultMessage testResult, string resultText)
{
ITest test = testResult.Test;
ITestCase testCase = testResult.TestCase;
ITestMethod testMethod = testCase.TestMethod;
ITestClass testClass = testMethod.TestClass;
var collectionElement = GetTestCollectionElement(testClass.TestCollection);
var testResultElement =
new XElement("test",
new XAttribute("name", XmlEscape(test.DisplayName)),
new XAttribute("type", testClass.Class.Name),
new XAttribute("method", testMethod.Method.Name),
new XAttribute("time", testResult.ExecutionTime.ToString(CultureInfo.InvariantCulture)),
new XAttribute("result", resultText)
);
var testOutput = testResult.Output;
if (!string.IsNullOrWhiteSpace(testOutput))
testResultElement.Add(new XElement("output", new XCData(testOutput)));
ISourceInformation sourceInformation = testCase.SourceInformation;
if (sourceInformation != null)
{
var fileName = sourceInformation.FileName;
if (fileName != null)
testResultElement.Add(new XAttribute("source-file", fileName));
var lineNumber = sourceInformation.LineNumber;
if (lineNumber != null)
testResultElement.Add(new XAttribute("source-line", lineNumber.GetValueOrDefault()));
}
var traits = testCase.Traits;
if (traits != null && traits.Count > 0)
{
var traitsElement = new XElement("traits");
foreach (var keyValuePair in traits)
foreach (var val in keyValuePair.Value)
traitsElement.Add(
new XElement("trait",
new XAttribute("name", XmlEscape(keyValuePair.Key)),
new XAttribute("value", XmlEscape(val))
)
);
testResultElement.Add(traitsElement);
}
collectionElement.Add(testResultElement);
return testResultElement;
}
public void FailingSteps(Type feature, ITestResultMessage[] results)
{
"Given {0}"
.f(() => { });
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be one failure"
.f(() => results.OfType<ITestFailed>().Count().Should().Be(1));
"And the disposables should be disposed in reverse order"
.f(() => typeof(ObjectDisposalFeature).GetTestEvents()
.Should().Equal("disposed3", "disposed2", "disposed1"));
}
private void Register(TestOutcome outcome, ITestResultMessage result)
{
_sink.RecordResult(result.ToTestResult(outcome));
}
public void FailureToCompleteAStep(Type feature, ITestResultMessage[] results)
{
"Given a failing step with three teardowns"
.f(() => feature = typeof(FailingStepWithThreeTeardowns));
"When running the scenario"
.f(() => results = this.Run<ITestResultMessage>(feature));
"Then there should be one failure"
.f(() => results.OfType<ITestFailed>().Count().Should().Be(1));
"And the teardowns should be executed in reverse order after the step"
.f(() => typeof(TeardownFeature).GetTestEvents()
.Should().Equal("step1", "teardown3", "teardown2", "teardown1"));
}
void LogFinish(ITestResultMessage testResult)
{
var formattedName = Escape(displayNameFormatter.DisplayName(testResult.Test));
if (!string.IsNullOrWhiteSpace(testResult.Output))
logger.LogImportantMessage($"##teamcity[testStdOut name='{formattedName}' out='{Escape(testResult.Output)}']");
logger.LogImportantMessage($"##teamcity[testFinished name='{formattedName}' duration='{(int)(testResult.ExecutionTime * 1000M)}' flowId='{ToFlowId(testResult.TestCollection.DisplayName)}']");
}
