public static void WritesXmlV1ToDisk()
{
var tempFile = Path.GetTempFileName();
try
{
var visitor = new XmlTestExecutionVisitor(null, null)
{
Failed = 1
};
visitor.Finished.Set();
var task = Substitute.For <ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var xmlTaskItem = Substitute.For <ITaskItem>();
xmlTaskItem.GetMetadata("FullPath").Returns(tempFile);
var xunit = new Testable_xunit {
CreateVisitor_Result = visitor, Assemblies = new[] { task }, XmlV1 = xmlTaskItem
};
xunit.Execute();
new XmlDocument().Load(tempFile); // File should exist as legal XML
}
finally
{
File.Delete(tempFile);
}
}
public static void WritesHtmlToDisk()
{
var tempFile = Path.GetTempFileName();
File.Delete(tempFile);
try
{
var visitor = new XmlTestExecutionVisitor(null, null)
{
Failed = 1
};
visitor.Finished.Set();
var task = Substitute.For <ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var htmlTaskItem = Substitute.For <ITaskItem>();
htmlTaskItem.GetMetadata("FullPath").Returns(tempFile);
var xunit = new Testable_xunit {
CreateVisitor_Result = visitor, Assemblies = new[] { task }, Html = htmlTaskItem
};
xunit.Execute();
Assert.True(File.Exists(tempFile));
}
finally
{
File.Delete(tempFile);
}
}
public static void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder = Environment.GetEnvironmentVariable("TEMP");
tempFolder = Path.GetFullPath(tempFolder); // Ensure that the 8.3 path is not used
var xunit = new Testable_xunit {
WorkingFolder = tempFolder
};
xunit.Execute();
string actual = Directory.GetCurrentDirectory();
string expected = tempFolder;
if (actual[actual.Length - 1] != Path.DirectorySeparatorChar)
{
actual += Path.DirectorySeparatorChar;
}
if (expected[expected.Length - 1] != Path.DirectorySeparatorChar)
{
expected += Path.DirectorySeparatorChar;
}
Assert.Equal(expected, actual);
}
public static void DoesNotRunFilteredTests()
{
var xunit = new Testable_xunit {
ExcludeTraits = "One=1"
};
var testCase1 = Substitute.For <ITestCase>();
testCase1.Traits.Returns(new Dictionary <string, List <string> >());
xunit.DiscoveryTestCases.Add(testCase1);
var testCase2 = Substitute.For <ITestCase>();
testCase2.Traits.Returns(new Dictionary <string, List <string> > {
{ "One", new List <string> {
"1"
} }
});
xunit.DiscoveryTestCases.Add(testCase2);
var runTestCases = new List <ITestCase>();
xunit.FrontController.WhenAny(fc => fc.RunTests((IEnumerable <ITestCase>)null, null, null))
.Do(callInfo =>
{
runTestCases.AddRange((IEnumerable <ITestCase>)callInfo[0]);
});
xunit._ExecuteAssembly("assembyFileName", "configFilename");
Assert.Equal(1, runTestCases.Count);
Assert.Contains(testCase1, runTestCases);
Assert.DoesNotContain(testCase2, runTestCases);
}
public static void VisitorIsTeamCityVisitorWhenTeamCityIsTrue()
{
var xunit = new Testable_xunit { TeamCity = true };
var visitor = xunit._CreateVisitor("filename");
Assert.IsType<TeamCityVisitor>(visitor);
}
public void NoReporters_UsesDefaultReporter()
{
var xunit = new Testable_xunit();
var reporter = xunit.GetReporter();
Assert.IsType <DefaultRunnerReporter>(reporter);
}
public static void ReturnsTrueWhenExitCodeIsZeroAndFailCountIsZero()
{
var xunit = new Testable_xunit(exitCode: 0);
var result = xunit.Execute();
Assert.True(result);
}
public static void LogsWelcomeBanner()
{
var xunit = new Testable_xunit();
xunit.Execute();
xunit.BuildEngine.Received().LogMessageEvent(Arg.Is<BuildMessageEventArgs>(bmea => ValidateWelcomeBanner(bmea)));
}
public static void ReturnsTrueWhenExitCodeIsZeroAndFailCountIsZero()
{
var xunit = new Testable_xunit(exitCode: 0);
var result = xunit.Execute();
Assert.True(result);
}
public static void ReturnsFalseWhenExitCodeIsNonZero()
{
var xunit = new Testable_xunit(exitCode: 1);
var result = xunit.Execute();
Assert.False(result);
}
public static void DefaultVisitorIsStandardOutputVisitor()
{
var xunit = new Testable_xunit { TeamCity = false };
var visitor = xunit._CreateVisitor("filename");
Assert.IsType<StandardOutputVisitor>(visitor);
}
public static void LogsWelcomeBanner()
{
var xunit = new Testable_xunit();
xunit.Execute();
xunit.BuildEngine.Received().LogMessageEvent(Arg.Is <BuildMessageEventArgs>(bmea => ValidateWelcomeBanner(bmea)));
}
public static void ReturnsFalseWhenExitCodeIsNonZero()
{
var xunit = new Testable_xunit(exitCode: 1);
var result = xunit.Execute();
Assert.False(result);
}
public static void DisposesOfFrontController()
{
var xunit = new Testable_xunit();
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
xunit.FrontController.Received().Dispose();
}
public static void DiscoversAllTestsInAssembly()
{
var xunit = new Testable_xunit();
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
xunit.FrontController.Received().Find(false, Arg.Any <IMessageSink>(), Arg.Any <TestFrameworkOptions>());
}
public static void DoesNotChangeCurrentDirectoryWhenWorkingFolderIsNull()
{
var currentFolder = Directory.GetCurrentDirectory();
var xunit = new Testable_xunit();
xunit.Execute();
Assert.Equal(currentFolder, Directory.GetCurrentDirectory());
}
public static void DoesNotChangeCurrentDirectoryWhenWorkingFolderIsNull()
{
var currentFolder = Directory.GetCurrentDirectory();
var xunit = new Testable_xunit();
xunit.Execute();
Assert.Equal(currentFolder, Directory.GetCurrentDirectory());
}
public void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder = Environment.GetEnvironmentVariable("TEMP");
var xunit = new Testable_xunit { WorkingFolder = tempFolder };
xunit.Execute();
Assert.Equal(tempFolder, Directory.GetCurrentDirectory());
}
public static void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder = Environment.GetEnvironmentVariable("TEMP");
tempFolder = Path.GetFullPath(tempFolder); // Ensure that the 8.3 path is not used
var xunit = new Testable_xunit { WorkingFolder = tempFolder };
xunit.Execute();
Assert.Equal(tempFolder, Directory.GetCurrentDirectory());
}
public static void VisitorIsTeamCityVisitorWhenTeamCityIsTrue()
{
var xunit = new Testable_xunit {
TeamCity = true
};
var visitor = xunit._CreateVisitor("filename");
Assert.IsType <TeamCityVisitor>(visitor);
}
public static void LogsWelcomeBanner()
{
var xunit = new Testable_xunit();
xunit.Execute();
var eventArgs = Assert.IsType<BuildMessageEventArgs>(xunit.BuildEngine.Captured(x => x.LogMessageEvent(null)).Args().Single());
Assert.Equal(string.Format("xUnit.net MSBuild Runner ({0}-bit .NET {1})", IntPtr.Size * 8, Environment.Version), eventArgs.Message);
Assert.Equal(MessageImportance.High, eventArgs.Importance);
}
public static void DefaultVisitorIsStandardOutputVisitor()
{
var xunit = new Testable_xunit {
TeamCity = false
};
var visitor = xunit._CreateVisitor("filename");
Assert.IsType <StandardOutputVisitor>(visitor);
}
public void NoExplicitReporter_NoEnvironmentallyEnabledReporters_UsesDefaultReporter()
{
var implicitReporter = Mocks.RunnerReporter(isEnvironmentallyEnabled: false);
var xunit = new Testable_xunit();
xunit.AvailableReporters.Add(implicitReporter);
var reporter = xunit.GetReporter();
Assert.IsType <DefaultRunnerReporter>(reporter);
}
public void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder = Environment.GetEnvironmentVariable("TEMP");
var xunit = new Testable_xunit {
WorkingFolder = tempFolder
};
xunit.Execute();
Assert.Equal(tempFolder, Directory.GetCurrentDirectory());
}
public static void LogsWelcomeBanner()
{
var xunit = new Testable_xunit();
xunit.Execute();
var eventArgs = Assert.IsType <BuildMessageEventArgs>(xunit.BuildEngine.Captured(x => x.LogMessageEvent(null)).Args().Single());
Assert.Equal(string.Format("xUnit.net MSBuild Runner ({0}-bit .NET {1})", IntPtr.Size * 8, Environment.Version), eventArgs.Message);
Assert.Equal(MessageImportance.High, eventArgs.Importance);
}
public static void LogsWelcomeBanner()
{
var xunit = new Testable_xunit();
xunit.Execute();
var versionAttribute = typeof(xunit).Assembly.GetCustomAttribute <AssemblyInformationalVersionAttribute>();
var eventArgs = Assert.IsType <BuildMessageEventArgs>(xunit.BuildEngine.Captured(x => x.LogMessageEvent(null)).Args().Single());
Assert.Equal($"xUnit.net v3 MSBuild Runner v{versionAttribute!.InformationalVersion} ({IntPtr.Size * 8}-bit {RuntimeInformation.FrameworkDescription})", eventArgs.Message);
Assert.Equal(MessageImportance.High, eventArgs.Importance);
}
public static void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder = Environment.GetEnvironmentVariable("TEMP");
tempFolder = Path.GetFullPath(tempFolder); // Ensure that the 8.3 path is not used
var xunit = new Testable_xunit {
WorkingFolder = tempFolder
};
xunit.Execute();
Assert.Equal(tempFolder, Directory.GetCurrentDirectory());
}
public void NoExplicitReporter_SelectsFirstEnvironmentallyEnabledReporter()
{
var explicitReporter = Mocks.RunnerReporter("switch");
var implicitReporter1 = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var implicitReporter2 = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var xunit = new Testable_xunit();
xunit.AvailableReporters.AddRange(new[] { explicitReporter, implicitReporter1, implicitReporter2 });
var reporter = xunit.GetReporter();
Assert.Same(implicitReporter1, reporter);
}
public void ExplicitReporter_NoEnvironmentalOverride_UsesExplicitReporter()
{
var explicitReporter = Mocks.RunnerReporter("switch");
var xunit = new Testable_xunit {
Reporter = "switch"
};
xunit.AvailableReporters.Add(explicitReporter);
var reporter = xunit.GetReporter();
Assert.Same(explicitReporter, reporter);
}
public void WithEnvironmentalOverride_WithEnvironmentalOverridesDisabled_UsesDefaultReporter()
{
var implicitReporter = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var xunit = new Testable_xunit {
NoAutoReporters = true
};
xunit.AvailableReporters.Add(implicitReporter);
var reporter = xunit.GetReporter();
Assert.IsType <DefaultRunnerReporter>(reporter);
}
public void BadChosenReporter_NoAvailableReporters()
{
var xunit = new Testable_xunit {
Reporter = "foo"
};
var reporter = xunit.GetReporter();
Assert.Null(reporter);
var eventArgs = Assert.IsType <BuildErrorEventArgs>(xunit.BuildEngine.Captured(x => x.LogErrorEvent(null)).Args().Single());
Assert.Equal("Reporter value 'foo' is invalid. There are no available reporters.", eventArgs.Message);
}
public void ExplicitReporter_WithEnvironmentalOverride_UsesEnvironmentalOverride()
{
var explicitReporter = Mocks.RunnerReporter("switch");
var implicitReporter = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var xunit = new Testable_xunit {
Reporter = "switch"
};
xunit.AvailableReporters.AddRange(new[] { explicitReporter, implicitReporter });
var reporter = xunit.GetReporter();
Assert.Same(implicitReporter, reporter);
}
public void BadChosenReporter_WithAvailableReporters()
{
var xunit = new Testable_xunit {
Reporter = "foo"
};
xunit.AvailableReporters.AddRange(new[] { Mocks.RunnerReporter("switch1"), Mocks.RunnerReporter("switch2") });
var reporter = xunit.GetReporter();
Assert.Null(reporter);
var eventArgs = Assert.IsType <BuildErrorEventArgs>(xunit.BuildEngine.Captured(x => x.LogErrorEvent(null)).Args().Single());
Assert.Equal("Reporter value 'foo' is invalid. Available reporters: switch1, switch2", eventArgs.Message);
}
public void CallsExecuteAssemblyOnceForEachAssembly()
{
var visitor = new XmlTestExecutionVisitor(null, null);
visitor.Finished.Set();
var assm1 = new TaskItem(@"C:\Full\Path\1");
var assm2 = new TaskItem(@"C:\Full\Path\2", new Dictionary<string, string> { { "ConfigFile", @"C:\Config\File" } });
var xunit = new Testable_xunit { CreateVisitor_Result = visitor };
xunit.Assemblies = new ITaskItem[] { assm1, assm2 };
xunit.Execute();
Assert.Collection(xunit.ExecuteAssembly_Calls,
call => Assert.Equal(@"C:\Full\Path\1, (null)", call),
call => Assert.Equal(@"C:\Full\Path\2, C:\Config\File", call)
);
}
public static void RunsDiscoveredTests()
{
var xunit = new Testable_xunit();
xunit.DiscoveryTestCases.Add(Substitute.For <ITestCase>());
var runTestCases = new List <ITestCase>();
xunit.FrontController.WhenAny(fc => fc.RunTests((IEnumerable <ITestCase>)null, null, null))
.Do(callInfo =>
{
runTestCases.AddRange((IEnumerable <ITestCase>)callInfo[0]);
});
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
Assert.Equal(xunit.DiscoveryTestCases, runTestCases);
}
public static void ReturnsFalseWhenFailCountIsNonZero()
{
var visitor = new XmlTestExecutionVisitor(null, null)
{
Failed = 1
};
visitor.Finished.Set();
var task = Substitute.For <ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var xunit = new Testable_xunit {
CreateVisitor_Result = visitor, Assemblies = new[] { task }
};
var result = xunit.Execute();
Assert.False(result);
}
public static void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder = Environment.GetEnvironmentVariable("TEMP");
tempFolder = Path.GetFullPath(tempFolder); // Ensure that the 8.3 path is not used
var xunit = new Testable_xunit { WorkingFolder = tempFolder };
xunit.Execute();
string actual = Directory.GetCurrentDirectory();
string expected = tempFolder;
if (actual[actual.Length - 1] != Path.DirectorySeparatorChar)
{
actual += Path.DirectorySeparatorChar;
}
if (expected[expected.Length - 1] != Path.DirectorySeparatorChar)
{
expected += Path.DirectorySeparatorChar;
}
Assert.Equal(expected, actual);
}
public static void CallsExecuteAssemblyOnceForEachAssembly()
{
var visitor = new XmlTestExecutionVisitor(null, null);
visitor.Finished.Set();
var assm1 = new TaskItem(@"C:\Full\Path\1");
var assm2 = new TaskItem(@"C:\Full\Path\2", new Dictionary <string, string> {
{ "ConfigFile", @"C:\Config\File" }
});
var xunit = new Testable_xunit {
CreateVisitor_Result = visitor
};
xunit.Assemblies = new ITaskItem[] { assm1, assm2 };
xunit.Execute();
Assert.Collection(xunit.ExecuteAssembly_Calls,
call => Assert.Equal(@"C:\Full\Path\1, (null)", call),
call => Assert.Equal(@"C:\Full\Path\2, C:\Config\File", call)
);
}
public static void ChangesCurrentDirectoryWhenWorkingFolderIsNotNull()
{
var tempFolder =
Environment.GetEnvironmentVariable("TEMP")
?? Environment.GetEnvironmentVariable("TMP")
?? Environment.GetEnvironmentVariable("TMPDIR")
?? "/tmp";
tempFolder = Path.GetFullPath(tempFolder); // Ensure that the 8.3 path is not used
// For macOS compatibility, switch to the folder and then get it, because the temp folder
// is usually under /var/folders/... which is softlinked to /private/var/folders
var originalDirectory = Directory.GetCurrentDirectory();
Directory.SetCurrentDirectory(tempFolder);
tempFolder = Directory.GetCurrentDirectory();
Directory.SetCurrentDirectory(originalDirectory);
var xunit = new Testable_xunit {
WorkingFolder = tempFolder
};
xunit.Execute();
var actual = Directory.GetCurrentDirectory();
var expected = tempFolder;
if (actual[actual.Length - 1] != Path.DirectorySeparatorChar)
{
actual += Path.DirectorySeparatorChar;
}
if (expected[expected.Length - 1] != Path.DirectorySeparatorChar)
{
expected += Path.DirectorySeparatorChar;
}
Assert.Equal(expected, actual);
}
public void ExplicitReporter_NoEnvironmentalOverride_UsesExplicitReporter()
{
var explicitReporter = Mocks.RunnerReporter("switch");
var xunit = new Testable_xunit { Reporter = "switch" };
xunit.AvailableReporters.Add(explicitReporter);
var reporter = xunit.GetReporter();
Assert.Same(explicitReporter, reporter);
}
public static void ReturnsFalseWhenFailCountIsNonZero()
{
var visitor = new XmlTestExecutionVisitor(null, null) { Failed = 1 };
visitor.Finished.Set();
var task = Substitute.For<ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var xunit = new Testable_xunit { CreateVisitor_Result = visitor, Assemblies = new[] { task } };
xunit.DiscoveryTestCases.Add(Mocks.TestCase());
var result = xunit.Execute();
Assert.False(result);
}
public static void WritesXmlV1ToDisk()
{
var tempFile = Path.GetTempFileName();
try
{
var visitor = new XmlTestExecutionVisitor(null, null) { Failed = 1 };
visitor.Finished.Set();
var task = Substitute.For<ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var xmlTaskItem = Substitute.For<ITaskItem>();
xmlTaskItem.GetMetadata("FullPath").Returns(tempFile);
var xunit = new Testable_xunit { CreateVisitor_Result = visitor, Assemblies = new[] { task }, XmlV1 = xmlTaskItem };
xunit.Execute();
new XmlDocument().Load(tempFile); // File should exist as legal XML
}
finally
{
File.Delete(tempFile);
}
}
public static void WritesHtmlToDisk()
{
var tempFile = Path.GetTempFileName();
File.Delete(tempFile);
try
{
var visitor = new XmlTestExecutionVisitor(null, null) { Failed = 1 };
visitor.Finished.Set();
var task = Substitute.For<ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var htmlTaskItem = Substitute.For<ITaskItem>();
htmlTaskItem.GetMetadata("FullPath").Returns(tempFile);
var xunit = new Testable_xunit { CreateVisitor_Result = visitor, Assemblies = new[] { task }, Html = htmlTaskItem };
xunit.Execute();
Assert.True(File.Exists(tempFile));
}
finally
{
File.Delete(tempFile);
}
}
public void NoExplicitReporter_NoEnvironmentallyEnabledReporters_UsesDefaultReporter()
{
var implicitReporter = Mocks.RunnerReporter(isEnvironmentallyEnabled: false);
var xunit = new Testable_xunit();
xunit.AvailableReporters.Add(implicitReporter);
var reporter = xunit.GetReporter();
Assert.IsType<DefaultRunnerReporterWithTypes>(reporter);
}
public void BadChosenReporter_NoAvailableReporters()
{
var xunit = new Testable_xunit { Reporter = "foo" };
var reporter = xunit.GetReporter();
Assert.Null(reporter);
var eventArgs = Assert.IsType<BuildErrorEventArgs>(xunit.BuildEngine.Captured(x => x.LogErrorEvent(null)).Args().Single());
Assert.Equal("Reporter value 'foo' is invalid. There are no available reporters.", eventArgs.Message);
}
public static void DiscoversAllTestsInAssembly()
{
var xunit = new Testable_xunit();
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
xunit.FrontController.Received().Find(false, Arg.Any<IMessageSink>(), Arg.Any<ITestFrameworkDiscoveryOptions>());
}
public static void RunsDiscoveredTests()
{
var xunit = new Testable_xunit();
xunit.DiscoveryTestCases.Add(Substitute.For<ITestCase>());
var runTestCases = new List<ITestCase>();
xunit.FrontController.WhenAny(fc => fc.RunTests((IEnumerable<ITestCase>)null, null, null))
.Do(callInfo =>
{
runTestCases.AddRange((IEnumerable<ITestCase>)callInfo[0]);
});
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
Assert.Equal(xunit.DiscoveryTestCases, runTestCases);
}
public static void DoesNotRunFilteredTests()
{
var xunit = new Testable_xunit { ExcludeTraits = "One=1" };
var testCase1 = Substitute.For<ITestCase>();
testCase1.Traits.Returns(new Dictionary<string, List<string>>());
xunit.DiscoveryTestCases.Add(testCase1);
var testCase2 = Substitute.For<ITestCase>();
testCase2.Traits.Returns(new Dictionary<string, List<string>> { { "One", new List<string> { "1" } } });
xunit.DiscoveryTestCases.Add(testCase2);
var runTestCases = new List<ITestCase>();
xunit.FrontController.WhenAny(fc => fc.RunTests((IEnumerable<ITestCase>)null, null, null))
.Do(callInfo =>
{
runTestCases.AddRange((IEnumerable<ITestCase>)callInfo[0]);
});
xunit._ExecuteAssembly("assembyFileName", "configFilename");
Assert.Equal(1, runTestCases.Count);
Assert.Contains(testCase1, runTestCases);
Assert.DoesNotContain(testCase2, runTestCases);
}
public void LogsAssemblyMessage()
{
var xunit = new Testable_xunit();
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
xunit.BuildEngine.Received().LogMessageEvent(Arg.Is<BuildMessageEventArgs>(bmea => ValidateAssemblyBanner(bmea)));
}
public void RunsDiscoveredTests()
{
var xunit = new Testable_xunit();
var runTestCases = new List<ITestCase>();
xunit.FrontController.WhenAny(fc => fc.Run(null, null))
.Do(callInfo =>
{
runTestCases.AddRange((IEnumerable<ITestCase>)callInfo[0]);
((IMessageSink)callInfo[1]).OnMessage(new TestAssemblyFinished());
});
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
Assert.Equal(xunit.DiscoveryTestCases, runTestCases);
}
public void NoExplicitReporter_SelectsFirstEnvironmentallyEnabledReporter()
{
var explicitReporter = Mocks.RunnerReporter("switch");
var implicitReporter1 = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var implicitReporter2 = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var xunit = new Testable_xunit();
xunit.AvailableReporters.AddRange(new[] { explicitReporter, implicitReporter1, implicitReporter2 });
var reporter = xunit.GetReporter();
Assert.Same(implicitReporter1, reporter);
}
public void WritesXmlToDisk()
{
var tempFile = Path.GetTempFileName();
try
{
var visitor = new MSBuildVisitor(null, null, null) { Failed = 1 };
visitor.Finished.Set();
var task = Substitute.For<ITaskItem>();
task.GetMetadata("FullPath").Returns("C:\\Full\\Path\\Name.dll");
var xmlTaskItem = Substitute.For<ITaskItem>();
xmlTaskItem.GetMetadata("FullPath").Returns(tempFile);
var xunit = new Testable_xunit { CreateVisitor_Result = visitor, Assemblies = new[] { task }, Xml = xmlTaskItem };
xunit.Execute();
Assert.DoesNotThrow(() => new XmlDocument().Load(tempFile));
}
finally
{
File.Delete(tempFile);
}
}
public void BadChosenReporter_WithAvailableReporters()
{
var xunit = new Testable_xunit { Reporter = "foo" };
xunit.AvailableReporters.AddRange(new[] { Mocks.RunnerReporter("switch1"), Mocks.RunnerReporter("switch2") });
var reporter = xunit.GetReporter();
Assert.Null(reporter);
var eventArgs = Assert.IsType<BuildErrorEventArgs>(xunit.BuildEngine.Captured(x => x.LogErrorEvent(null)).Args().Single());
Assert.Equal("Reporter value 'foo' is invalid. Available reporters: switch1, switch2", eventArgs.Message);
}
public static void DisposesOfFrontController()
{
var xunit = new Testable_xunit();
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
xunit.FrontController.Received().Dispose();
}
public void WithEnvironmentalOverride_WithEnvironmentalOverridesDisabled_UsesDefaultReporter()
{
var implicitReporter = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var xunit = new Testable_xunit { NoAutoReporters = true };
xunit.AvailableReporters.Add(implicitReporter);
var reporter = xunit.GetReporter();
Assert.IsType<DefaultRunnerReporterWithTypes>(reporter);
}
public void NoReporters_UsesDefaultReporter()
{
var xunit = new Testable_xunit();
var reporter = xunit.GetReporter();
Assert.IsType<DefaultRunnerReporterWithTypes>(reporter);
}
public void ErrorsDuringExecutionAreLogged()
{
var exception = new DivideByZeroException();
var xunit = new Testable_xunit { CreateFrontController_Exception = exception };
var messages = new List<string>();
xunit._ExecuteAssembly("assemblyFilename", "configFilename");
xunit.BuildEngine.Received().LogErrorEvent(Arg.Is<BuildErrorEventArgs>(beea => CaptureErrorMessage(beea, messages)));
Assert.Equal("System.DivideByZeroException: Attempted to divide by zero.", messages[0]);
}
public void ExplicitReporter_WithEnvironmentalOverride_UsesEnvironmentalOverride()
{
var explicitReporter = Mocks.RunnerReporter("switch");
var implicitReporter = Mocks.RunnerReporter(isEnvironmentallyEnabled: true);
var xunit = new Testable_xunit { Reporter = "switch" };
xunit.AvailableReporters.AddRange(new[] { explicitReporter, implicitReporter });
var reporter = xunit.GetReporter();
Assert.Same(implicitReporter, reporter);
}
