public static void LogsTestNameWithExceptionAndStackTraceAndOutput()
{
var testFailed = Substitute.For <ITestFailed>();
var test = Mocks.Test(null, "???");
testFailed.Test.Returns(test);
testFailed.ExecutionTime.Returns(1.2345M);
testFailed.Messages.Returns(new[] { "This is my message \t\r\n" });
testFailed.StackTraces.Returns(new[] { "Line 1\r\nLine 2\r\nLine 3" });
testFailed.ExceptionTypes.Returns(new[] { "ExceptionType" });
testFailed.ExceptionParentIndices.Returns(new[] { -1 });
testFailed.Output.Returns("This is\t\r\noutput");
var formatter = Substitute.For <TeamCityDisplayNameFormatter>();
formatter.DisplayName(test).Returns("This is my display name \t\r\n");
var logger = SpyLogger.Create();
using (var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId", formatter))
{
visitor.OnMessage(testFailed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFailed name='This is my display name \t|r|n' details='ExceptionType : This is my message \t|r|n|r|nLine 1|r|nLine 2|r|nLine 3' flowId='myFlowId']", msg),
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testStdOut name='This is my display name \t|r|n' out='This is\t|r|noutput']", msg),
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFinished name='This is my display name \t|r|n' duration='1234' flowId='myFlowId']", msg)
);
}
}
public static void LogsMessageWithStatitics()
{
var assembly = Mocks.TestAssembly(@"C:\Assembly\File.dll");
var assemblyStarting = Substitute.For <ITestAssemblyStarting>();
assemblyStarting.TestAssembly.Returns(assembly);
var assemblyFinished = Substitute.For <ITestAssemblyFinished>();
assemblyFinished.TestAssembly.Returns(assembly);
assemblyFinished.TestsRun.Returns(2112);
assemblyFinished.TestsFailed.Returns(42);
assemblyFinished.TestsSkipped.Returns(6);
assemblyFinished.ExecutionTime.Returns(123.4567M);
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(assemblyStarting);
visitor.OnMessage(assemblyFinished);
Assert.Collection(logger.Messages,
message => Assert.Equal(message, "MESSAGE[High]: Starting: File"),
message => Assert.Equal(message, "MESSAGE[High]: Finished: File")
);
}
public void NoOutputWhenNotInVerboseMode()
{
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testStarting);
Assert.Empty(logger.Messages);
}
public void OutputStartMessageWhenInVerboseMode()
{
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, true, null);
visitor.OnMessage(testStarting);
Assert.Single(logger.Messages, "MESSAGE[Normal]: START: This is my display name \\t\\r\\n");
}
public void AddsPassToLogWhenInVerboseMode()
{
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, true, null);
visitor.OnMessage(testPassed);
Assert.Single(logger.Messages, "MESSAGE[Normal]: PASS: This is my display name \\t\\r\\n");
}
public void LogsTestName()
{
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testPassed);
Assert.Single(logger.Messages, "MESSAGE[Normal]: This is my display name \\t\\r\\n");
}
public static void LogsMessage(IMessageSinkMessage message, string messageType)
{
var logger = SpyLogger.Create();
using (var visitor = new TeamCityVisitor(logger, null, null))
{
visitor.OnMessage(message);
var msg = Assert.Single(logger.Messages);
Assert.Equal(String.Format("MESSAGE[High]: ##teamcity[message text='|[{0}|] ExceptionType: ExceptionType : This is my message \t|r|n' errorDetails='Line 1|r|nLine 2|r|nLine 3' status='ERROR']", messageType), msg);
}
}
public void LogsTestName()
{
var testStarting = Substitute.For <ITestStarting>();
testStarting.TestDisplayName.Returns("This is my display name \t\r\n");
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId");
visitor.OnMessage(testStarting);
Assert.Single(logger.Messages, "MESSAGE[High]: ##teamcity[testStarted name='This is my display name \t|r|n' flowId='myFlowId']");
}
public static void LogsMessage(IMessageSinkMessage message, string messageType)
{
var logger = SpyLogger.Create();
using (var visitor = new StandardOutputVisitor(logger, null, false, null))
{
visitor.OnMessage(message);
Assert.Collection(logger.Messages,
msg => Assert.Equal(String.Format("ERROR: [{0}] ExceptionType : This is my message \\t\\r\\n", messageType), msg),
msg => Assert.Equal("ERROR: Line 1\r\nLine 2\r\nLine 3", msg));
}
}
public void LogsMessage()
{
var collectionStarting = Substitute.For <ITestCollectionStarting>();
collectionStarting.TestCollection.DisplayName.Returns("Display Name");
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId");
visitor.OnMessage(collectionStarting);
Assert.Collection(logger.Messages,
msg => Assert.Equal(@"MESSAGE[High]: ##teamcity[testSuiteStarted name='Display Name' flowId='myFlowId']", msg));
}
public static void LogsTestNameAsWarning()
{
var testSkipped = Substitute.For <ITestSkipped>();
testSkipped.TestDisplayName.Returns("This is my display name \t\r\n");
testSkipped.Reason.Returns("This is my skip reason \t\r\n");
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testSkipped);
Assert.Single(logger.Messages, "WARNING: This is my display name \\t\\r\\n: This is my skip reason \\t\\r\\n");
}
public static void IncludesSourceLineNumberFromTopOfStack(IMessageSinkMessage message, string messageType)
{
((IFailureInformation)message).StackTraces.Returns(new[] { @" at FixtureAcceptanceTests.Constructors.TestClassMustHaveSinglePublicConstructor() in d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs:line 16" });
var logger = SpyLogger.Create(includeSourceInformation: true);
using (var visitor = new StandardOutputVisitor(logger, null, false, null))
{
visitor.OnMessage(message);
Assert.Collection(logger.Messages,
msg => Assert.Equal(String.Format(@"ERROR: [FILE d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs][LINE 16] [{0}] ExceptionType : This is my message \t\r\n", messageType), msg),
msg => Assert.Equal(@"ERROR: [FILE d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs][LINE 16] at FixtureAcceptanceTests.Constructors.TestClassMustHaveSinglePublicConstructor() in d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs:line 16", msg));
}
}
public static void IncludesSourceLineNumberOfFirstStackFrameWithSourceInformation(IMessageSinkMessage message, string messageType)
{
((IFailureInformation)message).StackTraces.Returns(new[] { @" at System.Linq.Enumerable.Single[TSource](IEnumerable`1 source)" + Environment.NewLine
+ @" at FixtureAcceptanceTests.ClassFixture.TestClassWithExtraArgumentToConstructorResultsInFailedTest() in d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs:line 76" });
var logger = SpyLogger.Create(includeSourceInformation: true);
using (var visitor = new StandardOutputVisitor(logger, null, false, null))
{
visitor.OnMessage(message);
Assert.Collection(logger.Messages,
msg => Assert.Equal(String.Format(@"ERROR: [FILE d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs][LINE 76] [{0}] ExceptionType : This is my message \t\r\n", messageType), msg),
msg => Assert.Equal(String.Format(@"ERROR: [FILE d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs][LINE 76] at System.Linq.Enumerable.Single[TSource](IEnumerable`1 source){0} at FixtureAcceptanceTests.ClassFixture.TestClassWithExtraArgumentToConstructorResultsInFailedTest() in d:\Dev\xunit\xunit\test\test.xunit.execution\Acceptance\FixtureAcceptanceTests.cs:line 76", Environment.NewLine), msg));
}
}
public void NullStackTraceDoesNotLogStackTrace()
{
var testFailed = Substitute.For <ITestFailed>();
testFailed.TestDisplayName.Returns("1");
testFailed.Message.Returns("2");
testFailed.StackTrace.Returns((string)null);
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testFailed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("ERROR: 1: 2", msg));
}
public void LogsTestName()
{
var testPassed = Substitute.For <ITestPassed>();
testPassed.TestDisplayName.Returns("This is my display name \t\r\n");
testPassed.ExecutionTime.Returns(1.2345M);
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId");
visitor.OnMessage(testPassed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFinished name='This is my display name \t|r|n' duration='1234' flowId='myFlowId']", msg)
);
}
public void LogsMessage()
{
var collectionFinished = Substitute.For <ITestCollectionFinished>();
collectionFinished.TestsRun.Returns(2112);
collectionFinished.TestsFailed.Returns(42);
collectionFinished.TestsSkipped.Returns(6);
collectionFinished.ExecutionTime.Returns(123.4567M);
collectionFinished.TestCollection.DisplayName.Returns("Display Name");
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId");
visitor.OnMessage(collectionFinished);
Assert.Single(logger.Messages, @"MESSAGE[High]: ##teamcity[testSuiteFinished name='Display Name' flowId='myFlowId']");
}
public void LogsMessage()
{
var errorMessage = Substitute.For <IErrorMessage>();
errorMessage.ExceptionTypes.Returns(new[] { "ExceptionType" });
errorMessage.Messages.Returns(new[] { "This is my message \t\r\n" });
errorMessage.StackTraces.Returns(new[] { "Line 1\r\nLine 2\r\nLine 3" });
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null);
var result = visitor.OnMessage(errorMessage);
Assert.Collection(logger.Messages,
msg => Assert.Equal("ERROR: ExceptionType : This is my message \\t\\r\\n", msg),
msg => Assert.Equal("ERROR: Line 1\r\nLine 2\r\nLine 3", msg));
}
public void LogsTestNameWithExceptionAndStackTrace()
{
var testFailed = Substitute.For <ITestFailed>();
testFailed.TestDisplayName.Returns("This is my display name \t\r\n");
testFailed.Message.Returns("This is my message \t\r\n");
testFailed.StackTrace.Returns("Line 1\r\nLine 2\r\nLine 3");
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testFailed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("ERROR: This is my display name \\t\\r\\n: This is my message \\t\\r\\n", msg),
msg => Assert.Equal("ERROR: Line 1\r\nLine 2\r\nLine 3", msg));
}
public void LogsMessage()
{
var errorMessage = Substitute.For <IErrorMessage>();
errorMessage.ExceptionType.Returns("ExceptionType");
errorMessage.Message.Returns("This is my message \t\r\n");
errorMessage.StackTrace.Returns("Line 1\r\nLine 2\r\nLine 3");
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(errorMessage);
Assert.Collection(logger.Messages,
msg => Assert.Equal("ERROR: ExceptionType: This is my message \\t\\r\\n", msg),
msg => Assert.Equal("ERROR: Line 1\r\nLine 2\r\nLine 3", msg));
}
public void LogsTestNameAsWarning()
{
var testSkipped = Substitute.For <ITestSkipped>();
testSkipped.TestDisplayName.Returns("This is my display name \t\r\n");
testSkipped.Reason.Returns("This is my skip reason \t\r\n");
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId");
visitor.OnMessage(testSkipped);
Assert.Collection(logger.Messages,
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testIgnored name='This is my display name \t|r|n' message='This is my skip reason \t|r|n' flowId='myFlowId']", msg),
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFinished name='This is my display name \t|r|n' duration='0' flowId='myFlowId']", msg)
);
}
public static void NullStackTraceDoesNotLogStackTrace()
{
var testFailed = Substitute.For <ITestFailed>();
testFailed.TestDisplayName.Returns("1");
testFailed.Messages.Returns(new[] { "2" });
testFailed.StackTraces.Returns(new[] { (string)null });
testFailed.ExceptionTypes.Returns(new[] { "ExceptionType" });
testFailed.ExceptionParentIndices.Returns(new[] { -1 });
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testFailed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("ERROR: 1: ExceptionType : 2", msg));
}
public static void LogsTestName()
{
var testStarting = Substitute.For <ITestStarting>();
var test = Mocks.Test(null, "???");
testStarting.Test.Returns(test);
var formatter = Substitute.For <TeamCityDisplayNameFormatter>();
formatter.DisplayName(test).Returns("This is my display name \t\r\n");
var logger = SpyLogger.Create();
using (var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId", formatter))
{
visitor.OnMessage(testStarting);
Assert.Single(logger.Messages, "MESSAGE[High]: ##teamcity[testStarted name='This is my display name \t|r|n' flowId='myFlowId']");
}
}
public void LogsTestNameWithExceptionAndStackTrace()
{
var testFailed = Substitute.For <ITestFailed>();
testFailed.TestDisplayName.Returns("This is my display name \t\r\n");
testFailed.ExecutionTime.Returns(1.2345M);
testFailed.Message.Returns("This is my message \t\r\n");
testFailed.StackTrace.Returns("Line 1\r\nLine 2\r\nLine 3");
var logger = SpyLogger.Create();
var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId");
visitor.OnMessage(testFailed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFailed name='This is my display name \t|r|n' details='This is my message \t|r|n|r|nLine 1|r|nLine 2|r|nLine 3' flowId='myFlowId']", msg),
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFinished name='This is my display name \t|r|n' duration='1234' flowId='myFlowId']", msg)
);
}
public async Task ShouldReturnItemsAsync()
{
// Arrange
var mockRepo = new Mock <IMyTimeRepo>();
mockRepo.Setup(r => r.GetTimesAsync(It.IsAny <string>(), It.IsAny <string>())).ReturnsAsync(new List <TimeModel>
{
new TimeModel {
Id = "id-1", UserId = "111", TimeGroup = "Test", Start = new DateTime(2020, 1, 1, 5, 10, 0), End = new DateTime(2020, 1, 1, 5, 12, 20), Notes = "Test Note One"
},
new TimeModel {
Id = "id-2", UserId = "111", TimeGroup = "Test", Start = new DateTime(2020, 1, 1, 6, 10, 0), End = new DateTime(2020, 1, 1, 7, 12, 20), Notes = "Test Note Two"
}
});
var logger = new SpyLogger <TimeController>();
var controller = new TimeController(mockRepo.Object, logger);
// Act
var items = await controller.GetByGroupAsync("Test");
// Assert
Assert.NotNull(items);
var enumerator = items.GetEnumerator();
Assert.True(enumerator.MoveNext());
Assert.Equal("id-1", enumerator.Current.Id);
Assert.Equal("111", enumerator.Current.UserId);
Assert.Equal("Test", enumerator.Current.TimeGroup);
Assert.Equal(new DateTime(2020, 1, 1, 5, 10, 0), enumerator.Current.Start);
Assert.Equal(new DateTime(2020, 1, 1, 5, 12, 20), enumerator.Current.End);
Assert.Equal("Test Note One", enumerator.Current.Notes);
Assert.True(enumerator.MoveNext());
Assert.Equal("id-2", enumerator.Current.Id);
Assert.Equal("111", enumerator.Current.UserId);
Assert.Equal("Test", enumerator.Current.TimeGroup);
Assert.Equal(new DateTime(2020, 1, 1, 6, 10, 0), enumerator.Current.Start);
Assert.Equal(new DateTime(2020, 1, 1, 7, 12, 20), enumerator.Current.End);
Assert.Equal("Test Note Two", enumerator.Current.Notes);
}
public static void LogsTestNameWithExceptionAndStackTrace()
{
var testFailed = Substitute.For <ITestFailed>();
var test = Mocks.Test(null, "This is my display name \t\r\n");
testFailed.Test.Returns(test);
testFailed.Messages.Returns(new[] { "This is my message \t\r\n" });
testFailed.StackTraces.Returns(new[] { "Line 1\r\nLine 2\r\nLine 3" });
testFailed.ExceptionTypes.Returns(new[] { "ExceptionType" });
testFailed.ExceptionParentIndices.Returns(new[] { -1 });
var logger = SpyLogger.Create();
var visitor = new StandardOutputVisitor(logger, null, false, null);
visitor.OnMessage(testFailed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("ERROR: This is my display name \\t\\r\\n: ExceptionType : This is my message \\t\\r\\n", msg),
msg => Assert.Equal("ERROR: Line 1\r\nLine 2\r\nLine 3", msg));
}
public async Task AddSecretStore_WithLogger_UsesLogger()
{
// Arrange
var services = new ServiceCollection();
var spyLogger = new SpyLogger();
services.AddLogging(logging => logging.AddProvider(new TestLoggerProvider(spyLogger)));
const string secretName = "MySecret";
var stubProvider = new InMemorySecretProvider((secretName, $"secret-{Guid.NewGuid()}"));
// Act
services.AddSecretStore(stores => stores.AddProvider(stubProvider));
// Assert
IServiceProvider serviceProvider = services.BuildServiceProvider();
var secretProvider = serviceProvider.GetRequiredService <ISecretProvider>();
await secretProvider.GetRawSecretAsync(secretName);
Assert.True(spyLogger.IsCalled);
}
public static void LogsTestNameAndOutput()
{
var testPassed = Substitute.For <ITestPassed>();
var test = Mocks.Test(null, "???");
testPassed.Test.Returns(test);
testPassed.ExecutionTime.Returns(1.2345M);
testPassed.Output.Returns("This is\t\r\noutput");
var formatter = Substitute.For <TeamCityDisplayNameFormatter>();
formatter.DisplayName(test).Returns("This is my display name \t\r\n");
var logger = SpyLogger.Create();
using (var visitor = new TeamCityVisitor(logger, null, null, _ => "myFlowId", formatter))
{
visitor.OnMessage(testPassed);
Assert.Collection(logger.Messages,
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testStdOut name='This is my display name \t|r|n' out='This is\t|r|noutput']", msg),
msg => Assert.Equal("MESSAGE[High]: ##teamcity[testFinished name='This is my display name \t|r|n' duration='1234' flowId='myFlowId']", msg)
);
}
}
