public void DecorateLineTests_IndexTesting_ExpectedBehavior(string text, int start, int end, int[] spans, int colorIndex)
{
decorator.DecorateLine(text, start, end);
if (spans.Length > 1)
{
int correctLength = spans[1] - spans[0];
mocker.Verify <IBackgroundTextIndexDrawer>(
p => p.DrawBackground(
spans[0], It.IsIn(correctLength),
rainbowgetter.GetColorByIndex(colorIndex)),
Times.Once()
);
}
mocker.Verify <IBackgroundTextIndexDrawer>(
p => p.DrawBackground(
It.IsNotIn(spans),
It.IsNotIn(4),
It.IsAny <Brush>()
),
Times.Never()
);
}
public void TestExecuteWithoutCanalNullSholdNotInvokeAllMethods()
{
//Arrange
_model.canal = null;
_model.nome = _str;
_model.valor = _str;
_model.obs = _str;
_mocker.GetMock <IContatoRepository>();
_mocker.GetMock <IContatoFactory>();
_mocker.GetMock <ICreateContatoRule>()
.Setup(x => x.IsValid(It.IsAny <CreateContatoModel>(), It.IsAny <ICommand>()))
.Returns(true);
_command = _command = new CreateContatoCommand(
_mocker.Resolve <IContatoRepository>(),
_mocker.Resolve <IContatoFactory>(),
new List <ICreateContatoRule> {
_mocker.Resolve <ICreateContatoRule>()
}
);
//Act
_command.Execute(_model).Wait();
//Assert
_mocker.Verify <IContatoFactory>(x => x.Create(It.IsAny <string>(), It.IsAny <string>(), It.IsAny <string>(), It.IsAny <string>()), Times.Never(), "Não foi possivel completar a execução");
_mocker.Verify <IContatoRepository>(x => x.Add(It.IsAny <Contato>()), Times.Never(), "Não foi possivel completar a execução");
}
public async Task Should_Try_Analyse_Projects_With_Runsettings(bool useMsCodeCoverageOption)
{
var runMsCodeCoverage = useMsCodeCoverageOption ? RunMsCodeCoverage.Yes : RunMsCodeCoverage.IfInRunSettings;
SetupAppOptionsProvider(runMsCodeCoverage);
var fccMsTestAdapterPath = InitializeFCCMsTestAdapterPath();
var coverageProjectWithRunSettings = CreateCoverageProject(".runsettings");
var templatedCoverageProject = CreateCoverageProject(null);
var coverageProjects = new List <ICoverageProject> {
coverageProjectWithRunSettings, templatedCoverageProject
};
var testOperation = SetUpTestOperation(coverageProjects);
await msCodeCoverageRunSettingsService.IsCollectingAsync(testOperation);
autoMocker.Verify <IUserRunSettingsService>(
userRunSettingsService => userRunSettingsService.Analyse(
new List <ICoverageProject> {
coverageProjectWithRunSettings
},
useMsCodeCoverageOption,
fccMsTestAdapterPath)
);
}
public void CanDetermineContainsFilter()
{
// arrange
var mocker = new AutoMoqer();
mocker.GetMock <IQueryBuilderFactory>()
.Setup(m => m.Create <JObject>())
.Returns(() => mocker.GetMock <IQueryBuilder <JObject> >().Object);
const string columnName = "someColumnName";
const string filterValue = "someFilterValue";
var expectedFilter = new ContainsFilter(columnName, filterValue);
var addedFilters = new List <IFilter <JObject> >();
mocker.GetMock <IQueryBuilder <JObject> >()
.Setup(m => m.AddFilter(It.IsAny <IFilter <JObject> >()))
.Callback <IFilter <JObject> >(filter => addedFilters.Add(filter));
mocker.GetMock <IQueryBuilder <JObject> >()
.Setup(m => m.Build())
.Returns(() => new Query <JObject>(addedFilters));
var input = new List <KeyValuePair <string, StringValues> >
{
new KeyValuePair <string, StringValues>(columnName, new StringValues(filterValue))
};
var target = mocker.Create <HttpQueryJsonConverter>();
// act
var result = target.Convert(input) as Query <JObject>;
// assert
mocker.Verify <IQueryBuilder <JObject> >(m => m.AddFilter(expectedFilter), Times.Once());
mocker.Verify <IQueryBuilder <JObject> >(m => m.Build(), Times.Once());
Assert.NotEmpty(result.Filters);
Assert.Equal(addedFilters, result.Filters);
}
public async Task Should_Log_VSTest_Run_With_Settings()
{
mockCoverageProject.Setup(cp => cp.ProjectName).Returns("TestProject");
mockDataCollectorSettingsBuilder.Setup(sb => sb.Build()).Returns("settings string");
await coverletDataCollectorUtil.RunAsync(false);
mocker.Verify <ILogger>(l => l.Log(coverletDataCollectorUtil.LogRunMessage("settings string")));
}
public void Should_Try_Empty_Provided_Output_Folder()
{
SetUpProviders(true, "Provided", "_");
var coverageToolOutputManager = mocker.Create <CoverageToolOutputManager>();
coverageToolOutputManager.SetProjectCoverageOutputFolder(coverageProjects);
mocker.Verify <IFileUtil>(f => f.TryEmptyDirectory("Provided"));
}
public void Should_Initialize_The_GlobalTool_And_DataCollector()
{
var ct = CancellationToken.None;
coverletUtil.Initialize("folder path", ct);
mocker.Verify <ICoverletConsoleUtil>(g => g.Initialize("folder path", ct));
mocker.Verify <ICoverletDataCollectorUtil>(dc => dc.Initialize("folder path", ct));
}
public async Task Should_Combined_Log_When_No_Cobertura_Files()
{
await RunAndProcessReportAsync(null, Array.Empty <string>());
autoMocker.Verify <ILogger>(logger => logger.Log("No cobertura files for ms code coverage."));
autoMocker.Verify <IReportGeneratorUtil>(
reportGenerator => reportGenerator.LogCoverageProcess("No cobertura files for ms code coverage.")
);
}
public void Initialize_Should_Initialize_The_Coverage_Utils()
{
var coverageUtilManager = mocker.Create <CoverageUtilManager>();
var ct = CancellationToken.None;
coverageUtilManager.Initialize("AppDataFolder", ct);
mocker.Verify <ICoverletUtil>(coverletUtil => coverletUtil.Initialize("AppDataFolder", ct));
mocker.Verify <IOpenCoverUtil>(coverletUtil => coverletUtil.Initialize("AppDataFolder", ct));
}
public void Can_verify_all()
{
var mocked = mocker.Create <ClassWithMultipleDependencies>();
mocker.GetMock <IDependency>().Setup(m => m.Something()).Verifiable();
mocker.GetMock <IOtherDependency>().Setup(m => m.SomethingElse()).Verifiable();
mocked.ConditionallyUseDepedencies(true, true);
mocker.Verify();
}
public async Task WhenRetrivingCostEstimationItShouldCallRequiredService()
{
//Act
var estimationViewModel = await _estimationOrchestrator.CostEstimation(HashedAccountId, EstimationName, false);
// Assert
_autoMoq.Verify <IHashingService>(o => o.DecodeValue(HashedAccountId));
_autoMoq.Verify <IAccountEstimationRepository>(o => o.Get(It.IsAny <long>()));
_autoMoq.Verify <IAccountEstimationProjectionRepository>(o => o.Get(It.IsAny <AccountEstimation>()));
}
public void Should_Log_Response_Output_With_Error_Title_If_Non_Success_ExitCode_And_Throw_Error_False()
{
var executeResponse = new ExecuteResponse();
executeResponse.ExitCode = 999;
executeResponse.Output = "This will be logged";
Assert.False(processor.Process(executeResponse, exitCode =>
{
return(false);
}, false, "title", successCallback));
Assert.IsFalse(successCallbackCalled);
mocker.Verify <ILogger>(l => l.Log("title Error", "This will be logged"));
}
public void Should_Create_Zip_Destination_From_Version_And_Extract_If_Destination_Does_Not_Exist()
{
var zipDestination = toolFolder.EnsureUnzipped(appDataFolder.FullName, "ToolFolder", new ZipDetails {
Version = "3.0", Path = "zipPath"
});
mocker.Verify <IZipFile>(z => z.ExtractToDirectory("zipPath", zipDestination));
Assert.IsTrue(Directory.Exists(zipDestination));
var zipDestinationDirectory = new DirectoryInfo(zipDestination);
Assert.AreEqual("ToolFolder", zipDestinationDirectory.Parent.Name);
Assert.AreEqual(appDataFolder.FullName, zipDestinationDirectory.Parent.Parent.FullName);
var zipDestinationName = new DirectoryInfo(zipDestination).Name;
Assert.AreEqual(zipDestinationName, "3.0");
}
public void Should_Log_Exception_Thrown_In_LoadSettingsFromStorage()
{
var exception = new Exception("msg");
string _propertyName = null;
mockWritableSettingsStore.Setup(
writableSettingsStore => writableSettingsStore.PropertyExists("FineCodeCoverage", It.IsAny <string>())
).Returns(true);
mockWritableSettingsStore.Setup(
writableSettingsStore => writableSettingsStore.GetString("FineCodeCoverage", It.IsAny <string>())
).Callback <string, string>((_, propertyName) => _propertyName = propertyName).Throws(exception);
appOptionsProvider.LoadSettingsFromStorage(new Mock <IAppOptions>().Object);
autoMocker.Verify <ILogger>(logger => logger.Log($"Failed to load '{_propertyName}' setting", exception));
}
public void Should_Log_Output_And_Return_Null_When_Parsing_Error()
{
var parsing = "this will be parsed";
var mockExecutor = mocker.GetMock <IDotNetToolListExecutor>();
mockExecutor.Setup(executor => executor.Global()).Returns(new DotNetToolListExecutionResult {
ExitCode = 0, Output = parsing
});
var mockParser = mocker.GetMock <IDotNetToolListParser>();
mockParser.Setup(parser => parser.Parse(parsing)).Throws(new System.Exception());
var coverletToolDetails = dotNetToolListCoverlet.Global();
Assert.IsNull(coverletToolDetails);
mocker.Verify <ILogger>(l => l.Log("Dotnet tool list Coverlet Error parsing", parsing));
}
public void Should_Initilize_IFCCCoverletConsoleExeProvider()
{
var ct = CancellationToken.None;
coverletConsoleUtil.Initialize("appDataFolder", ct);
mocker.Verify <IFCCCoverletConsoleExecutor>(fccExeProvider => fccExeProvider.Initialize("appDataFolder", ct));
}
public void Can_verify_a_resolved_interface()
{
var mockedInterface = mocker.Create <IDependency>();
mockedInterface.Something();
mocker.Verify <IDependency>(a => a.Something(), Times.Once());
}
public async Task Clean_Up_Should_Remove_Generated_Project_RunSettings()
{
var coverageProjects = new List <ICoverageProject> {
new Mock <ICoverageProject>().Object
};
await templatedRunSettingsService.CleanUpAsync(coverageProjects);
autoMocker.Verify <IProjectRunSettingsGenerator>(
projectRunSettingsGenerator => projectRunSettingsGenerator.RemoveGeneratedProjectSettingsAsync(coverageProjects)
);
}
public void Should_Log_When_Enabled_And_Unsuccessful()
{
var mockCoverageProject = new Mock <ICoverageProject>();
mockCoverageProject.Setup(cp => cp.Settings.CoverletConsoleGlobal).Returns(true);
var dotNetToolListCoverlet = mocker.GetMock <IDotNetToolListCoverlet>();
dotNetToolListCoverlet.Setup(dotnet => dotnet.Global()).Returns((CoverletToolDetails)null);
globalExeProvider.GetRequest(mockCoverageProject.Object, null);
mocker.Verify <ILogger>(l => l.Log("Unable to use Coverlet console global tool"));
}
public void Should_Log_Output_When_Executor_Error()
{
var mockExecutor = mocker.GetMock <IDotNetToolListExecutor>();
var globalErrorOutput = "this is an error";
mockExecutor.Setup(executor => executor.Global()).Returns(new DotNetToolListExecutionResult {
ExitCode = 1, Output = globalErrorOutput
});
var coverletToolDetails = dotNetToolListCoverlet.Global();
Assert.IsNull(coverletToolDetails);
mocker.Verify <ILogger>(l => l.Log("Dotnet tool list Coverlet Error", globalErrorOutput));
}
public void DecorateLineTests_IndexTesting_ExpectedBehavior(string text, int start, int end, int[] spans)
{
decorator.DecorateLine(text, start, end);
for (int i = 0; i < spans.Length - 1; i++)
{
mocker.Verify <IBackgroundTextIndexDrawer>(
p => p.DrawBackground(
spans[i], It.IsIn(new int[] { FSI.Length, TABI.Length }),
It.IsAny <Brush>()),
Times.Once()
);
}
mocker.Verify <IBackgroundTextIndexDrawer>(
p => p.DrawBackground(
It.IsNotIn(spans),
It.IsNotIn(4),
It.IsAny <Brush>()
),
Times.Never()
);
}
public void Shoul_Log_If_None_Of_The_DotNetConfig_Containing_Directories_Are_Local_Tool()
{
var projectOutputFolder = "projectoutputfolder";
var mockCoverageProject = new Mock <ICoverageProject>();
mockCoverageProject.Setup(cp => cp.Settings.CoverletConsoleLocal).Returns(true);
mockCoverageProject.Setup(cp => cp.ProjectOutputFolder).Returns(projectOutputFolder);
var mockDotNetConfigFinder = mocker.GetMock <IDotNetConfigFinder>();
mockDotNetConfigFinder.Setup(f => f.GetConfigDirectories(projectOutputFolder)).Returns(new List <string> {
"ConfigDirectory1", "ConfigDirectory2"
});
var mockDotNetToolListCoverlet = mocker.GetMock <IDotNetToolListCoverlet>();
mockDotNetToolListCoverlet.Setup(dotnet => dotnet.Local("ConfigDirectory1")).Returns((CoverletToolDetails)null);
mockDotNetToolListCoverlet.Setup(dotnet => dotnet.Local("ConfigDirectory2")).Returns((CoverletToolDetails)null);
localExecutor.GetRequest(mockCoverageProject.Object, null);
mocker.Verify <ILogger>(l => l.Log("Unable to use Coverlet console local tool"));
}
public async Task Should_Clean_Up_RunSettings_Coverage_Projects()
{
var autoMocker = new AutoMoqer();
var msCodeCoverageRunSettingsService = autoMocker.Create <MsCodeCoverageRunSettingsService>();
var mockUserRunSettingsService = autoMocker.GetMock <IUserRunSettingsService>();
mockUserRunSettingsService.Setup(
userRunSettingsService =>
userRunSettingsService.Analyse(It.IsAny <IEnumerable <ICoverageProject> >(), It.IsAny <bool>(), It.IsAny <string>())
).Returns(new UserRunSettingsAnalysisResult());
var mockAppOptionsProvider = autoMocker.GetMock <IAppOptionsProvider>();
mockAppOptionsProvider.Setup(appOptionsProvider => appOptionsProvider.Get()).Returns(new Mock <IAppOptions>().Object);
// is collecting
var mockTestOperation = new Mock <ITestOperation>();
var runSettingsCoverageProject = CreateCoverageProject(".runsettings");
var coverageProjects = new List <ICoverageProject>
{
runSettingsCoverageProject,
CreateCoverageProject(null)
};
mockTestOperation.Setup(testOperation => testOperation.GetCoverageProjectsAsync()).ReturnsAsync(coverageProjects);
await msCodeCoverageRunSettingsService.IsCollectingAsync(mockTestOperation.Object);
await msCodeCoverageRunSettingsService.TestExecutionNotFinishedAsync(mockTestOperation.Object);
autoMocker.Verify <ITemplatedRunSettingsService>(
templatedRunSettingsService => templatedRunSettingsService.CleanUpAsync(new List <ICoverageProject> {
runSettingsCoverageProject
})
);
}
public async Task Should_Poll_For_Initialized()
{
var times = 5;
var initializeWait = 1000;
fccEngine.InitializeWait = initializeWait;
var mockInitializeStatusProvider = new Mock <IInitializeStatusProvider>();
mockInitializeStatusProvider.SetupProperty(i => i.InitializeStatus);
var initializeStatusProvider = mockInitializeStatusProvider.Object;
fccEngine.Initialize(initializeStatusProvider, CancellationToken.None);
fccEngine.ReloadCoverage(() => Task.FromResult(new List <ICoverageProject>()));
await Task.Delay(times *initializeWait).ContinueWith(_ =>
{
initializeStatusProvider.InitializeStatus = InitializeStatus.Initialized;
});
await fccEngine.reloadCoverageTask;
mocker.Verify <ILogger>(l => l.Log(fccEngine.GetLogReloadCoverageStatusMessage(ReloadCoverageStatus.Initializing)), Times.AtLeast(times));
}
public void Should_Initialize_The_GlobalTool_And_DataCollector()
{
coverletUtil.Initialize("folder path");
mocker.Verify <ICoverletConsoleUtil>(g => g.Initialize("folder path"));
mocker.Verify <ICoverletDataCollectorUtil>(dc => dc.Initialize("folder path"));
}
public void Should_Send_NewCoverageLinesMessage_With_Null_CoverageLines_When_ClearUI()
{
fccEngine.ClearUI();
mocker.Verify <IEventAggregator>(ea => ea.SendMessage(It.Is <NewCoverageLinesMessage>(msg => msg.CoverageLines == null), null));
}
public async Task Should_Log_Initializing_When_Initialize()
{
await initializer.InitializeAsync(CancellationToken.None);
mocker.Verify <ILogger>(l => l.Log("Initializing"));
}
private void VerifyLogsReloadCoverageStatus(ReloadCoverageStatus reloadCoverageStatus)
{
mocker.Verify <ILogger>(l => l.Log(fccEngine.GetLogReloadCoverageStatusMessage(reloadCoverageStatus)));
}
public void Should_Initilize_IFCCCoverletConsoleExeProvider()
{
coverletConsoleUtil.Initialize("appDataFolder");
mocker.Verify <IFCCCoverletConsoleExecutor>(fccExeProvider => fccExeProvider.Initialize("appDataFolder"));
}
private void AssertShouldNotReloadCoverage()
{
mocker.Verify <IFCCEngine>(engine => engine.ReloadCoverage(It.IsAny <Func <Task <List <ICoverageProject> > > >()), Times.Never());
}
