public void WhenConvertingWithProjectMeausreShouldAppendProjectMeasure()
{
this.measureConverter = new MeasureConverter <int>(new DateTime(2018, 9, 17), new DateTime(2018, 9, 18), metric, mockMeasureAggregatorProject.Object, "//prefix/");
var dailyCodeChurn1 = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
Added = 10,
Deleted = 10
};
var dailyCodeChurn2 = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file2",
Added = 5,
Deleted = 5
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessProjectMeasure(measures);
this.measureConverter.ProcessProjectMeasure(measures);
Assert.Single(measures.MeasuresProject.Where(m => m.MetricKey == "key"));
}
public void WhenGettingExtensionAndFileNameNullShouldReturnExpectedValue()
{
var churn = new DailyCodeChurn();
churn.FileName = null;
Assert.Null(churn.Extension);
}
public void WhenGettingExtensionAndFileNameEmptyShouldReturnExpectedValue()
{
var churn = new DailyCodeChurn();
churn.FileName = "";
Assert.Equal("", churn.Extension);
}
public void WhenGettingExtensionShouldReturnExpectedValue()
{
var churn = new DailyCodeChurn();
churn.FileName = "//somepath/bin/Latest/BuildSystem/Wrappers/DatabaseExport.ps1";
Assert.Equal(".ps1", churn.Extension);
}
public void WhenProcessingSonarGenericMetricsCosmosDbCommandLineArgsShouldProcessMeasureConverters()
{
var codeChurn = new DailyCodeChurn
{
FileName = SomeFileName,
NumberOfChanges = 12,
ChangesBefore = 2,
Added = 1,
Deleted = 4
};
var sonarGenericMetricsCosmosDbCommandLineArgs = new SonarGenericMetricsCosmosDbCommandLineArgs();
var mockedData = new Dictionary <DateTime, Dictionary <string, DailyCodeChurn> >
{
{
new DateTime(), new Dictionary <string, DailyCodeChurn>
{
{ SomeFileName, codeChurn }
}
}
};
processor = new SonarGenericMetricsProcessor(parserMock.Object, measureConverters, jsonExporterMock.Object, new Mock <ILogger>().Object, new DataConverter());
processor.Process(sonarGenericMetricsCosmosDbCommandLineArgs, mockedData);
this.measureConverter1Mock.Verify(m => m.ProcessFileMeasure(codeChurn, It.IsAny <SonarMeasuresJson>()), Times.Once());
this.measureConverter1Mock.Verify(m => m.ProcessProjectMeasure(It.IsAny <SonarMeasuresJson>()), Times.Once());
}
public void WhenGettingExtensionForBigFilePathShouldReturnExpectedValue()
{
var churn = new DailyCodeChurn();
churn.FileName = "//sunrise/bin/Latest/Tools/AssemblyCache/GameTestLibrary.Opus.TestDependencies/AnyCPU/v1/GameTestLibrary.Opus.Exceptions.dll";
Assert.Equal(".dll", churn.Extension);
}
private AuthorsData CreateAuthorsData(DailyCodeChurn dailyCodeChurn)
{
return(new AuthorsData
{
Authors = dailyCodeChurn.Authors,
Timestamp = dailyCodeChurn.Timestamp
});
}
public bool HasValue(DailyCodeChurn dailyCodeChurn)
{
if (dailyCodeChurn.BugDatabase == null)
{
return(false);
}
return(dailyCodeChurn.BugDatabase.NumberOfChangesInFixes > 0);
}
public void WhenGettingGetFileLongNameShouldReturnExpectedValue()
{
var dailyCodeChurn = new DailyCodeChurn {
Timestamp = "2018/09/05 00:00:00", FileName = "some-file-name"
};
Assert.Equal("2018-09-05_some-file-name", dailyCodeChurn.GetFileLongName());
}
public bool HasValue(DailyCodeChurn dailyCodeChurn)
{
if (dailyCodeChurn.BugDatabase == null)
{
return(false);
}
return(dailyCodeChurn.BugDatabase.TotalLinesChangedInFixes > 0);
}
public List <AuthorsData> GetValueForNewMeasure(DailyCodeChurn dailyCodeChurn)
{
var value = new List <AuthorsData>
{
CreateAuthorsData(dailyCodeChurn)
};
return(value);
}
public void WhenCallingHasValueAndNoAuthorsShouldReturnFalse()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2019/06/20 00:00:00",
FileName = "file1"
};
Assert.False(this.measureAggregator.HasValue(dailyCodeChurn));
}
public void WhenCallingHasValueAndNoBugDatabaseValueShouldReturnFalse()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1"
};
Assert.False(this.measureAggregator.HasValue(dailyCodeChurn));
}
public void WhenComparingAndDatesAreDifferentShouldConsiderDate()
{
var churn1 = new DailyCodeChurn {
Timestamp = "2018/09/05 00:00:00"
};
var churn2 = new DailyCodeChurn {
Timestamp = "2018/09/04 00:00:00"
};
Assert.Equal(-1, churn2.CompareTo(churn1));
}
public void WhenComparingAndDatesAreEqualShouldConsiderFileName()
{
var churn1 = new DailyCodeChurn {
FileName = "b"
};
var churn2 = new DailyCodeChurn {
FileName = "a"
};
Assert.Equal(-1, churn2.CompareTo(churn1));
}
public void WhenCallingAHasValueAndHasValueShouldReturnTrue()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
NumberOfChangesWithFixes = 1
};
Assert.True(this.measureAggregator.HasValue(dailyCodeChurn));
}
public void WhenGettingValueForNewMeasureShouldReturnNumberOfChanges()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
NumberOfChangesWithFixes = 6
};
Assert.Equal(6, this.measureAggregator.GetValueForNewMeasure(dailyCodeChurn));
}
public void WhenCallingHasValueAndNoValueShouldReturnFalse()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
AddedWithFixes = 0,
DeletedWithFixes = 0
};
Assert.False(this.measureAggregator.HasValue(dailyCodeChurn));
}
public void WhenCallingAHasValueAndHasValueShouldReturnTrue()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
Added = 6,
Deleted = 1
};
Assert.True(this.measureAggregator.HasValue(dailyCodeChurn));
}
public void WhenConvertingShouldAdd()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 12:00:00",
FileName = "file1"
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.Equal("file1", (Assert.Single(measures.MeasuresRaw) as Measure <string>).Value);
}
public void WhenGettingValueForExistingMeasureShouldSumWithExistingValue()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
NumberOfChangesWithFixes = 1
};
var measure = new Measure <int>();
measure.Value = 3;
Assert.Equal(4, this.measureAggregator.GetValueForExistingMeasure(dailyCodeChurn, measure));
}
public void WhenConvertingWithinRangeAndDiffrentCaseShouldRemoveFilePrefix()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "//PREfix/file"
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.Equal("file",
measures.MeasuresRaw.Where(m => m.MetricKey == "key").Single().File);
}
public void WhenConvertingANonProjectAggregatorWithProjectMeausreShouldDoNothing()
{
this.measureConverter = new MeasureConverterRaw <string>(metric, mockMeasureAggregator.Object, "//prefix/");
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1"
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessProjectMeasure(measures);
Assert.Empty(measures.MeasuresProject.Where(m => m.MetricKey == "key"));
}
public void WhenGettingValueForNewMeasureShouldReturnNumberOfChanges()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
BugDatabase = new DailyCodeChurnBugDatabase
{
AddedInFixes = 6,
DeletedInFixes = 1
}
};
Assert.Equal(7, this.measureAggregator.GetValueForNewMeasure(dailyCodeChurn));
}
public void WhenConvertingWithinRangeAndNoFilePrefixShouldConvert()
{
this.measureConverter = new MeasureConverterRaw <string>(metric, mockMeasureAggregator.Object, null);
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "//prefix/file"
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.Equal("//prefix/file",
measures.MeasuresRaw.Where(m => m.MetricKey == "key").Single().File);
}
public void WhenConvertingAndBeforeRangeShouldDoNothing()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/16 12:00:00",
FileName = "file1",
Added = 10,
Deleted = 10
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.Empty(measures.Measures);
}
public void WhenConvertingWithinRangeShouldAppendMetrics()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
Added = 10,
Deleted = 10
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.NotEmpty(measures.Metrics.Where(m => m.MetricKey == "key"));
}
public void WhenCallingAHasValueAndHasValueShouldReturnTrue()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
BugDatabase = new DailyCodeChurnBugDatabase
{
AddedInFixes = 0,
DeletedInFixes = 0,
NumberOfChangesInFixes = 1
}
};
Assert.True(this.measureAggregator.HasValue(dailyCodeChurn));
}
public void WhenConvertingWithinRangeShouldAppendMeasures()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 00:00:00",
FileName = "file1",
Added = 10,
Deleted = 10
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.Equal(dailyCodeChurn.TotalLinesChanged,
measures.Measures.Where(m => m.MetricKey == "key" && m.File == dailyCodeChurn.FileName).Select(m => m as Measure <int>).Single().Value);
}
public void WhenConvertingAndInRangeAndValueZeroShouldDoNothing()
{
var dailyCodeChurn = new DailyCodeChurn()
{
Timestamp = "2018/09/17 12:00:00",
FileName = "file1",
Added = 0,
Deleted = 0,
NumberOfChanges = 0
};
var measures = new SonarMeasuresJson();
this.measureConverter.ProcessFileMeasure(dailyCodeChurn, measures);
Assert.Empty(measures.Measures);
}
