public void AddReading_WhenReadingDataNameNotSet_UsesTheSensorReadingName()
{
var sensor = new SensorTestDouble("test");
sensor.Add(new Int32ReadingData(1));
Assert.That(ReadingPublisher.Readings.First().Data.Name, Is.EqualTo("test"));
}
public void GetFeatureName_WithFeatureName_SetsFeatureNameForAllReadingsAdded()
{
string featureName = "Feature1";
var sensor = new SensorTestDouble("readingName") { FeatureName = featureName };
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo(featureName));
}
public void AddReading_WhenReadingDataNameNotSet_UsesTheSensorReadingName()
{
var sensor = new SensorTestDouble("test");
sensor.Add(new Int32ReadingData(1));
Assert.That(ReadingPublisher.Readings.First().Data.Name, Is.EqualTo("test"));
}
public void SetThreadScopedFeatureName_WithoutFeatureGroupSpecified_SetsFeatureGroupToGlobal()
{
SensorBase.SetThreadScopedFeatureName("test");
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Group, Is.EqualTo(FeatureStatistics.GlobalGroupName));
}
public void GetFeatureGroup_WithoutOneSpecified_SetsGroupToGlobal()
{
var sensor = new SensorTestDouble("test") { FeatureName = "featureName" };
sensor.Add(new Int32ReadingData(1));
Assert.That(ReadingPublisher.Readings.First().FeatureGroup, Is.EqualTo(FeatureStatistics.GlobalGroupName));
}
public void GetFeatureName_WhenFeatureNameIsInThreadContext_ReturnsTheOneFromTheThreadContext()
{
string featureName = "datapointName";
SensorBase.SetThreadScopedFeatureName(featureName);
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo(featureName));
}
public void GetFeatureName_WhenFeatureNameIsInThreadContext_ReturnsTheOneFromTheThreadContext()
{
string featureName = "datapointName";
SensorBase.SetThreadScopedFeatureName(featureName);
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo(featureName));
}
public void AddReading_WhenReadingDateNameIsSet_UsesTheReadingDataNameInsteadOfSensorReadingName()
{
string readingDataName = "ReadingDataName";
string sensorReadingName = "SenorReadingName";
var sensor = new SensorTestDouble(sensorReadingName);
sensor.Add(new Int32ReadingData(1) { Name = readingDataName });
Assert.That(ReadingPublisher.Readings.First().Data.Name, Is.EqualTo(readingDataName));
}
public void ClearThreadScoredFeatureName_AfterSettingFeatureNameToTest_ReturnsApplication()
{
string featureName = "datapointName";
SensorBase.SetThreadScopedFeatureName(featureName);
var sensor = new SensorTestDouble("test");
SensorBase.ClearThreadScopedFeatureName();
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo("Application"));
}
public void SetThreadScopeFeatureName_WithFeatureGroupSpecified_SetsFeatureGroupAccordingly()
{
string testGroup = "testGroup";
SensorBase.SetThreadScopedFeatureName("test", testGroup);
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Group, Is.EqualTo(testGroup));
}
public void GetFeatureName_WithFeatureName_SetsFeatureNameForAllReadingsAdded()
{
string featureName = "Feature1";
var sensor = new SensorTestDouble("readingName")
{
FeatureName = featureName
};
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo(featureName));
}
public void GetFeatureGroup_WithoutOneSpecified_SetsGroupToGlobal()
{
var sensor = new SensorTestDouble("test")
{
FeatureName = "featureName"
};
sensor.Add(new Int32ReadingData(1));
Assert.That(ReadingPublisher.Readings.First().FeatureGroup, Is.EqualTo(FeatureStatistics.GlobalGroupName));
}
public void SetThreadScopeFeatureName_WhenFeatureGroupIsSetBothInSensorAndInThreadContext_TheSensorValueIsUsed()
{
SensorBase.SetThreadScopedFeatureName("test", "threadScopedGroup");
string sensorGroup = "SensorGroup";
var sensor = new SensorTestDouble("test")
{
FeatureName = "Name", FeatureGroup = sensorGroup
};
Assert.That(sensor.GetFeatureNameExposed().Group, Is.EqualTo(sensorGroup));
}
public void GetFeatureGroup_WithOneSet_SetsCorrectGroupToReading()
{
string group = "featureGroup";
var sensor = new SensorTestDouble("test")
{
FeatureName = "featureName", FeatureGroup = group
};
sensor.Add(new Int32ReadingData(1));
Assert.That(ReadingPublisher.Readings.First().FeatureGroup, Is.EqualTo(group));
}
public void ClearThreadScoredFeatureName_AfterSettingFeatureNameToTest_ReturnsApplication()
{
string featureName = "datapointName";
SensorBase.SetThreadScopedFeatureName(featureName);
var sensor = new SensorTestDouble("test");
SensorBase.ClearThreadScopedFeatureName();
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo("Application"));
}
public void AddReading_WhenReadingDateNameIsSet_UsesTheReadingDataNameInsteadOfSensorReadingName()
{
string readingDataName = "ReadingDataName";
string sensorReadingName = "SenorReadingName";
var sensor = new SensorTestDouble(sensorReadingName);
sensor.Add(new Int32ReadingData(1)
{
Name = readingDataName
});
Assert.That(ReadingPublisher.Readings.First().Data.Name, Is.EqualTo(readingDataName));
}
public void SetThreadScopeFeatureName_WithFeatureGroupSpecified_AddReadingWithCorrectGroupName()
{
string testGroup = "testGroup";
SensorBase.SetThreadScopedFeatureName("test", testGroup);
var sensor = new SensorTestDouble("test");
sensor.Add(new Int32ReadingData(1));
Reading reading = null;
ReadingPublisher.Readings.TryDequeue(out reading);
Assert.That(reading.FeatureGroup, Is.EqualTo(testGroup));
}
public void AddReading_WhenNoDataPointNameAvailable_SetsReadingNameTo_Application()
{
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo("Application"));
}
public void AddReading_WhenNoDataPointNameAvailable_SetsReadingNameTo_Application()
{
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Name, Is.EqualTo("Application"));
}
public void SetThreadScopeFeatureName_WithFeatureGroupSpecified_AddReadingWithCorrectGroupName()
{
string testGroup = "testGroup";
SensorBase.SetThreadScopedFeatureName("test", testGroup);
var sensor = new SensorTestDouble("test");
sensor.Add(new Int32ReadingData(1));
Reading reading = null;
ReadingPublisher.Readings.TryDequeue(out reading);
Assert.That(reading.FeatureGroup, Is.EqualTo(testGroup));
}
public void SetThreadScopeFeatureName_WithFeatureGroupSpecified_SetsFeatureGroupAccordingly()
{
string testGroup = "testGroup";
SensorBase.SetThreadScopedFeatureName("test", testGroup);
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Group, Is.EqualTo(testGroup));
}
public void SetThreadScopeFeatureName_WhenFeatureGroupIsSetBothInSensorAndInThreadContext_TheSensorValueIsUsed()
{
SensorBase.SetThreadScopedFeatureName("test", "threadScopedGroup");
string sensorGroup = "SensorGroup";
var sensor = new SensorTestDouble("test") { FeatureName = "Name", FeatureGroup = sensorGroup };
Assert.That(sensor.GetFeatureNameExposed().Group, Is.EqualTo(sensorGroup));
}
public void GetFeatureGroup_WithOneSet_SetsCorrectGroupToReading()
{
string group = "featureGroup";
var sensor = new SensorTestDouble("test") { FeatureName = "featureName", FeatureGroup = group };
sensor.Add(new Int32ReadingData(1));
Assert.That(ReadingPublisher.Readings.First().FeatureGroup, Is.EqualTo(group));
}
public void SetThreadScopedFeatureName_WithoutFeatureGroupSpecified_SetsFeatureGroupToGlobal()
{
SensorBase.SetThreadScopedFeatureName("test");
var sensor = new SensorTestDouble("test");
Assert.That(sensor.GetFeatureNameExposed().Group, Is.EqualTo(FeatureStatistics.GlobalGroupName));
}
public void Initialise()
{
FeatureName = new SensorTestDouble("test").GetFeatureNameExposed().Name;
//some initialisation code is happending here
Calucalte();
}