public void TestMissingValues()
{
var contact = new Contact("Jim", "Does", "*****@*****.**", "Lollipops", "837773");
var dataSet = new Dataset(new Site(4, "New Site", "Tim Jones", contact, contact, new GPSCoords(0, 0, "argis")));
var sensor = new Sensor("Dummy Sensor", "Does stuff", 10, 0, "C", 5, dataSet);
sensor.AddState(new SensorState(sensor, DateTime.Now));
sensor.CurrentState.Values.Add(new DateTime(1990, 5, 1, 4, 0, 0), 15);
sensor.CurrentState.Values.Add(new DateTime(1990, 5, 1, 5, 0, 0), 15);
sensor.CurrentState.Values.Add(new DateTime(1991, 8, 2, 0, 0, 0), 15);
dataSet.AddSensor(sensor);
dataSet.DataInterval = 60;
dataSet.HighestYearLoaded = 1;
Assert.AreEqual(60, dataSet.DataInterval);
var missingValues = missingValuesDetector.GetDetectedValues(sensor);
for (var i = new DateTime(1990, 5, 1, 6, 0, 0); i < new DateTime(1991, 8, 2, 0, 0, 0); i = i.AddHours(1))
{
Assert.Contains(new ErroneousValue(i, missingValuesDetector, sensor), missingValues);
}
}
//[Test] Limit no longer applied as we don't save the undo/redo stack
public void AddStateMaximumFiveEntries()
{
var s = new Sensor("Temperature", "C");
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
Assert.AreEqual(5, s.UndoStates.Count);
}
public void ExportAsCSVCorrectValueCount()
{
var dateTime = new DateTime(2011, 8, 4, 0, 0, 0);
var givenDataSet = new Dataset(new Site(1, "Steven", "Kerry", Contact, Contact, new GPSCoords(0, 0, "arcGis")));
var sampleData = new Dictionary<DateTime, float> { { dateTime.AddMinutes(15), 100 }, { dateTime.AddMinutes(30), 100 }, { dateTime.AddMinutes(45), 100 }, { dateTime.AddMinutes(60), 100 } };
var s = new Sensor("Awesome Sensor", "Awesome");
var ss = new SensorState(s, DateTime.Now, sampleData, null);
s.AddState(ss);
givenDataSet.AddSensor(s);
Assert.AreEqual(4, givenDataSet.ExpectedDataPointCount);
dateTime = new DateTime(2011, 8, 4, 0, 0, 0);
givenDataSet = new Dataset(new Site(1, "Steven", "Kerry", Contact, Contact, new GPSCoords(0, 0, "arcGis")));
sampleData = new Dictionary<DateTime, float> { { dateTime.AddMinutes(60), 100 }, { dateTime.AddMinutes(75), 100 }, { dateTime.AddMinutes(90), 100 }, { dateTime.AddMinutes(105), 100 } };
s = new Sensor("Awesome Sensor", "Awesome");
ss = new SensorState(s, DateTime.Now, sampleData, null);
s.AddState(ss);
givenDataSet.AddSensor(s);
Assert.AreEqual(4, givenDataSet.ExpectedDataPointCount);
}
public void ValidUndoStatesAfterRedo()
{
var redoSensor = new Sensor("Temperature", "C");
var correctStackItem = new SensorState(redoSensor, new DateTime(2011, 7, 5, 22, 47, 0), new Dictionary<DateTime, float> { { new DateTime(2010, 5, 5, 22, 00, 0), 22.5f }, { new DateTime(2010, 5, 5, 22, 15, 0), 21.4f }, { new DateTime(2010, 5, 5, 22, 30, 0), 22.0f } }, null);
var correctStackItemTwo = new SensorState(redoSensor, new DateTime(2011, 7, 9, 22, 47, 0), new Dictionary<DateTime, float> { { new DateTime(2010, 5, 5, 22, 00, 0), 22.5f }, { new DateTime(2010, 5, 5, 22, 15, 0), 21.4f }, { new DateTime(2010, 5, 5, 22, 30, 0), 22.0f } }, null);
redoSensor.AddState(correctStackItem);
redoSensor.AddState(correctStackItemTwo);
redoSensor.Undo();
Assert.AreEqual(correctStackItem, redoSensor.CurrentState);
redoSensor.Redo();
Assert.AreEqual(1, redoSensor.UndoStates.Count);
}
public void ValidUndoStatesAfterMultilevelRedo()
{
_undoSensor = new Sensor("Temperature", "C");
var correctStack = new Stack<SensorState>();
correctStack.Push(new SensorState(_undoSensor, new DateTime(2011, 8, 12),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
correctStack.Push(new SensorState(_undoSensor, new DateTime(2011, 8, 11),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
correctStack.Push(new SensorState(_undoSensor, new DateTime(2011, 8, 12),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 64.77f } }, null));
_undoSensor.AddState(new SensorState(_undoSensor, new DateTime(2011, 8, 11),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
_undoSensor.AddState(new SensorState(_undoSensor, new DateTime(2011, 8, 12),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
_undoSensor.AddState(new SensorState(_undoSensor, new DateTime(2011, 8, 12),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 64.77f } }, null));
_undoSensor.Undo();
_undoSensor.Undo();
Assert.AreEqual(2, _undoSensor.RedoStates.Count);
Assert.AreEqual(0, _undoSensor.UndoStates.Count);
_undoSensor.Redo();
_undoSensor.Redo();
Assert.AreEqual(0, _undoSensor.RedoStates.Count);
Assert.AreEqual(2, _undoSensor.UndoStates.Count);
}
public void UndoToParticularState()
{
var s = new Sensor("Temperature", "C");
var baseDate = new DateTime(2011, 7, 7, 12, 15, 0);
s.AddState(new SensorState(s, baseDate));
s.AddState(new SensorState(s, baseDate.AddMinutes(15)));
s.AddState(new SensorState(s, baseDate.AddMinutes(30)));
s.AddState(new SensorState(s, baseDate.AddMinutes(45)));
s.AddState(new SensorState(s, baseDate.AddMinutes(60)));
s.AddState(new SensorState(s, baseDate.AddMinutes(75)));
s.AddState(new SensorState(s, baseDate.AddMinutes(90)));
s.AddState(new SensorState(s, baseDate.AddMinutes(105)));
s.Undo(baseDate.AddMinutes(75));
Assert.AreEqual(2, s.RedoStates.Count);
Assert.AreEqual(baseDate.AddMinutes(90), s.RedoStates[0].EditTimestamp);
Assert.AreEqual(baseDate.AddMinutes(105), s.RedoStates[1].EditTimestamp);
}
//[Test] Limit no longer applied as we don't save the undo/redo stack
public void UndoStackPushesCorrectEntriesAndMaxFive()
{
var s = new Sensor("Temperature", "C");
var baseDate = new DateTime(2011, 7, 7, 12, 15, 0);
s.AddState(new SensorState(s, baseDate));
Assert.AreEqual(baseDate, s.UndoStates[0].EditTimestamp);
s.AddState(new SensorState(s, baseDate.AddMinutes(15)));
Assert.AreEqual(baseDate.AddMinutes(15), s.UndoStates[0].EditTimestamp);
s.AddState(new SensorState(s, baseDate.AddMinutes(30)));
Assert.AreEqual(baseDate.AddMinutes(30), s.UndoStates[0].EditTimestamp);
s.AddState(new SensorState(s, baseDate.AddMinutes(45)));
Assert.AreEqual(baseDate.AddMinutes(45), s.UndoStates[0].EditTimestamp);
s.AddState(new SensorState(s, baseDate.AddMinutes(60)));
Assert.AreEqual(baseDate.AddMinutes(60), s.UndoStates[0].EditTimestamp);
// Now, for the real test of the method...
s.AddState(new SensorState(s, baseDate.AddMinutes(75)));
Assert.AreEqual(baseDate.AddMinutes(75), s.UndoStates[0].EditTimestamp);
Assert.AreEqual(baseDate.AddMinutes(15), s.UndoStates[4].EditTimestamp);
s.AddState(new SensorState(s, baseDate.AddMinutes(90)));
Assert.AreEqual(baseDate.AddMinutes(90), s.UndoStates[0].EditTimestamp);
Assert.AreEqual(baseDate.AddMinutes(30), s.UndoStates[4].EditTimestamp);
}
//[Test] Limit no longer applied as we don't save the undo/redo stack
public void UndoRedoStackMaximumFiveEntries()
{
var s = new Sensor("Temperature", "C");
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
s.AddState(new SensorState(s, DateTime.Now));
Assert.AreEqual(5, s.UndoStates.Count);
Assert.AreEqual(0, s.RedoStates.Count);
s.Undo();
s.Undo();
s.Undo();
s.Undo();
// Since the top of the undo stack is the current state, we must have at least one item left on the undo stack...
Assert.AreEqual(1, s.UndoStates.Count); // This is the real test
Assert.AreEqual(4, s.RedoStates.Count);
s.Redo();
s.Redo();
s.Redo();
s.Redo();
Assert.AreEqual(5, s.UndoStates.Count); // This is the real test
Assert.AreEqual(0, s.RedoStates.Count);
}
public void Setup()
{
_testUndoStates = new Stack<SensorState>();
var testState = new SensorState(null, new DateTime(2010, 5, 7, 18, 42, 0));
var secondaryTestState = new SensorState(null, new DateTime(2010, 12, 18, 5, 22, 0));
_testUndoStates.Push(testState);
_testUndoStates.Push(secondaryTestState);
_secondUndoStates = new Stack<SensorState>();
_secondUndoStates.Push(new SensorState(null, new DateTime(2005, 4, 3, 2, 1, 0)));
_secondUndoStates.Push(new SensorState(null, new DateTime(2005, 4, 4, 2, 1, 0)));
_tempSensor = new Sensor("Temperature", "C");
// Initialise sensors for undo testing
_undoSensor = new Sensor("Temperature", "C");
_undoSensor.AddState(new SensorState(_undoSensor, new DateTime(2011, 8, 11),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
_undoSensor.AddState(new SensorState(_undoSensor, new DateTime(2011, 8, 12),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
_secondUndoSensor = new Sensor("Temperature", "C");
_secondUndoSensor.AddState(new SensorState(_secondUndoSensor, new DateTime(2011, 3, 11),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
_secondUndoSensor.AddState(new SensorState(_secondUndoSensor, new DateTime(2011, 3, 12),
new Dictionary<DateTime, float> { { new DateTime(2011, 8, 12), 66.77f } }, null));
_sensorEmpty = new Sensor("Temperature", "C");
_ds = new Dataset(new Site(10, "Lake", "Bob Smith", contact, contact, new GPSCoords(50, 50, "argis")));
_ds2 = new Dataset(new Site(10, "Lake Awesome", "Andy Smith", contact, contact, new GPSCoords(70, 30, "argis")));
_sensor1 = new Sensor("Temperature", "Temperature at 10m", 100, 20, "°C", 0.003f, _ds);
_sensor2 = new Sensor("DO", "Dissolved Oxygen in the water", 50, 0, "%", 5.6f, _ds2);
}
public void SetUndoStates()
{
var testSensor = new Sensor(_testName, _testDescription, _testUpperLimit, _testLowerLimit, _testUnit, _testMaxRateOfChange, new Stack<SensorState>(), _blankStack, _blankCalibrationDates, _ds);
var secondStates = _secondUndoStates.Reverse();
foreach (SensorState s in secondStates)
testSensor.AddState(s);
Assert.AreEqual(_secondUndoStates.SkipWhile((x, index) => index == 0).ToList(), testSensor.UndoStates);
// Reset
testSensor = new Sensor(_testName, _testDescription, _testUpperLimit, _testLowerLimit, _testUnit, _testMaxRateOfChange, _testUndoStates, _blankStack, _blankCalibrationDates, _ds);
var testUndo = _testUndoStates.Reverse();
foreach (SensorState s in testUndo)
testSensor.AddState(s);
Assert.AreEqual(_testUndoStates, testSensor.UndoStates);
}
public void RevertToRaw()
{
var s = new Sensor("Temperature", "C");
var baseDate = new DateTime(2011, 5, 5, 12, 15, 0);
var original = new SensorState(s, new Dictionary<DateTime, float>() { { baseDate.AddMinutes(15), 20 }, { baseDate.AddMinutes(30), 40 }, { baseDate.AddMinutes(45), 60 }, { baseDate.AddMinutes(60), 80 } }, null);
var newValues = new SensorState(s, new Dictionary<DateTime, float>() { { baseDate.AddMinutes(15), 20 }, { baseDate.AddMinutes(30), 40 }, { baseDate.AddMinutes(45), 60 }, { baseDate.AddMinutes(60), 1000 } }, null);
foreach (KeyValuePair<DateTime, float> kv in original.Values)
s.RawData.Values.Add(kv.Key, kv.Value);
s.AddState(newValues);
s.RevertToRaw();
Assert.AreEqual(s.CurrentState, original);
}
public void SetUp()
{
_detector = new RunningMeanStandardDeviationDetector { SmoothingPeriod = 240, NumberOfStandardDeviations = 0.5f };
_sensor = new Sensor("Test Sensor", "Used in testing", 100, 10, "Unit", 5, new Dataset(null) { DataInterval = 60 });
_sensor.AddState(new SensorState(_sensor, DateTime.Now));
_sensor.CurrentState.Values.Add(DateTime.Now.AddHours(1), 5);
_sensor.CurrentState.Values.Add(DateTime.Now.AddHours(2), 5);
_sensor.CurrentState.Values.Add(DateTime.Now.AddHours(3), 5);
_erroneousValue = new ErroneousValue(DateTime.Now.AddHours(4), 600, _sensor);
_sensor.CurrentState.Values.Add(_erroneousValue.TimeStamp, _erroneousValue.Value);
_sensor.CurrentState.Values.Add(DateTime.Now.AddHours(5), 5);
_sensor.CurrentState.Values.Add(DateTime.Now.AddHours(6), 5);
_sensor.CurrentState.Values.Add(DateTime.Now.AddHours(7), 5);
}
public void SetUp()
{
var rawSensor = new Sensor("Temperature", "Temperature at 30m", 40, 20, "C", 20, null);
rawSensor.AddState(new SensorState(rawSensor, DateTime.Now));
_baseDate = DateTime.Now;
rawSensor.CurrentState.Values.Add(_baseDate, 15);
rawSensor.CurrentState.Values.Add(_baseDate.AddMinutes(15), 20);
rawSensor.CurrentState.Values.Add(_baseDate.AddMinutes(30), 25);
_gSensor = new GraphableSensor(rawSensor);
}
public void ExportCSVWithIndividualDateColumns()
{
var dateTime = new DateTime(2011, 8, 4, 0, 0, 0);
var givenDataSet = new Dataset(new Site(1, "Steven", "Kerry", Contact, Contact, new GPSCoords(0, 0, "arcGis")));
var sampleData = new Dictionary<DateTime, float> { { dateTime.AddMinutes(15), 100 }, { dateTime.AddMinutes(30), 100 }, { dateTime.AddMinutes(45), 100 }, { dateTime.AddMinutes(60), 100 } };
var s = new Sensor("Awesome Sensor", "Awesome");
var ss = new SensorState(s, DateTime.Now, sampleData, null);
s.AddState(ss);
givenDataSet.AddSensor(s);
DatasetExporter.Export(givenDataSet, _outputFilePath, ExportFormat.CSV, true, false, false, ExportedPoints.AllPoints, DateColumnFormat.OneDateColumn, loadInUnloadedValues: false);
Assert.AreEqual(DatasetOutputWithIndividualColumns, File.ReadAllText(_outputFilePath));
}
