public void SetSensorTest()
{
var ls = new ListedSensor(_sensor1, _ds);
ls.Sensor = _sensor2;
Assert.AreEqual(ls.Sensor.Name, "DO");
ls.Sensor = _sensor1;
Assert.AreEqual(ls.Sensor.Name, "Temperature");
}
public void NullSensorTest()
{
var ls = new ListedSensor(_sensor1, _ds);
ls.Sensor = null;
}
public void SetDatasetTest()
{
var ls = new ListedSensor(_sensor1, _ds);
ls.Dataset = _ds2;
Assert.AreEqual(ls.Dataset, _ds2);
ls.Dataset = _ds;
Assert.AreEqual(ls.Dataset, _ds);
}
public void NullConstructSensorTest()
{
var ls = new ListedSensor(null, _ds);
}
public void NullDatasetTest()
{
var ls = new ListedSensor(_sensor1, _ds);
ls.Dataset = null;
}
public void NullConstructDatasetTest()
{
var ls = new ListedSensor(_sensor1, null);
}
public void GetDatasetTest()
{
var ls = new ListedSensor(_sensor1, _ds);
Assert.AreEqual(ls.Dataset, _ds);
var nls = new ListedSensor(_sensor1, _ds2);
Assert.AreEqual(nls.Dataset, _ds2);
}
public void StartSensorDrag(SelectionChangedEventArgs e)
{
if (isDragging)
return;
// This handles the fact that, when you click and drag, this event *only* fires
// when a *new* item is selected. We want the one from before - hence the
// use of RemovedItems.
_sensorAtStartOfDrag = (e.RemovedItems.Count == 1) ? (ListedSensor)e.RemovedItems[0] : (ListedSensor)e.AddedItems[0];
isDragging = true;
}
public void EndSensorDrag(MouseEventArgs e)
{
if (movedMouseWhileDragging)
{
isDragging = false;
var sensorAtEndOfDrag = SelectedItem;
if(sensorAtEndOfDrag != null && _sensorAtStartOfDrag != null && !sensorAtEndOfDrag.Sensor.Equals(_sensorAtStartOfDrag.Sensor))
{
// Move it into place
_ds.MoveSensorTo(_sensorAtStartOfDrag.Sensor, sensorAtEndOfDrag.Sensor);
SelectedItem = _sensorAtStartOfDrag;
// TODO: must be more efficient way of doing this? Just NotifyPropertyChanged() didn't work
var tmpList = AllSensors;
AllSensors = new List<ListedSensor>();
AllSensors = tmpList;
}
}
_sensorAtStartOfDrag = null;
movedMouseWhileDragging = false;
isDragging = false;
ViewCursor = Cursors.Arrow;
}
public void btnSave()
{
if(SelectedItem == null)
{
// New sensor
try
{
// TODO: more user-friendly conversion messages!
var s = new Sensor(Name, Description, float.Parse(UpperLimit), float.Parse(LowerLimit), Unit, float.Parse(MaximumRateOfChange), new Stack<SensorState>(), new Stack<SensorState>(), new List<Calibration>(), int.Parse(ErrorThreshold), _ds, (SummaryType)SummaryType) { Elevation = float.Parse(Depth)};
if(Dataset.Sensors == null)
Dataset.Sensors = new List<Sensor>();
Dataset.Sensors.Add(s);
SelectedItem = new ListedSensor(s, _ds);
EventLogger.LogInfo(_ds, GetType().ToString(), "Created new sensor. Sensor name: " + s.Name);
Common.ShowMessageBox("New sensor created", "The new sensor '" + Name + "' was added successfully.",
false, false);
endEditing();
}
catch (Exception e)
{
Common.ShowMessageBox("Format Error", e.Message, false, true);
EventLogger.LogWarning(_ds, GetType().ToString(), "Attempted to create new sensor, but failed. Details: " + e.Message);
}
}
else
{
// Existing sensor
try
{
SelectedItem.Sensor.Name = Name;
SelectedItem.Sensor.Description = Description;
SelectedItem.Sensor.Elevation = float.Parse(Depth);
SelectedItem.Sensor.UpperLimit = float.Parse(UpperLimit);
SelectedItem.Sensor.LowerLimit = float.Parse(LowerLimit);
SelectedItem.Sensor.Unit = Unit;
SelectedItem.Sensor.MaxRateOfChange = float.Parse(MaximumRateOfChange);
SelectedItem.Sensor.ErrorThreshold = int.Parse(ErrorThreshold);
SelectedItem.Sensor.SummaryType = (SummaryType)SummaryType;
EventLogger.LogInfo(_ds, GetType().ToString(), "Saved existing sensor. Sensor name: " + Name);
endEditing();
}
catch (Exception e)
{
Common.ShowMessageBox("An Error Occured", e.Message, false, true);
EventLogger.LogWarning(_ds, GetType().ToString(), "Attempted to save existing sensor, but failed. Details: " + e.Message);
}
}
}