public void ChangeValues(Message message)
{
if (message == null)
{
return;
}
//Allow other threads to work on the UI thread.
Application.Current.Dispatcher.Invoke(new Action(() =>
{
switch (message)
{
case GeneralDataMessage generalMessage:
lblSpeed.Content = string.Format("Snelheid: {0} km/u", bikeSession.Speed.ToString());
Speed.Add(bikeSession.Speed);
speedcycle = (int)bikeSession.Speed;
RPM.Add(bikeSession.CycleRPM);
spin = (int)bikeSession.CycleRPM;
lblDistance.Content = string.Format("Afstand afgelegd: {0} meter", bikeSession.GetMetersTravelled().ToString());
lblRPM.Content = string.Format("RPM: {0}", bikeSession.CycleRPM);
ChartSpeedValues.Add(new ObservableValue(bikeSession.GetSpeed()));
ChartRPM.Add(new ObservableValue(bikeSession.CycleRPM));
/* if (ChartSpeedValues.Count == 30)
* {
* ChartSpeedValues.RemoveAt(0);
* }
* else if(ChartRPM.Count == 30)
* {
* ChartRPM.RemoveAt(0);
* }*/
break;
case StationaryDataMessage stationaryMessage:
lblVoltage.Content = string.Format("Voltage: {0} Watt", bikeSession.Voltage.ToString());
this.voltage = bikeSession.Voltage;
break;
case HearthDataMessage hearthDataMessage:
lblHearthRate.Content = string.Format("Hartslag {0} bpm", bikeSession.GetHearthBeats().ToString());
BPM.Add(bikeSession.GetHearthBeats());
HeartRate = bikeSession.GetHearthBeats();
ChartBeat.Add(new ObservableValue(bikeSession.GetHearthBeats()));
/* if(ChartBeat.Count == 30)
* {
* ChartBeat.RemoveAt(0);
* }*/
break;
}
}));
}
public void ShouldAdd()
{
//arrange
ISpeed expectedSpeed = new Speed(22);
ISpeed firstSpeed = new Speed(10);
ISpeed secondSpeed = new Speed(12);
//act
ISpeed actualSpeed = firstSpeed.Add(secondSpeed);
//assert
actualSpeed.Should().Be(expectedSpeed);
}