public MicrocontrollerViewModel(MicrocontrollerModel MicrocontrollerModel, GPIOPinListsViewModel GPIOPinListsViewModel)
{
_microcontrollerModel = MicrocontrollerModel;
_gPIOPinListsViewModel = GPIOPinListsViewModel;
//Populates the GPIOPinViewModelList based on its model counterpart.
foreach (GPIOPinModel gPIOPinModel in _microcontrollerModel.GPIOPinModelList)
{
GPIOPinViewModel pinViewModel = null;
if (gPIOPinModel.GetType() == typeof(PWMPinModel))
{
pinViewModel = new PWMPinViewModel((PWMPinModel)gPIOPinModel);
}
else if (gPIOPinModel.GetType() == typeof(CommunicationPinModel))
{
pinViewModel = new CommunicationPinViewModel((CommunicationPinModel)gPIOPinModel);
}
else if (gPIOPinModel.GetType() == typeof(AnalogInPinModel))
{
pinViewModel = new AnalogInPinViewModel((AnalogInPinModel)gPIOPinModel);
}
else if (gPIOPinModel.GetType() == typeof(DigitalPinModel))
{
pinViewModel = new DigitalPinViewModel((DigitalPinModel)gPIOPinModel);
}
if (pinViewModel != null)
{
_gPIOPinViewModelList.Add(pinViewModel);
//Populates the lists in GPIOPinListsViewModel.
_gPIOPinListsViewModel.AppendPinSettingList(pinViewModel);
}
}
}
/// <summary>
/// Builds a minimal printer with an X Axis, a Y Axis, a Z Axis, and one Printhead.
/// </summary>
public PrinterModel()
{
_microcontrollerModel = new MicrocontrollerModel();
_axisModelList.Add(new AxisModel("X Actuator", 'X'));
_axisModelList.Add(new AxisModel("Y Actuator", 'Y'));
AddZAxis();
AddPrinthead();
}
public ValuesModel UpdateDatabase(MicrocontrollerModel item)
{
var result = new ValuesModel();
string url = item.IPAddress;
int id = item.Id;
if (!String.IsNullOrEmpty(url))
{
result.MicrocontrollerID = id;
result.Temperature = GetTemperature(url);
result.DoorOpen = GetDoorOpen(url);
result.Dust = GetDust(url);
result.DateTime = DateTime.Now;
result.Humidity = GetHumidity(url);
result.Power = GetPower(url);
}
return(result);
}
