public void ActiveProcessRead(IotCentral iotConfigurations,
ProcessReadData.NotificarPuertoDelegate urgencia = null,
ProcessReadData.NotificarPuertoDelegate notificar = null)
{
this._activeProcessRead = true;
this._processReadData = new ProcessReadData(iotConfigurations, this._writeFunction, urgencia, notificar);
}
public ProcessReadData(IotCentral iotConfigurations,
PortsMega2560Container.WriteFunction writeFunction,
NotificarPuertoDelegate urgencia = null,
NotificarPuertoDelegate notificar = null)
{
_iotConfigurations = iotConfigurations;
_writeFunction = writeFunction;
_urgencia = urgencia;
_notificar = notificar;
}
private void UpdateConfiguracion()
{
this._arduinosManager.ArduinoMega2560.GetDevices().ContinueWith(async task =>
{
if (task.IsFaulted)
{
throw new Exception("Error");
}
else
{
var dispositivosConectadosARaspberry = task.Result;
var iotDevice = dispositivosConectadosARaspberry.FirstOrDefault(x => x.Identifier.Contains("USB#VID_23"));
iotDevice.Activo = true;
_iotConfigurations = new IotCentral();
_iotConfigurations.Devices.Add(iotDevice);
iotDevice.Puertos.Add(new Port
{
Pin = PIN_SENSOR_LUZ,
Accion = PortAccionEnum.READ,
Type = ComponentTypeEnum.Read
});
iotDevice.Puertos.Add(new Port
{
Pin = PIN_SUELO,
Accion = PortAccionEnum.READ,
Type = ComponentTypeEnum.Read
});
iotDevice.Puertos.Add(new Port
{
Pin = "A1",
Accion = PortAccionEnum.READ,
Type = ComponentTypeEnum.Read
});
if (iotDevice != null)
{
//Si el el dispositivo no esta ignorado y ademas activo
await Dispatcher.RunAsync(CoreDispatcherPriority.Normal, async() =>
{
await this._arduinosManager.ConnectAll(iotDevice);
});
}
this.StartTimer();
}
}).Wait();
}
public void ChangeConfigurationRead(IotCentral iotConfigurations)
{
this._processReadData = new ProcessReadData(iotConfigurations, this._writeFunction);
}
private void LoadConfiguracion(IotCentral iotConfigurations)
{
this._iotConfigurations = iotConfigurations;
}
