protected void StartNetworkServices(CloudMode cloudMode = CloudMode.MQTT)
{
if (cloudMode == CloudMode.None) { return; }
ConfigurationManager.CloudConnection = cloudMode;
bool connected = true;
Util.StartNtpTimeService(); // this is a hack workaround for system time sync issue on W10 for IoT
sm = Util.StartNetworkServices(connected);
}
public void Initialise(string name, CloudMode cloudMode = CloudMode.None, bool initHat = false)
{
if (initHat)
{
Adc = new MCP3002();
matrix = new LED8x8Matrix(new Ht16K33());
bmp280TempPressure = new BMP280Sensor() { SampleRateMilliseconds = 30000 };
InitialiseHat();
}
Util.SetName(name);
SensorMgr.DeviceName = Util.GetHostName();
StartNetworkServices(cloudMode);
}
protected async void Initialise(string yourName = "Maker", CloudMode cloudMode = CloudMode.None)
{
Util.SetName(yourName);
SensorMgr.DeviceName = Util.GetHostName();
StartNetworkServices(cloudMode);
InitialiseHatAsync(false, true, false).Wait();
// for now not using the adc on the explorer hat as it's set to 3.3volts
adcManager.Providers.Add(new ADS1015(Glovebox.IoT.Devices.Converters.ADS1015.Gain.Volt5));
ADS1015 = (await adcManager.GetControllersAsync())[0];
ShortLedShow();
light = new LightSensor(ADS1015.OpenChannel((int)Pin.Analog.A3));
temp = new TempSensor(ADS1015.OpenChannel((int)Pin.Analog.A4), 5000); //version one of wiring on Explorer Pro for ADC = 5v - this will change to 3.3v in the future
mem = new MemSensor();
matrix = new LED8x8Matrix(new Ht16K33());
}
