// This method is run when the mainboard is powered up or reset.
void ProgramStarted()
{
_bluetooth = new Bluetooth(4);
_bluetooth.DebugPrintEnabled = true;
_client = _bluetooth.ClientMode;
_bluetooth.SetDeviceName("Gadgeteer");
_bluetooth.SetPinCode("1234");
_bluetooth.DataReceived += bluetooth_DataReceived;
button.ButtonPressed += (sender, state) => _client.EnterPairingMode();
var monitor = new GT.Timer(500);
monitor.Tick += timer =>
{
if (_bluetooth.IsConnected)
{
//_client.Send("xxx");
}
};
monitor.Start();
// Use Debug.Print to show messages in Visual Studio's "Output" window during debugging.
Debug.Print("Program Started");
var sensePuss = new GT.Timer(1000);
sensePuss.Tick += timer =>
{
relays.Relay3 = moistureSensor.GetMoistureReading() > 500;
Debug.Print(moistureSensor.GetMoistureReading().ToString());
};
sensePuss.Start();
}
void ProgramStarted()
{
client = bluetooth.ClientMode;
//server = bluetooth.HostMode;
Thread.Sleep(2000);
// need a handler for state changes and data recieved.
bluetooth.BluetoothStateChanged += new Bluetooth.BluetoothStateChangedHandler(bluetooth_BluetoothStateChanged);
bluetooth.DataReceived += new Bluetooth.DataReceivedHandler(bluetooth_DataReceived);
bluetooth.PinRequested += new Bluetooth.PinRequestedHandler(bluetooth_PinRequest);
// set up bluetooth module connection parameters
bluetooth.SetDeviceName("EmotionMingle"); // change this to whatever name you want
bluetooth.SetPinCode("5678"); //likewise, set whatever PIN you want.
Thread.Sleep(2000);
// put the device in pairing mode as part of a normal execution
client.EnterPairingMode();
Thread.Sleep(2000);
// HSU Communication layer
// MOSI/SDA (TX) --> DIGITAL 0 (RX COM1)
// SCL/RX (RX) --> DIGITAL 1 (TX COM1)
//IPN532CommunicationLayer commLayer = new PN532CommunicationHSU(SerialPorts.COM1);
// SPI Communication layer
// SCK --> DIGITAL 13 - Socket S Pin9
// MISO --> DIGITAL 12 - Socket S Pin8
// MOSI/SDA --> DIGITAL 11 - Socket S Pin7
// SCL/RX -> DIGITAL 10 - Socket S Pin6
// IRQ --> DIGITAL 8 - Socket S Pin5
//SPI.SPI_module spi = GT.Socket.GetSocket(9, true, null, null).SPIModule;
//Cpu.Pin pin6 = GT.Socket.GetSocket(9, true, null, null).CpuPins[6];
//Cpu.Pin pin5 = GT.Socket.GetSocket(9, true, null, null).CpuPins[5];
//IPN532CommunicationLayer commLayer = new PN532CommunicationSPI(spi, pin6, pin5);
// I2C Communication layer
// MOSI/SDA --> ANALOG 4 (SDA)
// SCL/RS --> ANALOG 5 (SCL)
// IRQ --> DIGITAL 8
//IPN532CommunicationLayer commLayer = new PN532CommunicationI2C(Cpu.Pin.GPIO_Pin5);
//nfc = new NfcPN532Reader(commLayer);
//nfc.TagDetected += nfc_TagDetected;
//nfc.TagLost += nfc_TagLost;
//nfc.Open(NfcTagType.MifareUltralight);
GT.Socket socket = GT.Socket.GetSocket(4, true, null, null);
Debug.Print("SerialPortName: " + socket.SerialPortName);
UART = new SerialPort(socket.SerialPortName, 4800);
UART.Open();
rnd = new Random();
Debug.Print("Program Started");
}
