public void Run ()
{
// Create the blocks
var button = new DigitalInputPin (buttonHardware);
var led = new DigitalOutputPin (ledHardware);
// Connect them
button.Output.ConnectTo (led.Input);
// Do nothing
for (; ; ) {
System.Threading.Thread.Sleep (1000);
}
}
public static void Main()
{
// Create the blocks
var button = new DigitalInputPin(buttonHardware);
var led = new DigitalOutputPin(ledHardware);
// Connect them together. with the block/scope architecture, you can think
// of everything as being connectable - output from one thing can be piped
// into another. in this case, we're setting the button output to the LED
// input. so when the user presses on the button, the signal goes straight
// to the LED.
button.Output.ConnectTo(led.Input);
// keep the main loop alive so the program doesn't exit.
while (true)
{
Thread.Sleep(1000);
}
}
public void Run ()
{
// Create the blocks
var button = new DigitalInputPin (buttonHardware);
var pushButton = new PushButton ();
var led = new DigitalOutputPin (ledHardware);
// Connect them
button.Output.ConnectTo (pushButton.DigitalInput);
var ledState = 0;
led.Input.Value = ledState;
pushButton.Clicked += (s, e) => {
ledState = 1 - ledState;
led.Input.Value = ledState;
};
// Do nothing
for (; ; ) {
System.Threading.Thread.Sleep (1000);
}
}
public static void Main ()
{
// Create the blocks
var leftLight = new DigitalOutputPin (Pins.GPIO_PIN_D10) { Name = "LeftLight" };
var rightLight = new DigitalOutputPin (Pins.GPIO_PIN_D11) { Name = "RightLight" };
// Init
leftLight.Input.Value = 0;
rightLight.Input.Value = 0;
// Create the control server
var serialPort = new SerialPort (SerialPorts.COM3, 57600, Parity.None, 8, StopBits.One);
serialPort.Open ();
var server = new ControlServer (serialPort);
// Expose the left and right lights to the control server
leftLight.Input.ConnectTo (server, writeable: true);
rightLight.Input.ConnectTo (server, writeable: true);
// Do nothing
for (; ; ) {
System.Threading.Thread.Sleep (1000);
}
}
