public virtual void InitialResetDeviceViaPin()
{
// Set the reset trigger pin LOW (false) to begin a reset
SimulatorClient.DigitalWrite(ResetTriggerPin, false);
// Give the pin some time at LOW to ensure reset
Thread.Sleep(10);
// Change the reset trigger pin to an INPUT_PULLUP to cancel the reset
SimulatorClient.PinMode(ResetTriggerPin, PinMode.INPUT_PULLUP);
}
public virtual void ResetDeviceViaPin()
{
// Close the connection to the device
DisconnectDevice();
// Set the reset trigger pin LOW (false) to begin a reset
SimulatorClient.DigitalWrite(ResetTriggerPin, false);
// Give the pin some time at LOW to ensure reset
Thread.Sleep(10);
// Change the reset trigger pin to an INPUT_PULLUP to cancel the reset
SimulatorClient.PinMode(ResetTriggerPin, PinMode.INPUT_PULLUP);
// Re-open the connection to the device
ConnectDevice();
// Ensure the irrigator restarted
WaitForText(IrrigatorStartText);
}
public virtual void ResetDeviceViaPin()
{
// Close the connection to the device
DisconnectDevice();
// Set the reset trigger pin LOW (false) to begin a reset
SimulatorClient.DigitalWrite(ResetTriggerPin, false);
// Give the pin some time at LOW to ensure reset
Thread.Sleep(10);
// Change the reset trigger pin to an input to go back to normal
// TODO: Implement a cleaner way to do this
SimulatorClient.DigitalRead(ResetTriggerPin);
// Re-open the connection to the device
ConnectDevice();
// Ensure the irrigator restarted
WaitForText(IrrigatorStartText);
}
