public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.setPinDigitalIn(this.PinDef.Pin, this.PinDef.Mode);
if (ChangeNotify.HasValue && ChangeNotify.Value)
{
outBound.setChangeNotify(this.PinDef.Pin, ChangeNotify.Value);
}
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.setPinAnalogIn(this.BoundPin);
if (ChangeNotify.HasValue && ChangeNotify.Value)
{
outBound.setAnalogInSampling(this.BoundPin, ChangeNotify.Value);
}
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
if (UartDef.RxSpec != null)
{
outBound.setPinDigitalIn(UartDef.RxSpec.Pin, UartDef.RxSpec.Mode);
outBound.setPinUart(UartDef.RxSpec.Pin, UartDef.UartNumber, false, true);
}
if (UartDef.TxSpec != null)
{
outBound.setPinDigitalOut(UartDef.TxSpec.Pin, true, UartDef.TxSpec.Mode);
outBound.setPinUart(UartDef.TxSpec.Pin, UartDef.UartNumber, true, true);
}
CalculateRateAndSpeed4X(this.Baud);
outBound.uartConfigure(UartDef.UartNumber, RateCalculated, Speed4xCalculated, StopBits, Parity);
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
// luckily? outbound ignores resource allcoation
try
{
outBound.uartClose(this.UartDef.UartNumber);
}
catch (Exception e)
{
LOG.Debug("Caught exception while closing UART ", e);
}
if (this.UartDef.RxSpec != null)
{
outBound.setPinDigitalIn(this.UartDef.RxSpec.Pin, DigitalInputSpecMode.FLOATING);
}
if (this.UartDef.TxSpec != null)
{
outBound.setPinDigitalIn(this.UartDef.TxSpec.Pin, DigitalInputSpecMode.FLOATING);
}
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.checkInterfaceVersion();
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
throw new NotImplementedException();
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
// TODO verify this pin is an output pin
outBound.setDigitalOutLevel(PinDef.Pin, Level);
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.setPinDigitalIn(this.PwmDef.PinSpec.Pin, DigitalInputSpecMode.FLOATING);
outBound.setPwmPeriod(this.PwmDef.PwmNumber, 0, PwmScale.Scale1X);
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.setPinDigitalIn(this.PinDef.Pin, DigitalInputSpecMode.FLOATING);
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.uartData(UartDef.UartNumber, Data.Length, Data);
return(true);
}
public bool ExecuteMessage(Device.Impl.IOIOProtocolOutgoing outBound)
{
outBound.setPinDigitalOut(this.PinDef.Pin, this.StartValue, this.PinDef.Mode);
return(true);
}
