cobolstinks

removed post consolidating to the post above.

I'm getting this in the immediate window during a debug session. I have tried to combine the NeonMika webserver and CW2's one wire driver so i can serve my temps on the LAN. Here is the error from my solution. Any help is greatly appreciated,

#### Exception System.Exception - CLR_E_PIN_UNAVAILABLE (1) ####
#### Message:
#### CW.NETMF.Hardware.OneWire::.ctor [IP: 0000] ####
#### OneWireTestApp.Program::Main [IP: 001f] ####
A first chance exception of type 'System.Exception' occurred in CW.NETMF.OneWire.dll

public class Program
  {
    private static OneWire oneWire;
    private static InterruptPort sw1;

    public static void Main()
    {
      sw1 = new InterruptPort(Pins.ONBOARD_SW1, true, ResistorModes.Disabled, InterruptModes.InterruptEdgeLow);
      sw1.OnInterrupt += new NativeEventHandler(sw1_OnInterrupt);
      
      // TODO: Change pin according to the actual wiring
      //this throws exception
      oneWire = new OneWire(Pins.GPIO_PIN_D7);
      
      //Server WebServer = new Server(PinManagement.OnboardLED, 50000);
      //WebServer.AddResponse(new XMLResponse("wave", new XMLResponseMethod(WebserverXMLMethods.Wave)));

      Thread.Sleep(Timeout.Infinite);
    }

This is the line that is throwing the exception, but it doesn't say anything meaningful...

oneWire = new OneWire(Pins.GPIO_PIN_D7);

I apologize if I am becoming annoying, I'm just looking for some advice on where to begin.

Thanks,
Chris

im using your driver and firmware. Things work great, however I'm building out a 5 1-wire sensor project and will be serving the temps as json to a webapp. I see you have a wait for the ConvertT function as below:

_core.WriteByte(DS18B20.ConvertT);
System.Threading.Thread.Sleep(750);  // Wait Tconv (for default 12-bit resolution)

I have removed this wait and things seem fine. Is sleeping for 750 ms needed?

Thanks!

the 1-wire sensors are awesome. Cable length doesn't seem to impact them at all, I'm using a longer run of the same cable and the readings are identical to the 1-wire sensors on my breadboard. Thanks for the help.

thanks for the input i got multiple sensors working on the same I/O port by using the discovering network class from valkarie. I think ill just mantain a dictionary of roms and wire them to the same digital i/o. This way it wont matter which xlr connector i connect the sensors to either... Thanks again, your library is working great!