One Wire on Netduino Plus 2

using System;using System.Net;using System.Net.Sockets;using System.Threading;using Microsoft.SPOT;using Microsoft.SPOT.Hardware;using SecretLabs.NETMF.Hardware;using SecretLabs.NETMF.Hardware.Netduino;namespace ReadOneWire{    public class Program    {        static OutputPort port = new OutputPort(Pins.GPIO_PIN_D0, false);        static OneWire oneWire = new OneWire(port);        static string DS18s20 = "";        static byte[] owSensor1 = new byte[8] { 40, 32, 55, 148, 4, 0, 0, 12 }; //sensor 1 inside building        static byte[] owSensor2 = new byte[8] { 40, 188, 93, 148, 4, 0, 0, 108 }; //sensor 2 outside building        static float owSensor1Temp = -99;        static float owSensor2Temp = -99;        static DateTime tempReadingTimestamp = DateTime.Now;        const int SKIP_ROM = 0xCC;        const int READ_SCRATCHPAD = 0xBE;        const int CONVERT_T = 0x44;        const int MATCH_ROM = 0x55;        public static void Main()         {           Array listOneWire = oneWire.FindAllDevices().ToArray();            foreach(byte[] owAddress in listOneWire)            {                DS18s20 ="";                foreach (byte b in owAddress)                 {                    DS18s20 = DS18s20 + b + " ";                 }                Debug.Print("The serial number is: "+ DS18s20);            }           //thread to read temps every 10 seconds           Thread readTempsThread = new Thread(ReadTemps_Delegate);           readTempsThread.Start();           //loop           while (true)           {               //stay alive           }                    }             private static void ReadTemps_Delegate()            {               Timer readTempsTimer = new Timer(new TimerCallback(ReadTemps_Tick), null, 0, 10000);            }           private static void ReadTemps_Tick(Object obj)            {               tempReadingTimestamp = DateTime.Now;               owSensor1Temp = GetOneWireTempByByteArray(owSensor1) / 16;   //convert temp to C               owSensor2Temp = GetOneWireTempByByteArray(owSensor2) / 16;   //convert temp to C                              string debugString = tempReadingTimestamp.ToString();               debugString += " Temp Inside: " + owSensor1Temp.ToString("N1");               debugString += " Temp Outside: " + owSensor2Temp.ToString("N1");               Debug.Print(debugString);            }           static float GetOneWireTempByByteArray(byte[] sensor)            {                ushort temperature;                oneWire.TouchReset(); //reset                oneWire.TouchByte(MATCH_ROM); //match rom                foreach (byte b in sensor) //send the whole byte array                 {                     oneWire.TouchByte(b);                 }                oneWire.TouchByte(CONVERT_T); //start temp conversion                while (oneWire.ReadByte() == 0) ; //wait while busy                oneWire.TouchReset(); //reset                oneWire.TouchByte(MATCH_ROM); //match rom                foreach (byte b in sensor) //send the whole byte array                 {                     oneWire.TouchByte(b);                 }                oneWire.TouchByte(READ_SCRATCHPAD);                 //read scratchpad                temperature = (byte) oneWire.ReadByte();                   //LSB                temperature |= (ushort)(oneWire.ReadByte() << 8);   //MSB                return (float) (temperature);            }        }    }