View difference between Paste ID: s6ZXmgvG and B5jTAfmb

 /* -----------------------------------------------------------------------------------
 A sketch for the modbus RTU USB power strip based on the arduino-modbus-slave library by Jason Vreeland released on 3/7/2010 under GNU license
-Rev: 6 June 2013, by Ayush Sagar for GSoc 2013
+Rev: 30 July 2013, by Ayush Sagar for GSoc 2013
 -----------------------------------------------------------------------------------*/
 
 #include <modbus.h>
 #include <modbusDevice.h>
 #include <modbusRegBank.h>
 #include <modbusSlave.h>
 
 //Setup register bank
-9600 baud to be chosen with 8 data bits, no parity, 1 stop bit (8N1).
+
 modbusDevice regBank;
 //Create the modbus slave protocol handler
 modbusSlave slave;
 
 void setup()
 {
 
 //Assign the modbus slave ID.
   regBank.setId(1);
 
 /*
 modbus registers follow the following format
 00001-09999  Coils (Digital Outputs), A master device can read and write to these registers
 10001-19999  Discrete Inputs (Digital Inputs), A master device can only read the values from these registers
 30001-39999  Input Registers (Analog Inputs), A master device can only read the values from these registers
 40001-49999  Holding Registers (Analog Outputs), A master device can read and write to these registers
 
 Analog values are 16 bit unsigned words stored with a range of 0-32767
 Digital values are stored as bytes, a zero value is OFF and any nonzer value is ON
 
 */
 
 //Add Digital Output registers (Coils) 00001-00016 to the register bank
   regBank.add(1);
   regBank.add(2);
   regBank.add(3);
   regBank.add(4);
   regBank.add(5);
   regBank.add(6);
   regBank.add(7);
   regBank.add(8);
   regBank.add(9);
   regBank.add(10);
   regBank.add(11);
   regBank.add(12);
 /*
 
 //Not adding other registers because they are not needed
 
 Assign the modbus device object to the protocol handler
 This is where the protocol handler will look to read and write
 register data.  Currently, a modbus slave protocol handler may
 only have one device assigned to it.
 */
   slave._device = &regBank;
 
 // Initialize the serial port for coms at 9600 baud
   slave.setBaud(9600);
 
 // Initialize Aruino IO pins
   pinMode(2, OUTPUT);
   pinMode(3, OUTPUT);
   pinMode(4, OUTPUT);
   pinMode(5, OUTPUT);
   pinMode(6, OUTPUT);
   pinMode(7, OUTPUT);
   pinMode(8, OUTPUT);
   pinMode(9, OUTPUT);
   pinMode(10, OUTPUT);
   pinMode(11, OUTPUT);
   pinMode(12, OUTPUT);
   pinMode(13, OUTPUT);
 }
 void loop()
 {
   digitalWrite(2,regBank.get(1));
   digitalWrite(3,regBank.get(2));
   digitalWrite(4,regBank.get(3));
   digitalWrite(5,regBank.get(4));
   digitalWrite(6,regBank.get(5));
   digitalWrite(7,regBank.get(6));
   digitalWrite(8,regBank.get(7));
   digitalWrite(9,regBank.get(8));
   digitalWrite(10,regBank.get(9));
   digitalWrite(11,regBank.get(10));
   digitalWrite(12,regBank.get(11));
   digitalWrite(13,regBank.get(12));
   slave.run();
 }
 /*-----------------------------------------------------------------------------------*/