import stamp.core.*;

public class Testing2
{
  static Uart serialTx = new Uart(Uart.dirTransmit,CPU.pin15,Uart.dontInvert,Uart.speed2400,Uart.stop1);
  static Uart serialRx = new Uart(Uart.dirReceive,CPU.pin14,Uart.dontInvert,Uart.speed2400,Uart.stop1);
  static Timer time = new Timer();

  public static void main()
  {
    int n=0,c;

    char block = 3;


    serialTx.sendString("!DC16");
    serialTx.sendByte(block);
    serialTx.sendByte('V');
    while (true)
    {
        if (serialRx.byteAvailable())
        {
          c = serialRx.receiveByte();
          System.out.print(c + " " + n + " ");
          n++;
        }
    }

/*
    char step1 = 1;
    char step2 = 2;
    char step3 = 4;
    char step4 = 8;

    while (true)
    {

    serialTx.sendString("!DC16");
    serialTx.sendByte(block);
    serialTx.sendByte('L');
    serialTx.sendByte(step1);
    System.out.print("Step 1 ");

    time.mark();
    while (!time.timeout(1000));

    serialTx.sendString("!DC16");
    serialTx.sendByte(block);
    serialTx.sendByte('L');
    serialTx.sendByte(step2);
    System.out.print("Step 2 ");

    time.mark();
    while (!time.timeout(1000));

    serialTx.sendString("!DC16");
    serialTx.sendByte(block);
    serialTx.sendByte('L');
    serialTx.sendByte(step3);
    System.out.print("Step 3 ");

    time.mark();
    while (!time.timeout(1000));

    serialTx.sendString("!DC16");
    serialTx.sendByte(block);
    serialTx.sendByte('L');
    serialTx.sendByte(step4);
    System.out.print("Step 4 ");

    time.mark();
    while (!time.timeout(1000));
    }
*/

  }
} 