//ee00002103020607080910

//730000000000000000000000000000000000000000000000000000555500000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000011D
//73040100000DAF03BA00370032002A00310029002B000000000000555500000000000000000000000000000000000000000000000000000000000000000000003C000C003D3400420042004300400EBF050E00000653
//73040200000DB203BA003A00330022002C002C002C000000000000555500000000000000000000000000000000000000000000000000000000000000000000003D000D003D34004200430043003F0EBF050D00000653
//73040300000DB503B9003D00330021002C002C002C000000000000555500000000000000000000000000000000000000000000000000000000000000000000003D000C003E3400420042004200400EC0050E00000659
//73040400000DB303B8003500320021002D002B002C000000000000555500000000000000000000000000000000000000000000000000000000000000000000003C000D003D3400430043004200400EBF050D0000064D
//73041100000DB803AA006C00320022002D002B002B0000000000005555000000000000000000000000000000000000000000000000000000000000000000000044000C003334004000430044003E0EC204F60000076D




 STATUS_OUT_ADDR=1;       //2B - 16 outs
STATUS_IN_ADDR=3;       //2B - 16 in
STATUS_AIN_ADDR=5;       //16B - 8 in
STATUS_DIMM_ADDR=5+16;    //8B - 8 dimm
STATUS_RSSI_ADDR=STATUS_DIMM_ADDR+8;  //1B
STATUS_RSRP_ADDR=STATUS_RSSI_ADDR+1;       //1B
STATUS_COUNTER1_ADDR=STATUS_RSRP_ADDR+1;    //4B
STATUS_COUNTER2_ADDR=STATUS_COUNTER1_ADDR+4;  //4B

STATUS_GPS_LAT_ADDR=STATUS_COUNTER2_ADDR+4;       //10B
STATUS_GPS_LON_ADDR=STATUS_GPS_LAT_ADDR+10;       //11B
STATUS_GPS_HDOP_ADDR=STATUS_GPS_LON_ADDR+11;      //3B
STATUS_GPS_ALT_ADDR=STATUS_GPS_HDOP_ADDR+3;       //6B
STATUS_GPS_FIX_ADDR=STATUS_GPS_ALT_ADDR+6;        //1B
STATUS_GPS_COG_ADDR=STATUS_GPS_FIX_ADDR+1;        //6B
STATUS_GPS_SPKM_ADDR=STATUS_GPS_COG_ADDR+6;        //6B
STATUS_GPS_SAT_ADDR=STATUS_GPS_SPKM_ADDR+6;       //2B
STATUS_END=STATUS_GPS_SAT_ADDR+2;       //the end


function Decoder(bytes, port) {
  // Decode an uplink message from a buffer
  // (array) of bytes to an object of fields.
  var decoded = {};

  // if (port === 1) decoded.led = bytes[0];
decoded.o1=
  return decoded;
}




 STATUS_OUT_ADDR=1;       //2B - 16 outs
STATUS_IN_ADDR=3;       //2B - 16 in
STATUS_AIN_ADDR=5;       //16B - 8 in
STATUS_DIMM_ADDR=5+16;    //8B - 8 dimm
STATUS_RSSI_ADDR=STATUS_DIMM_ADDR+8;  //1B
STATUS_RSRP_ADDR=STATUS_RSSI_ADDR+1;       //1B
STATUS_COUNTER1_ADDR=STATUS_RSRP_ADDR+1;    //4B
STATUS_COUNTER2_ADDR=STATUS_COUNTER1_ADDR+4;  //4B

STATUS_GPS_LAT_ADDR=STATUS_COUNTER2_ADDR+4;       //10B
STATUS_GPS_LON_ADDR=STATUS_GPS_LAT_ADDR+10;       //11B
STATUS_GPS_HDOP_ADDR=STATUS_GPS_LON_ADDR+11;      //3B
STATUS_GPS_ALT_ADDR=STATUS_GPS_HDOP_ADDR+3;       //6B
STATUS_GPS_FIX_ADDR=STATUS_GPS_ALT_ADDR+6;        //1B
STATUS_GPS_COG_ADDR=STATUS_GPS_FIX_ADDR+1;        //6B
STATUS_GPS_SPKM_ADDR=STATUS_GPS_COG_ADDR+6;        //6B
STATUS_GPS_SAT_ADDR=STATUS_GPS_SPKM_ADDR+6;       //2B
STATUS_END=STATUS_GPS_SAT_ADDR+2;       //the end


function Decoder(bytes, port) {
  // Decode an uplink message from a buffer
  // (array) of bytes to an object of fields.
  var decoded = {};

  // if (port === 1) decoded.led = bytes[0];
adr=1;
//Binary Outputs
decoded.o1=bytes[adr]&1;
decoded.o2=(bytes[adr]>>1)&1;
decoded.o3=(bytes[adr]>>2)&1;
decoded.o4=(bytes[adr]>>3)&1;
decoded.o5=(bytes[adr]>>4)&1;
decoded.o6=(bytes[adr]>>5)&1;
decoded.o7=(bytes[adr]>>6)&1;
decoded.o8=(bytes[adr]>>7)&1;
adr++;
decoded.o9=bytes[adr]&1;
decoded.o10=(bytes[adr]>>1)&1;
decoded.o11=(bytes[adr]>>2)&1;
decoded.o12=(bytes[adr]>>3)&1;
decoded.o13=(bytes[adr]>>4)&1;
decoded.o14=(bytes[adr]>>5)&1;
decoded.o15=(bytes[adr]>>6)&1;
decoded.o16=(bytes[adr]>>7)&1;
adr++;
//Binary Inputs
decoded.i1=bytes[adr]&1;
decoded.i2=(bytes[adr]>>1)&1;
decoded.i3=(bytes[adr]>>2)&1;
decoded.i4=(bytes[adr]>>3)&1;
decoded.i5=(bytes[adr]>>4)&1;
decoded.i6=(bytes[adr]>>5)&1;
decoded.i7=(bytes[adr]>>6)&1;
decoded.i8=(bytes[adr]>>7)&1;
adr++;
decoded.i9=bytes[adr]&1;
decoded.i10=(bytes[adr]>>1)&1;
decoded.i11=(bytes[adr]>>2)&1;
decoded.i12=(bytes[adr]>>3)&1;
decoded.i13=(bytes[adr]>>4)&1;
decoded.i14=(bytes[adr]>>5)&1;
decoded.i15=(bytes[adr]>>6)&1;
decoded.i16=(bytes[adr]>>7)&1;
adr++;
//ADC Inputs
decoded.adc1=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc2=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc3=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc4=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc5=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc6=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc7=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
decoded.adc8=(bytes[adr]<<8)+bytes[adr+1];adr+=2;
//Dimmers (PWM Outputs)
decoded.dimm[0]=bytes[adr++];
decoded.dimm[1]=bytes[adr++];
decoded.dimm[2]=bytes[adr++];
decoded.dimm[3]=bytes[adr++];


  return decoded;
}