/*
 * Copyright (c) 2017 Shaun Feakes - All rights reserved
 *
 * You may use redistribute and/or modify this code under the terms of
 * the GNU General Public License version 2 as published by the 
 * Free Software Foundation. For the terms of this license, 
 * see <http://www.gnu.org/licenses/>.
 *
 * You are free to use this software under the terms of the GNU General
 * Public License, but WITHOUT ANY WARRANTY; without even the implied
 * warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
 * See the GNU General Public License for more details.
 *
 *  https://github.com/sfeakes/aqualinkd
 */

#include <stdio.h>
#include <string.h>

#include "devices_jandy.h"
#include "aq_serial.h"
#include "aqualink.h"
#include "utils.h"
#include "aq_mqtt.h"
#include "packetLogger.h"

/*
  All button errors
  'Check AQUAPURE No Flow'
  'Check AQUAPURE Low Salt'
  'Check AQUAPURE High Salt'
  'Check AQUAPURE General Fault'
*/

static int _swg_noreply_cnt = 0;

bool processJandyPacket(unsigned char *packet_buffer, int packet_length, struct aqualinkdata *aqdata)
{
  static rsDeviceType interestedInNextAck = DRS_NONE;
  static unsigned char previous_packet_to = NUL; // bad name, it's not previous, it's previous that we were interested in.
  int rtn = false;
  // We received the ack from a Jandy device we are interested in
  if (packet_buffer[PKT_DEST] == DEV_MASTER && interestedInNextAck != DRS_NONE)
  {
    if (interestedInNextAck == DRS_SWG)
    {
      rtn = processPacketFromSWG(packet_buffer, packet_length, aqdata);
    }
    else if (interestedInNextAck == DRS_EPUMP)
    {
      rtn = processPacketFromJandyPump(packet_buffer, packet_length, aqdata, previous_packet_to);
    }
    else if (interestedInNextAck == DRS_LXI)
    {
      rtn = processPacketFromJandyHeater(packet_buffer, packet_length, aqdata, previous_packet_to);
    }
    interestedInNextAck = DRS_NONE;
    previous_packet_to = NUL;
  }
  // We were expecting an ack from Jandy device but didn't receive it.
  else if (packet_buffer[PKT_DEST] != DEV_MASTER && interestedInNextAck != DRS_NONE)
  {
    if (interestedInNextAck == DRS_SWG && aqdata->ar_swg_device_status != SWG_STATUS_OFF)
    { // SWG Offline
      processMissingAckPacketFromSWG(previous_packet_to, aqdata);
    }
    else if (interestedInNextAck == DRS_EPUMP)
    { // ePump offline
      processMissingAckPacketFromJandyPump(previous_packet_to, aqdata);
    }
    interestedInNextAck = DRS_NONE;
    previous_packet_to = NUL;
  }
  else if (READ_RSDEV_SWG && packet_buffer[PKT_DEST] == SWG_DEV_ID)
  {
    interestedInNextAck = DRS_SWG;
    rtn = processPacketToSWG(packet_buffer, packet_length, aqdata, _aqconfig_.swg_zero_ignore);
    previous_packet_to = packet_buffer[PKT_DEST];
  }
  else if (READ_RSDEV_ePUMP && packet_buffer[PKT_DEST] >= JANDY_DEC_PUMP_MIN && packet_buffer[PKT_DEST] <= JANDY_DEC_PUMP_MAX)
  {
    interestedInNextAck = DRS_EPUMP;
    rtn = processPacketToJandyPump(packet_buffer, packet_length, aqdata);
    previous_packet_to = packet_buffer[PKT_DEST];
  }
  else if (READ_RSDEV_LXI && (   (packet_buffer[PKT_DEST] >= JANDY_DEC_LX_MIN && packet_buffer[PKT_DEST] <= JANDY_DEC_LX_MAX)
                              || (packet_buffer[PKT_DEST] >= JANDY_DEC_LXI_MIN && packet_buffer[PKT_DEST] <= JANDY_DEC_LXI_MAX)))
  {
    interestedInNextAck = DRS_LXI;
    rtn = processPacketToJandyHeater(packet_buffer, packet_length, aqdata);
    previous_packet_to = packet_buffer[PKT_DEST];
  }
  else
  {
    interestedInNextAck = DRS_NONE;
    previous_packet_to = NUL;
  }
/*
  if (packet_buffer[PKT_CMD] != CMD_PROBE && getLogLevel(DJAN_LOG) >= LOG_DEBUG) {
    char msg[1000];
    beautifyPacket(msg, packet_buffer, packet_length, true);
    LOG(DJAN_LOG, LOG_DEBUG, "Jandy : %s\n", msg);
  }
*/
  return rtn;
}

bool processPacketToSWG(unsigned char *packet, int packet_length, struct aqualinkdata *aqdata, int swg_zero_ignore) {
  static int swg_zero_cnt = 0;
  bool changedAnything = false;

  if (getLogLevel(DJAN_LOG) == LOG_DEBUG) {
    char buff[1024];
    beautifyPacket(buff, packet, packet_length, false);
    LOG(DJAN_LOG,LOG_DEBUG, "%s", buff);
  }


  // Only read message from controller to SWG to set SWG Percent if we are not programming, as we might be changing this
  if (packet[3] == CMD_PERCENT && aqdata->active_thread.thread_id == 0 && packet[4] != 0xFF) {
    // In service or timeout mode SWG set % message is very strange. AR %% | HEX: 0x10|0x02|0x50|0x11|0xff|0x72|0x10|0x03|
    // Not really sure what to do with this, just ignore 0xff / 255 for the moment. (if statment above)

    // SWG can get ~10 messages to set to 0 then go back again for some reason, so don't go to 0 until 10 messages are received
    if (swg_zero_cnt <= swg_zero_ignore && packet[4] == 0x00) {
      LOG(DJAN_LOG, LOG_DEBUG, "Ignoring SWG set to %d due to packet packet count %d <= %d from control panel to SWG 0x%02hhx 0x%02hhx\n", (int)packet[4],
                 swg_zero_cnt, swg_zero_ignore, packet[4], packet[5]);
      swg_zero_cnt++;
    } else if (swg_zero_cnt > swg_zero_ignore && packet[4] == 0x00) {
      if (aqdata->swg_percent != (int)packet[4]) {
        //aqdata->swg_percent = (int)packet[4];
        setSWGpercent(aqdata, (int)packet[4]);
        changedAnything = true;
        aqdata->updated = true;
        LOG(DJAN_LOG, LOG_DEBUG, "Set SWG %% to %d from reading control panel packet sent to SWG (received %d messages)\n", aqdata->swg_percent, swg_zero_cnt);
      }
      // LOG(DJAN_LOG, LOG_DEBUG, "SWG set to %d due to packet packet count %d <= %d from control panel to SWG 0x%02hhx 0x%02hhx\n",
      // (int)packet[4],swg_zero_cnt,SWG_ZERO_IGNORE_COUNT,packet[4],packet[5]);  swg_zero_cnt++;
    } else {
      swg_zero_cnt = 0;
      if (aqdata->swg_percent != (int)packet[4]) {
        //aqdata->swg_percent = (int)packet[4];
        setSWGpercent(aqdata, (int)packet[4]);
        changedAnything = true;
        aqdata->updated = true;
        LOG(DJAN_LOG, LOG_DEBUG, "Set SWG %% to %d from control panel packet to SWG\n", aqdata->swg_percent);
      }
      // LOG(DJAN_LOG, LOG_DEBUG, "SWG set to %d due to packet from control panel to SWG 0x%02hhx 0x%02hhx\n",
      // aqdata.swg_percent,packet[4],packet[5]);
    }

    if (aqdata->swg_percent > 100)
      aqdata->boost = true;
    else
      aqdata->boost = false;
  }
  return changedAnything;
}

bool processPacketFromSWG(unsigned char *packet, int packet_length, struct aqualinkdata *aqdata) {
  bool changedAnything = false;
  _swg_noreply_cnt = 0;

  if (getLogLevel(DJAN_LOG) == LOG_DEBUG) {
    char buff[1024];
    beautifyPacket(buff, packet, packet_length, true);
    LOG(DJAN_LOG,LOG_DEBUG, "%s", buff);
  }

  if (packet[PKT_CMD] == CMD_PPM) {
    //aqdata->ar_swg_device_status = packet[5];
    setSWGdeviceStatus(aqdata, JANDY_DEVICE, packet[5]);
    if (aqdata->swg_delayed_percent != TEMP_UNKNOWN && aqdata->ar_swg_device_status == SWG_STATUS_ON) { // We have a delayed % to set.
      char sval[10];
      snprintf(sval, 9, "%d", aqdata->swg_delayed_percent);
      aq_programmer(AQ_SET_SWG_PERCENT, sval, aqdata);
      LOG(DJAN_LOG, LOG_NOTICE, "Setting SWG %% to %d, from delayed message\n", aqdata->swg_delayed_percent);
      aqdata->swg_delayed_percent = TEMP_UNKNOWN;
    }

    if ( (packet[4] * 100) != aqdata->swg_ppm ) {
      aqdata->swg_ppm = packet[4] * 100;
      LOG(DJAN_LOG, LOG_DEBUG, "Set SWG PPM to %d from SWG packet\n", aqdata->swg_ppm);
      changedAnything = true;
      aqdata->updated = true;
    }
    // logMessage(LOG_DEBUG, "Read SWG PPM %d from ID 0x%02hhx\n", aqdata.swg_ppm, SWG_DEV_ID);
  }

  return changedAnything;
}

void processMissingAckPacketFromSWG(unsigned char destination, struct aqualinkdata *aqdata)
{
  // SWG_STATUS_UNKNOWN means we have never seen anything from SWG, so leave as is. 
  // IAQTOUCH & ONETOUCH give us AQUAPURE=0 but ALLBUTTON doesn't, so only turn off if we are not in extra device mode.
  // NSF Need to check that we actually use 0 from IAQTOUCH & ONETOUCH
  if ( aqdata->ar_swg_device_status != SWG_STATUS_UNKNOWN && isIAQT_ENABLED == false && isONET_ENABLED == false )
  { 
    if ( _swg_noreply_cnt < 3 ) {
              //_aqualink_data.ar_swg_device_status = SWG_STATUS_OFF;
              //_aqualink_data.updated = true;
      setSWGoff(aqdata);
      _swg_noreply_cnt++; // Don't put in if, as it'll go past size limit
    }
  }     
}

bool isSWGDeviceErrorState(unsigned char status)
{
  if (status == SWG_STATUS_NO_FLOW ||
      status == SWG_STATUS_CHECK_PCB ||
      status == SWG_STATUS_LOW_TEMP ||
      status == SWG_STATUS_HIGH_CURRENT ||
      status == SWG_STATUS_NO_FLOW)
    return true;
  else
    return false;
}

void setSWGdeviceStatus(struct aqualinkdata *aqdata, emulation_type requester, unsigned char status) {
  static unsigned char last_status = SWG_STATUS_UNKNOWN;

  if ((aqdata->ar_swg_device_status == status) || (last_status == status)) {
    //LOG(DJAN_LOG, LOG_DEBUG, "Set SWG device state to '0x%02hhx', request from %d\n", aqdata->ar_swg_device_status, requester);
    return;
  }
  last_status = status;

  // If we get (ALLBUTTON, SWG_STATUS_CHECK_PCB), it sends this for many status, like clean cell.
  // So if we are in one of those states, don't use it.

  if (requester == ALLBUTTON && status == SWG_STATUS_CHECK_PCB ) {
    if (aqdata->ar_swg_device_status > SWG_STATUS_ON && 
        aqdata->ar_swg_device_status < SWG_STATUS_TURNING_OFF) {
          LOG(DJAN_LOG, LOG_DEBUG, "Ignoring set SWG device state to '0x%02hhx', request from %d\n", aqdata->ar_swg_device_status, requester);
          return;
        }
  }

  // Check validity of status and set as appropiate
  switch (status) {

  case SWG_STATUS_ON:
  case SWG_STATUS_NO_FLOW:
  case SWG_STATUS_LOW_SALT:
  case SWG_STATUS_HI_SALT:
  case SWG_STATUS_HIGH_CURRENT:
  case SWG_STATUS_CLEAN_CELL:
  case SWG_STATUS_LOW_VOLTS:
  case SWG_STATUS_LOW_TEMP:
  case SWG_STATUS_CHECK_PCB:
    aqdata->ar_swg_device_status = status;
    aqdata->swg_led_state = isSWGDeviceErrorState(status)?ENABLE:ON;
    break;
  case SWG_STATUS_OFF: // THIS IS OUR OFF STATUS, NOT AQUAPURE
  case SWG_STATUS_TURNING_OFF:
    aqdata->ar_swg_device_status = status;
    aqdata->swg_led_state = OFF;
    break;
  default:
    LOG(DJAN_LOG, LOG_WARNING, "Ignoring set SWG device to state '0x%02hhx', state is unknown\n", status);
    return;
    break;
  }

  LOG(DJAN_LOG, LOG_DEBUG, "Set SWG device state to '0x%02hhx', request from %d, LED state = %d\n", aqdata->ar_swg_device_status, requester, aqdata->swg_led_state);
}


/*
bool updateSWG(struct aqualinkdata *aqdata, emulation_type requester, aqledstate state, int percent)
{
  switch (requester) {
    case ALLBUTTON: // no insight into 0% (just blank)
    break;
    case ONETOUCH:
    break;
    case IAQTOUCH:
    break;
    case AQUAPDA:
    break;
    case JANDY_DEVICE:
    break;
  }
}
*/

bool setSWGboost(struct aqualinkdata *aqdata, bool on) {
  if (!on) {
    aqdata->boost = false;
    aqdata->boost_msg[0] = '\0';
    aqdata->swg_percent = 0;
  } else {
    aqdata->boost = true;
    aqdata->swg_percent = 101;
    aqdata->swg_led_state = ON;
  }

  return true;
}

// Only change SWG percent if we are not in SWG programming
bool changeSWGpercent(struct aqualinkdata *aqdata, int percent) {
  
  if (in_swg_programming_mode(aqdata)) {
    LOG(DJAN_LOG, LOG_DEBUG, "Ignoring set SWG %% to %d due to programming SWG\n", aqdata->swg_percent);
    return false;
  }

  setSWGpercent(aqdata, percent);
  return true;
}

void setSWGoff(struct aqualinkdata *aqdata) {
  if (aqdata->ar_swg_device_status != SWG_STATUS_OFF || aqdata->swg_led_state != OFF)
    aqdata->updated = true;

  aqdata->ar_swg_device_status = SWG_STATUS_OFF;
  aqdata->swg_led_state = OFF;

  LOG(DJAN_LOG, LOG_DEBUG, "Set SWG to off\n");
}

void setSWGenabled(struct aqualinkdata *aqdata) {
  if (aqdata->swg_led_state != ENABLE) {
    aqdata->updated = true;
    aqdata->swg_led_state = ENABLE;
    LOG(DJAN_LOG, LOG_DEBUG, "Set SWG to Enable\n");
  }
}

// force a Change SWG percent.
void setSWGpercent(struct aqualinkdata *aqdata, int percent) {
 
  aqdata->swg_percent = percent;
  aqdata->updated = true;

  if (aqdata->swg_percent > 0) {
    //LOG(DJAN_LOG, LOG_DEBUG, "swg_led_state=%d, swg_led_state=%d, isSWGDeviceErrorState=%d, ar_swg_device_status=%d\n",aqdata->swg_led_state, aqdata->swg_led_state, isSWGDeviceErrorState(aqdata->ar_swg_device_status),aqdata->ar_swg_device_status);
    if (aqdata->swg_led_state == OFF || (aqdata->swg_led_state == ENABLE && ! isSWGDeviceErrorState(aqdata->ar_swg_device_status)) ) // Don't change ENABLE / FLASH
      aqdata->swg_led_state = ON;
    
    if (aqdata->ar_swg_device_status == SWG_STATUS_UNKNOWN)
      aqdata->ar_swg_device_status = SWG_STATUS_ON; 
  
  } if ( aqdata->swg_percent == 0 ) {
    if (aqdata->swg_led_state == ON)
      aqdata->swg_led_state = ENABLE; // Don't change OFF 
    
    if (aqdata->ar_swg_device_status == SWG_STATUS_UNKNOWN)
      aqdata->ar_swg_device_status = SWG_STATUS_ON; // Maybe this should be off
  }

  LOG(DJAN_LOG, LOG_DEBUG, "Set SWG %% to %d, LED=%d, FullStatus=0x%02hhx\n", aqdata->swg_percent, aqdata->swg_led_state, aqdata->ar_swg_device_status);
}

aqledstate get_swg_led_state(struct aqualinkdata *aqdata)
{
  switch (aqdata->ar_swg_device_status) {
  
  case SWG_STATUS_ON:
    return (aqdata->swg_percent > 0?ON:ENABLE);
    break;
  case SWG_STATUS_NO_FLOW:
    return ENABLE;
    break;
  case SWG_STATUS_LOW_SALT:
    return (aqdata->swg_percent > 0?ON:ENABLE);
    break;
  case SWG_STATUS_HI_SALT:
    return (aqdata->swg_percent > 0?ON:ENABLE);
    break;
  case SWG_STATUS_HIGH_CURRENT:
    return (aqdata->swg_percent > 0?ON:ENABLE);
    break;
  case SWG_STATUS_TURNING_OFF:
    return OFF;
    break;
  case SWG_STATUS_CLEAN_CELL:
    return (aqdata->swg_percent > 0?ON:ENABLE);
      return ENABLE;
    break;
  case SWG_STATUS_LOW_VOLTS:
    return ENABLE;
    break;
  case SWG_STATUS_LOW_TEMP:
    return ENABLE;
    break;
  case SWG_STATUS_CHECK_PCB:
    return ENABLE;
    break;
  case SWG_STATUS_OFF: // THIS IS OUR OFF STATUS, NOT AQUAPURE
    return OFF;
    break;
  default:
    return (aqdata->swg_percent > 0?ON:ENABLE);
    break;
  }
}

void get_swg_status_msg(struct aqualinkdata *aqdata, char *message)
{
  int tmp1;
  int tmp2;

  return get_swg_status_mqtt(aqdata, message, &tmp1, &tmp2);
}

void get_swg_status_mqtt(struct aqualinkdata *aqdata, char *message, int *status, int *dzalert) 
{
  switch (aqdata->ar_swg_device_status) {
  // Level = (0=gray, 1=green, 2=yellow, 3=orange, 4=red)
  case SWG_STATUS_ON:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE GENERATING CHLORINE");
    *dzalert = 1;
    break;
  case SWG_STATUS_NO_FLOW:
    *status = SWG_OFF;
    sprintf(message, "AQUAPURE NO FLOW");
    *dzalert = 2;
    break;
  case SWG_STATUS_LOW_SALT:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE LOW SALT");
    *dzalert = 2;
    break;
  case SWG_STATUS_HI_SALT:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE HIGH SALT");
    *dzalert = 3;
    break;
  case SWG_STATUS_HIGH_CURRENT:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE HIGH CURRENT");
    *dzalert = 4;
    break;
  case SWG_STATUS_TURNING_OFF:
    *status = SWG_OFF;
    sprintf(message, "AQUAPURE TURNING OFF");
    *dzalert = 0;
    break;
  case SWG_STATUS_CLEAN_CELL:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE CLEAN CELL");
    *dzalert = 2;
    break;
  case SWG_STATUS_LOW_VOLTS:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE LOW VOLTAGE");
    *dzalert = 3;
    break;
  case SWG_STATUS_LOW_TEMP:
    *status = SWG_OFF;
    sprintf(message, "AQUAPURE WATER TEMP LOW");
    *dzalert = 2;
    break;
  case SWG_STATUS_CHECK_PCB:
    *status = SWG_OFF;
    sprintf(message, "AQUAPURE CHECK PCB");
    *dzalert = 4;
    break;
  case SWG_STATUS_OFF: // THIS IS OUR OFF STATUS, NOT AQUAPURE
    *status = SWG_OFF;
    sprintf(message, "AQUAPURE OFF");
    *dzalert = 0;
    break;
  default:
    *status = (aqdata->swg_percent > 0?SWG_ON:SWG_OFF);
    sprintf(message, "AQUAPURE UNKNOWN STATUS");
    *dzalert = 4;
    break;
  }
}


#define EP_HI_B_WAT 8
#define EP_LO_B_WAT 7
#define EP_HI_B_RPM 7
#define EP_LO_B_RPM 6

bool processPacketToJandyPump(unsigned char *packet_buffer, int packet_length, struct aqualinkdata *aqdata)
{
  /*
  Set & Sataus Watts.  Looks like send to ePump type 0x45, return type 0xf1|0x45
  JandyDvce: To   ePump:  Read To 0x78 of type   Unknown '0x45' | HEX: 0x10|0x02|0x78|0x45|0x00|0x05|0xd4|0x10|0x03|
  JandyDvce: From ePump:  Read To 0x00 of type   Unknown '0x1f' | HEX: 0x10|0x02|0x00|0x1f|0x45|0x00|0x05|0x1d|0x05|0x9d|0x10|0x03|
  JandyDvce: From ePump:  Read To 0x00 of type   Unknown '0x1f' | HEX: 0x10|0x02|0x00|0x1f|  69|   0|   5|  29|   5|0x9d|0x10|0x03| (Decimal)
  Type 0x1F and cmd 0x45 is Watts = 5 * (256) + 29 = 1309  or  Byte 8 * 265 + Byte 7
  */
 /*
  Set & Sataus RPM.  Looks like send to ePump type 0x44, return type 0xf1|0x44
  JandyDvce: To   ePump:  Read To 0x78 of type   Unknown '0x44' | HEX: 0x10|0x02|0x78|0x44|0x00|0x60|0x27|0x55|0x10|0x03|  
  JandyDvce: From ePump:  Read To 0x00 of type   Unknown '0x1f' | HEX: 0x10|0x02|0x00|0x1f|0x44|0x00|0x60|0x27|0x00|0xfc|0x10|0x03|
  JandyDvce: From ePump:  Read To 0x00 of type   Unknown '0x1f' | HEX: 0x10|0x02|0x00|0x1f|  68|   0|  96|  39|   0|0xfc|0x10|0x03| (Decimal)
  PDA:       PDA Menu Line 3 = SET TO 2520 RPM 

  Type 0x1F and cmd 0x45 is RPM = 39 * (256) + 96 / 4 = 2520  or  Byte 8 * 265 + Byte 7 / 4
 */

  // If type 0x45 and 0x44 set to interested in next command.
  if (packet_buffer[3] == CMD_EPUMP_RPM) {
    // All we need to do is set we are interested in next packet, but ca   lling function already did this.
    LOG(DJAN_LOG, LOG_DEBUG, "ControlPanel request Pump ID 0x%02hhx set RPM to %d\n",packet_buffer[PKT_DEST], ( (packet_buffer[EP_HI_B_RPM-1] * 256) + packet_buffer[EP_LO_B_RPM-1]) / 4 );
  } else if (packet_buffer[3] == CMD_EPUMP_WATTS) {
    LOG(DJAN_LOG, LOG_DEBUG, "ControlPanel request Pump ID 0x%02hhx get watts\n",packet_buffer[PKT_DEST]);
  }

  if (getLogLevel(DJAN_LOG) >= LOG_DEBUG) {
    char msg[1000];
    beautifyPacket(msg, packet_buffer, packet_length, true);
    LOG(DJAN_LOG, LOG_DEBUG, "To   ePump: %s\n", msg);
  //find pump for message
    for (int i=0; i < aqdata->num_pumps; i++) {
      if (aqdata->pumps[i].pumpID == packet_buffer[PKT_DEST]) {
        LOG(DJAN_LOG, LOG_DEBUG, "Last panel info RPM:%d GPM:%d WATTS:%d\n", aqdata->pumps[i].rpm, aqdata->pumps[i].gpm, aqdata->pumps[i].watts);
        break;
      }
    }
  }

  return false;
}

bool processPacketFromJandyPump(unsigned char *packet_buffer, int packet_length, struct aqualinkdata *aqdata, const unsigned char previous_packet_to)
{
  bool found=false;

  if (packet_buffer[3] == CMD_EPUMP_STATUS && packet_buffer[4] == CMD_EPUMP_RPM) {
    for (int i = 0; i < MAX_PUMPS; i++) {
      if ( aqdata->pumps[i].prclType == JANDY && aqdata->pumps[i].pumpID == previous_packet_to ) {
        LOG(DJAN_LOG, LOG_INFO, "Jandy Pump Status message = RPM %d\n",( (packet_buffer[EP_HI_B_RPM] * 256) + packet_buffer[EP_LO_B_RPM]) / 4 );
        aqdata->pumps[i].rpm = ( (packet_buffer[EP_HI_B_RPM] * 256) + packet_buffer[EP_LO_B_RPM] ) / 4;
        found=true;
      }
    }
  } else if (packet_buffer[3] == CMD_EPUMP_STATUS && packet_buffer[4] == CMD_EPUMP_WATTS) {
    for (int i = 0; i < MAX_PUMPS; i++) {
      if ( aqdata->pumps[i].prclType == JANDY && aqdata->pumps[i].pumpID == previous_packet_to ) {
        LOG(DJAN_LOG, LOG_INFO, "Jandy Pump Status message = WATTS %d\n", (packet_buffer[EP_HI_B_WAT] * 256) + packet_buffer[EP_LO_B_WAT]);
        aqdata->pumps[i].watts = (packet_buffer[EP_HI_B_WAT] * 256) + packet_buffer[EP_LO_B_WAT];
        found=true;
      }
    }
  }

  if (!found) {
    if (packet_buffer[4] == CMD_EPUMP_RPM)
      LOG(DJAN_LOG, LOG_NOTICE, "Jandy Pump found at ID 0x%02hhx with RPM %d, but not configured, information ignored!\n",previous_packet_to,( (packet_buffer[EP_HI_B_RPM] * 256) + packet_buffer[EP_LO_B_RPM]) / 4 );
    else if (packet_buffer[4] == CMD_EPUMP_WATTS)
      LOG(DJAN_LOG, LOG_NOTICE, "Jandy Pump found at ID 0x%02hhx with WATTS %d, but not configured, information ignored!\n",previous_packet_to, (packet_buffer[EP_HI_B_WAT] * 256) + packet_buffer[EP_LO_B_WAT]);
  }

  if (getLogLevel(DJAN_LOG) >= LOG_DEBUG) {
    char msg[1000];
    //logMessage(LOG_DEBUG, "Need to log ePump message here for future\n");
    beautifyPacket(msg, packet_buffer, packet_length, true);
    LOG(DJAN_LOG, LOG_DEBUG, "From ePump: %s\n", msg);
  }
  return false;
}

void processMissingAckPacketFromJandyPump(unsigned char destination, struct aqualinkdata *aqdata)
{
  // Do nothing for the moment.
  return;
}






bool processPacketToJandyHeater(unsigned char *packet_buffer, int packet_length, struct aqualinkdata *aqdata)
{
  char msg[1000];
  int length = 0;

  beautifyPacket(msg, packet_buffer, packet_length, true);
  LOG(DJAN_LOG, LOG_INFO, "To   Heater: %s\n", msg);

  length += sprintf(msg+length, "Last panel info ");

  for (int i=0; i < aqdata->total_buttons; i++) 
  {
    if ( strcmp(BTN_POOL_HTR,aqdata->aqbuttons[i].name) == 0) {
      length += sprintf(msg+length, ", Pool Heat LED=%d ",aqdata->aqbuttons[i].led->state);
    }
    if ( strcmp(BTN_SPA_HTR,aqdata->aqbuttons[i].name) == 0) {
      length += sprintf(msg+length, ", Spa Heat LED=%d ",aqdata->aqbuttons[i].led->state);
    }
  }

  length += sprintf(msg+length, ", Pool SP=%d, Spa SP=%d",aqdata->pool_htr_set_point, aqdata->spa_htr_set_point);
  length += sprintf(msg+length, ", Pool temp=%d, Spa temp=%d",aqdata->pool_temp, aqdata->spa_temp);

  LOG(DJAN_LOG, LOG_INFO, "%s\n", msg);

  return false;
}

bool processPacketFromJandyHeater(unsigned char *packet_buffer, int packet_length, struct aqualinkdata *aqdata, const unsigned char previous_packet_to)
{
  char msg[1000];
  int length = 0;   

  beautifyPacket(msg, packet_buffer, packet_length, true);
  LOG(DJAN_LOG, LOG_INFO, "From Heater: %s\n", msg);

  length += sprintf(msg+length, "Last panel info ");

  for (int i=0; i < aqdata->total_buttons; i++) 
  {
    if ( strcmp(BTN_POOL_HTR,aqdata->aqbuttons[i].name) == 0) {
      length += sprintf(msg+length, ", Pool Heat LED=%d ",aqdata->aqbuttons[i].led->state);
    }
    if ( strcmp(BTN_SPA_HTR,aqdata->aqbuttons[i].name) == 0) {
      length += sprintf(msg+length, ", Spa Heat LED=%d ",aqdata->aqbuttons[i].led->state);
    }
  }

  length += sprintf(msg+length, ", Pool SP=%d, Spa SP=%d",aqdata->pool_htr_set_point, aqdata->spa_htr_set_point);
  length += sprintf(msg+length, ", Pool temp=%d, Spa temp=%d",aqdata->pool_temp, aqdata->spa_temp);

  LOG(DJAN_LOG, LOG_INFO, "%s\n", msg);

  return false;
}