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remeha-samples.php
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<style>
body {
font-family: monaco, monospace;
font-size: 0.7em;
// font-family: arial,sans-serif;
// font-size: small;
text-align: left;
}
h1 {
font-size: 20px
}
h2 {
font-size: 14px;
}
h3 {
font-size: 10px;
}
</style>
<?php
// Uncomment to report Errors for Debug purposes
// error_reporting(E_ALL);
require('remeha_functions.php');
// remeha.ini file Variables
//
$ini_array = parse_ini_file("remeha.ini");
$ESPIPAddress = $ini_array['ESPIPAddress'];
$ESPPort = $ini_array['ESPPort'];
$retries = $ini_array['retries'];
$echo_flag = "1";
$newline = "<br />";
$phpver = phpversion();
$remeha_sample = hex2bin($ini_array['remeha_sample']);
$fp = connect_to_esp($ESPIPAddress, $ESPPort, $retries, $newline);
if (!$fp)
{
exit("Unable to establish connection to $ESPIPAddress:$ESPPort$newline");
}
else
{
stream_set_timeout($fp, 5);
// Collect Sample Data Info
conditional_echo(str_repeat("=", 166) . $newline, $echo_flag);
conditional_echo("PHP version: $phpver$newline", $echo_flag);
conditional_echo("Connected to $ESPIPAddress:$ESPPort$newline", $echo_flag);
conditional_echo("Sending request...$newline", $echo_flag);
fwrite($fp,$remeha_sample, 10);
$data_sample = "";
$data_sample = bin2hex(fread($fp, 148));
$data_sampleU = strtoupper($data_sample);
conditional_echo("Sample Data read: $data_sampleU$newline", $echo_flag);
$output = sample_data_dump($data_sample, $echo_flag, $newline);
fclose($fp);
}
// Time to 'Work the SAMPLE Data'
//
function sample_data_dump($data_sample, $echo_flag, $newline)
{
// Manipulate data & Do a CRC Check
$decode = str_split($data_sample, 2);
$hexstr = str_split($data_sample, 148);
$hexstrPayload = substr($data_sample, 2, 140);
$hexstrCRC = substr($data_sample, 142, 4);
$crcCalc = crc16_modbus($hexstrPayload);
// Write the contents to the file
$ini_array = parse_ini_file("remeha.ini");
$log_data = $ini_array['log_data'];
$path = $ini_array['path_to_logs'];
$filename = $ini_array['sample_data_log'];
$deg_symbol = $ini_array['deg_symbol'];
$file = "$path$filename";
date_default_timezone_set('Europe/Amsterdam');
$date = date_create();
if ($hexstrCRC == $crcCalc)
{
conditional_echo("Data Integrity Good - CRCs Compute OK$newline", $echo_flag);
if ($log_data == 2)
{
$datatowrite = date_format($date, 'Y-m-d H:i:s') . ' | 02 ' . $hexstrPayload . ' ' . $hexstrCRC . ' ' .'03 |' . "\n";
file_put_contents($file, $datatowrite, FILE_APPEND);
conditional_echo("Data written to log: $file$newline", $echo_flag);
}
conditional_echo(str_repeat("=", 166) . $newline, $echo_flag);
}
else
{
if (($log_data == 1) || ($log_data == 2))
{
$datatowrite = '**** CRC Error **** | ' . date_format($date, 'Y-m-d H:i:s') . ' | 02 ' . $hexstrPayload . ' ' . $hexstrCRC . ' ' .'03| ' . "\n";
file_put_contents($file, $datatowrite, FILE_APPEND);
conditional_echo("Data written to log: $file$newline", $echo_flag);
}
conditional_echo($newline, $echo_flag);
conditional_echo("************** CRC ERROR!!!! ***********$newline", $echo_flag);
return; # Don't continue with updating Sample data
}
// Sample Data Info
$flowtemperature = $decode["8"];
$flowtemperature .= $decode["7"];
$returntemperature = $decode["10"];
$returntemperature .= $decode["9"];
$dhwintemperature = $decode["12"];
$dhwintemperature .= $decode["11"];
$outsidetemperature = $decode["14"];
$outsidetemperature .= $decode["13"];
$calorifiertemperature = $decode["16"];
$calorifiertemperature .= $decode["15"];
$boilerctrltemperature = $decode["20"];
$boilerctrltemperature .= $decode["19"];
$roomtemperature = $decode["22"];
$roomtemperature .= $decode["21"];
$chsetpoint = $decode["24"];
$chsetpoint .= $decode["23"];
$dhwsetpoint = $decode["26"];
$dhwsetpoint .= $decode["25"];
$thermostat = $decode["28"];
$thermostat .= $decode["27"];
$fanspeedsetpoint = $decode["30"];
$fanspeedsetpoint .= $decode["29"];
$fanspeed = $decode["32"];
$fanspeed .= $decode["31"];
$ionisationcurrent = "";
$ionisationcurrent .= $decode["33"];
$internalsetpoint = $decode["35"];
$internalsetpoint .= $decode["34"];
$availablepower = $decode["36"];
$pumppower = $decode["37"];
$requiredoutput = $decode["39"];
$actualpower = $decode["40"];
$heatrequestbits = $decode["43"];
$heatrequestbitsbin = sprintf("%08d", base_convert($heatrequestbits, 16, 2));
$ionisationbits = $decode["44"];
$ionisationbitsbin = sprintf("%08d", base_convert($ionisationbits, 16, 2));
$valvesbits = $decode["45"];
$valvesbitsbin = sprintf("%08d", base_convert($valvesbits, 16, 2));
$pumpbits = $decode["46"];
$pumpbitsbin = sprintf("%08d", base_convert($pumpbits, 16, 2));
$state = $decode["47"];
$lockout = $decode["48"];
$blocking = $decode["49"];
$substate = $decode["50"];
$pressure = $decode["56"];
$hruactivebits = $decode["57"];
$hruactivebitsbin = sprintf("%08d", base_convert($hruactivebits, 16, 2));
$controltemperature = $decode["59"];
$controltemperature .= $decode["58"];
$dhwflowrate = $decode["61"];
$dhwflowrate .= $decode["60"];
$solartemperature = $decode["64"];
$solartemperature .= $decode["63"];
// END Sample Data Info
//Convert Hex2Dec
$flowtemperature = number_format(hexdecs($flowtemperature)/100, 2);
$returntemperature = number_format(hexdecs($returntemperature)/100, 2);
if ($dhwintemperature == 8000) {$dhwintemperature = "Open";}
else {$dhwintemperature = number_format(hexdecs($dhwintemperature)/100, 2);}
if ($outsidetemperature == 8000) {$outsidetemperature = "Open";}
else {$outsidetemperature = number_format(hexdecs($outsidetemperature)/100, 2);}
if ($calorifiertemperature == 'f380') {$calorifiertemperature = "Open";}
else {$calorifiertemperature = number_format(hexdecs($calorifiertemperature)/100, 2);}
$boilerctrltemperature = number_format(hexdecs($boilerctrltemperature)/100, 2);
$roomtemperature = number_format(hexdecs($roomtemperature)/100, 2);
$chsetpoint = number_format(hexdecs($chsetpoint)/100, 2);
$dhwsetpoint = number_format(hexdecs($dhwsetpoint)/100, 2);
$thermostat = number_format(hexdecs($thermostat)/100, 2);
$fanspeedsetpoint = hexdec($fanspeedsetpoint);
$fanspeed = hexdec($fanspeed);
$ionisationcurrent = number_format(hexdec($ionisationcurrent)/10, 1);
$internalsetpoint = number_format(hexdecs($internalsetpoint)/100, 2);
$availablepower = hexdec($availablepower);
$pumppower = hexdec($pumppower);
$requiredoutput = hexdec($requiredoutput);
$actualpower = hexdec($actualpower);
$pressure = number_format(hexdec($pressure)/10, 1);
$controltemperature = number_format(hexdecs($controltemperature)/100, 2);
$dhwflowrate = number_format(hexdecs($dhwflowrate)/100, 2);
if ($solartemperature == 8000) {$solartemperature = "Open";}
else {$solartemperature = number_format(hexdecs($solartemperature)/100, 2);}
// END Convert Hex2Dec
// Translate 'bits' to useful stuff
// Modulating Controller Connected
$heatrequestBIT0 = (hexdec($heatrequestbits) >> 0) & 1;
if ($heatrequestBIT0 == 0) {$heatrequestTXT0 = "No";}
elseif ($heatrequestBIT0 == 1) {$heatrequestTXT0 = "Yes";}
$mod_ctl_connected = "$heatrequestBIT0:$heatrequestTXT0";
// Heat demand from mod. controller
$heatrequestBIT1 = (hexdec($heatrequestbits) >> 1) & 1;
if ($heatrequestBIT1 == 0) {$heatrequestTXT1 = "No"; $ch_onoff = "Central Heating is: Off";}
elseif ($heatrequestBIT1 == 1) {$heatrequestTXT1 = "Yes"; $ch_onoff = "Central Heating is: On";}
$heatdemand_mod_ctl = "$heatrequestBIT1:$heatrequestTXT1";
// Heat demand from on/off controller
$heatrequestBIT2 = (hexdec($heatrequestbits) >> 2) & 1;
if ($heatrequestBIT2 == 0) {$heatrequestTXT2 = "No";}
elseif ($heatrequestBIT2 == 1) {$heatrequestTXT2 = "Yes";}
$heatdemand_onoff_ctl = "$heatrequestBIT2:$heatrequestTXT2";
// Frost protection
$heatrequestBIT3 = (hexdec($heatrequestbits) >> 3) & 1;
if ($heatrequestBIT3 == 0) {$heatrequestTXT3 = "No";}
elseif ($heatrequestBIT3 == 1) {$heatrequestTXT3 = "Yes";}
$frost_protection = "$heatrequestBIT3:$heatrequestTXT3";
// DHW Eco - INVERT
$heatrequestBIT4 = (hexdec($heatrequestbits) >> 4) & 1;
if (nbit($heatrequestBIT4,4) == 0) {$heatrequestTXT4 = "Yes";}
elseif (nbit($heatrequestBIT4,4) == 1) {$heatrequestTXT4 = "No";}
$dhw_eco = "$heatrequestBIT4:$heatrequestTXT4";
// DHW Blocking
$heatrequestBIT5 = (hexdec($heatrequestbits) >> 5) & 1;
if ($heatrequestBIT5 == 0) {$heatrequestTXT5 = "No";}
elseif ($heatrequestBIT5 == 1) {$heatrequestTXT5 = "Yes";}
$dhw_blocking = "$heatrequestBIT5:$heatrequestTXT5";
// Anti-Legionella
$heatrequestBIT6 = (hexdec($heatrequestbits) >> 6) & 1;
if ($heatrequestBIT6 == 0) {$heatrequestTXT6 = "No";}
elseif ($heatrequestBIT6 == 1) {$heatrequestTXT6 = "Yes";}
$anti_legionella = "$heatrequestBIT6:$heatrequestTXT6";
// DHW heat demand
$heatrequestBIT7 = (hexdec($heatrequestbits) >> 7) & 1;
if ($heatrequestBIT7 == 0) {$heatrequestTXT7 = "No"; $dhw_onoff = "Domestic Hot Water is: Off";}
elseif ($heatrequestBIT7 == 1) {$heatrequestTXT7 = "Yes"; $dhw_onoff = "Domestic Hot Water is: On";}
$dhw_heat_demand = "$heatrequestBIT7:$heatrequestTXT7";
// Shutdown Input - INVERT
$ionisationBIT0 = (hexdec($ionisationbits) >> 0) & 1;
if ($ionisationBIT0 == 0) {$ionisationTXT0 = "Closed";}
elseif ($ionisationBIT0 == 1) {$ionisationTXT0 = "Open";}
$shutdown_input = "$ionisationBIT0:$ionisationTXT0";
// Release Input - INVERT
$ionisationBIT1 = (hexdec($ionisationbits) >> 1) & 1;
if ($ionisationBIT1 == 0) {$ionisationTXT1 = "Closed";}
elseif ($ionisationBIT1 == 1) {$ionisationTXT1 = "Open";}
else {$ionisationTXT1 = "UNKNOWN";}
$release_input = "$ionisationBIT1:$ionisationTXT1";
// Ionisation
$ionisationBIT2 = (hexdec($ionisationbits) >> 2) & 1;
if ($ionisationBIT2 == 0) {$ionisationTXT2 = "No";}
elseif ($ionisationBIT2 == 1) {$ionisationTXT2 = "Yes";}
else {$ionisationTXT2 = "UNKNOWN";}
$ionisation = "$ionisationBIT2:$ionisationTXT2";
// Flow Switch for detecting DHW
$ionisationBIT3 = (hexdec($ionisationbits) >> 3) & 1;
if ($ionisationBIT3 == 0) {$ionisationTXT3 = "Open";}
elseif ($ionisationBIT3 == 1) {$ionisationTXT3 = "Closed";}
else {$ionisationTXT3 = "UNKNOWN";}
$flowswitch_dhw = "$ionisationBIT3:$ionisationTXT3";
// Min. Gas Pressure
$ionisationBIT5 = (hexdec($ionisationbits) >> 5) & 1;
if ($ionisationBIT5 == 0) {$ionisationTXT5 = "Open";}
elseif ($ionisationBIT5 == 1) {$ionisationTXT5 = "Closed";}
else {$ionisationTXT5 = "UNKNOWN";}
$min_gas_pressure = "$ionisationBIT5:$ionisationTXT5";
// CH Enable
$ionisationBIT6 = (hexdec($ionisationbits) >> 6) & 1;
if ($ionisationBIT6 == 0) {$ionisationTXT6 = "No";}
elseif ($ionisationBIT6 == 1) {$ionisationTXT6 = "Yes";}
else {$ionisationTXT6 = "UNKNOWN";}
$ch_enabled = "$ionisationBIT6:$ionisationTXT6";
// DHW Enable
$ionisationBIT7 = (hexdec($ionisationbits) >> 7) & 1;
if ($ionisationBIT7 == 0) {$ionisationTXT2 = "No";}
elseif ($ionisationBIT7 == 1) {$ionisationTXT7 = "Yes";}
$dhw_enabled = "$ionisationBIT7:$ionisationTXT7";
// Gas valve - INVERT
$valveBIT0 = (hexdec($valvesbits) >> 0) & 1;
if ($valveBIT0 == 0) {$valveTXT0 = "Open";}
elseif ($valveBIT0 == 1) {$valveTXT0 = "Closed";}
$gasvalve = "$valveBIT0:$valveTXT0";
// Ignition
$valveBIT2 = (hexdec($valvesbits) >> 2) & 1;
if ($valveBIT2 == 0) {$valveTXT2 = "Off";}
elseif ($valveBIT2 == 1) {$valveTXT2 = "On";}
$ignition = "$valveBIT2:$valveTXT2";
// 3-way valve
$valveBIT3 = (hexdec($valvesbits) >> 3) & 1;
if ($valveBIT3 == 0) {$valveTXT3 = "CH";}
elseif ($valveBIT3 == 1) {$valveTXT3 = "DHW";}
$threewayvalve = "$valveBIT3:$valveTXT3";
// External 3-way valve
$valveBIT4 = (hexdec($valvesbits) >> 4) & 1;
if ($valveBIT4 == 0) {$valveTXT4 = "Open";}
elseif ($valveBIT4 == 1) {$valveTXT4 = "Closed";}
$threewayvalve_external = "$valveBIT4:$valveTXT4";
// External Gas valve
$valveBIT6 = (hexdec($valvesbits) >> 6) & 1;
if ($valveBIT6 == 0) {$valveTXT6 = "Open";}
elseif ($valveBIT6 == 1) {$valveTXT6 = "Closed";}
$gasvalve_external = "$valveBIT6:$valveTXT6";
// Pump
$pumpBIT0 = (hexdec($pumpbits) >> 0) & 1;
if ($pumpBIT0 == 0) {$pumpTXT0 = "Off";}
elseif ($pumpBIT0 == 1) {$pumpTXT0 = "On";}
$pump = "$pumpBIT0:$pumpTXT0";
// Calorifier Pump
$pumpBIT1 = (hexdec($pumpbits) >> 1) & 1;
if ($pumpBIT1 == 0) {$pumpTXT1 = "Open";}
elseif ($pumpBIT1 == 1) {$pumpTXT1 = "Closed";}
$calorifier_pump = "$pumpBIT1:$pumpTXT1";
// External CH Pump
$pumpBIT2 = (hexdec($pumpbits) >> 2) & 1;
if ($pumpBIT2 == 0) {$pumpTXT2 = "Off";}
elseif ($pumpBIT2 == 1) {$pumpTXT2 = "On";}
$ch_pump_external = "$pumpBIT2:$pumpTXT2";
// Status report
$pumpBIT4 = (hexdec($pumpbits) >> 4) & 1;
if ($pumpBIT4 == 0) {$pumpTXT4 = "Open";}
elseif ($pumpBIT4 == 1) {$pumpTXT4 = "Closed";}
$status_report = "$pumpBIT4:$pumpTXT4";
// Opentherm Smart Power
$pumpBIT7 = (hexdec($pumpbits) >> 7) & 1;
if ($pumpBIT7 == 0) {$pumpTXT7 = "Off";}
elseif ($pumpBIT7 == 1) {$pumpTXT7 = "On";}
$opentherm_smartpower = "$pumpBIT7:$pumpTXT7";
// HRU Active
$hruBIT1 = (hexdec($hruactivebits) >> 1) & 1;
if ($hruBIT1 == 0) {$hruTXT1 = "Open";}
elseif ($hruBIT1 == 1) {$hruTXT1 = "Closed";}
$hru_active = "$hruBIT1:$hruTXT1";
// END translate 'bits' to useful stuff
// Mapping of Status & Sub-Status values
$state = hexdec($state);
$flame = "Off";
if ($state == 0) {$state = "0:Standby";}
elseif ($state == 1) {$state = "1:Boiler start";}
elseif ($state == 2) {$state = "2:Burner start"; $flame = "On";}
elseif ($state == 3) {$state = "3:Burning CH"; $flame = "On";}
elseif ($state == 4) {$state = "4:Burning DHW"; $flame = "On";}
elseif ($state == 5) {$state = "5:Burner stop"; $flame = "Off";}
elseif ($state == 6) {$state = "6:Boiler stop";}
elseif ($state == 7) {$state = "7:-";}
elseif ($state == 8) {$state = "8:Controlled stop";}
elseif ($state == 9) {$state = "9:Blocking mode";}
elseif ($state == 10) {$state = "10:Locking mode";}
elseif ($state == 11) {$state = "11:Chimney mode L";}
elseif ($state == 12) {$state = "12:Chimney mode h";}
elseif ($state == 13) {$state = "13:Chimney mode H";}
elseif ($state == 14) {$state = "14:-";}
elseif ($state == 15) {$state = "15:Manual Heat demand";}
elseif ($state == 16) {$state = "16:Boiler-frost-protection";}
elseif ($state == 17) {$state = "17:De-airation";}
elseif ($state == 18) {$state = "18:Controller temp protection";}
elseif ($state == 19) {$state = "19:-";}
elseif ($state == 20) {$state = "20:-";}
elseif ($state == 999) {$state = "Unkown State";}
else {$state = "Unknown State";}
$substate = hexdec($substate);
if ($substate == 0) {$substate = "0:Standby";}
elseif ($substate == 1) {$substate = "1:Anti-cycling";}
elseif ($substate == 2) {$substate = "2:Open hydraulic valve";}
elseif ($substate == 3) {$substate = "3:Pump start";}
elseif ($substate == 4) {$substate = "4:Wait for burner start";}
elseif ($substate == 5) {$substate = "5:-";}
elseif ($substate == 6) {$substate = "6:-";}
elseif ($substate == 7) {$substate = "7:-";}
elseif ($substate == 8) {$substate = "8:-";}
elseif ($substate == 9) {$substate = "9:-";}
elseif ($substate == 10) {$substate = "10:Open external gas valve";}
elseif ($substate == 11) {$substate = "11:Fan to fluegasvalve speed";}
elseif ($substate == 12) {$substate = "12:Open fluegasvalve";}
elseif ($substate == 13) {$substate = "13:Pre-purge";}
elseif ($substate == 14) {$substate = "14:Wait for release";}
elseif ($substate == 15) {$substate = "15:Burner start";}
elseif ($substate == 16) {$substate = "16:VPS test";}
elseif ($substate == 17) {$substate = "17:Pre-ignition";}
elseif ($substate == 18) {$substate = "18:Ignition";}
elseif ($substate == 19) {$substate = "19:Flame check";}
elseif ($substate == 20) {$substate = "20:Interpurge";}
elseif ($substate == 30) {$substate = "30:Normal internal setpoint";}
elseif ($substate == 31) {$substate = "31:Limited internal setpoint";}
elseif ($substate == 32) {$substate = "32:Normal power control";}
elseif ($substate == 33) {$substate = "33:Gradient control level 1";}
elseif ($substate == 34) {$substate = "34:Gradient control level 2";}
elseif ($substate == 35) {$substate = "35:Gradient control level 3";}
elseif ($substate == 36) {$substate = "36:Flame protection";}
elseif ($substate == 37) {$substate = "37:Stabilisation time";}
elseif ($substate == 38) {$substate = "38:Cold start";}
elseif ($substate == 39) {$substate = "39:Limited power Tfg";}
elseif ($substate == 40) {$substate = "40:Burner stop";}
elseif ($substate == 41) {$substate = "41:Post purge";}
elseif ($substate == 42) {$substate = "42:Fan to flue gas valve speed";}
elseif ($substate == 43) {$substate = "43:Close flue gas valve";}
elseif ($substate == 44) {$substate = "44:Stop fan";}
elseif ($substate == 45) {$substate = "45:Close external gas valve";}
elseif ($substate == 46) {$substate = "46:-";}
elseif ($substate == 47) {$substate = "47:-";}
elseif ($substate == 48) {$substate = "48:-";}
elseif ($substate == 49) {$substate = "49:-";}
elseif ($substate == 39) {$substate = "39:Heat exchanger protection";}
elseif ($substate == 60) {$substate = "60:Pump post running";}
elseif ($substate == 61) {$substate = "61:Pump stop";}
elseif ($substate == 62) {$substate = "62:Close hydraulic valve";}
elseif ($substate == 63) {$substate = "63:Start anti-cycle timer";}
elseif ($substate == 255) {$substate = "255:Reset wait time";}
elseif ($substate == 999) {$substate = "999:Unkown Sub-State";}
else {$substate = "Unknown Sub-State";}
// Combine State & Sub-State to a single variable
$state = "$state/$substate";
// Locking Codes
$lockout = hexdec($lockout);
if ($lockout == 255) {$lockout = "No Locking";}
elseif ($lockout == 0) {$lockout = "PSU not connected (Locking 0)";}
elseif ($lockout == 1) {$lockout = "SU parameter fault (Locking 1)";}
elseif ($lockout == 2) {$lockout = "T HeatExch. closed (Locking 2)";}
elseif ($lockout == 3) {$lockout = "T HeatExch. open (Locking 3)";}
elseif ($lockout == 4) {$lockout = "T HeatExch. < min. (Locking 4)";}
elseif ($lockout == 5) {$lockout = "T HeatExch. > max. (Locking 5)";}
elseif ($lockout == 6) {$lockout = "T Return closed (Locking 6)";}
elseif ($lockout == 7) {$lockout = "T Return open (Locking 7)";}
elseif ($lockout == 8) {$lockout = "T Return < min. (Locking 8)";}
elseif ($lockout == 9) {$lockout = "T Return > max. (Locking 9)";}
elseif ($lockout == 10) {$lockout = "dT(HeatExch,Return) > max (Locking 10)";}
elseif ($lockout == 11) {$lockout = "dT(Return,HeatExch) > max (Locking 11)";}
elseif ($lockout == 12) {$lockout = "STB activated (Locking 12)";}
elseif ($lockout == 13) {$lockout = "- (Locking 13)";}
elseif ($lockout == 14) {$lockout = "5x Unsuccessful start (Locking 14)";}
elseif ($lockout == 15) {$lockout = "5x VPS test failure (Locking 15)";}
elseif ($lockout == 16) {$lockout = "False flame (Locking 16)";}
elseif ($lockout == 17) {$lockout = "SU Gasvalve driver error (Locking 17)";}
elseif ($lockout == 32) {$lockout = "T Flow closed (Locking 32)";}
elseif ($lockout == 33) {$lockout = "T Flow open (Locking 33)";}
elseif ($lockout == 34) {$lockout = "Fan out of control range (Locking 34)";}
elseif ($lockout == 35) {$lockout = "Return over Flow temp. (Locking 35)";}
elseif ($lockout == 36) {$lockout = "5x Flame loss (Locking 36)";}
elseif ($lockout == 37) {$lockout = "SU communication (Locking 37)";}
elseif ($lockout == 38) {$lockout = "SCU-S communication (Locking 38)";}
elseif ($lockout == 39) {$lockout = "BL input as lockout (Locking 39)";}
elseif ($lockout == 40) {$lockout = "- (Locking 40)";}
elseif ($lockout == 41) {$lockout = "PCB temperature (Locking 41)";}
elseif ($lockout == 42) {$lockout = "Low water pressure (Locking 42)";}
elseif ($lockout == 43) {$lockout = "No gradient (Locking 43)";}
elseif ($lockout == 44) {$lockout = "De-air test failed (Locking 44)";}
elseif ($lockout == 50) {$lockout = "External PSU timeout (Locking 50)";}
elseif ($lockout == 51) {$lockout = "Onboard PSU timeout (Locking 51)";}
elseif ($lockout == 52) {$lockout = "GVC lockout (Locking 52)";}
elseif ($lockout == 999) {$lockout = "Unknown locking code";}
// Blocking Codes
$blocking = hexdec($blocking);
if ($blocking == 255) {$blocking = "No Blocking";}
elseif ($blocking == 0) {$blocking = "PCU parameter fault (Blocking 0)";}
elseif ($blocking == 1) {$blocking = "T Flow > max.(Blocking 1)";}
elseif ($blocking == 2) {$blocking = "dT/s Flow > max. (Blocking 2)";}
elseif ($blocking == 3) {$blocking = "T HeatExch > max.(Blocking 3)";}
elseif ($blocking == 4) {$blocking = "dT/s HeatExch > max.(Blocking 4)";}
elseif ($blocking == 5) {$blocking = "dT(heatExch,Return) > max. (Blocking 5)";}
elseif ($blocking == 6) {$blocking = "dT(Flow,HeatExch) > max.(Blocking 6)";}
elseif ($blocking == 7) {$blocking = "dT(Flow,Return) > max.(Blocking 7)";}
elseif ($blocking == 8) {$blocking = "No release signal(Blocking 8)";}
elseif ($blocking == 9) {$blocking = "L-N swept(Blocking 9)";}
elseif ($blocking == 10) {$blocking = "Blocking signal ex frost(Blocking 10)";}
elseif ($blocking == 11) {$blocking = "Blocking signal inc frost(Blocking 11)";}
elseif ($blocking == 12) {$blocking = "HMI not connected(Blocking 12)";}
elseif ($blocking == 13) {$blocking = "SCU communication(Blocking 13)";}
elseif ($blocking == 14) {$blocking = "Min. water pressure(Blocking 14)";}
elseif ($blocking == 15) {$blocking = "Min. gas pressure(Blocking 15)";}
elseif ($blocking == 16) {$blocking = "Ident. SU mismatch(Blocking 16)";}
elseif ($blocking == 17) {$blocking = "Ident. dF/dU table error(Blocking 17)";}
elseif ($blocking == 18) {$blocking = "Ident. PSU mismatch(Blocking 18)";}
elseif ($blocking == 19) {$blocking = "Ident. dF/dU needed(Blocking 19)";}
elseif ($blocking == 20) {$blocking = "Identification running(Blocking 20)";}
elseif ($blocking == 21) {$blocking = "SU communications lost(Blocking 21)";}
elseif ($blocking == 22) {$blocking = "Flame lost(Blocking 22)";}
elseif ($blocking == 23) {$blocking = "-(Blocking 23)";}
elseif ($blocking == 24) {$blocking = "VPS test failed(Blocking 24)";}
elseif ($blocking == 25) {$blocking = "Internal SU error(Blocking 25)";}
elseif ($blocking == 26) {$blocking = "Calorifier sensor error(Blocking 26)";}
elseif ($blocking == 27) {$blocking = "DHW in sensor error(Blocking 27)";}
elseif ($blocking == 28) {$blocking = "Reset in progress...(Blocking 28)";}
elseif ($blocking == 29) {$blocking = "GVC parameter changed(Blocking 29)";}
elseif ($blocking == 30) {$blocking = " -(Blocking 30)";}
elseif ($blocking == 31) {$blocking = "31:-Flue gas temp limit exceeded";}
elseif ($blocking == 32) {$blocking = "32:-Flue gas sensor error";}
elseif ($blocking == 33) {$blocking = "33:-Internal PCU fault";}
elseif ($blocking == 34) {$blocking = "34:-Diff between Tfg1 and Tfg2";}
elseif ($blocking == 35) {$blocking = "35:-Flue gas temp 5* burner stop";}
elseif ($blocking == 36) {$blocking = "36:-Flow temp 5* burner stop";}
elseif ($blocking == 41) {$blocking = "41: Dt (Tf,Tr) deair failed";}
elseif ($blocking == 43) {$blocking = "43:Grad. low at burnerstart";}
elseif ($blocking == 44) {$blocking = "44: DeltaT (Tf, Tr) too high";}
elseif ($blocking == 45) {$blocking = "45: Air pressure too high";}
elseif ($blocking == 999) {$blocking = "Unknown blocking code";}
if (($lockout == "No Locking") && ($blocking == "No Blocking")) {$fault = "False";}
else {$fault = "True";}
$lock_block = "$lockout/$blocking";
// END mapping of Status, Sub-Status, Lockout & Blocking values
// START Display Sample Data as Captured
echo "Sample Data Received: " . date_format($date, 'Y-m-d H:i:s') . $newline;
echo str_repeat("=", 80) . $newline;
echo "Flow Temperature: $flowtemperature$deg_symbol$newline";
echo "Return Temperature: $returntemperature$deg_symbol$newline";
if ($dhwintemperature != "Open") {echo "DHW-in Temperature: $dhwintemperature$deg_symbol$newline";}
else {echo "DHW-in Temperature: $dhwintemperature$newline";}
if ($calorifiertemperature != "Open") {echo "Calorifier Temperature: $calorifiertemperature$deg_symbol$newline";}
else {echo "Calorifier Temperature: $calorifiertemperature$newline";}
if ($outsidetemperature != "Open") {echo "Outside Temperature: $outsidetemperature$deg_symbol$newline";}
else {echo "Outside Temperature: $outsidetemperature$newline";}
echo "Control Temperature: $controltemperature$deg_symbol$newline";
echo "Internal Setpoint: $internalsetpoint$deg_symbol$newline";
echo "CH Setpoint: $chsetpoint$deg_symbol$newline";
echo "DHW Setpoint: $dhwsetpoint$deg_symbol$newline";
echo "Room Temperature: $roomtemperature$deg_symbol$newline";
echo "Room Temp. Setpoint: $thermostat$deg_symbol$newline";
echo "Boiler Control Temperature: $boilerctrltemperature$deg_symbol$newline";
if ($solartemperature != "Open") {echo "Solar Temperature: $solartemperature$deg_symbol$newline";}
else {echo "Solar Temperature: $solartemperature$newline";}
echo $newline;
echo "Fan Speed setpoint: $fanspeedsetpoint"."rpm$newline";
echo "Fan Speed: $fanspeed"."rpm$newline";
echo "Ionisation Current: $ionisationcurrent"."μA$newline";
echo "Pump Speed: $pumppower"."%$newline";
echo "Hydro Pressure: $pressure"."bar$newline";
echo "DHW Flow rate: $dhwflowrate"."litres/minute$newline";
echo "Desired Max.Power from controller: $requiredoutput"."%$newline";
echo "Output: $availablepower"."%$newline";
echo "Actual Power from boiler: $actualpower"."%$newline";
echo $newline;
echo "Valve Flags: "."$valvesbitsbin$newline";
echo "Gas Valve[0]: $gasvalve$newline";
echo "Ignition[2]: $ignition$newline";
echo "3-Way Valve[3]: $threewayvalve$newline";
echo "External 3-Way Valve[4]: $threewayvalve_external$newline";
echo "External Gas Valve[6]: $gasvalve_external$newline";
echo $newline;
echo "Pump Flags: $pumpbitsbin$newline";
echo "Pump[0]: $pump$newline";
echo "Calorifier Pump[1]: $calorifier_pump$newline";
echo "External CH Pump[2]: $ch_pump_external$newline";
echo "Status Report[4]: $status_report$newline";
echo "Opentherm Smart Power[7]: $opentherm_smartpower$newline";
echo $newline;
echo "Input Flags: $ionisationbitsbin$newline";
echo "Shut down Input[0]: $shutdown_input$newline";
echo "Release Input[1]: $release_input$newline";
echo "Ionisation[2]: $ionisation$newline";
echo "Flow Switch Detecting DHW[3]: $flowswitch_dhw$newline";
echo "Minimum Gas Pressure[5]: $min_gas_pressure$newline";
echo "CH Enable[6]: $ch_enabled$newline";
echo "DHW Enable[7]: $dhw_enabled$newline";
echo $newline;
echo "Heat Request Flags: $heatrequestbitsbin$newline";
echo "Mod.controller Connected[0]: $mod_ctl_connected$newline";
echo "Heat Demand from Modulating Controller[1]: $heatdemand_mod_ctl$newline";
echo "Heat Demand from ON/OFF controller[2]: $heatdemand_onoff_ctl$newline";
echo "Heat Demand from Frost Protection[3]: $frost_protection$newline";
echo "DHW Eco[4]: $dhw_eco$newline";
echo "DHW Blocking[5]: $dhw_blocking$newline";
echo "Heat Demand from Anti Legionella[6]: $anti_legionella$newline";
echo "Heat Demand from DHW[7]: $dhw_heat_demand$newline";
echo $newline;
echo "HRU Flags: $hruactivebitsbin$newline";
echo "HRU Active: $hru_active$newline";
echo $newline;
echo "Combined State/Sub-State: $state$newline";
echo $newline;
echo "Lockout/Blocking: $lock_block$newline";
echo "Boiler fault: $fault$newline";
echo "Flame is: $flame - $ch_onoff - $dhw_onoff$newline";
echo str_repeat("=", 80) . $newline;
// END Display Sample Data as Captured
// Update Domoticz Devices with collected values
// DomoticZ Device ID's
$flowtemperatureIDX = $ini_array['flowtemperatureIDX'];
$returntemperatureIDX = $ini_array['returntemperatureIDX'];
$dhwintemperatureIDX = $ini_array['dhwintemperatureIDX'];
$calorifiertemperatureIDX = $ini_array['calorifiertemperatureIDX'];
$outsidetemperatureIDX = $ini_array['outsidetemperatureIDX'];
$controltemperatureIDX = $ini_array['controltemperatureIDX'];
$internalsetpointIDX = $ini_array['internalsetpointIDX'];
$chsetpointIDX = $ini_array['chsetpointIDX'];
$dhwsetpointIDX = $ini_array['dhwsetpointIDX'];
$roomtemperatureIDX = $ini_array['roomtemperatureIDX'];
$thermostatIDX = $ini_array['thermostatIDX'];
$boilerctrltemperatureIDX = $ini_array['boilerctrltemperatureIDX'];
$fanspeedsetpointIDX = $ini_array['fanspeedsetpointIDX'];
$fanspeedIDX = $ini_array['fanspeedIDX'];
$ionisationcurrentIDX = $ini_array['ionisationcurrentIDX'];
$pumppowerIDX = $ini_array['pumppowerIDX'];
$pressureIDX = $ini_array['pressureIDX'];
$dhwflowrateIDX = $ini_array['dhwflowrateIDX'];
$requiredoutputIDX = $ini_array['requiredoutputIDX'];
$availablepowerIDX = $ini_array['availablepowerIDX'];
$actualpowerIDX = $ini_array['actualpowerIDX'];
$modulationdemandIDX = $ini_array['modulationdemandIDX'];
$ignitionIDX = $ini_array['ignitionIDX'];
$gasIDX = $ini_array['gasIDX'];
$ionisationIDX = $ini_array['ionisationIDX'];
$pumpIDX = $ini_array['pumpIDX'];
$threewayvalveIDX = $ini_array['threewayvalveIDX'];
$dhwrequestIDX = $ini_array['dhwrequestIDX'];
$dhwecoIDX = $ini_array['dhwecoIDX'];
$solartemperatureIDX = $ini_array['solartemperatureIDX'];
$flame_alertIDX = $ini_array['flame_alertIDX'];
$fault_alertIDX = $ini_array['fault_alertIDX'];
$ch_onoffIDX = $ini_array['ch_onoffIDX'];
$dhw_onoffIDX = $ini_array['dhw_onoffIDX'];
$stateIDX = $ini_array['stateIDX'];
$hruIDX = $ini_array['hruIDX'];
// END Device ID's
// Set variables for cURL updates & call udevice function to update
$DOMOIPAddress = $ini_array['DOMOIPAddress'];
$DOMOPort = $ini_array['DOMOPort'];
$Username = $ini_array['Username'];
$Password = $ini_array['Password'];
$DOMOUpdate = $ini_array['DOMOUpdate'];
$DOMOUpdateInterval = $ini_array['DOMOUpdateInterval'];
$url = "http://$Username:$Password@$DOMOIPAddress:$DOMOPort/json.htm?type=devices&filter=all&order=ID";
$json_string = file_get_contents($url);
$parsed_json = json_decode($json_string, true);
$DOMOdevices_lastupdate = array_lookup($parsed_json, $dhwsetpointIDX, "LastUpdate");
$now = date('Y-m-d H:i:s');
$time_diff_mins = number_format((strtotime($now) - strtotime($DOMOdevices_lastupdate))/60, 2);
echo "Last Update:$DOMOdevices_lastupdate Time Now:$now Elapsed:$time_diff_mins$newline";
if ($time_diff_mins > $DOMOUpdateInterval) {$DOMOUpdateAll = 1;}
else {$DOMOUpdateAll = $ini_array['DOMOUpdateAll'];}
// Pull current values from Domoticz to see what needs an update
if ($DOMOUpdateAll == 1)
{
$url = "http://$Username:$Password@$DOMOIPAddress:$DOMOPort/json.htm?type=devices&filter=all&order=ID";
$json_string = file_get_contents($url);
$parsed_json = json_decode($json_string, true);
$DOMOflowtemperature = udevice($flowtemperatureIDX, 0, $flowtemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOreturntemperature = udevice($returntemperatureIDX, 0, $returntemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOdhwintemperature = udevice($dhwintemperatureIDX, 0, $dhwintemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOcalorifiertemperature = udevice($calorifiertemperatureIDX, 0, $calorifiertemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOoutsidetemperature = udevice($outsidetemperatureIDX, 0, $outsidetemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOcontroltemperature = udevice($controltemperatureIDX, 0, $controltemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOinternalsetpoint = udevice($internalsetpointIDX, 0, $internalsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOchsetpoint = udevice($chsetpointIDX, 0, $chsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOdhwsetpoint = udevice($dhwsetpointIDX, 0, $dhwsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOroomtemperature = udevice($roomtemperatureIDX, 0, $roomtemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOthermostat = udevice($thermostatIDX, 0, $thermostat, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOboilerctrltemperature = udevice($boilerctrltemperatureIDX, 0, $boilerctrltemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOsolartemperature = udevice($solartemperatureIDX, 0, $solartemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOfanspeedsetpoint = udevice($fanspeedsetpointIDX, 0, $fanspeedsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOfanspeed = udevice($fanspeedIDX, 0, $fanspeed, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOionisationcurrent = udevice($ionisationcurrentIDX, 0, $ionisationcurrent, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOpumppower = udevice($pumppowerIDX, 0, $pumppower, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOpressure = udevice($pressureIDX, 0, $pressure, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOdhwflowrate = udevice($dhwflowrateIDX, 0, $dhwflowrate, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOrequiredoutput = udevice($requiredoutputIDX, 0, $requiredoutput, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOavailablepower = udevice($availablepowerIDX, 0, $availablepower, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
$DOMOactualpower = udevice($actualpowerIDX, 0, $actualpower, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
// Only update these if changed, otherwise just adds to data load for little purpose
$DOMOType = "Data";
$DOMOmodulationdemand_array = array_lookup($parsed_json, $modulationdemandIDX, $DOMOType);
if ($DOMOmodulationdemand_array != $heatdemand_mod_ctl)
{
if ($heatdemand_mod_ctl != "0:No")
{
$DOMOmodulationdemand = udevice($modulationdemandIDX, 2, $heatdemand_mod_ctl, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOmodulationdemand = udevice($modulationdemandIDX, 0, $heatdemand_mod_ctl, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOignition_array = array_lookup($parsed_json, $ignitionIDX, $DOMOType);
if ($DOMOignition_array != $ignition)
{
if ($ignition != "0:Off")
{
$DOMOignition = udevice($ignitionIDX, 1, $ignition, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOignition = udevice($ignitionIDX, 0, $ignition, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOgas_array = array_lookup($parsed_json, $gasIDX, $DOMOType);
if ($DOMOgas_array != $gasvalve)
{
if ($gasvalve != "1:Closed")
{
$DOMOgas = udevice($gasIDX, 2, $gasvalve, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOgas = udevice($gasIDX, 0, $gasvalve, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOionisation_array = array_lookup($parsed_json, $ionisationIDX, $DOMOType);
if ($DOMOionisation_array != $ionisation)
{
if ($ionisation != "0:No")
{
$DOMOionisation = udevice($ionisationIDX, 2, $ionisation, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOionisation = udevice($ionisationIDX, 0, $ionisation, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOpump_array = array_lookup($parsed_json, $pumpIDX, $DOMOType);
if ($DOMOpump_array != $pump)
{
if ($pump != "0:Off")
{
$DOMOpump = udevice($pumpIDX, 2, $pump, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOpump = udevice($pumpIDX, 0, $pump, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOthreewayvalve_array = array_lookup($parsed_json, $threewayvalveIDX, $DOMOType);
if ($DOMOthreewayvalve_array != $threewayvalve)
{
If ($threewayvalve == "1:DHW")
{
$DOMOthreewayvalve = udevice($threewayvalveIDX, 1, $threewayvalve, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
elseif ($threewayvalve == "0:CH")
{
$DOMOthreewayvalve = udevice($threewayvalveIDX, 2, $threewayvalve, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOdhwrequest_array = array_lookup($parsed_json, $dhwrequestIDX, $DOMOType);
if ($DOMOdhwrequest_array != $dhw_heat_demand)
{
if ($dhw_heat_demand != "0:No")
{
$DOMOdhwrequest = udevice($dhwrequestIDX, 2, $dhw_heat_demand, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOdhwrequest = udevice($dhwrequestIDX, 0, $dhw_heat_demand, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOdhweco_array = array_lookup($parsed_json, $dhwecoIDX, $DOMOType);
if ($DOMOdhweco_array != $dhw_eco)
{
if ($heatrequest4 != "1:No")
{
$DOMOdhweco = udevice($dhwecoIDX, 1, $dhw_eco, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOdhweco = udevice($dhwecoIDX, 4, $dhw_eco, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOstatus_array = array_lookup($parsed_json, $stateIDX, $DOMOType);
if ($DOMOstatus_array != $state)
{
if ($state != "0:Standby/0:Standby")
{
$DOMOstatus = udevice($stateIDX, 2, str_replace(' ', '%20', $state), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOstatus = udevice($stateIDX, 0, str_replace(' ', '%20', $state), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOflame_array = array_lookup($parsed_json, $flame_alertIDX, $DOMOType);
if ($flame == "On") {$flame_flag = 1; $flame_alert = "Flame is: On";}
elseif ($flame == "Off") {$flame_flag = 0; $flame_alert = "Flame is: Off";}
if ($DOMOflame_array != $flame_alert)
{
if ($flame_alert != "Flame is: Off")
{
$DOMOflame_alert = udevice($flame_alertIDX, 2, str_replace(' ', '%20', $flame_alert), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOflame_alert = udevice($flame_alertIDX, 0, str_replace(' ', '%20', $flame_alert), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOch_onoff_array = array_lookup($parsed_json, $ch_onoffIDX, $DOMOType);
if ($DOMOch_onoff_array != $ch_onoff)
{
if ($ch_onoff != "Central Heating is: Off")
{
$DOMOch_onoff = udevice($ch_onoffIDX, 2, str_replace(' ', '%20', $ch_onoff), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOch_onoff = udevice($ch_onoffIDX, 0, str_replace(' ', '%20', $ch_onoff), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOdhw_onoff_array = array_lookup($parsed_json, $dhw_onoffIDX, $DOMOType);
if ($DOMOdhw_onoff_array != $dhw_onoff)
{
if ($dhw_onoff != "Domestic Hot Water is: Off")
{
$DOMOdhw_onoff = udevice($dhw_onoffIDX, 2, str_replace(' ', '%20', $dhw_onoff), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOdhw_onoff = udevice($dhw_onoffIDX, 0, str_replace(' ', '%20', $dhw_onoff), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOfault_alert = array_lookup($parsed_json, $fault_alertIDX, $DOMOType);
if ($fault == "True") {$fault_flag = 4;}
elseif ($fault == "False") {$fault_flag = 1;}
if ($DOMOfault_alert != $lock_block)
{
if ($lock_block != "No Locking/No Blocking")
{
$DOMOfault_alert = udevice($fault_alertIDX, $fault_flag, str_replace(' ', '%20', $lock_block), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
elseif (($fault == "False") && ($DOMOfault_alert != $lock_block))
{
$DOMOfault_alert = udevice($fault_alertIDX, $fault_flag, str_replace(' ', '%20', $lock_block), $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOhru_array = array_lookup($parsed_json, $hruIDX, $DOMOType);
if ($DOMOhru_array != $hru_active)
{
if ($hru_active != "1:Closed")
{
$DOMOhru = udevice($hruIDX, 0, $hru_active, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOhru = udevice($hruIDX, 0, $hru_active, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
echo "Update All: Domoticz Update:$DOMOUpdate Update All:$DOMOUpdateAll$newline";
echo str_repeat("=", 80) . $newline;
}
else
{
$url = "http://$Username:$Password@$DOMOIPAddress:$DOMOPort/json.htm?type=devices&filter=all&order=ID";
$json_string = file_get_contents($url);
$parsed_json = json_decode($json_string, true);
$DOMOType = "Temp"; // Lookup the 'Temperature Devices'
$DOMOflowtemperature_array = array_lookup($parsed_json, $flowtemperatureIDX, $DOMOType);
if ($DOMOflowtemperature_array != $flowtemperature) {$DOMOflowtemperature = udevice($flowtemperatureIDX, 0, $flowtemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOreturntemperature_array = array_lookup($parsed_json, $returntemperatureIDX, $DOMOType);
if ($DOMOreturntemperature_array != $returntemperature) {$DOMOreturntemperature = udevice($returntemperatureIDX, 0, $returntemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOdhwintemperature_array = array_lookup($parsed_json, $dhwintemperatureIDX, $DOMOType);
if ($DOMOdhwintemperature_array != $dhwintemperature) {$DOMOdhwintemperature = udevice($dhwintemperatureIDX, 0, $dhwintemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOcalorifiertemperature_array = array_lookup($parsed_json, $calorifiertemperatureIDX, $DOMOType);
if ($DOMOcalorifiertemperature_array != $calorifiertemperature) {$DOMOcalorifiertemperature = udevice($calorifiertemperatureIDX, 0, $calorifiertemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOoutsidetemperature_array = array_lookup($parsed_json, $outsidetemperatureIDX, $DOMOType);
if ($DOMOoutsidetemperature_array != $outsidetemperature) {$DOMOoutsidetemperature = udevice($outsidetemperatureIDX, 0, $outsidetemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOcontroltemperature_array = array_lookup($parsed_json, $controltemperatureIDX, $DOMOType);
if ($DOMOcontroltemperature_array != $controltemperature) {$DOMOcontroltemperature = udevice($controltemperatureIDX, 0, $controltemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOinternalsetpoint_array = array_lookup($parsed_json, $internalsetpointIDX, $DOMOType);
if ($DOMOinternalsetpoint_array != $internalsetpoint) {$DOMOinternalsetpoint = udevice($internalsetpointIDX, 0, $internalsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOchsetpoint_array = array_lookup($parsed_json, $chsetpointIDX, $DOMOType);
if ($DOMOchsetpoint_array != $chsetpoint) {$DOMOchsetpoint = udevice($chsetpointIDX, 0, $chsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOdhwsetpoint_array = array_lookup($parsed_json, $dhwsetpointIDX, $DOMOType);
if ($DOMOdhwsetpoint_array != $dhwsetpoint) {$DOMOdhwsetpoint = udevice($dhwsetpointIDX, 0, $dhwsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOroomtemperature_array = array_lookup($parsed_json, $roomtemperatureIDX, $DOMOType);
if ($DOMOroomtemperature_array != $roomtemperature) {$DOMOroomtemperature = udevice($roomtemperatureIDX, 0, $roomtemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
else {$DOMOroomtemperature = udevice($roomtemperatureIDX, 0, $roomtemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOthermostat_array = array_lookup($parsed_json, $thermostatIDX, $DOMOType);
if ($DOMOthermostat_array != $thermostat) {$DOMOthermostat = udevice($thermostatIDX, 0, $thermostat, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOboilerctrltemperature_array = array_lookup($parsed_json, $boilerctrltemperatureIDX, $DOMOType);
if ($DOMOboilerctrltemperature_array != $boilerctrltemperature) {$DOMOboilerctrltemperature = udevice($boilerctrltemperatureIDX, 0, $boilerctrltemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOsolartemperature_array = array_lookup($parsed_json, $solartemperatureIDX, $DOMOType);
if ($DOMOsolartemperature_array != $solartemperature) {$DOMOsolartemperature = udevice($solartemperatureIDX, 0, $solartemperature, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOType = "Data";
$DOMOfanspeedsetpoint_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $fanspeedsetpointIDX, $DOMOType));
if ($DOMOfanspeedsetpoint_array != $fanspeedsetpoint) {$DOMOfanspeedsetpoint = udevice($fanspeedsetpointIDX, 0, $fanspeedsetpoint, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOfanspeed_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $fanspeedIDX, $DOMOType));
if ($DOMOfanspeed_array != $fanspeed) {$DOMOfanspeed = udevice($fanspeedIDX, 0, $fanspeed, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOionisationcurrent_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $ionisationcurrentIDX, $DOMOType));
if ($DOMOionisationcurrent_array != $ionisationcurrent) {$DOMOionisationcurrent = udevice($ionisationcurrentIDX, 0, $ionisationcurrent, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOpumppower_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $pumppowerIDX, $DOMOType));
if ($DOMOpumppower_array != $pumppower) {$DOMOpumppower = udevice($pumppowerIDX, 0, $pumppower, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOpressure_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $pressureIDX, $DOMOType));
if ($DOMOpressure_array != $pressure) {$DOMOpressure = udevice($pressureIDX, 0, $pressure, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOdhwflowrate_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $dhwflowrateIDX, $DOMOType));
if ($DOMOdhwflowrate_array != $dhwflowrate) {$DOMOdhwflowrate = udevice($dhwflowrateIDX, 0, $dhwflowrate, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOrequiredoutput_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $requiredoutputIDX, $DOMOType));
if ($DOMOrequiredoutput_array != $requiredoutput) {$DOMOrequiredoutput = udevice($requiredoutputIDX, 0, $requiredoutput, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOavailablepower_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $availablepowerIDX, $DOMOType));
if ($DOMOavailablepower_array != $availablepower) {$DOMOavailablepower = udevice($availablepowerIDX, 0, $availablepower, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOactualpower_array = preg_replace('/[^0-9.]+/', '', array_lookup($parsed_json, $actualpowerIDX, $DOMOType));
if ($DOMOactualpower_array != $actualpower) {$DOMOactualpower = udevice($actualpowerIDX, 0, $actualpower, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);}
$DOMOmodulationdemand_array = array_lookup($parsed_json, $modulationdemandIDX, $DOMOType);
if ($DOMOmodulationdemand_array != $heatdemand_mod_ctl)
{
if ($heatdemand_mod_ctl != "0:No")
{
$DOMOmodulationdemand = udevice($modulationdemandIDX, 2, $heatdemand_mod_ctl, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOmodulationdemand = udevice($modulationdemandIDX, 0, $heatdemand_mod_ctl, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOignition_array = array_lookup($parsed_json, $ignitionIDX, $DOMOType);
if ($DOMOignition_array != $ignition)
{
if ($ignition != "0:Off")
{
$DOMOignition = udevice($ignitionIDX, 1, $ignition, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOignition = udevice($ignitionIDX, 0, $ignition, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOgas_array = array_lookup($parsed_json, $gasIDX, $DOMOType);
if ($DOMOgas_array != $gasvalve)
{
if ($gasvalve != "1:Closed")
{
$DOMOgas = udevice($gasIDX, 2, $gasvalve, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOgas = udevice($gasIDX, 0, $gasvalve, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOionisation_array = array_lookup($parsed_json, $ionisationIDX, $DOMOType);
if ($DOMOionisation_array != $ionisation)
{
if ($ionisation != "0:No")
{
$DOMOionisation = udevice($ionisationIDX, 2, $ionisation, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOionisation = udevice($ionisationIDX, 0, $ionisation, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOpump_array = array_lookup($parsed_json, $pumpIDX, $DOMOType);
if ($DOMOpump_array != $pump)
{
if ($pump != "0:Off")
{
$DOMOpump = udevice($pumpIDX, 2, $pump, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
else
{
$DOMOpump = udevice($pumpIDX, 0, $pump, $DOMOIPAddress, $DOMOPort, $Username, $Password, $DOMOUpdate);
}
}
$DOMOthreewayvalve_array = array_lookup($parsed_json, $threewayvalveIDX, $DOMOType);