Domoticz

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#!/bin/bash                                                                     

IPX800=192.168.1.125

LOGFILE="/volume1/docker/domoticz/ipx800.log"

DOMOTICZSERVER=192.168.1.200
DOMOTICZPORT=8084

#Create virtual sensors in Domoticz and enter their IDX's here. For the sensor types
IDX_TEMP_1=16
IDX_TEMP_2=17
IDX_TEMP_3=
IDX_TEMP_4=

if ping -c 1 $IPX800 > /dev/null ; then  # if host is online then
	#Retrieve temperatures from IPX800
	curl --silent http://$IPX800/status.xml > $LOGFILE

	TEMP_1=$(cat $LOGFILE | grep "<an1>" | cut -d ">" -f 2 | cut -d "<" -f 1)
	TEMP_1=$(echo 'scale=1;'"$TEMP_1*0.323-50.1" | bc | awk '{printf("%.1f\n", $1)}')
	#echo $TEMP_1

	TEMP_2=$(cat $LOGFILE | grep "<an2>" | cut -d ">" -f 2 | cut -d "<" -f 1)
	TEMP_2=$(echo 'scale=1;'"$TEMP_2*0.323-50.1" | bc | awk '{printf("%.1f\n", $1)}')
	#echo $TEMP_2

	TEMP_3=$(cat $LOGFILE | grep "<an3>" | cut -d ">" -f 2 | cut -d "<" -f 1)
	TEMP_3=$(echo 'scale=1;'"$TEMP_3*0.323-50.1" | bc | awk '{printf("%.1f\n", $1)}')
	#echo $TEMP_3

	for i in 1 2 3
		do
			#report Temperature
			eval IDX='$'IDX_TEMP_$i
			eval TEMP='$'TEMP_$i
			curl --silent $DOMOTICZSERVER:$DOMOTICZPORT'/json.htm?type=command&param=udevice&idx='$IDX'&svalue='$TEMP > /dev/null
		done

else
	echo "IPX800 not responding to ping, is it connected to LAN?"
fi

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<?php
 
   $url_ipx_800 = "192.168.1.125/status.xml"; //IP adress IPX800
   $url_domiticzserver = "192.168.1.200";   // IP adress DOMOTICZ
   $domiticzport = "8084" ; // 8084
   $domiticz_login = "login"; //enter login from domoticz
   $domiticz_password = "password"; //enter password from domoticz

   $temp0_url1 ="http://" . $url_ipx_800;
 

   $IDX_TEMP_1 = 16;  //virtual temp IDX16 DOMOTICZ
   $IDX_TEMP_2 = 17;  //virtual temp IDX17 DOMOTICZ
   $IDX_TEMP_3= 0;
   $IDX_TEMP_4= 0;

   $xml = simplexml_load_file($temp0_url1);

   // IPX800 V2, PRO
   $temp0_led0 = (string) $xml->led0;
   $temp0_led1 = (string) $xml->led1;
   $temp0_led2 = (string) $xml->led2;
   $temp0_led3 = (string) $xml->led3;
   $temp0_led4 = (string) $xml->led4;
   $temp0_led5 = (string) $xml->led5;
   $temp0_led6 = (string) $xml->led6;
   $temp0_led7 = (string) $xml->led7;
   $temp0_btn0 = (string) $xml->btn0;
   $temp0_btn1 = (string) $xml->btn1;
   $temp0_btn2 = (string) $xml->btn2;
   $temp0_btn3 = (string) $xml->btn3;
   $temp0_an1 = (string) $xml->an1; //sonde LM35Z
   $temp0_an2 = (string) $xml->an2;
   $temp0_time0 = (string) $xml->time0;

   $float_temp0_an1 = floatval($temp0_an1);
//   $float_temp0_an2 = floatval($temp0_an2);

   $vt_temp0_an1 = round(($float_temp0_an1 * 0.323), 1, PHP_ROUND_HALF_UP) ; //Rounded to 1 decimal places
// $vt_temp0_an2 = round(($float_temp0_an2 * 0.323), 1, PHP_ROUND_HALF_UP) ;

  
   $go_to_address0 = "http://" . $domiticz_login . ":" .  $domiticz_password . "@" . $url_domiticzserver . ":" . $domiticzport . "/json.htm?type=command&param=udevice&idx=" . $IDX_TEMP_1 . "&svalue=" . $vt_temp0_an1 . "\n" ;
// $go_to_address1 = urlencode($go_to_address0);

//   $go_to_address2 = "http://" . $domiticz_login . ":" .  $domiticz_password . "@" . $url_domiticzserver . ":" . $domiticzport . "/json.htm?type=command&param=udevice&idx=" . $IDX_TEMP_2 . "&svalue=" . $vt_temp0_an2 . "\n" ;
// $go_to_address3 = urlencode($go_to_address2);
 
   header('Location: ' . $go_to_address0);
//   header('Location: ' . $go_to_address2);

   exit;
   

  
?>

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-- script time pour lire les valeurs analogique de l ipx

commandArray = {}

function arrondir(num, dec)
      if num == 0 then
        return 0
      else
         local mult = 10^(dec or 0)
         return math.floor(num * mult + 0.5) / mult
      end
  end
 


json = (loadfile "/home/pi/domoticz/scripts/lua/JSON.lua")() 
 
local config=assert(io.popen('curl "http://192.168.xx.xx/api/xdevices.json?cmd=30"'))
local Stringjson = config:read('*all')
    config:close()
    local jsonData = json:decode(Stringjson)
    
    temp = jsonData.AN1
    temp1 =arrondir(((temp* 0.00323) - 1.63) / 0.0326),2
    lumiere = jsonData.AN2
    lumiere1 = arrondir(lumiere/10)
    humidite = jsonData.AN3
    humidite1 =(((((humidite * 0.00323) / 3.3) - 0.1515)) / 0.00636)
    ajust = (1.0546 - (0.00216 * temp1))
    humidite2 = arrondir(humidite1/ajust),2
   
    local m = os.date('%M')

if (m % 15 == 0) then
   commandArray[1]={['OpenURL']='http://192.168.xx.xx:xxxx/json.htm?type=command&param=udevice&idx=67&nvalue=0&svalue='.. temp1 }
   commandArray[2]={['OpenURL']='http://192.168.xx.xx:xxxx/json.htm?type=command&param=udevice&idx=68&nvalue=0&svalue='.. lumiere1 }
   commandArray[3]={['OpenURL']='http://192.168.xx.xx:xxxx/json.htm?type=command&param=udevice&idx=69&nvalue=0&svalue='.. humidite2 }
end
  
 return commandArray

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-- Odber 3 fázy

--time=os.date("*t")

IDX=44 --virtual CM113, Electrisave

json = (loadfile "/volume1/@appstore/domoticz/var/scripts/lua/JSON.lua")()  -- For Synology Linux
 
local config=assert(io.popen('/usr/bin/curl "http://login:[email protected]/api/xdevices.json?cmd=30"')) 

local blocjson = config:read('*all')
 config:close()
 -- print (blocjson)
 local jsonValeur = json:decode(blocjson)

commandArray = {}

-- if time.min%2==0 then --[2min  test]--

faza1=(tonumber(jsonValeur.AN6)/310) --Three-phase energy meter EM-3PH on IPX800V3
faza2=(tonumber(jsonValeur.AN7)/310) --Three-phase energy meter EM-3PH on IPX800V3
faza3=(tonumber(jsonValeur.AN8)/310) --Three-phase energy meter EM-3PH on IPX800V3

print ('faza1 : ' .. faza1) --prints a value.
print ('faza2 : ' .. faza2) --prints a value.
print ('faza3 : ' .. faza3) --prints a value.

commandArray['UpdateDevice'] = IDX .."|0|"..faza1..";"..faza2..";"..faza3..";"


--end

return commandArray

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-- script lua analog z IPX800 V3
time=os.date("*t")

-- zariadenia v DOMOTICZ čísla IDX

IDX1=39 --svetlo
IDX2=23 --terasa
IDX3=17 --vojnany
IDX4=12 --izba


json = (loadfile "/volume1/@appstore/domoticz/var/scripts/lua/JSON.lua")()  -- For Synology linux
 
local config=assert(io.popen('/usr/bin/curl "http://login:[email protected]/api/xdevices.json?cmd=30"')) 

local blocjson = config:read('*all')
 config:close()
 -- print (blocjson)
 local jsonValeur = json:decode(blocjson)

commandArray = {}

 if time.min%2==0 then --[Dal som 2min na test]--

analog1=(tonumber(jsonValeur.AN1)*0.09775),1 --Light-LS100 Intenzita svetla
analog2=(tonumber(jsonValeur.AN2)*0.323),1 --Lm35 teplota terasa 
analog3=(tonumber(jsonValeur.AN3)*0.323-50),1 --T4012 teplota Vojnany
analog4=(tonumber(jsonValeur.AN4)*0.323),1 --Lm35 teplota izba

print ('analog1 : ' .. analog1) -- zobrazenie AN1.
print ('analog2 : ' .. analog2) -- zobrazenie AN2.
print ('analog3 : ' .. analog3) -- zobrazenie AN3.
print ('analog4 : ' .. analog4) -- zobrazenie AN4.

commandArray[1]={['UpdateDevice'] = IDX1 .. '|0|' .. tostring(analog1) }
commandArray[2]={['UpdateDevice'] = IDX2 .. '|0|' .. tostring(analog2) }
commandArray[3]={['UpdateDevice'] = IDX3 .. '|0|' .. tostring(analog3) }
commandArray[4]={['UpdateDevice'] = IDX4 .. '|0|' .. tostring(analog4) }


end

return commandArray