Domoticz

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prev_dist = tonumber(string.sub(string.match(otherdevices['Position ' .. user], '%(.*%)'), 2,-5))

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prev_dist = tonumber(string.sub(string.match(otherdevices_svalues['Position ' .. user], '%(.*%)'), 2,-5))

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ios('test message with high priority');
 

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Error: EventSystem: in Iphone: [string "-- Script to check the location of multiple i..."]:75: 'end' expected (to close 'if' at line 8) near

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2016-09-14 09:17:00.304 LUA: User check
2016-09-14 09:17:00.305 LUA: end User check
2016-09-14 09:17:00.305 LUA: funct adres
2016-09-14 09:17:00.305 LUA: end funct adres
2016-09-14 09:17:00.305 LUA: start stage1command
2016-09-14 09:17:01.255 LUA: end stage1command
2016-09-14 09:17:01.262 LUA: start stage2command
2016-09-14 09:17:01.847 LUA: end stage2command
2016-09-14 09:17:01.847 LUA: start json decode
2016-09-14 09:17:02.809 LUA: end stage1command
2016-09-14 09:17:02.809 LUA: start stage2command
2016-09-14 09:17:03.395 LUA: end stage2command
2016-09-14 09:17:03.396 LUA: start json decode
2016-09-14 09:17:03.414 LUA: end json decode

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-- Script to check the location of multiple iPhones every X minutes,
-- test if they are "home" and represent this using virtual switches

commandArray = {}
-- polling interval in minutes (1-59), setting this too low may drain the phones' batteries
interval = 1
local m = os.date('%M')
if (m % interval == 0) then

  json = (loadfile "/home/pi/domoticz/scripts/lua/JSON.lua")()
print('User check') 
  -- Array of users to be checked
  users = {
            Mike = {username = 'me' ; password = 'me' ; devicename = 'iPhone Mike'};
            Cez  = {username = 'her' ; password = 'her' ; devicename = 'iPhone Cez'}
           -- Person3  = {username = '[email protected]' ; password = 'password3' ; devicename = 'iPhone Person3'}
          }
print('end User check') 
 -- The latitude and longitude of your house (use Google Maps or similar to find this)
  homelongitude = 14.938646 
  homelatitude = 50.504517
  -- Radius (in km) which will be used to determine if a device is at home
  radius = 0.5
print('funct adres')
  function address(longitude, latitude)
    command = "curl -s https://maps.googleapis.com/maps/api/geocode/json?latlng=" .. latitude .. "," .. longitude .. "&sensor=false"
    local handle = io.popen(command)
    local result = handle:read("*a")
    handle:close()
    output = json:decode(result)
    return output.results[1].formatted_address
  end
print('end funct adres')
print('start stage1command')
  for user,credentials in pairs(users) do
    stage1command = "curl -s -X POST -D - -o /dev/null -L -u '" .. credentials.username .. ":" .. credentials.password .. "' -H 'Content-Type: application/json; charset=utf-8' -H 'X-Apple-Find-Api-Ver: 2.0' -H 'X-Apple-Authscheme: UserIdGuest' -H 'X-Apple-Realm-Support: 1.0' -H 'User-agent: Find iPhone/1.3 MeKit (iPad: iPhone OS/4.2.1)' -H 'X-Client-Name: iPad' -H 'X-Client-UUID: 0cf3dc501ff812adb0b202baed4f37274b210853' -H 'Accept-Language: en-us' -H 'Connection: keep-alive' https://fmipmobile.icloud.com/fmipservice/device/" .. credentials.username .."/initClient"
    local handle = io.popen(stage1command)
    local result = handle:read("*a")
    handle:close()
print('end stage1command')

print('start stage2command')
    stage2server = string.match(result, "X%-Apple%-MMe%-Host%:%s(.*%.icloud%.com)")
    stage2command = "curl -s -X POST -L -u '" .. credentials.username .. ":" .. credentials.password .. "' -H 'Content-Type: application/json; charset=utf-8' -H 'X-Apple-Find-Api-Ver: 2.0' -H 'X-Apple-Authscheme: UserIdGuest' -H 'X-Apple-Realm-Support: 1.0' -H 'User-agent: Find iPhone/1.3 MeKit (iPad: iPhone OS/4.2.1)' -H 'X-Client-Name: iPad' -H 'X-Client-UUID: 0cf3dc501ff812adb0b202baed4f37274b210853' -H 'Accept-Language: en-us' -H 'Connection: keep-alive' https://" .. stage2server .. "/fmipservice/device/" .. credentials.username .."/initClient"
    local handle = io.popen(stage2command)
    local result = handle:read("*a")
    handle:close()
print('end stage2command')
print('start json decode')
    output = json:decode(result)
    for key,value in pairs(output.content) do
      if value.name == credentials.devicename then
        lon = value.location.longitude
        lat = value.location.latitude
        distance = math.sqrt(((lon - homelongitude) * 111.320 * math.cos(math.rad(lat)))^2 + ((lat - homelatitude) * 110.547)^2)  -- approximation
        position = address(lon,lat)
        position_text = string.gsub(position, ', Netherlands', '') .. ' (' .. (math.floor(distance*10+0.5)/10) .. ' km)'
        prev_dist = tonumber(string.sub(string.match(otherdevices['Position ' .. user], '%(.*%)'), 2,-5))
        if prev_distance == nil then prev_distance = 1000 end
        if math.abs(prev_dist - distance) > radius then   -- only update text device if postion has changed more than defined in "radius" to reduce log size 
          table.insert(commandArray,{['UpdateDevice'] = otherdevices_idx['Position ' .. user] .. '|0|' .. position_text})
        end
        --print('iPhone ' .. user .. ': ' .. math.floor(distance*100+0.5)/100 .. ' km from home')
        if distance < radius  then
          if otherdevices['iPhone ' .. user] == 'Off' then
            commandArray['iPhone ' .. user] = 'On'
            table.insert(commandArray, {['SendNotification'] = 'Presence update#' .. user .. ' came home'})
          end
        else
          if otherdevices['iPhone ' .. user] == 'On' then
            commandArray['iPhone ' .. user] = 'Off'
            table.insert(commandArray, {['SendNotification'] = 'Presence update#' .. user .. ' left home'})
          end
        end
      end
    end
  end
print('end json decode')

end

return commandArray

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print('start json decode')
    output = json:decode(result)
    for key,value in pairs(output.content) do
      if value.name == credentials.devicename then
        lon = value.location.longitude
        lat = value.location.latitude
        distance = math.sqrt(((lon - homelongitude) * 111.320 * math.cos(math.rad(lat)))^2 + ((lat - homelatitude) * 110.547)^2)  -- approximation
        print(distance)
	position = address(lon,lat)
        print(lon)
        print(lat)
        position_text = string.gsub(position, ', Netherlands', '') .. ' (' .. (math.floor(distance*10+0.5)/10) .. ' km)'
        prev_dist = tonumber(string.sub(string.match(otherdevices['Position ' .. user], '%(.*%)'), 2,-5))
        if prev_distance == nil then prev_distance = 1000 end
        if math.abs(prev_dist - distance) > radius then   -- only update text device if postion has changed more than defined in "radius" to reduce log size 
          table.insert(commandArray,{['UpdateDevice'] = otherdevices_idx['Position ' .. user] .. '|0|' .. position_text})
        end
        print('iPhone ' .. user .. ': ' .. math.floor(distance*100+0.5)/100 .. ' km from home')
        if distance < radius  then
          if otherdevices['iPhone ' .. user] == 'Off' then
            commandArray['iPhone ' .. user] = 'On'
            table.insert(commandArray, {['SendNotification'] = 'Presence update#' .. user .. ' came home'})
          end

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Error: EventSystem: in Check_iphone: [string "-- Script to check the location of multiple i..."]:54: bad argument #1 to 'match' (string expected, got nil)