var IP = "192.168.5.184";
var PORT = 51443;

var updateintervall = 10;       // Update Intervall in Sekunden
var api_version = "1.0";
var device_id = "iobroker-device-1234567890"
var operator_id = "iobroker-1111-2222-3333-444455556666";
var Pfad = "Mitsubishi_WF-RAC";
var instanz = "0";
var airconId = "";
var basicdata = [];
var ac_device = [];
var debug = 1;

var preset_new = "";
var running_new = "";
var auto3d_new = "";
var CoolHotJudge_new = "";
var Fan_new = "";
var Modus_new = "";
var vacant_new = "";
var WindLR_new = "";
var WindUD_new = "";

var link_preset = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.PresetTemp'
var link_running = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.running'
var link_3dauto = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.3DAuto'
var link_CoolHotJudge = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.CoolHotJudge'
var link_Fan = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.Fan'
var link_Modus = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.Modus'
var link_vacant = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.Vacant'
var link_WindLR = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.WindLR'
var link_WindUD = 'javascript.0.Mitsubishi_WF-RAC.xxxxxxxxxxxx.Livedaten.WindUD'

var indoorTempList=[-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-30.0,-29.0,-28.0,-27.0,-26.0,-25.0,-24.0,-23.0,-22.5,-22.0,-21.0,-20.0,-19.5,-19.0,-18.0,-17.5,-17.0,-16.5,-16.0,-15.0,-14.5,-14.0,-13.5,-13.0,-12.5,-12.0,-11.5,-11.0,-10.5,-10.0,-9.5,-9.0,-8.6,-8.3,-8.0,-7.5,-7.0,-6.5,-6.0,-5.6,-5.3,-5.0,-4.5,-4.0,-3.6,-3.3,-3.0,-2.6,-2.3,-2.0,-1.6,-1.3,-1.0,-0.5,0.0,0.3,0.6,1.0,1.3,1.6,2.0,2.3,2.6,3.0,3.2,3.5,3.7,4.0,4.3,4.6,5.0,5.3,5.6,6.0,6.3,6.6,7.0,7.2,7.5,7.7,8.0,8.3,8.6,9.0,9.2,9.5,9.7,10.0,10.3,10.6,11.0,11.2,11.5,11.7,12.0,12.3,12.6,13.0,13.2,13.5,13.7,14.0,14.2,14.5,14.7,15.0,15.3,15.6,16.0,16.2,16.5,16.7,17.0,17.2,17.5,17.7,18.0,18.2,18.5,18.7,19.0,19.2,19.5,19.7,20.0,20.2,20.5,20.7,21.0,21.2,21.5,21.7,22.0,22.2,22.5,22.7,23.0,23.2,23.5,23.7,24.0,24.2,24.5,24.7,25.0,25.2,25.5,25.7,26.0,26.2,26.5,26.7,27.0,27.2,27.5,27.7,28.0,28.2,28.5,28.7,29.0,29.2,29.5,29.7,30.0,30.2,30.5,30.7,31.0,31.3,31.6,32.0,32.2,32.5,32.7,33.0,33.2,33.5,33.7,34.0,34.2,34.5,34.7,35.0,35.3,35.6,36.0,36.2,36.5,36.7,37.0,37.2,37.5,37.7,38.0,38.3,38.6,39.0,39.2,39.5,39.7,40.0,40.3,40.6,41.0,41.2,41.5,41.7,42.0,42.3,42.6,43.0,43.2,43.5,43.7,44.0,44.3,44.6,45.0,45.3,45.6,46.0,46.2,46.5,46.7,47.0,47.3,47.6,48.0,48.3,48.6,49.0,49.3,49.6,50.0,50.3,50.6,51.0,51.3,51.6,52.0]
var outdoorTempList=[-50.0,-50.0,-50.0,-50.0,-50.0,-48.9,-46.0,-44.0,-42.0,-41.0,-39.0,-38.0,-37.0,-36.0,-35.0,-34.0,-33.0,-32.0,-31.0,-30.0,-29.0,-28.5,-28.0,-27.0,-26.0,-25.5,-25.0,-24.0,-23.5,-23.0,-22.5,-22.0,-21.5,-21.0,-20.5,-20.0,-19.5,-19.0,-18.5,-18.0,-17.5,-17.0,-16.5,-16.0,-15.5,-15.0,-14.6,-14.3,-14.0,-13.5,-13.0,-12.6,-12.3,-12.0,-11.5,-11.0,-10.6,-10.3,-10.0,-9.6,-9.3,-9.0,-8.6,-8.3,-8.0,-7.6,-7.3,-7.0,-6.6,-6.3,-6.0,-5.6,-5.3,-5.0,-4.6,-4.3,-4.0,-3.7,-3.5,-3.2,-3.0,-2.6,-2.3,-2.0,-1.7,-1.5,-1.2,-1.0,-0.6,-0.3,0.0,0.2,0.5,0.7,1.0,1.3,1.6,2.0,2.2,2.5,2.7,3.0,3.2,3.5,3.7,4.0,4.2,4.5,4.7,5.0,5.2,5.5,5.7,6.0,6.2,6.5,6.7,7.0,7.2,7.5,7.7,8.0,8.2,8.5,8.7,9.0,9.2,9.5,9.7,10.0,10.2,10.5,10.7,11.0,11.2,11.5,11.7,12.0,12.2,12.5,12.7,13.0,13.2,13.5,13.7,14.0,14.2,14.4,14.6,14.8,15.0,15.2,15.5,15.7,16.0,16.2,16.5,16.7,17.0,17.2,17.5,17.7,18.0,18.2,18.5,18.7,19.0,19.2,19.4,19.6,19.8,20.0,20.2,20.5,20.7,21.0,21.2,21.5,21.7,22.0,22.2,22.5,22.7,23.0,23.2,23.5,23.7,24.0,24.2,24.5,24.7,25.0,25.2,25.5,25.7,26.0,26.2,26.5,26.7,27.0,27.2,27.5,27.7,28.0,28.2,28.5,28.7,29.0,29.2,29.5,29.7,30.0,30.2,30.5,30.7,31.0,31.3,31.6,32.0,32.2,32.5,32.7,33.0,33.2,33.5,33.7,34.0,34.3,34.6,35.0,35.2,35.5,35.7,36.0,36.3,36.6,37.0,37.2,37.5,37.7,38.0,38.3,38.6,39.0,39.3,39.6,40.0,40.3,40.6,41.0,41.3,41.6,42.0,42.3,42.6,43.0]

log ("Systemstart....");
updatedaten();
await wait(2000);
log ("Klimaanlage : '" + airconId + "' gefunden.");
delete_account()
await wait(2000);
update_account();
await wait(2000);



Intervall = setInterval(async function () {
  updatedaten();
}, updateintervall * 1000);




on({id: link_preset, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[1] != value) {
        log ("Preset manual geändert auf : " + value + " °C")
        preset_new = '' + value;
        senddata()
    }
});

on({id: link_running, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[0] != value) {
        log ("Running manual geändert auf : " + value + "  ")
        running_new = '' + value;
        senddata()
    }
});

on({id: link_3dauto, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[6] != value) {
        log ("3D Auto manual geändert auf : " + value + " ")
        auto3d_new = '' + value;
        senddata()
    }
});

on({id: link_CoolHotJudge, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[7] != value) {
        log ("CoolHotJudge manual geändert auf : " + value + " ")
        CoolHotJudge_new = '' + value;
        senddata()
    }
});

on({id: link_Fan, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[3] != value) {
        log ("Fan manual geändert auf : " + value + " ")
        Fan_new = '' + value;
        senddata()
    }
});

on({id: link_Modus, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[2] != value) {
        log ("Modus manual geändert auf : " + value + " ")
        Modus_new = '' + value;
        senddata()
    }
});

on({id: link_vacant, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[9] != value) {
        log ("Vacant manual geändert auf : " + value + " ")
        vacant_new = '' + value;
        senddata()
    }
});

on({id: link_WindLR, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[5] != value) {
        log ("Wind LR manual geändert auf : " + value + " ")
        WindLR_new = '' + value;
        senddata()
    }
});

on({id: link_WindUD, change: "ne"}, async function (obj) {
    var value = obj.state.val;
    var oldValue = obj.oldState.val;
    if (ac_device[4] != value) {
        log ("Wind UD manual geändert auf : " + value + " ")
        WindUD_new = '' + value;
        senddata()
    }
});


function senddata()
{
    if (preset_new != "") { var preset = preset_new} else { var preset = ac_device[1] }
    if (running_new != "") { var running = running_new} else { var running = ac_device[0] }
    if (auto3d_new != "") { var auto3d = auto3d_new} else { var auto3d = ac_device[6] }
    if (CoolHotJudge_new != "") { var CoolHotJudge = CoolHotJudge_new} else { var CoolHotJudge = ac_device[7] }
    if (Fan_new != "") { var fan = Fan_new} else { var fan = ac_device[3] }
    if (Modus_new != "") { var Modus = Modus_new} else { var Modus = ac_device[2] }
    if (vacant_new != "") { var vacant = vacant_new} else { var vacant = ac_device[9] }
    if (WindLR_new != "") { var WindLR = WindLR_new} else { var WindLR = ac_device[5] }
    if (WindUD_new != "") { var WindUD = WindUD_new} else { var WindUD = ac_device[4] }

    log ("Setzte auf : 'preset:"+preset+"', 'running:"+running+"', 'auto3d:"+auto3d+"', 'HotJudge:"+CoolHotJudge + "', 'Fan:" + fan + "', 'Modus:" + Modus + "', 'Vacant:" + vacant + "', 'WindLR:"+WindLR + "', 'WindUD:"+WindUD + "'")
    var stat_byte = [0, 0, 0, 0, 0, 255, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0];

    log (stat_byte);

    // COMMAND TO BYTES
    if (running) { 
        stat_byte[2] |= 3; }
        else {
            stat_byte[2] |= 2;
        }

    // Operating Mode
    if (Modus == 0) { stat_byte[2] |= 32; log ("Modus0");}
    if (Modus == 1) { stat_byte[2] |= 40; log ("Modus1");}
    if (Modus == 2) { stat_byte[2] |= 48; log ("Modus2");}
    if (Modus == 3) { stat_byte[2] |= 44; log ("Modus3");}
    if (Modus == 4) { stat_byte[2] |= 36; log ("Modus4");}

    if (fan == 0) { stat_byte[3] |= 15; log ("fan0");}
    if (fan == 1) { stat_byte[3] |= 8; log ("fan1");}
    if (fan == 2) { stat_byte[3] |= 9; log ("fan2");}
    if (fan == 3) { stat_byte[3] |= 10; log ("fan3");}
    if (fan == 4) { stat_byte[3] |= 14; log ("fan4"); }

    if (WindUD == 0) { stat_byte[2] |= 192; stat_byte[3] |= 128; log ("WindUD0");}
    if (WindUD == 1) { stat_byte[2] |= 128; stat_byte[3] |= 128; log ("WindUD1");}
    if (WindUD == 2) { stat_byte[2] |= 128; stat_byte[3] |= 144; log ("WindUD2");}
    if (WindUD == 3) { stat_byte[2] |= 128; stat_byte[3] |= 160; log ("WindUD3");}
    if (WindUD == 4) { stat_byte[2] |= 128; stat_byte[3] |= 176; log ("WindUD4");}

    if (WindLR == 0) { stat_byte[12] |= 3; stat_byte[11] |= 16; log ("WindLR0");}
    if (WindLR == 1) { stat_byte[12] |= 2; stat_byte[11] |= 16; log ("WindLR1");}
    if (WindLR == 2) { stat_byte[12] |= 2; stat_byte[11] |= 17; log ("WindLR2");}
    if (WindLR == 3) { stat_byte[12] |= 2; stat_byte[11] |= 18; log ("WindLR3");}
    if (WindLR == 4) { stat_byte[12] |= 2; stat_byte[11] |= 19; log ("WindLR4");}
    if (WindLR == 5) { stat_byte[12] |= 2; stat_byte[11] |= 20; log ("WindLR5");}
    if (WindLR == 6) { stat_byte[12] |= 2; stat_byte[11] |= 21; log ("WindLR6");}
    if (WindLR == 7) { stat_byte[12] |= 2; stat_byte[11] |= 22; log ("WindLR7");}    

    if (Modus == 3) {preset = "25.0"; log ("Preset 25°C");}
    stat_byte[4] |= parseFloat(preset / 0.5) + 128;

    if (auto3d) {
        stat_byte[12] |= 12;
        log ("3D Auto an");
        } else {
            stat_byte[12] |= 8;
            log ("3D Auto aus");
        } 

    if (!CoolHotJudge) { stat_byte[8] |= 8; log ("CoolHot aus");}


        if (ac_device[8] == 1)
            {
                stat_byte[10] |= 0;
                if (vacant == 1) { stat_byte[10] |= 1 }
                else {
                    stat_byte[10] |= 0
                }

            }

        if (ac_device[8] == 1 || ac_device[8] == 2) { }
        else {
                stat_byte[10] |= 0;
                stat_byte[10] |= 128;
        }

        log (stat_byte);







    // RECEIVE TO BYTES
    var stat_byteb = [0, 0, 0, 0, 0, 255, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0];

    if (running) { stat_byteb[2] |= 1; }

    // Operating Mode
    if (Modus == 1) { stat_byteb[2] |= 8; log ("Modus1");}
    if (Modus == 2) { stat_byteb[2] |= 16; log ("Modus2");}
    if (Modus == 3) { stat_byteb[2] |= 12; log ("Modus3");}
    if (Modus == 4) { stat_byteb[2] |= 4; log ("Modus4");}

    if (fan == 0) { stat_byteb[3] |= 7; log ("fan0");}
    if (fan == 2) { stat_byteb[3] |= 1; log ("fan2");}
    if (fan == 3) { stat_byteb[3] |= 2; log ("fan3");}
    if (fan == 4) { stat_byteb[3] |= 6; log ("fan4"); }

    if (WindUD == 0) { stat_byteb[2] |= 64; log ("WindUD0");}
    if (WindUD == 2) { stat_byteb[3] |= 16; log ("WindUD2");}
    if (WindUD == 3) { stat_byteb[3] |= 32; log ("WindUD3");}
    if (WindUD == 4) { stat_byteb[3] |= 48; log ("WindUD4");}

    if (WindLR == 0) { stat_byteb[12] |= 1; log ("WindLR0");}
    if (WindLR == 1) { stat_byteb[11] |= 0; log ("WindLR1");}
    if (WindLR == 2) { stat_byteb[11] |= 1; log ("WindLR2");}
    if (WindLR == 3) { stat_byteb[11] |= 2; log ("WindLR3");}
    if (WindLR == 4) { stat_byteb[11] |= 3; log ("WindLR4");}
    if (WindLR == 5) { stat_byteb[11] |= 4; log ("WindLR5");}
    if (WindLR == 6) { stat_byteb[11] |= 5; log ("WindLR6");}
    if (WindLR == 7) { stat_byteb[11] |= 6; log ("WindLR7");}    

    if (Modus == 3) {preset = "25.0"; log ("Preset 25°C");}
    stat_byteb[4] |= parseFloat(preset / 0.5);

    if (auto3d) {
        stat_byteb[12] |= 4;
        log ("3D Auto an");
        }

    if (!CoolHotJudge) { stat_byteb[8] |= 8; log ("CoolHot aus");}


        if (ac_device[8] == 1)
            {
                stat_byteb[0] |= 1;
                if (vacant == 1) { stat_byteb[10] |= 1 }
                else {
                    stat_byteb[10] |= 0
                }

            }

        if (ac_device[8] == 1 || ac_device[8] == 2) { }
        else {
                stat_byteb[15] |= 0;
        }

        log (stat_byteb.toString());


    stat_byte.push('1', '255', '255', '255', '255');
    stat_byteb.push('1', '255', '255', '255', '255');
 
    log ("Command:'" + stat_byte.toString() + "'");
    log ("Receive:'" + stat_byteb.toString() + "'");

    var command = add_crc16(this, stat_byte);
    var receive = add_crc16(this, stat_byteb);
    log ("Command add CRC:'" + command.toString() + "'");
    log ("Receive add CRC:'" + receive.toString() + "'");



    var content_new = (command + " " + receive).slice(2, -1);
    //log ("CRC:" + crc16(stat_byte));
    log ("Content New : '" + content_new + "'");
    console.log("FERTIG??:" + Buffer.from(content_new, "base64").toString("base64"));



}

function updatedaten()
{
    var url = "curl -X POST http://" + IP + ":" + PORT + "/beaver/command/getDeviceInfo -H \'Content-Type: application/json\' -d \'{"
    var urlb = '"apiVer":"'+api_version + '","command":"getAirconStat","deviceId":"' + device_id + '","operatorId":"' + operator_id + '","timestamp":'+ Math.round(new Date().getTime() / 1000) + '}'
    url = url + urlb + "'"

    exec(url, async function (error, result, stderr) {
        
        var ac_device = [];
        if (result) {
            if (debug) { log ("Update empfangen..."); }
            const obj = JSON.parse(result);
            const contents = obj.contents;
            var airconStat = contents.airconStat;
            const wireless = contents.wireless;
            const mcu = contents.mcu;
            ac_device = translate_bytes(airconStat);
            airconId = contents.airconId;

            basicdata[0]  = contents.airconId;
            basicdata[1]  = contents.airconStat;
            basicdata[2]  = contents.logStat;
            basicdata[3]  = contents.updatedBy;
            basicdata[4]  = contents.expires;
            basicdata[5]  = contents.ledStat;
            basicdata[6]  = contents.autoHeating;
            basicdata[7]  = contents.highTemp;
            basicdata[8]  = contents.lowTemp;
            basicdata[9]  = contents.firmType;
            basicdata[10] = wireless.firmVer;
            basicdata[11] = mcu.firmVer;
            basicdata[12]  = contents.timezone;
            basicdata[13] = contents.remoteList;
            basicdata[14] = contents.numOfAccount;

            if (debug) { debuglogbasic(basicdata) }
            if (debug) { log (" ") }
            if (debug) { debuglogdata(ac_device) }
            createObjects()
        }
        else {
            if (debug) { log ("Keine Werte erhalten....") }
        }
        
    });
}


function debuglogbasic(basicdata) {
    log ("********* BASIC-DATEN *********")
    log ("AirconID : " + basicdata[0])
    log ("LogStat : " + basicdata[2])
    log ("updatedBy : " + basicdata[3])
    log ("expires : " + basicdata[4])
    log ("ledStatus : " + basicdata[5])
    log ("autoHeating : " + basicdata[6])
    log ("highTemp : " + basicdata[7])
    log ("lowTemp : " + basicdata[8])
    log ("firmType : " + basicdata[9])
    log ("wirelessfirmVer : " + basicdata[10])
    log ("mcufirmVer : " + basicdata[11])
    log ("timezone : " + basicdata[12])
    log ("remoteList : " + basicdata[13])
    log ("numOfAccount : " + basicdata[14])
    log ("*******************************")
}

function debuglogdata(ac_device) {
    log ("********* LIVE-DATEN *********")
        log ("Klima läuft : " + Boolean(ac_device[0]))  //Status
        log ("Preset Temp : " + ac_device[1] + " °C")  //PRESET TEMP
        log ("Modus : " + ac_device[2])
        log ("Lüfter : " + ac_device[3])
        log ("Wind UD : " + ac_device[4])
        log ("Wind LR : " + ac_device[5])
        log ("3D Auto : " + Boolean(ac_device[6]))
        log ("CoolHotJudge : " + Boolean(ac_device[7]))
        log ("ModelNr : " + ac_device[8])
        log ("Vacant : " + Boolean(ac_device[9]))
        log ("Error : " + ac_device[10])
        log ("Indoor Temp. : " + ac_device[11] + " °C")
        log ("Outdoor Temp. : " + ac_device[12] + " °C")
        log ("Elektrik : " + ac_device[13] + "")
    log ("*******************************")
}





function translate_bytes(inputString) {
    var afterstr2utf = Buffer.from(inputString, "base64");
    
    var content_byte_array = [];
    var content = [];
    var value_segment  = [];

    for (var i = 0; i < afterstr2utf.length; i ++) {
        content_byte_array.push(hexToInt(decimalToHexString(afterstr2utf[i])))
    }

    start_length = content_byte_array[18] * 4 + 21

    for (var i = start_length; i < start_length + 18 ; i ++) {
        content.push(content_byte_array[i])
    }

    for (var i = start_length + 19; i < content_byte_array.length - 2; i ++) {
        value_segment.push(content_byte_array[i])
    }
 
    ac_device[0] = 3 & content[2]   // LÄUFT KLIMA ?
    ac_device[1] = content[4] / 2   // PRESET TEMP 

    // MODUS
    var xxxx = 60 & content[2]
    if (xxxx == 0 ) { ac_device[2] = 0; }     // AUTOMATIK
    if (xxxx == 8 ) { ac_device[2] = 1; }     // KÜHLEN
    if (xxxx == 16) { ac_device[2] = 2; }     // HEIZEN
    if (xxxx == 12) { ac_device[2] = 3; }     // LÜFTEN
    if (xxxx ==  4) { ac_device[2] = 4; }     // ENTFEUCHTEN

    // LÜFTER
    var xxxx = 15 & content[3]
    if (xxxx ==  7) { ac_device[3] = 0; }     // AUTOMATIK
    if (xxxx ==  0) { ac_device[3] = 1; }     // KLEIN
    if (xxxx ==  1) { ac_device[3] = 2; }     // MITTEL
    if (xxxx ==  2) { ac_device[3] = 3; }     // HOCH
    if (xxxx ==  6) { ac_device[3] = 4; }     // SEHR HOCH

    // WINDDIR UD
    var xxxx = content[2] & 192;
    var xxxy = 240 & content[3];
    if (xxxx == 64) { ac_device[4] = 0; }                // AUTO
        else {
            if (xxxy == 0) { ac_device[4] = 1; }      // Hoch
            if (xxxy == 16) { ac_device[4] = 2; }      // Mittel
            if (xxxy == 32) { ac_device[4] = 3; }      // Tief
            if (xxxy == 48) { ac_device[4] = 4; }      // sehr Tief
        }     


    // WINDDIR LR
    var xxxx = content[12] & 3;
    var xxxy = 31 & content[11];

    if (xxxx == 1) { ac_device[5] = 0; }                // AUTO
        else {
            ac_device[5] = xxxy + 1
            
            /* if (xxxy == 0) { ac_device[5] = 1; }      // Links / Links
            if (xxxy == 1) { ac_device[5] = 2; }      // Links / Mitte
            if (xxxy == 2) { ac_device[5] = 3; }      // Mitte / Mitte
            if (xxxy == 3) { ac_device[5] = 4; }      // Mitte / Rechts
            if (xxxy == 4) { ac_device[5] = 5; }      // Rechts / Rechts
            if (xxxy == 5) { ac_device[5] = 6; }      // Links / Rechts
            if (xxxy == 6) { ac_device[5] = 7; }      // Rechts / Links  
            */          
        }


    var xxxx = 12 & content[12];
    if (xxxx ==  0) { ac_device[6] = 0; }     // 3DAuto Aus
    if (xxxx ==  4) { ac_device[6] = 1; }     // 3DAuto An

    var xxxx = content[8] & 8;
    if (xxxx >= 0) { ac_device[7] = 0; }     // CoolHotJudge Aus
    if (xxxx <  0) { ac_device[7] = 1; }     // CoolHotJudge AN

    var xxxx = content[0] & 127;
    if (xxxx == 0) { ac_device[8] = 0; }     // ModelNr 0
    if (xxxx == 1) { ac_device[8] = 1; }     // ModelNr 1
    if (xxxx == 2) { ac_device[8] = 2; }     // ModelNr 2

    ac_device[9] = content[10] & 1;              // Vacant

    ac_device[10] = content[6] & 127;              // Error Code

    if (value_segment.length >= 8) {
        ac_device[11] = indoorTempList[256 + value_segment[2]]
        ac_device[12] = outdoorTempList[256 + value_segment[6]]
        log("Test:|" + 256 + value_segment[6] + "|")
    }

    if (value_segment.length >= 11) {
        ac_device[13] = ((value_segment[11] << 8) + value_segment[10]) * 0.25
    }
    else {
        ac_device[13] = "None"
    }
            
    return ac_device
}



function delete_account()
{
    if (debug) { log ("Entferne Account...."); }
    var url = "curl -X POST http://" + IP + ":" + PORT + "/beaver/command/deleteAccountInfo -H \'Content-Type: application/json\' -d \'{"
    var urlb = '"apiVer":"'+api_version + '","command":"deleteAccountInfo","deviceId":"' + device_id + '","operatorId":"' + operator_id + '","contents":{"accountId":"' + operator_id + '","airconId":"' + airconId + '"},"timestamp":'+ Math.round(new Date().getTime() / 1000) + '}'
    url = url + urlb + "'"
    
    exec(url, async function (error, result, stderr) {
        if (result) {
            if (debug) { log ("Account erfolgreich entfernt..."); }
            const obj = JSON.parse(result);
        }
        else {
            log ("Account konnte nicht entfernt werden.")
        }
    });

}

function update_account()
{
    var url = "curl -X POST http://" + IP + ":" + PORT + "/beaver/command/updateAccountInfo -H \'Content-Type: application/json\' -d \'{"
    var urlb = '"apiVer":"'+api_version + '","command":"updateAccountInfo","deviceId":"' + device_id + '","operatorId":"' + operator_id + '","contents":{"accountId":"' + operator_id + '","airconId":"' + airconId + '","remote": 0,"timezone":"Europe/Berlin"},"timestamp":'+ Math.round(new Date().getTime() / 1000) + '}'
    url = url + urlb + "'"
    if (debug) { log ("Erstelle Account...."); }

    exec(url, async function (error, result, stderr) {
        if (result) {
            if (debug) { log ("Account erfolgreich erstellt..."); }
            const obj = JSON.parse(result);
            // log (obj);
        }
        else {
            log ("Account konnte nicht erstellt werden.")
        }
    });
}






// ************************************************
// ******************* UTILITYS *******************
// ************************************************
function crc16ccitt(data) {
  var i, z, z2;

  data = function () {
    var _pj_a = [],
        _pj_b = data;

    for (var _pj_c = 0, _pj_d = _pj_b.length; _pj_c < _pj_d; _pj_c += 1) {
      var a = _pj_b[_pj_c];

      _pj_a.push(a > 127 ? (256 - a) * -1 : a);
    }

    return _pj_a;
  }.call(this);

  i = 65535;

  for (var b, _pj_c = 0, _pj_a = data, _pj_b = _pj_a.length; _pj_c < _pj_b; _pj_c += 1) {
    b = _pj_a[_pj_c];

    for (var i2 = 0, _pj_d = 8; i2 < _pj_d; i2 += 1) {
      z = true;
      z2 = (b >> 7 - i2 & 1) === 1;

      if ((i >> 15 & 1) !== 1) {
        z = false;
      }

      i = i << 1;

      if (z2 ^ z) {
        i ^= 4129;
      }
    }
  }

  return i & 65535;
}

function add_variable(byte_buffer) {
  /* Concat byte_buffer wit hveriable */
  return byte_buffer + [1, 255, 255, 255, 255];
}


function add_crc16(byte_buffer) {
  var crc;
  crc = crc16ccitt(this, byte_buffer);
  log ("CRC:'" + crc + "'")
  return byte_buffer + [crc & 255, crc >> 8 & 255];
}







function decimalToHexString(number)
{
  if (number < 0)
  {
    number = 0xFFFFFFFF + number + 1;
  }

  return number.toString(16).toUpperCase();
}


function hexToInt(hex) {
    if (hex.length % 2 != 0) {
        hex = "0" + hex;
    }
    var num = parseInt(hex, 16);
    var maxVal = Math.pow(2, hex.length / 2 * 8);
    if (num > maxVal / 2 - 1) {
        num = num - maxVal
    }
    return num;
}



function createObjects() {

    createState(Pfad + '.' + airconId + '.Basisdaten.LogStat', parseFloat(basicdata[2]), {read: true, write: false,  type: "number", unit:"", name: "Logstate"});
    createState(Pfad + '.' + airconId + '.Basisdaten.LEDStatus', Boolean(basicdata[5]), {read: true, write: true,  type: "boolean", unit:"", name: "LED"});
    createState(Pfad + '.' + airconId + '.Basisdaten.AutoHeating', Boolean(basicdata[6]), {read: true, write: true,  type: "boolean", unit:"", name: "autoHeating"});
    createState(Pfad + '.' + airconId + '.Basisdaten.Wireless-Firmware', '' + basicdata[10], {read: true, write: false,  type: "string", unit:"", name: "Wireless Firmware Version"});
    createState(Pfad + '.' + airconId + '.Basisdaten.Typ', '' + basicdata[9], {read: true, write: false,  type: "string", unit:"", name: "Wireless Adapter Type"});
    createState(Pfad + '.' + airconId + '.Basisdaten.MCU-Firmware', '' + basicdata[11], {read: true, write: false,  type: "string", unit:"", name: "MCU Firmware Version"});
    createState(Pfad + '.' + airconId + '.Basisdaten.Timezone', '' + basicdata[12], {read: true, write: false,  type: "string", unit:"", name: "Timezone"});
    createState(Pfad + '.' + airconId + '.Basisdaten.RemoteList', '' + basicdata[13], {read: true, write: false,  type: "string", unit:"", name: "Remotelist"});
    createState(Pfad + '.' + airconId + '.Basisdaten.NumOfAccount', parseFloat(basicdata[14]), {read: true, write: false,  type: "number", unit:"", name: "Anzahl Accounts"});
    createState(Pfad + '.' + airconId + '.Basisdaten.AirconID', '' + basicdata[0], {read: true, write: false,  type: "string", unit:"", name: "AirconID"});
    createState(Pfad + '.' + airconId + '.Basisdaten.updatedBy', '' + basicdata[3], {read: true, write: false,  type: "string", unit:"", name: "updatedBy"});
    createState(Pfad + '.' + airconId + '.Basisdaten.expires', '' + basicdata[4], {read: true, write: false,  type: "string", unit:"", name: "expires"});
    createState(Pfad + '.' + airconId + '.Basisdaten.highTemp', '' + basicdata[7], {read: true, write: false,  type: "string", unit:"", name: "highTemp"});
    createState(Pfad + '.' + airconId + '.Basisdaten.lowTemp','' +  basicdata[8], {read: true, write: false,  type: "string", unit:"", name: "lowTemp"});
    createState(Pfad + '.' + airconId + '.Basisdaten.airconStat', '' + basicdata[1], {read: true, write: false,  type: "string", unit:"", name: "airconStat"});

 
    setState(Pfad + '.' + airconId + '.Basisdaten.LogStat', parseFloat(basicdata[2]),true);
    setState(Pfad + '.' + airconId + '.Basisdaten.LEDStatus', Boolean(basicdata[5]),true);
    setState(Pfad + '.' + airconId + '.Basisdaten.AutoHeating', Boolean(basicdata[6]),true);
    setState(Pfad + '.' + airconId + '.Basisdaten.Wireless-Firmware', '' + basicdata[10],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.Typ', '' + basicdata[9],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.MCU-Firmware', '' + basicdata[11],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.Timezone', '' + basicdata[12],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.RemoteList', '' + '' + basicdata[13],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.NumOfAccount', parseFloat(basicdata[14]),true);
    setState(Pfad + '.' + airconId + '.Basisdaten.AirconID', '' + basicdata[0],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.updatedBy', '' + basicdata[3],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.expires', '' + '' + basicdata[4],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.highTemp', '' + basicdata[7],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.lowTemp', '' + basicdata[8],true);
    setState(Pfad + '.' + airconId + '.Basisdaten.airconStat', '' + basicdata[1],true);




    createState(Pfad + '.' + airconId + '.Livedaten.running', Boolean(ac_device[0]), {read: true, write: true,  type: "boolean", unit:"", name: "Klima läuft ?"});
    createState(Pfad + '.' + airconId + '.Livedaten.PresetTemp', parseFloat(ac_device[1]), {read: true, write: true,  type: "number", unit:"°C", name: "Preset Temperatur"});
    createState(Pfad + '.' + airconId + '.Livedaten.Modus', '' + ac_device[2], {read: true, write: true,  type: "string", "states": "0:Auto;1:Kühlen;2:Heizen;3:Lüften;4:Trocknen", name: "Modus"});
    createState(Pfad + '.' + airconId + '.Livedaten.Fan', '' + ac_device[3], {read: true, write: true,  type: "string", "states": "0:Auto;1:Niedrigste Stufe;2:Mittlere Stufe;3:Hohe Stufe;4:Höchste Stufe", name: "Geschwindigkeit Lüfter"});
    createState(Pfad + '.' + airconId + '.Livedaten.WindUD', '' + ac_device[4], {read: true, write: true,  type: "string", "states": "0:Auto;1:Hoch;2:Mittel;3:Tief;4:sehr Tief", name: "Klappe Links/Rechts"});
    createState(Pfad + '.' + airconId + '.Livedaten.WindLR', '' + ac_device[5], {read: true, write: true,  type: "string", "states": "0:Auto;1:Links/Links;2:Links/Mitte;3:Mitte/Mitte;4:Mitte/Rechts;5:Rechts/Rechts;6:Links/Rechts;7:Rechts/Links", name: "Klappe Hoch/Runter"});
    createState(Pfad + '.' + airconId + '.Livedaten.3DAuto', Boolean(ac_device[6]), {read: true, write: true,  type: "boolean", unit:"", name: "3D Auto"});
    createState(Pfad + '.' + airconId + '.Livedaten.CoolHotJudge', Boolean(ac_device[7]), {read: true, write: true,  type: "boolean", unit:"", name: "CoolHotJudge"});
    createState(Pfad + '.' + airconId + '.Livedaten.ModelNr', '' + ac_device[8], {read: true, write: false,  type: "string", unit:"", name: "Model Nr"});
    createState(Pfad + '.' + airconId + '.Livedaten.Vacant', Boolean(ac_device[9]), {read: true, write: true,  type: "boolean", unit:"", name: "Vacant"});
    createState(Pfad + '.' + airconId + '.Livedaten.Error', parseFloat(ac_device[10]), {read: true, write: false,  type: "number", unit:"", name: "Error"});
    createState(Pfad + '.' + airconId + '.Livedaten.IndoorTemp', parseFloat(ac_device[11]), {read: true, write: false,  type: "number", unit:"°C", name: "Innentemperatur"});
    createState(Pfad + '.' + airconId + '.Livedaten.OutdoorTemp', parseFloat(ac_device[12]), {read: true, write: false,  type: "number", unit:"°C", name: "Aussentemperatur"});
    createState(Pfad + '.' + airconId + '.Livedaten.Electric', parseFloat(ac_device[13]), {read: true, write: false,  type: "number", unit:"", name: "Electric"});
 
    setState(Pfad + '.' + airconId + '.Livedaten.running', Boolean(ac_device[0]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.PresetTemp', parseFloat(ac_device[1]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.Modus', '' + ac_device[2],true);
    setState(Pfad + '.' + airconId + '.Livedaten.Fan', '' + ac_device[3],true);
    setState(Pfad + '.' + airconId + '.Livedaten.WindUD', '' + ac_device[4],true);
    setState(Pfad + '.' + airconId + '.Livedaten.WindLR', '' + ac_device[5],true);
    setState(Pfad + '.' + airconId + '.Livedaten.3DAuto', Boolean(ac_device[6]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.CoolHotJudge', Boolean(ac_device[7]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.ModelNr', '' + ac_device[8],true);
    setState(Pfad + '.' + airconId + '.Livedaten.Vacant', Boolean(ac_device[9]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.Error', parseFloat(ac_device[10]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.IndoorTemp', parseFloat(ac_device[11]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.OutdoorTemp', parseFloat(ac_device[12]),true);
    setState(Pfad + '.' + airconId + '.Livedaten.Electric', parseFloat(ac_device[13]),true);

    preset_new = "";
    running_new = "";
    auto3d_new = "";
    CoolHotJudge_new = "";
    Fan_new = "";
    Modus_new = "";
    vacant_new = "";
    WindLR_new = "";
    WindUD_new = "";
}