/////////////////////
///   Parameter   ///

var moistureMin = 15;
var moistureMax = 60;

var fertilityMin = 350;
var fertilityMax = 2000;

var temperatureMin = 10;
var temperatureMax = 32;

/*var lightMin = 1500;
var lightMax = 6000;*/

////////////////////////////
///   Lokale Variablen   ///

var timer = {};
var timeouts = {};

var moistureArray;
var fertilityArray;
var temperatureArray;

var timerState = "javascript.0.plantTimer";

///////////////////////////////////
///   Variablen initalisieren   ///

if(getState(timerState).notExist)
{
    createState("plantTimer", {type: "object"});
}

setTimeout(function() {getPlants();}, 1000);

//////////////////////
///   Monitoring   ///

setTimeout(function() {
    //Moisture-Check
    on({id: moistureArray, change: "ne"}, function (obj) {
        timer = getState(timerState).val;

        if(!timer)
            return;

        if(getState(obj.id).val < moistureMin && !timer[obj.id])
        {
            var raum = getObject(obj.id, 'rooms').enumNames[0].de;
            var pflanzenName = getObject(obj.id.replace('.moisture', "")).common.name.replace("Flower care - ", "");

            sendTo('telegram.0', 'Du solltest deinen ' + pflanzenName + ' im ' + raum + ' dringend gießen.');

            timer[obj.id] = true;
            setState(timerState, {val: timer});
            timeouts[obj.id] = setTimeout(function() {boolTimer(obj.id)}, 14400000);
        }
    });

    //Fertility-Check
    on({id: fertilityArray, change: "ne"}, function (obj) {
        timer = getState(timerState).val;

        if(!timer)
            return;

        if(getState(obj.id).val < fertilityMin && !timer[obj.id])
        {
            var raum = getObject(obj.id, 'rooms').enumNames[0].de;
            var pflanzenName = getObject(obj.id.replace('.fertility', "")).common.name.replace("Flower care - ", "");

            sendTo('telegram.0', 'Dein ' + pflanzenName + ' im ' + raum + ' könnte etwas Dünger vertragen.');
            
            timer[obj.id] = true;
            setState(timerState, {val: timer});
            timeouts[obj.id] = setTimeout(function() {boolTimer(obj.id)}, 14400000);
        }
    });


    //Temprature-Check
    on({id: temperatureArray, change: "ne"}, function (obj) {  
        timer = getState(timerState).val;

        if(!timer)
            return;

        if(getState(obj.id).val < temperatureMin && !timer[obj.id])
        {
            var raum = getObject(obj.id, 'rooms').enumNames[0].de;
            var pflanzenName = getObject(obj.id.replace('.temperature', "")).common.name.replace("Flower care - ", "");

            sendTo('telegram.0', 'Deinem ' + pflanzenName + ' im ' + raum + ' ist es etwas zu kalt.');
            
            timer[obj.id] = true;
            setState(timerState, {val: timer});
            timeouts[obj.id] = setTimeout(function() {boolTimer(obj.id)}, 14400000);
        }
    });

    schedule("0 0 * * *", function()
    {
        getPlants();
    });

}, 2000);

function boolTimer(id){
    timer = getState(timerState).val;
    timer[id] = false;
    log("Timer: " + id + " wurde zurückgeetzt!");
    setState(timerState, {val: timer});
}

function getPlants()
{
    moistureArray = [];
    fertilityArray = [];
    temperatureArray = [];

    timer = getState(timerState).val;

    if(!timer)
    {
        timer = {};
    }

    var plants = getObject("enum.functions.plant").common.members;
    for(let i = 0; i < plants.length; i++) {
        var moisture = plants[i] + '.moisture';
        var fertility = plants[i] + '.fertility';
        var temperature = plants[i] + '.temperature';

        moistureArray.push(moisture);
        if(timer[moisture] == null)
        {
            timer[moisture] = false;  
        }
        try {
            if (timer[moisture] && timeouts[moisture]._destroyed)
            {
                timeouts[moisture] = setTimeout(function() {boolTimer(moisture)}, 14400000);
            }            
        }
        catch(err) {
            if(getState(moisture).val < moistureMin)
            {
                timer[moisture] = false;
            }

            if (timer[moisture])
            {
                timeouts[moisture] = setTimeout(function() {boolTimer(moisture)}, 14400000);
            }  
        }

        fertilityArray.push(fertility);
        if(timer[fertility] == null)
        {
            timer[fertility] = false;  
        }
        try {
            if (timer[fertility] && timeouts[fertility]._destroyed)
            {
                timeouts[fertility] = setTimeout(function() {boolTimer(fertility)}, 14400000);
            }            
        }
        catch(err) {
            if(getState(fertility).val < fertilityMin)
            {
                timer[fertility] = false;
            }

            if (timer[fertility])
            {
                timeouts[fertility] = setTimeout(function() {boolTimer(fertility)}, 14400000);
            }  
        }

        temperatureArray.push(temperature);
        if(timer[temperature] == null)
        {
            timer[temperature] = false;  
        }
        try {
            if (timer[temperature] && timeouts[temperature]._destroyed)
            {
                log(temperature);
                timeouts[temperature] = setTimeout(function() {boolTimer(temperature)}, 14400000);
            }            
        }
        catch(err) {
            if(getState(temperature).val < temperatureMin)
            {
                timer[temperature] = false;
            }
            if (timer[temperature])
            {              
                log(temperature);
                timeouts[temperature] = setTimeout(function() {boolTimer(temperature)}, 14400000);
            }  
        }
    }

    log(timer);
    setState(timerState, {val: timer});
}

//State initalisieren
if(getState("javascript.0.lastValueThermostate").notExist)
{
   createState("lastValueThermostate", {type: "object"});
}

var lastValues = getState("javascript.0.lastValueThermostate").val;
if(lastValues == null)
{
   lastValues = {};
}

//Thermostate und Kontakte initalisieren
var heatingEnums;
var thermostate;
var contact;
var contactRoom;

getHeatingsAndContacts();

//OnChange Events
on({id: contact, val: true}, function (obj) {
   var value = obj.state.val;
   var oldValue= obj.oldState.val;

   if (value == oldValue)
       return;

   var raum = getObject(obj.id, 'rooms').enumIds[0];
   var raumName = getObject(obj.id, 'rooms').enumNames[0].de;
   var devices = thermostate[raum];

   if(devices.length < 1)
       return;

   for(let i = 0; i < devices.length; i++) {
       var device = devices[i];

       if(!getState(device + '.heating_setpnt_current').notExist)
       {
           if(getState(device + '.heating_setpnt_current').val > 5)
           {
               log ("Tür/Fenster geöffnet. Temperatur im " + raumName + " auf 5 Grad gestellt.");
               lastValues = getState("javascript.0.lastValueThermostate").val;
               lastValues[device] = getState(device + '.heating_setpnt_current').val;
               setState("javascript.0.lastValueThermostate", {val: lastValues});
               setState(device + '.heating_setpnt_current', 5); 
           }
           else
           {
               log ("2. Tür/Fenster geöffnet. Temperatur im " + raumName + " ist bereits auf 5 Grad gestellt.");
           }
       }
       else
       {
           if(getState(device + '.target_temperature').val > 5)
           {
               log ("Tür/Fenster geöffnet. Temperatur im " + raumName + " auf 5 Grad gestellt.");
               lastValues = getState("javascript.0.lastValueThermostate").val;
               lastValues[device] = getState(device + '.target_temperature').val;
               setState("javascript.0.lastValueThermostate", {val: lastValues});
               setState(device + '.target_temperature', 5); 
           }
           else
           {
               log ("2. Tür/Fenster geöffnet. Temperatur im " + raumName + " ist bereits auf 5 Grad gestellt.");
           }
       }
   }
});

on({id: contact, val: false}, function (obj) {
   var value = obj.state.val;
   var oldValue= obj.oldState.val;

   if (value == oldValue)
       return;

   var raum = getObject(obj.id, 'rooms').enumIds[0];
   var raumName = getObject(obj.id, 'rooms').enumNames[0].de;
   var devices = thermostate[raum];

   if(devices < 1)
       return;

   var tempOpen = false;
   var tempContacts = contactRoom[raum];
   for(let i = 0; i < tempContacts.length; i++) {
       if(getState(tempContacts[i] + ".opened").val)
           tempOpen = true;
   }

   if(!tempOpen)
   {
       for(let i = 0; i < devices.length; i++) {
           var device = devices[i];

           log ("Tür/Fenster geschlossen. Temperatur im " + raumName + " auf " + lastValues[device] + " Grad gestellt.");
           if(!getState(device + '.heating_setpnt_current').notExist)
           {
               setState(device + '.heating_setpnt_current', lastValues[device]);
           }
           else
           {
               setState(device + '.target_temperature', lastValues[device]);
           }
       }
   } 
   else
   {
       log ("Ein weiteres Tür/Fenster ist noch geöffnet. Temperatur im " + raumName + " bleibt unverändert.");
   }
});

//Schedule für neue Geräte alle 30 Minuten

schedule("*/30 * * * *", function()
{
   getHeatingsAndContacts();
});

//Functions

function getHeatingsAndContacts()
{
   heatingEnums = getObject("enum.functions.heating").common.members;
   thermostate = {};
   for(let i = 0; i < heatingEnums.length; i++) {
       
       if(thermostate[getObject(heatingEnums[i], 'rooms').enumIds[0]] == null)
       {
           thermostate[getObject(heatingEnums[i], 'rooms').enumIds[0]] = [];   
       }

       thermostate[getObject(heatingEnums[i], 'rooms').enumIds[0]].push(heatingEnums[i]);
   }

   contact = getObject("enum.functions.window_door_sensor").common.members;
   contactRoom = {};
   for(let i = 0; i < contact.length; i++) {

       if(contactRoom[getObject(contact[i], 'rooms').enumIds[0]] == null)
       {
           contactRoom[getObject(contact[i], 'rooms').enumIds[0]] = [];   
       }
       contactRoom[getObject(contact[i], 'rooms').enumIds[0]].push(contact[i]);
       contact[i] = contact[i] + ".opened";
   }
}

/////////////////////
///   Parameter   ///

var moistureMin = 15;
var moistureMax = 60;

var fertilityMin = 350;
var fertilityMax = 2000;

var temperatureMin = 10;
var temperatureMax = 32;

/*var lightMin = 1500;
var lightMax = 6000;*/

////////////////////////////
///   Lokale Variablen   ///

var timer = {};
var timeouts = {};

var moistureArray;
var fertilityArray;
var temperatureArray;

var timerState = "javascript.0.plantTimer";

///////////////////////////////////
///   Variablen initalisieren   ///

if(getState(timerState).notExist)
{
    createState("plantTimer", {type: "object"});
}

setTimeout(function() {getPlants();}, 1000);

//////////////////////
///   Monitoring   ///

setTimeout(function() {
    //Moisture-Check
    on({id: moistureArray, change: "ne"}, function (obj) {
        timer = getState(timerState).val;

        if(!timer)
            return;

        if(getState(obj.id).val < moistureMin && !timer[obj.id])
        {
            var raum = getObject(obj.id, 'rooms').enumNames[0].de;
            var pflanzenName = getObject(obj.id.replace('.moisture', "")).common.name.replace("Flower care - ", "");

            sendTo('telegram.0', 'Du solltest deinen ' + pflanzenName + ' im ' + raum + ' dringend gießen.');

            timer[obj.id] = true;
            setState(timerState, {val: timer});
            timeouts[obj.id] = setTimeout(function() {boolTimer(obj.id)}, 14400000);
        }
    });

    //Fertility-Check
    on({id: fertilityArray, change: "ne"}, function (obj) {
        timer = getState(timerState).val;

        if(!timer)
            return;

        if(getState(obj.id).val < fertilityMin && !timer[obj.id])
        {
            var raum = getObject(obj.id, 'rooms').enumNames[0].de;
            var pflanzenName = getObject(obj.id.replace('.fertility', "")).common.name.replace("Flower care - ", "");

            sendTo('telegram.0', 'Dein ' + pflanzenName + ' im ' + raum + ' könnte etwas Dünger vertragen.');
            
            timer[obj.id] = true;
            setState(timerState, {val: timer});
            timeouts[obj.id] = setTimeout(function() {boolTimer(obj.id)}, 14400000);
        }
    });


    //Temprature-Check
    on({id: temperatureArray, change: "ne"}, function (obj) {  
        timer = getState(timerState).val;

        if(!timer)
            return;

        if(getState(obj.id).val < temperatureMin && !timer[obj.id])
        {
            var raum = getObject(obj.id, 'rooms').enumNames[0].de;
            var pflanzenName = getObject(obj.id.replace('.temperature', "")).common.name.replace("Flower care - ", "");

            sendTo('telegram.0', 'Deinem ' + pflanzenName + ' im ' + raum + ' ist es etwas zu kalt.');
            
            timer[obj.id] = true;
            setState(timerState, {val: timer});
            timeouts[obj.id] = setTimeout(function() {boolTimer(obj.id)}, 14400000);
        }
    });

    schedule("0 0 * * *", function()
    {
        getPlants();
    });

}, 2000);

function boolTimer(id){
    timer = getState(timerState).val;
    timer[id] = false;
    log("Timer: " + id + " wurde zurückgeetzt!");
    setState(timerState, {val: timer});
}

function getPlants()
{
    moistureArray = [];
    fertilityArray = [];
    temperatureArray = [];

    timer = getState(timerState).val;

    if(!timer)
    {
        timer = {};
    }

    var plants = getObject("enum.functions.plant").common.members;
    for(let i = 0; i < plants.length; i++) {
        var moisture = plants[i] + '.moisture';
        var fertility = plants[i] + '.fertility';
        var temperature = plants[i] + '.temperature';

        moistureArray.push(moisture);
        if(timer[moisture] == null)
        {
            timer[moisture] = false;  
        }
        try {
            if (timer[moisture] && timeouts[moisture]._destroyed)
            {
                timeouts[moisture] = setTimeout(function() {boolTimer(moisture)}, 14400000);
            }            
        }
        catch(err) {
            if(getState(moisture).val < moistureMin)
            {
                timer[moisture] = false;
            }

            if (timer[moisture])
            {
                timeouts[moisture] = setTimeout(function() {boolTimer(moisture)}, 14400000);
            }  
        }

        fertilityArray.push(fertility);
        if(timer[fertility] == null)
        {
            timer[fertility] = false;  
        }
        try {
            if (timer[fertility] && timeouts[fertility]._destroyed)
            {
                timeouts[fertility] = setTimeout(function() {boolTimer(fertility)}, 14400000);
            }            
        }
        catch(err) {
            if(getState(fertility).val < fertilityMin)
            {
                timer[fertility] = false;
            }

            if (timer[fertility])
            {
                timeouts[fertility] = setTimeout(function() {boolTimer(fertility)}, 14400000);
            }  
        }

        temperatureArray.push(temperature);
        if(timer[temperature] == null)
        {
            timer[temperature] = false;  
        }
        try {
            if (timer[temperature] && timeouts[temperature]._destroyed)
            {
                log(temperature);
                timeouts[temperature] = setTimeout(function() {boolTimer(temperature)}, 14400000);
            }            
        }
        catch(err) {
            if(getState(temperature).val < temperatureMin)
            {
                timer[temperature] = false;
            }
            if (timer[temperature])
            {              
                log(temperature);
                timeouts[temperature] = setTimeout(function() {boolTimer(temperature)}, 14400000);
            }  
        }
    }

    log(timer);
    setState(timerState, {val: timer});
}